•--•■<:oBnc ana Modioal r"'^iM°°TE. M.D. ■-- -S It, |in..„, .,,. •"• i 'I'ladglihia. p.-i. ■ (f) ' ! 7 / i^V-' / ^ / ^i^iJt t ■iAA-w^y- TRANSACTIONS ILLINOIS STATE ICULTUPv^AL POCIETY, 3 FOR 1870 BEING THE PROCEEDINGS OF THE FIFTEENTH ANNUAL MEETING, HELD AT Galesburg, December 13, 14, 15, and 16, WITH OTHER Reports and Papers upon Horticultural Topics, Pro- ceedings of Local Societies, etc. NEW SERIES— VOLUME CHICAGO: Printed bv Dunlop, Reade, & Brewster, 160 and 162 Clark Street. 1871. NL- V7 YORK BOTANICAL CONTENTS. GARDE.N I. Horticultural Districts iv II. Introductorv v III. Officers and Committees vi IV. Members lor 1S71 ix V. Pomological Rules xii VI. Constitution and By-Laws xiii VIII. State Laws Relating to Horticulture xiv IX. Proceedings of Annual Meeting i X. Meeting of Executive Board 216 XI. Additional Reports and Papers 217, 296 XII. Fruit Lists 250 XIII. Horticultural History 269,335 XIV. Local Horticultural Societies 300 APPENDIX. XV. Lists of Fruits, Trees, and Plants 2 XVI. Index 28-32 - — ♦-♦-♦ ILLUSTRATIONS. Plum Curculio 95 Ward's Curculio Catcher 101, 102 Parasites of Plum Curculio. 103, 104, 106 Apple Curculio 109, no Qiiince Curculio 114 Plum Gouger ny Strawberry' Crown Borer 120 Garden Plat 1S5 FRUIT, OR HORTICULTURAL DISTRICTS. I. NORTHERN ILLINOIS. 1. Fox River District — Boone, Cook, DeKalb, DuPage, Grundy, Kane, Kan- kakee, Kendall, Lake, La Salle, McHenrj, and Will. 12. 2. Rock River District — Bureau, Carroll, Henry, Jo Daviess, Lee, Ogle, Put- nam, Rock Island, Stephenson, Whiteside, Winnebago. — 11. Total, 23. IL CENTRAL ILLINOIS. 3. Illinois River District — Adams, Brown, Cass, Fulton, Hancock, Henderson, Knox, INIcDonough, Marshall, Mason, Mercer, Menard, Morgan, Peoria, Pike, Schuyler, Scott, Stark, Tazewell, Warren, Woodford. — 21. 4. Grand Prairie District — Champaign, Christian, Coles, De Witt, Douglas, Edgar, Ford, Iroquois, Livingston, Logan, McLean, Macon, Moultrie, Piatt, San- gamon, Shelby, Vermillion. — 17. Total, 38. III. SOUTHERN ILLINOIS. 5. Centralia, or Wabash District — Clark, Clay, Crawford, Cumberland, Ed- wards, Effingham, Fayette, Franklin, Hamilton, Jasper, Jefferson, Lawrence, Marion, Richland, Wabash, Wayne, White. — 17. 6. Alton, or Kaskaskia District — Bond, Calhoun, Clinton, Greene, Jersey, Macoupin, Madison, Monroe, Montgomery, Perry, Randolph, St. Clair, Washing- ton.— Total, 13. 7. Gra7id Chain District — Alexander, Gallatin, Hardin, Jackson, Johnson, Mas- sac, Pope, Pulaski, Saline, Union, WiUiamson. — 11. Total, 41. Grand Total, 102. INTRODUCTORY. To t/ie Members of the Society : It is but just to the editor of this volume, to say that the preparation for it was conducted under circumstances very unfavorable to success. The delay in the pub- lication of the volume for 1S69, and the continued hope that it would soon appear, caused delay in commencing the correspondence, preliminary to collecting material for the work. It was found quite embarrassing to even commence the preparation of the fourth volume of the series with but very little knowledge of the contents of the third volume. His remembrance of what transpired at the previous annual meeting was all the knowledge he had prior to the receipt of the book itself, on November 26th, 1870. He trusts, therefore, that the omission of any subject that should have a place in this volume, or the repetition of matter, if any, contained in the last will be excused. It has been deemed best to postpone any revisions of the Society's List of Trees, Plants and Fruits, and devote much of the time of the meeting, and space in the book to the consideration of subjects involving principles that are fundamental to an intelligent prosecution of the art of Horticulture; also to the best modes of cultivation. The publication, in this volume, of lists of fruits and trees, carefully ]irepared by reliable and experienced liorticulturists in dilYerent parts of the State, will pro\e of great value to persons in the respective localities, who design to plant orchards, vineyards, or fioiit gardens; even more valuable than the "voted lists" of the whole Society. The more scientific portions of the book, it is hoped will be read with interest by all who have a just appreciation of the vast scope of the causes which combine to produce the growth of a tree, or develop the rich juices of a fruit or the beauties of a flower. To all those who have so cordially responded to solicitations for articles, both for the Annual Meeting and for insertion in this volume, the thanks of the editor are gratefully tendered. That whatever good the book may contain, may reach the readers in time to be appropriated by them before all desire or relish for its contents shall have been destroyed by disappointed hopes, is the sincere wish and determination of their humble servant, The Secretakv. Morris, Grundy Co., 111., January, 1S71. VI TRANSACTIONS OF THE ILLINOIS OFFICERS FOR 1871. PRESIDENT: ARTHUR BRYANT, Princeton, Bureau Co. VICE PRESIDENTS: 1st District — Robert Douglass Waukegan, Lake County. 2d 3d 4th 5th 6th 7th Samuel Edwards La Moille, Bureau County. Dr, a. G. Humphrey Galesburg, Knox County. M. L. Dunlap Champaign, Champaign County. J. W. Fletcher Centralia, Marion County. H. J. Hyde. Godfrey, Madison County. P. R. Wright South Pass, Union County. SECRET ART: O. B. Galusha Morris, Grundy County. ASSISTANT SECRETARY: H. J. Dunlap Champaign, Champaign County. TREASURER: Jonathan Huggins Woodburn, Macoupin County. EXECUTIVE BOARD: Arthur Bryant, W. C. Flagg, Tyler McWhorter, A. M. Brown, and O. B. Galusha. STATE HORTICULTURAL SOCIETY. Vll STANDING COMMITTEES FOR 1871. Gentlemen on these Committees are expected to act independently, and each is requested to report upon his topic with reference to liis particular district — North- ern, Southern, or Central, as the case may be. It is believed that important facts and principles may be discovered, relating to the conditions to which fiuit culture in Illinois must conform, by a careful study of atmospheric phenomena, our soils, insects, and birds, in connection with vegetable physiology and the hygiene of plants. METEOROLOGY: KORTHKRN. James W. Tollman, Winnebago. CENTRAL. Wm. M. Baker, Champaign. SOUTHERN. John H. Tice, St. Louis, Mo. J, Shaw, Mt. Carroll. GEOLOGY AND SOILS : W. F. Bliss, Nokomis. H. C. Freeman, La Salle. BOTANY AND VEGETABLE PHYSIOLOGY: H. H. McAffee, T. J. Burrrill, George Vasey, Freeport. Champaign. Richview. Wm. Le Baron, Geneva. ENTOMOLOGY: C. V. Riley, T. A. E. Holcomb, St. Louis, Mo. South Pass. Jona. Periam, Chatsworth. ORNITHOLOGY: G. W. Minier, Minier. Jas. E. Starr, Alton. ORNAMENTAL AND TIMBER TREES: Samuel Edwards, La Moille. J. W. Fell, Normal. George Vasey, Richview. H. D. Emerv, Chicago. FRUIT PACKAGES. E. A. Riehl, Alton. P. R. Wright, South Pass. TESTING NEW VARIETIES : 1. J. W. Cochran, Blue Island. 4. M. L. Dunlap, Champaign. 2. Samuel Edwards, Mendota. ^. B. PuUen, Centralia. 3. D. B, Wier, Lacon. 6. H. J. Hyde, Godfrev. 7, P. R. Wright, South Pass. AD INTERIM : A. M. Brown, Villa Ridge, Pulaski County. E. Daggv, Tuscola, Douglass County. A. R. Whitney, Franklin Grove, Lee County. Vlll TRANSACTIONS OF THE ILLINOIS COMMITTEE OF CORRESPONDENCE. The following named persons are respectfully requested to co-operate in fur- nishing information to the Secretary, Standing Committees, and the Vice- Presidents, in their several Districts, on all points bearing upon the theory and practice of Horticulture, in their respective counties. FIRST DISTRICT— Robert Douglass, Waukegan, Vice-President. Names. P. O. Hon.L. W. Lawrence, Belvidere, H. D. Emery, H. C. Graves, Lewis Ellsworth, J. W. Ridmgs, D. C. Scofield, Chicago, Sandwich, Naperville, Morris, Elarin, County. Boone. Cook. DeKalb. DiiPage. Grundy. Kane. Names. B. N. McKinstry, S. G. Minliler, Dudley G. Smith, Hon. E. Baldwin, A. H. Vail, W. T. Nelson, P. O. County. Summer, Kankakee. Oswego, Kendall. Waukeg'an, Lake. Farm Ridg'e, LaSalle. Marengo, McHenry. Wilmington, Will. SECOND DISTRICT— Samuel Edwards, LaMoille, Vice-President. H. N. Bliss, C. II. Keim, E. Richmond, Prof. J. Wernli, J. T. Little, C. C. Wamsley, Buda, Bureau. Mt. Carroll, Carroll. Geneseo, Henry. Galena, Jo Daviess. Dixon, Lee. Polo, Ogle. J. W. Stewart, W. A. Nourse, L.V. Scofield, W. E. Lukins, Alex. Strachan, Florid, Moline, Freeport, Sterling, Rockford, Putnam. Rock Island. Stephenson. Whiteside. Winnebago. THIRD DISTRICT— Dr. A. G. Humphrey, Galesburg, Thomas Sinnock, A. McPhail, J. Q^ Merriam, N. Overman, A. C. Hammond, David M. Finley, Prof.J. V. N. Stan A. Hagerman, D. B. Wer, J. Cochrane, T. McWhorter, Quincy, Mt. Sterling, Beardstown Canton, Warsaw, Oquawka, dish, Galesburg, Bushnell, Lacon, Havana, Aledo, Adams. Brown. , Cass. Fulton. Hancock. Henderson. Knox. McDonough Marshall. Mason. Mercer. John Hill, Prof.J. B. Turner, E. C. Harkness, E. V. Rice, D. C. Johnson, J. R. Woods, Wm.H. Butler, Geo. W. Minier, }. E. Barnes, . G. Zeller, Vice-President. Petersburg, Menard. Jacksonville, Morgan. Elmwood, Peoria. Pittsfield, Pike. Rushville, Schuyler. Winchester, Scott. Toulon, Stark. Minier, Tazewell. Y';^ AmericaWarren. Spring Bay, Woodford. FOURTH DISTRICT— Hon. M. L. J. B. Phinney, J. L. Baker, T. Montgomery, C. T. Moore, E. Daggy, E. S. Curtis, R. R. Murdock, J. W. Clark, J. Periam, Champaign, Champaign Pana Mattoon, Clinton, Tuscola, Paris, Paxton, Onarga, Christian. Coles. DeWitt. Douglass. Edgar. Ford. Iroquois. Chatsworth, Livingston. DuNLAP, Champaign, C. S. Capps, J. W. Fell, John Davis, W. A. Ballard, J. C. Johnson, L. C. Francis, Mrs. J. B. Reeves, Hon. J. L. Tincher, Vice-President. Mt. Pulaski, Logan. Normal, McLean. Decatur, Macon. Sullivan, Moultrie. Monticello, Piatt. Sprinefield, Sangamon. Shelbyville, Shelby. Danville, Vermillion. FIFTH DISTRICT— J. W. Fletcher, Centralia, Stephen Dolls, T. B. Clarke. R. B. Huggings, Henry Gritfing, Jiidge Mayo, Benson Wood, E. W. Ir sh, Carroll Moore, Wm. Rickcords, Marshall, Xenia, Hutsonville, Hazle Dell, Albion, Effingham, Farina, Benton, McL'nsboro, Clark. Clay. Crawford. Cumberl'd. Edwards. Effingham. Fayette. Franklin. Hamilton. D. B. Brown, J. S. Boggin, Peter Smith, G. L. Brunton, Geo. Mason, J. P. Grisler, W. W. George, R. S. Graham, Vice-President. Milton, Mt. Vernon, Sumner, Centralia, Parkersb'g, Meier, Fairfield, Carimi, SIXTH DISTRICT— H. J. J. G. Sprague, B. F.Childs, Sidnev Breese, B. S. Culver, J. E. Starr, Greenville, Hardin, Carlyle, Whitehall, Elsah, Bond. Calhoun. Clinton. Greene. Jersey. Hyde, Godfrey, Vice-President. J. Iluggins, Woodburn, Hon. W. C. Flagg, Moro, Wm. M. Jeffrey, Rookwood, H. Engleman, Bellville, G. Wilgus, Richview, Jasper. Jefferson. Lawrence. Marion. Richland. Wabash. Wayne. White. Macoupin. Madison. Randolph. St. Clair. Washingt'n. SEVENTH DISTRICT— P. R. Wright, South Pass, Vice-President. E. J. Ayers. J. M. Warren, Samuel T. Brush, Dr. Looney, George Brown, Cairo, Alexander. Galatin. Elizabeth, Hardin. Carbondale, Jackson. Vienna, Johnson. Metropolis, Massac. L L. Koch, J. H. Crain, Charles Burnett, Parker Earle, Wm. P. White, Golconda, Undulation, Raleigh, South Pass, Marion, Pope. Pulaski. Saline. Union. Williamson. STATE HORTICULTURAL SOCIETY, IX LIST OF MEMBERS FOR 187 1. Names. Butterworth, T. Chattcn, Clark Hargis. T.H. Kelly, A. B. Mitchell, W. A. Scarboroueh, A. Sennock, Thomas Shepherd, Augustus Turner, Samuel B. Werner, J. IJ. Bliss. H. N. Booth, Wm. A. Bryan', Arthur Jr., Edwards, Samuel Starr, F. L. Stet'on, Ezra Vandervoort, J. M. Hallett, James Burrill, T.J. Dunlap, .\lhcrt Dunlap, H. J. Dunlap, M. L. Phinney, J. B. Vickroy, H. R. Breese, Sidney P.O. Quincy, do. do. Camp Point, Payson, Quincy, do. do. do. Lima, Providence, Tiskilwa, Princeton, La Moille, do. Neponset, Tiskilwa, County. Adams, do. do. do. do. do. do. do. do. do. Bureau, do. do. do. do. do. no* Mt. Carroll, Carroll. Champaign, do. do. do. do. do. Carlyle, Champaign, do. do. do. do. do. Clinton, Christian. Hooper, John H. Pana, McLain, M. C. Charleston, Coles. Montgomery, Tyra Mattoon, do. Griffing, Henry Hazel Dell, Cumberland Emorv, II. D. Peterson. P. S. Sanders, Edgar Chicago, do. do. Cook, do. do. Graves, II. C. Sandwich, De Kalb. Elv, \V. W. Miller, II. P. Farmer City do. DeWitt. do. Daggy, E. Tuscola, Douglass. Ellsworth, Lewis Ellsworth. M. S. Tliatcher, N. R. Naperville, do. do. DuPage. do. do. Curtis, B. O. Irish, E. W. Jerold, Marvin Smith, James Babcock, H. S. Paris, Edgar. Farina, Fayette. Vandalia, do do. do. Bush Creek, do. Names. Baughman, J. H. Egerly, Samuel Overman, N. Snyder, T. W. Young, A. P. Clover, Amos Clapp, Henrv Galusha, O. B. Grist, George O. Ray, L. B. Sanford, E. Stine, James Thayer, C. II. Whitney, Lucius Winsor, Thomas Baxter, Emil E. Grover, Wm. N. Hammond, A. C. McAflee, S. Patch, J. P. Worthen, G. B. Finley, David M. Watson, James Calkins Anson Chapin, J. R. Mann, W. II. Pierson, W. P. Little, D. L. P.O. Canton, do. do. do. do. Gardner, Morns, do. do. do. do. do. Minooka, Morris, do. Nauvoo, Warsaw, do. Augusta, do. Warsaw, Oquawka, Olena, Woodhull, Kewanee, Gilman, Onarga, County. Fulton, do. do. do. do. Grundy, do. do. do. do. do. do. do. do. do. Hancock, do. do. do. do. do. Henderson, do. Henry, do. Iroquois, do. Makanda, Jackson. Fulkerson, Wm. H. Jerseyvillc, Snedecker, Isaac do. Starr, J. E. Elsah, Le Baron, Dr. W. L. Geneva, Todd, Hugh Dundee, Cobb, Emorv. McKinstrv, B. N. Richards, W.C. Kankakee, jiidson, Aiomence, Hutchinson, SeymV. Lisbon, Minkler, S. G. Oswego, Seelev, J. S. do. Wtight, C. F. Lisbon, Bidwell. G. E. Carpenter, A. N. Childs, Erastus Clay, A. C. Col well, Wm. Altona, Galcsburg, Oneida, Galcsliurg, Sparta, Comstock, Prof. M.L.Galesburg, Farnham, Eli do. Jersey, do. do. Kane. do. Kankakee, do. do. Kendall, do. do. do. Knox, do. do. do. do. do. do. TRANSACTIONS OF THE ILLINOIS LIST OF MEMBERS FOR 187 1— (Continued.) Names. P.O. County. Fuller, Francis Galesburar, Knox. Gale, \V. S. do. do. Hale, T.J. do. do. Hester, H. D. do. do. Hinckley, C. A. do. do. Hoff, E. VV. Watasja, do. Humphrey, Dr. A G.GalesDurg:, do. Hunt, R. W. do. do. Kitchell, A. do. do. Mason, D. do. do. McClelland, J. S. Robbins, E. S. do. do. do. do. Robbins. Levi Wataga, do. Sisson, H. M. Galesburgr, do. Standish,Prof. J.V.N. do. do. Weston, J. P. do. do. Douglass, R. J. Douglass, Robert Baldwin, E. Brush, H. L. Cook, Hon. B. C. Cotta, J. O. Forbes, C. K- Freeman, H. C. Hathaway, E. C. Paul, John Porter, J. E. Rugg, G. H. Wiley, James Stafford, M. B. Whitney, A. R. Bancroft, L. Bennett, C. N. Bingham, J. R' Haves, Bvron Nii^s, E. H. Periam, Jonathan Beach, J. A. Blodget, Daniel Chaffe, Dr. W. H. Cummings, J. F. Dubois, A. McKim Eldrcd, E. B. Eldred, Moses Flanagan, John Gore, D. Hilliard, A. A. Hollister, E. Howell, J. C. Huggins, Jona. Hhggins, P. C. Hunter, Capt. Geo. James, Nutter Loomis, T. L. McComb, G. H. McConnell, J. T. Muhlemann, J. R. Olmstead, Martin Pettengill, J. A. Randolph. Abel Seamen, W. S. Summerville, Thos. Tunnell, John Williams, E. S. Balsiger, John Waukegan, Lake, do. do. Farm Ridge, La Salle. Ottawa, do. do. do. Mendota, do. Seneca, do. La Salle, do. Ottawa, do. do. do. do. do. do. do. Troy Grove, do. Dixon,' Lee. Franklin G., do. Pontiac, do. Chatsworth, Pontiac, Forrest, Chatsworth, Woodhurn, Brighton, Carlinville, Bunker Hill, Carlinville, do. do. Bunker Hill, Carlinville, Brighton, Woodburn, Carlinville, Woodburn, Bunker Hill, Carhnville, Bunker Hill, Carlinville, Woodburn, Carlinville, Woodburn, Shipman, Bunker Hill, Virden, Shipman, Bunker Hill, Plainview, Bunker Hill, Livingston. do. do. do. do. do. Macoupin. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. Names. P.O. County. Highland, Madison. Flagg, W. C. Moro, Madison. Hollister, E. Jr. Alton, do. Hull, E. do. do. Hull. E. S. do. do. llvde. H.J. Godfrey, do. Long. Dr. B. F. Alton,' do. Nichols. F. K. do. do. Pearson, J. M. Godfrey, do. Anderson, A. Centralia, Marion. Brunton, G. L. do. do. Fletcher, Frank do. do. Fletcher, J. Warren do. do.. Hooton, M. M. do. do. Mosser, Rev. Joseph Salem, do. Reeder, D. O. Centralia, do. Webster, Jabez do. do. Wier, D. B. Lacon, Marshall. Wier, Thomas Henry, do. Hagerman, A. Bushnell, McDonough Rodgers, J. S. Marengo, McHenry. Woodard, L. do. do. Burroughs, Elisha Wilson, George M. Bassett, J. R. Bovd, R. H. Hayes, D. H. Lee, Graham McWhorter, T. Sheroph, A. B. Baldwin, Isaac Chapman, B. H. Graff, Mrs. Geo. Hay, A. S. Lambert, E. Milburn, N. N.Jr. Morrison, Mrs. A. R. Morse. C. M. Pitner, Thos. J. Taylor, J. N. Tucker, Mrs. W. B. Turner, J. B. Williams, A. C. Bloomington McLain. Heyworth, do. Aledo, Mercer. do. do. do. do. Hamlet, do. Aledo, do. Keithsburg, do. Jacksonville, Morgan. do do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. do. Harkness, E. C. Perkins, Calvin D. Ross, L. F. Tracy, A. L. Roots, B. G. Brown, A. M. Durley. W. Shepherd, Smiley Stewart, J. W. Crampton, A. A. Jennings, D. B. Kinney, D. F. Nourse, William A. Pearsol, W. C. Starkey, J. Elmwood, Peoria. Princeville, do. Avon, do. Elmwood, do. Tamaroa, Perry. Villa Ridge, Pulaski. Hennepin, Putnam. do. do. Florid, do. Coal Valley, Port Byron, Rock Island, Moline, Port Byron, Camden Mills, Rock Island, do. do. do. do. do. STATE HORTICULTURAL SOCIETY. XI LIST OF MEMBERS FOR 187 1— (Continued.) Names. P.O. County. 1 Names. P.O. State. Francis, L. C. Springfield, Sangamon. Bird, W. Mt. Pleasan .Iowa. Post, H. do. do. Bower. R. F. Keokuk. low.a. Springer, Phil. M. do. do. Brackett. G. B. Denmark, Iowa. Murrell. ]. A. Green Castle. Iowa. Ward, J. M. Naples, Scott. Grav. J. b. .Mt. Pleasan t.Iowa. McGrew, D. Legrand, Iowa. Scofield, F. K. Freeport, Stephenson. Strohni, H. Iowa City, Iowa. Minier, G. W. Minier, Tazewell. Rogers, W. H. Indianapolis, Indiana. Robinson. J. \V. Tremont, do. Shaw, Henry do. do. Carpenter, L. St. Joseph, Michigan. Jackson, Samuel Benton Harb. do. Earle, Parker South Pass, Union. Nowlan, A. R. do. do. Essex, Isaac B. Dongola, do. Lawver. .V. M. South Pass, do. Elliott, F. R. Cleveland, Ohio. Wright, P. R. do. do. Warder, J. A. do. Ohio., Hon. Well, H. Trotwood, Ohio. Barnes, T. E. Crocky, William Finley. James Rice. Thomas Young Am., Warren. Spring Grove MonmouUi, , do. do. Elliott, R. S. Kirk wood. Missouri. do. do. Hanan, B. P. Clark City, do. Williams, James Spring Grove, do. Murtfeldt, C. W. Riley, C. V. St. Louis, do. do. do. Pennington, L. S. Sterling, Whiteside. Manning, Robert Salem, Mass., Hon Clark, L. G. Channahon, Will. Nelson, W. T. Wilmington , Will. DeWitt, C. S. Geneva, New York. Hopkins, T. F. Rockford, Winnebago. Edwards, Samuel Jt . Green Bay, Wisconsin. Ensign, Wm. C. Bcloit, do. Lee, C. F. Minonk, Woodford. Sutherland, S. B. Waukan, do. The number of members is 258 ; representing 55 Counties in Illinois, and 8 other States. This exceeds the membership of any other year, by 97 — that of 1870 being 133; representing 38 Counties and 3 other States — that of 1869 being 161; representing 42 Counties and 6 other States. DELEGATES PRESENT. Central Illinois Horticultural Society— E. DAGGY, Pres., Tuscola; H.J. DUNLAP, Sec'y., Champaign. Northern Illinois Horticultural Society — SAMUEL EDWARDS, /"/-«., LaMoille ; D. W. SCOTT, Secy., Galena. Adams County Horticultural Society— A. SCARBOROUGH, J. H. HARGIS, THOS. SIN- NOCK. S. B. TURNER, CLARK CHATTEN. Alton Horticultural Society— JONA.HUGGINS, W. C. FLAGG, E. S. HULL, J.E. STARR, I. SNEDECKER, H.J. HYDE. Oneida Horticultural Society— W. B. Le BARON, Pres., ERASTUS CHILD. Ottawa Horticultural Society — Dr. JOHN PAUL. Macoupin Horticultural Society— JONATHAN HUGGINS. Warsaw Horticultural Society— A. C. HAMMOND, Pres., GEO. B. WORTHEN. Eastern Iowa Horticultural Society— II. STROHM, Iowa City. Iowa State Horticultural Society— J. F. TALLANT, Burlington ; G. B. BRACKETT. Denmark, Sec'y. Western Michigan Horticultural Society— SAMUEL JACKSON, Benton Harbor; A. R. NOWLAN, Benton Harbor. Indiana Statk Horticultural Socisty — W. H. RAGAN, Secy., Indianapolis. Xll TRANSACTIONS OF THE ILLINOIS POMOLOGICAL RULES, As adopted, with additions from American Pomological Society. 1. No new seedling fruit shall be entitled to the recommendation of this Society until its qualities shall be ascertained by at least five years' experience in more than one locality, and which is not at least equal to any similar variety of the first rank already known; or which, if only of second rate flavor, is superior in vigor, hardi- ness, productiveness, or other important quality or characteristics. 2. No new fruit shall be considered, as named, until it has been accurately de- scribed by some person or committee known to be conversant with existing varieties; and such description shall have been published in at least one horticultural or agri- cultural journal, or some pomological work of acknowledged standard character. 3. The originator, or he who first makes known a new variety, shall be entitled to name it, and such name, if suitable, shall be adopted by the writer describing the fruit for the first time. But if the name proposed is inappropriate, or does not come within the rules of nomenclature, the describer shall be at liberty to give a name. When two persons have named or described a fruit, the name and description first published, if according to the rules, shall have the priority. > 4. In giving names to new varieties, all harsh, vulgar, or inelegant names, such as " Sheepnose," " Hogpen," etc., should be avoided, and no name should consist of more than two words, excepting only when the originator's name is added. Char- acteristic names, or those in some way descriptive of the qualities, origin, or habit of fruit or tree, shall be preferred. They may either be of intrinsic properties, as Golden Sweeting, Downer's Late, etc., or of local origin, as Newtown Pippin, Hudson Gage; or the season of ripening, as Early Scarlet, First Gage; or the form and color, as Golden Drop, Blue Pearmain; or which commemorates a particular place or person, as Tippecanoe, La Grange, Baldwin, or any other titles which may be significantly applied. 5. The description of new varieties of fruits shall embrace the following particu- lars : First. An account of their origin. Second. The fruit — its size, form and exterior color, texture and color of the flesh, flavor, and time of ripening, with the addition on stone fruits of the size of the stone, adherence or non-adherence of the flesh, form of the suture, and the hollow at tlie stem, and in kernel fruits, of the size of the core and seeds, the length, position and insertion of the stalk, and form of the eye. Third. The tree — its marked characters of growth, young and bearing wood, foliage, and blossoms. In peaches, the form of leaf, glands, and size of blossoms. In strawbeiTies, the character of the blossoms, whether staminate or pistillate. In grapes, the form of the bunch or berry. 6. No variety of fruit, vegetable, tree, flower, or other horticultural product, shall be placed upon, or taken from the lists of the Society, unless it receive a majority of six votes, of persons residing in the district for which it is recommended; and it is recommended that no person vote upon the question unless he have personal experience or observation of the qaalities of the variety in question. STATE HORTICULTURAL SOCIETY. XIU CONSTITUTION AND BY-LAWS, AS AMENDED AT THE ANNUAL MEETING, 187O. CONSTITUTION. I. This Association shall be known as the Illinois State Horticultural Society. II. Its object shall be the advancement of the science of Pomology and of the art of Horticulture. III. Its members shall consist of Annual members, paying an annual fee of one dollar; of Life members, paying a fee of twenty dollars atone time; and of lloiiorarv members, who shall only be persons of distinguished merit in Horticulture or kindred sciences, who may, by vote, be invited to participate in the privileges of the Society. The wives of members shall be members without fee. IV. Its officers shall consist of a President, one Vice President from each Fruit District in the State, a Secretary, an Assistant Secretary, a Treasurer, and an Exec- utive Board, which shall consist of the President, the last three Ex-Presidents, and the Secretary; all of whom shall be elected at the annual meeting, and serve from tlie first of January until the thirty-first of December, and until their successors are elected. V. It shall hold an annual meeting and other meetings, and an annual fair, as the Society- or the Executive Board may direct. VI. This Constitution may be amended at any regular meeting, by a two- thirds vote of the members present. BY-LAWS. I. The President shall preside at all meetings of the Society; call meetings of the Executive Board, and, under its direction, have a general superintendence of the affairs of the Society, and direction of the expenditure of money; he shall deliver an annual address upon some subject connected with Horticulture, and shall appoint all committees, unless otherwise ordered. II. The Vice Presidents, in the order of their Districts, shall act in case of absence or disability of the President; and shall, by con-espondence and personal intercourse with the horticulturists of the various coimtiesof their respective districts, endeavor to organize local !?ocieties, obtain accurate information of the condition and progress . of Horticulture therein, and report annually, in writing, to the Society. III. The Secretary shall conduct the correspondence of the Society; have charge of its papers, books and reports, and prepare its reports for publication : and shall receive, for so doing, his necessary expenses for postage, stationery, print- ing, expressage, and office rent, and the sum of three hundred dollars per annum ; he shall render an annual accoimt in detail of such necessary expenses, which shall be referred, with the Treasurer's report, to a special auditing committee. IV. The Assistant Secretary, in the case of the absence or disability of the Secretary, shall perform his duties; and shall aid him, at the annual meeting in making his report. XIV TRANSACTIONS OF THE ILLINOIS V. The Treasurer shall receive, and keep an accurate account of, all moneys belonging to the Society, and disburse the same upon the written orders of the President, which he shall retain and file as vouchers; he shall make an annual report to the Society of the receipts and disbursements, which, with the vouchers, shall be referred to a special auditing committee appointed at the annual meeting. Before entering upon his duties, he shall give bond to the Society in the sum of five thousand dollars, for the faithful performance of his duties; such bond to be approved by the Executive Board. VI. The Executive Board shall, subject to the direction of the Society, man- age all its affairs. VII. There shall be chosen annually, by the Executive Board, a Standing Committee, to consist of one or more members from each of the three divisions — Northern, Central, and Southern — of the State, on the following subjects : 1. Meteorology in its relation to Horticulture. 2. Geology and Soils. 3. Botany and Vegetable Physiology. 4. Entomology. 5. Ornithology. 6. Ornamental and Useful Trees. 7. Fruit Packages. 8. Testing New Varieties. 9. Ad Interim. VIII. These By-Laws may be altered at any meeting by a majority vote. LAWS AFFECTING HORTICULTURE. An Act to Incorporate the Illinois State Horticultural Society. Section i. Be it enacted by the j>eofle of the State of Illinois, represented in the Gewerrt/ ^55e/«^/)', That Smiley Shepherd, O. B. Galusha, S. G. Minkler, W. C. Flagg, J. T. Little, W. H. Van Epps, Lewis Ellsworth, Jason C. Ayres, W. A. Pen- nell, J. W. Fell, W. Durley, Samuel Edwards, their associates and successors, members of the Illinois State Horticultural Society, be and are hereby declared to be a body politic and corporate, known by the name and style of " The Illinois State Horticultural Society." Sec. 2. The object of the Society being to promote the science of Pomology and the art of Horticulture, they shall be allowed, for those purposes only, to take and hold real and personal estate to the amount of fifty thousand dollars. Sec. 3. This Society shall have the right to contract and be contracted with, to sue and be sued, to plead and be impleaded, to answer and be answered unto, in all the courts of law and equity of this State, and shall further enjoy all the privi- leges incident to incorporations of said character, and not inconsistent with the laws of this State. Sec. 4. It shall and may be lawful for said corporation to have and use a common seal, and tl^e same at their pleasure to change, alter, and make anew, and in general have and exercise all such rights, privileges; and immunities as by law are incident to or necessary to the society herein constituted. Sec. 5. The Society shall have power to alter or amend their present consti- tution, to make, alter, or repeal such by-laws as may be deemed necessary for car- rying out the objects of the Society. Sec. 6. This act shall be in force from and after its passage. Approved February 16, 1S65. [Note — The Society was first incorporated Feb. nth, 1857 — two months after its organization. —Ed]. STATE HORTICULTURAL SOCIETY. XV An Act to Punish Fruit Thieves. Be it enacted by the people of the State of Illinois, represented in the General AsseniNv, That if anv person or persons shall hereafter enter the enclosure of any person without the leave or license of such owner, and pick, destroy, or carry away the fruit of any apple, plum, peach, pear, or other fruit tree or hush, such person or persons shall be guiltv of a misdemeanor, and upon conviction thereof, may be fined any sum not less than ten dollars, nor more than fifty dollars, and may be imprisoned in the county jail, for any period not exceeding twenty days. The pen- alties incurred by violation of this act may be enforced by indictment in any court having jurisdiction of misdemeanors in the county where the offense is com- mitted, or the fine may be recovered in an action for debt before any justice of the peace of such county. Approved February 26, 1S61. An Act for the Protection of Fruit and Ornamental Trees, Shrubbery, and Vegetable Products. Section i . Be it enacted by tlie people of the State of Illinois, represented in the General Assem/'/y, That if any person or persons, in this State, shall willfully, mali- ciously, and without lawful authority, cut down, root up, sever, injure, peel, or destroy any fruit or ornamental tree, cultivated root or plant, fruit or other vegetable produc- tion, grape, strawberry, or cranberry vines,currants, gooseberry, raspberry or cultivated blackberry bushes, standing or growing on or being attached to the land of another, or shall willfully and without lawful authority, cut down, root up, destroy, or injure any fruit or ornamental tree or shrubbery, planted or growing on any street, lane or alley, or public grounds in any city, borough, or incorporated town in said State, every such person so offending, shall be deemed guilty of a misdemeanor, and, on conviction thereof, shall be punished by a fine of not more than five hundred dol- lars, or by imprisonment in the jail of the county not exceeding three months, or both, at the discretion of the court, and shall, moreover, be liable in double the amount of damages to the party injured. This law to take effect from and after its passage. Approved February 15, 1865. An Act for the Protection of Growing Fruit. Section i. Be it enacted by the people of the State of Illinois, represented in the General Assembly, That if any person or persons shall, hereafter, enter the enclosure of any person, without leave or license of such owner, and destroy or carry away any part or portion of the fruit of any apple, pear, peach, plum, or other fruit tree or bush, such person or persons shall be deemed guilty of a misdemeanor, and, upon conviction thereof, may be fined in any sum not less than ten nor more than fifty dollars, and may be imprisoned in the county jail for any period of time not exceed- ing twenty days. The penalties incurred by a violation of this act may be enforced by indictment in any court having jurisdiction of misdemeanors in the county where the offense is committed, or the fine may be recovered in an action of debt before any justice of the peace of such county. Approved February aG, 1865. An Act for the Protection of Orchards, and to Prevent the Destruction of Small Birds. Section i . Be it enacted by the people of the State of Illinois, represented in the enteral Assembly, That it shall not be lawful, in this State, for any person to shoot, or in any other manner to kill or destroy, or to entrap, ensnare, or otherwise capture any of the following descrijition of birds, to wit: The blue bird, swallow, martin, musquito hawk, whip-poor-will, cuckoo, woodpecker, cat bird, brown thrasher, red bird, hanging bird, rice bird, sparrow, wren, humming bird, dove, goldfinch, and mocking bird. XVI TRANSACTIONS. Sec. 2. Every person who willfully violates the provisions of the preceding section, or who shall willfully destroy the nest or eggs of any of the birds herein before designated, shall be punished by a fine of not more than five dollars for each oftense. This Act to take effect and be in force from and after its passage. Approved February 24, 1S59. An Act making an appropriation in aid of the State Horticultural Society of Illinois. Section 1. Be it enacted by the people of the State of Illinois, represented in the General Asseynbly, That there be appropriated for the use of the State Horticultural Society, to be expended in the payment of premiums, in publishing the Transac- tions of said Society, procuring scientific investigations relating to Horticulture, and paying expenses of Ad Interim Committees, the sum of two thousand dollars per annum. Sec. 2. The said sum of two thousand dollars shall be paid to the Treasurer of said State Horticultural Society, on the order of the President and Secretary of the same. Approved February 28, 1867. An Act for the Protection of Consignors of Fruit, Grain, Flour, etc., to be sold on Commission. Section i. Be it enacted by the people of the State of Illinois, represejited in the General Assembly, That if any warehouseman, storage, forwarding, or commission merchant, or his or their agents, clerks, or employes shall convert to their own use the proceeds or profits arising from the sale of any fruits, grain, flour, beef, pork, or any other goods, wares, or merchandise, otherwise than as instructed by the con- signors of said goods, and shall on the demand of the consignor fail to deliver over the proceeds or profits of said goods, after deducting the usual per cent, on the sales as commission, shall be found guilty of a misdemeanor. And any person or persons who shall be found guilty of retaining or embezzlingany money prohibited in this section, not exceeding one hundred dollars, shall be punished by a fine of not more than five hundred dollars, or imprisoned in the jail of the count}' not exceeding three months, or both, at the discretion of the court, and shall, moreover, be liable in double the amount of damages to the party injured; any person or per- sons who shall be found guilty of retaining or embezzling a greater sum than one hundred dollars, shall be punished by fine, not more than five hundred dollars, or imprisoned in the jail of the county not exceeding one year, or both, at the discre- tion of the court; and shall, moreover, be liable in double the amount of damages to the party injured. Sec. 2. This act to take effect from and after its passage. Approved March 4, 1869. An Act to permit the planting of Shade and Ornamental Trees along the Public Roads. Section i. Be it enacted by the people of the State of Illinois, represented in the General Assembly, That it shall be lawful for owners or occupants of lands border- ing upon any public road in this State, to plant shade and ornamental trees along and in such road, at a distance not exceeding one-tenth of the legal width of the road from its margin. Sec. 2. This act shall be deemed a public act and be in force from and after its passage. Approved March 25, i86q. pr()c;hkdings of the Fifteenth Annual Meeting, HELD AT GALESBURG, DECEMnKR 13-14-15-16. 1S70. The Illinois h^tate Ikirllcultural Society convened at "Caledonia Hall," December 14th, at y.30 A. M., in response to the following- call and programme : ILLINOIS STATE HORTICLLTURAL SOCIETl'. The Annual mcetini^ of this Society for 1S70 will be held in the City of Galesburg, commencing on Tuesday, the 13th of December, at 9.30 A. M.. and close on the following Friday. The city is easily accessible bv railroads from all directions. A commodious Ilall— with rooms adioiniug convenient fur the ex- hibition of Fruits and Vegetal>les — has been secuixd for the ijse of the meeting, by the local Horticultural Society. The citizens orter to all who will come, a cordial welcome and the hospitality of their homes. Lectures and papers upon varied and interesting topics connected with Horticul- ture are pledged by gentlemen of well known ability. (See programme). These lectures and papers will be followed by short discussions of the more important topics upon which they treat. All who desire are free to attend and participate in the beneht of these sessions. The following Railroads will retm'n members from the meetuig at one-fifth fare, viz: Chicago, liurlington i\: Qtiincy widi all its branches; Chicago, Alton & St. Louis and branches;. Illinois Central and branches; Chicago. Rock Island & Pacific antl branches; Chicago, Danville & Vin- cennes; J-Jinlington. Cedar Rapids is. Minn.; Indianapolis, Bluomington & Western; Chicago Si. North\vestern, from Chicago only. It is confidently expected that other railroad companies will respond favorablv to the requests which have been made for like reductions of fares; if so, the fact will be duly announced in the Prairie Farmer and Western Rin-al. c::^ Specimens of choice fruit and vegetables are solicited for the exhibi- tion tal)les — especially of new varieties or choice seedlings. CJ^ I CO TRANSACTIONS OF THE ILLINOIS Programme for Meeting. TUESDAY iith A. M.] I. — President's Address. 3. — Reports of Secretary and Treasurer. 3. — Reports of Vice-Presidents. 1st District— L. WOODWARD, Marengo. 2d District— SAMUEL EDWARDS, Lamoile. 3d District— A. C. HAMMOND, Warsaw. 4tli District— TYRA MONTGOMERY, Mattoon. TUBS DAT, P. M. 1 — Report of State Horticulturist, _ _ . £)r. E. S. Hull. 2 — Report of ad interim Committee on Grapes, - D. B. Wikr. 3 — Paper on the Cultivation of Evergreens and their benefits, - - - - _ Robert Douglass. TUESDAY EVENING. I — Lecture on the Variations and Improvements in Fruit Trees and their propagation, Dr. J. A. Warder, Cincinnati. 2 — Paper on Simple Flowers for summer display in the flower garden, _ _ - - . Edgar Sanders. WEDNESDAY, A.M. I — Reports of Vice-Presidents. 5th District— J. W, FLETCHER, Centralia. 6th District— H. J. HYDE, Godfrey. 7th District— A. M. BROWN, Villa Ridge. 2 — Report of ad interim Committee on Apples, - O. B. Galusha. 3 — Paper on the Propagation and Culture of the most desirable Deciduous Trees for artificial planting on the prairies, - - - Arthur Bryant, Sen. WEDNESDAY, P. M. I — Paper on Snout Beetles injurious to Fruits and Vegetables, by - C. V. Riley, State Entomologist of Missouri. 2 — Paper on Moral Influence of Horticulture, - Alex. Strachan. 3 — Report of ad interim Committee on Pears, - Parker Earle. WEDNESDAY EVENING. I — Paper on Birds Beneficial and Injurious to Horticulture, J W. Velie. 2 — Lecture on Horticultural Education, - Prof. J. B. Turner. THURSDAY, A. M. I — Election of Oflicers. 2 — Fixing time and place of next Annual Meeting. 3 — Examination of new varieties of Fruits and Vegetables, and distribution of Books and Cions. 4 — Paper on Packing Fruits for market, - - A. M. Brown. STATE HORTICULTURAL SOCIETY- 3 THURSDAY, P. M. 1 Report of ad interim Committee on Peaches and Plums, E. S. Hull. 2 Paper on Economic \"egctable Gardening, - Jonathan Periam. 2 — Paper on the sudden appearance and disappearance of Noxious Insects, - Dr. Wm. Le Baron, State Entomologist. THURSDAT EVENING. I — Essay, "The effects of Settlement and Cultivation on Fruit Culture," - - by Robert Manning of Boston. 2 — Paper on the Influence of Wines upon the American People, , by Dr. C. W. Spaulding, of Kirkswood, Mo. FRJDAT, A.M. 1 — Paper — Landscape Gardening, - . - - - John Blaib. *2 — Reports of Committees. 3 — Unfinished business. Adjournment. W. C. Flagg, President. O. B. Galusha, Secretary. Judge A. Kitchell, of Galesburg, President of the Galesburg Horti- cultural Society, called the convention to order at 9.30 A. M., and, in behalf of said Society, delivered the following address of welcome : Mr. President and Gentlcfnen of the State Horticultural Society: In behalf of the citizens of Galesburg, and especially of the mem- bers of our City Horticultural Society, I offer you a hearty welcome. We are thankful to you and to our enterprising townsman. Dr. Humph- rey, through whom you were invited hither, for giving us this visit. With cheerful hearts our citizens greet you as laborers and scholars in a noble science. The Almighty in his goodness has vouchsafed to us an infinite variety of beautiful and useful trees, plants, and flowers, and of luscious and nourishing fruits. Horticulture has analyzed and classified them, and, by infinite pains and experiment, brought forth a catalogue of the choicest, but as tlie old adage required " a bitter with every sweet," so we find that in this the enemy " hath sought out many inventions." With blight and mildew, with bugs and borers, beetles and parasites everywhere, we find that in all tree, and plant, and fruit life, there are ravaging destroyers. Your programme promises us a rich feast. The bill of fare has, many things of special interest to us. Calling to mind the many black- ened and dead pear, cherry, and other fruit h*ecs of the past season, besides the withered and blighted evergreens, and looking Ijack over our scanty harvest of fruits, of which we found scarce a peach or applc^ pear, ]Mum, or cherry, that was not inhabited by worn^s f^\\(\ ^urculios^ or prematurely bitten by birds, we arc greatly in hopp that you hayej come to us with fresh stores of knowledge and inv{.,r\tjQns against thesa evils. I have no right to anticipate the feast, or t'j meddle in the er^^^^ 4 TRANSACTIONS OF THE ILLINOIS tainment 3-011 have prepared, but T mav be allowed to indicate a fcw siibjects of special interest. W^e are pleased to see that \'(ni have the birds before you. Our own amateurs and orchardists are not entirelv in accord upon this question. It is alleged by some that there are y-rape and cheiTv thieves among the feathered tribe. whos,e li\es fruit growers are not bound to respect. While otiiers more sentimental and poetical, if not equallv practical, claim onlv imiocence and beautv for the whole famih'. With these — "The jay, the pie, and e'en the boding owl. That hails the rising moon. li:ive charms." In their view — "' Tis love creates their melody; and all Their waste ol" music is the voice of love." But with the former, gams and deadlv arts are turned against all who — " Rifle the sweets and taste the choicest fruits, Yet scorn to ask the lowlv owner's lea\e." Another topic of surpassing interest is the wine question. How to drink wine and not make drunkards, is a problem of infinite concern. The grape is perhaps our choicest fruit, and it is rapidly twining itself around ever\' home, and into the affections of every family. Wine making is steadily on the increase in this country. But we scarcely speak of Avine. without calling up the homble picture of our country's greatest curse. I will not anticipate, nor for an instant presume, that the moral power of a body like yoiu'S, \\'ill not be gi\eu to the cause of reform. But \^'hen we contemplnte this our most delicious fruit and its wine, we patise to enquire whether perchance we mav '* put a stumbling block in our brother's way." ' Tis pit)' wine, which nature meant To man in kindness to present, And give him kindly lo caress — And cherish his frail happiness; Of equal virtue to renew His weary mind and body, too. Should (like the cider tree in Eden, Which only grew to he forbidden.) No sooner come to be enjoyed. But the owner's fatally destroyed. In connection with this topic comes rightfully the one on " Moral Influence of Horticulture." Horticulture, of right,* claims its place among the sciences. The annual compilation of your own learning and experiments, as well as that exhibited throughout the country, attest that gradualn- the whole processes of nature and manual culture are more perfectly under- stood. Many old things wise in their day, are becoming foolishness STATE HORTICULTURAL SOCIETY. 5 before your analvses. Our people as a nation, by freely crossing, bybri- dizin"-. and grafting from other nations have produced a race which we think there is no boast in claiming as superior in mental, moral, and physic.tl enilowment. So strikingly is this superiority already demon- strated, that we look forward to the rapid revolution of all nations toward us in language, in law. in liberty, antl religion. So in Horticulture, by grafting and crossing, by hybridizing and varied experiments, \ arieties of fruits and trees are multiplied, their qualities improved, the ignorance and errors of cultivators eradicated, and the laws of nature and economy of men reduced to simple rules and proces.Nes. Because Solomon in his day, after trying all things in horti- culture, doubtless, as well as in other luxuries, pronounced them all vanity, it is scarce meet that we who are not Solomons should, in our day, look upon Horticulture as a vain thing. In this department science and knowledge is as profound and protitable to the race as in the others. The problems of progress and civilization are often difficult to solve. Remembering the simple habits and few wants of our pioneer life, and comparing them with the long array of craving desires and modern habits, we can scarce find any measure of our civilization, but in the enumeration of our wants. And in horticultural attainments we some- times suspect the highest standard is found in him who has the most capacious stomach, at least in him who the keenest sense of taste and smell, of touch and sight. These generalities are scarce a fitting jjrelude to the entertainment before us, and I will conclude this salutation of welcome with the hope that as "iron sharpeneth iron." and •• a man sharpencth the countenance of his friend," that your friendly faces will greatly sharpen the horti- cultural countenances of this community, for which they will always remember you with thanks. The President, Hon. W. C. Flagg, then announced the State Horti- cultural Society to be in session. The meeting was opened with prayer by Rev. Mr. Bartlett of Gales- burg. The Annual address of the President was listened to with interest by a larger number than have ever before been present at the opening of an Annual Meeting. PRESIDENT'S ADDRESS. Felloxc Members of ike Illinois State Hortieulfin-al Society : We meet to-day, for the purpose of holding our Fifteenth Annual Meeting, in the City of Galesburg. Her citizens, foremost in other good works, have given us a hearty greeting, and secured for us these comfort- able cjuarters during our stay with them. For their kind expressions of good will, on your behalf I tender them our sincere thanks, and express O TRANSACTIONS OF THE ILLINOIS the hope that in the feast of pomological reason and flow of entomolog- ical soul that await us, we may in some part repay their many acts of kindness. We meet this year, I believe, with our ranks unbroken by death : and, although the common lot of all cannot in the good providence of God be an evil thing, yet we shrink from the mysteries of the silent land and congratulate ourselves that we are still here, living and strong. " Like a timid child, I dread to go out alone into the darkness," wrote a brave man* near the end of a prematurely closed life; and perhaps for the same reason. We have heard old wives' stories of evil things lurking in that darkness. But "There is no death; what seems so is transition : This life of mortal breath Is but a suburb of the life eljsian Whose portals we call death." And whilst it is natural and therefore not wrong to dislike separation from relations and friends, and to desire that death shall not come in the midst of life and energy, but in the accepted time of old age and bodily decay; yet I would deprecate the idea which seems a relic of heathenism, that death is the dark conclusion of the day. The experience of the year, its hopes, its disappointments, and its fulfillments, you will hear in detail from those who ai'e to follow me. It will be as usual a diverse story of successes in one region and failures in another, as may be expected in the wide range of climate in the State; and I will not undertake to generalize upon topics concerning which there are are many present whose more thorough obervations during the present year enable them to speak with accuiacy and confidence. Turning to business matters, I have to report that an examination into our financial condition shows the necessity of a more economical expenditure of our funds. Since the first year after the law granting us an annual appropriation of $2,000 from the State Treasury was passed, our expenses have considerably exceeded that amount annually: but, hitherto, the deficiency has been made up by the large balance remaining the first year and the annual membership fees. We have now reached the point, however, where we must lessen our expenditures, or increase our income. We have further to consider the fact that under the new Con- stitution our appropriation must be bi-ennially renewed. I believe we are entitled to the appropriation for the coming year, but certainly after that period the appropriation must be looked after at each session of the legislature. In reply to a circular issued by the Governor to ofiicers of State Institutions and other beneficiaries of the State, I have asked that the appropriation be increased to $3,000 per annum, so as to enable us to secure scientific investigation of the more occult points in horticultural science. Chancellor Hoyt, of Washing^ton University, St. Louis. STATE HORTICULTURAL SOCIETY. 7 The warrants drawn since the beginning of our last annual meeting are the following : During the year 1S69. No. 51 — W. C. Flagg, Postage, Expressage, and Stationeiy, $ 50.00 C2 — Geo. Bulkley, on account of Reporting, 20.00 53 — Sam'l Edwards, Expenses Ad-Interim Committee, 43'6o 5^. — E. S. Hull, Traveling Expenses allowed, 107.00 55 — Winter Bros., Photographing, 7.00 56 — George Bulkley, Balance for Reporting, 30.00 57 — Thomas Meehan, Lecture and Traveling Expenses, 130.00 Total, - $377.60 During the Tear 1S70. No. 58 — D. B. Wier, Expenses on Ad-Interim Committee, $ 9-00 59 — O. B. Galusha, on account of Salary, 100.00 60 — C. V. Riley, 1000 Engravings, B. D. Walsh,..: 65.00 61 — E. S. Hull, Account of Salary, 350,00 62 — O. B. Galusha, for Ad-Interim Committee, 100.00 63 — E. S. Hull, Account of Salary, 200.00 64 — O. B. Galusha, Office Expenses, 50.00 65 — W. C. Flagg, Expressage and Postage Reports 40.00 66— R. P. Studley & Co., Bill of Printing, 1,553.89 • Total, $2,467.89 The items of the Bill of R. P. Studley & Co., are the following : For 33 Reams Paper, $ 297,00 " 1,551,175 Ems Composition at 70c., 1,085.82 " Paper and Printing 750 covers, -. 7.85 " Press Work at 75 cts., 97-50 •' Binding 1000 copies, ' 37-50 " Packing Cases, Drayage, etc., 10.00 Total, - - $1,635,67 Less 5 per cent, as per agreement, 8 1.78 $1053-^9 Of this amount, the Northern Illinois Horticultural Society pays $175 and the Central Illinois Horticultural Society pays $65, leaving$i,3i3.89, the amount the tt"ansactions of 1869 cost this Society, or some $50 less than those of 1868. Our Secretary has been receiving bids for the vol- ume fiar this year at rates very much below this, and it is hoped that the expense of publication may be brought within $1,100. The subjects of securing the collection of late State Entomologist, Mr. Walsh, to the State, and the appointment of a State Entomologist to succeed him, were referred to the Executive Committee for their action. In accordance with the instructions of the Society and the desire of the other members of the Committee, Mr. Baldwin and myself waited upon Governor Palmer soon after our last meeting adjourned and subsequently. 8 TRANSACTIONS OF THE ILLINOrS We found the Governor fully appreciated tiie value of the Walsh collec- tion and the desirability of retaining it within the State, and, as you are aware, he has since purchased it. and it is temporarilv deposited in the Academy of Sciences at Chicago. As regards the othce of State Ento- mologist, we found several worthy candidates : but. after due inquiry, we agreed that Dr. Wm. Le Baron of Geneva, was the most desirable man for the place, and solicited, with others, that he might receive it. The Governor, after due deliberation, gave him the appointment. Resolutions passed at the last meeting offering to co-operate with the State Agricultural Society in holding their Annual Fair, were submitted to the Board of that Societ)-' in January last, but they declined to do more than receive our advice in making up a premium list, and no further action was had in the pi^emises. I submit their action on the subject herewith. There are a few subjects to which I will venture to call your attention as of special, or at least iminediate importance. First of.these is an act for the encouragement of timber planting. It is estimated by those who have the best means for judging, that we pre near the end of the natural supply of pine lumber in the North and West. From 15 to 25 years is the estimated extent of its duration. Our own forests of less valuable trees are rapidly decreasing in the demand for newl fields, and more firewood Whilst it is true that the Osage orange wil give us the fences which we cannot longer aflbrd to build of northern pine; and iron, stone, and brick will doubtless to a great extent replace wood in our buildings, bridges, furniture, and implements; and while 1 have less fears than many have of any change of climate resulting from the removal of our somewhat scanty wood-growth of Illinois, nevertheless I believe that sound public policy, forecasting statesmanship, demands that we shall do what we can to encourage the planting and growing of tim- ber trees. I hope a committee will be appointed to draft a bill to be discussed, amended, if need be, and approved by this meeting, and then submitted to the General Assembly, for the encouragement of ti'ee plant- ing, and the preservation of woodlands. The desirabilit}' of experiments in many points connected with Hor- ticulture should give this Society an interest in an attempt to establish Agricultural Experiment Stations in various parts of the State, which shall do somewhat the same work for Illinois that Lawes and Gilbert have done for England, and the "Versuchs Stationen " for Germany. I suggest here and shall propose elsewhere, that vs^hei'ever in a fit locality, citizens shall donate to the State desirable buildings and grounds for an Experiment vStation, the State shall appropriate an annual amount of $2,000 or $3,000 to maintain a chemist or physiologist, and furnish him the means of making a continuous, exact, and varied series of experi- ments and observations bearing on the relations of natural science to agriculture and horticulture. We have the word of such men as Liebig, Pugh, and Johnson that these are the best means yet devised for increas- ing agricultural knowledge, and I suggest that this Society take the subject under consideration and lend its influence to the undertaking^. STATE HORTICULTURAL SOCIETY. 9 We have passed the period of spoliation in agriculture, and it now be- hooves us, rather than follow our course to its end, to prevent further waste and tiike warning of the desolate fields of Virginia and the wasted hill- sides of New England. The familiar face of our former guide, philosopher, and friend, as the frontispiece to our last report, suggests that there are other and worthy men, pioneers in our art, whose faces we would like to see similarly engraved, and one sent forth with each report. Overman, Kennicott, ancl Ilarkness have passed away from among us, and, knowing the influence they had upon horticulture in our State, even those who knew them not would be pleased to have this memorial of them. I suggest that our Secretary be instructed to examine into the matter and that the Executive Committee be empowei^ed, if the funds of the Society will permit, to secure engraved portraits of the deceased members whom I have mentioned. The Constitution of our Society makes it the duty of the President to "deliver an annual address upon some subject connected with Horti- culture." In the discharge of that duty I shall now call your attention to some remarks upon The Province of Horticulture. The term Horticulture, like that of agriculture, is a vague one, and liable to be limited or extended too much. It is specially apt to intrude upon ground properly occupied by agriculture, and occasionally to sufler encroachment in its turn. Thus Lindley, in his Theory of Horticulture, says, "Horticulture is that branch of knowledge which relates to the cultivation, multiplication, and amelioration of thfe vegetable kingdom." This, if I understand it rightly, would include all of agriculture proper, or field culture, and consequently includes too much. Horticulture, etymologically considered, means garden culture; but this is narrowing its meaning too much. But if we take it to mean, what garden culture implies, a nicer or more careful culture, as dis- tinguished from the rougher arts of the field, I believe we get a prettv good conception of its present meaning. Not necessarily perhaps, but in fict, it calls into action higher powers of thought, greater versatilit}', and more elevated sentiments than agriculture. It may be called the poetry of fanning, whilst agriculture is its plain prose. I would analyze Horticulture after this fashion : I. Useful, comprising — 1. Fruit Growing, which includes : a. Orchard Culture; b. Vineyard Culture; c. Small Fruits and their culture. 2. Vegetable or Market Gardening, including — a. Vegetables cultivated for their roots or tubers, as potatoes, onions, beets, &c. lO TRANSACTIONS OF THE ILLINOIS b. Vegetables cultivated for their leaves or stems, as cabbage, asparagus, &c. c. Vegetables cultivated for their fruit, as tomatoes, melons, peas, ike. 3. Tree Growing, including — a. Hedging; b. Belts, or wind breaks; c. Timber Plantations and Woodlands. 4. Nursery Culture. II. Ornamental, comprising — 1. Ornamental Tree planting; 2. Flower Gardening; 3. Landscape Gardening. III. Scientific, comprising collections 1. Of Fruits; 2. Of Vegetables; 3. Of Trees; 4. Of Flowers; 5. Of Plants generally, made not so much for profit or orna- mentation, as for experiment and to gratify a scientific taste. This you will observe is not at all a scientific, or hardly a logical division of the subject. Its only merit, if it has any, is in its adaptation to practice, which separates genera and species without remorse, and places together most widely sundered parts of the vegetable kingdom in obedience to external resemblance, agreeable contrasts, or identity of use. Horticulture, like Topsy, has "growed" in a very disorderly way. You will observe, farther, that the classes of subjects included under these heads define still more clearly the difference between Horticulture and agriculture. Horticulture comes later in the progress of civilization, and is evidence of greater refinement. In a new country, although settled by a people in an advanced state of civilization, it also comes later as of less prime necessity in the first place, and often requiring a longer period of time between investment and return than new countries with little wealth can afford. It requires amassed wealth for its best success. It assumes permanent homesteads, where men expect to remain and pluck the fruit of their labors. I will speak briefly of these various departments of Horticulture from a practical rather than a theoretic point of view, calling your attention in the first place to a few preliminary considerations useful to the beginner: I. Horticulture requires special attention to the choice of soil and climate. The soil for nearly every horticultural product should be warm, deep, dry, and not too rich in humus, nor yet too sandy. The chief difficulties of ti"ee growth in the northern part of the State and in states farther north, seem to be rather of the soil than of the climate. The soil, in some cases, is so loose as to freeze to the depth of six feet in Minnesota, and veiy imperfectly protects any plant standing in it through the winter, whilst so I'ich as to start a late growth on very little provocation. Soil of a finer and closer texture would evidently be preferable in both STATE HORTICULTURAL SOCIETY. II respects. The humus of our prairies, moreover, seems to be not entirely wholcsoine in its orijijinal constitution to tree, and probably to many other growths. Our best soils, as a rule, are those of lighter color, on which forest trees are growing, or will most readily grow. The situation for all horticultural purposes should be as elevated as possible above the suiTounding country, so as to avoid the late frosts of spring and the early frosts of autumn; and that the winds m.ayhave access during the humid, still he-, ts of early summer, which are detrimental to most liorticultural giowth^. Of the advantages of protection, I am not yet confident; but I presume upon the large prairies of Central and Northern Illinois it may be of advantage. But it should be distinctly understood that the sum- mer needs of the fruit tree and its fruits are plenty of air and sunshine. How to recosts, rails, and lumber; and even the knots and forks command a high price for veneering. Larch, European and American, have been grown, but not to the saine extent as the walnut and chestnut. Two classes of our waste lands (viz. high sandy, and low marshy) could be profitably employed by planting in this timber, the variety adapted to each. Both would be very remunerative, and yield quick returns. STATE HORTICULTURAL SOCIETY. 33 Lombard}' Poplar and its cousin, Balm of Gilead, are grown with ease and success. Locust^ planted by the first settlers, was a doubtful favor to the country. {Villow hedge has been introduced to a limited extent. It will remain limited. Cypress. A few are grown satisfactorily. Linden does well, both European and American. Elm., a success everywhere. It has a host of virtues and no faults. Barberry., valuable for fruit, ornament, and hedge. Hardy from Labrador to Guatemala. Catalpa, a rapid grower and hardy, but its near relative the Pawlonia I have tried to grow for ten years. It will grow twelve to sixteen feet in a summer, and freeze to the ground every winter. English Hawthorn^ a thing of beauty, hardy and good. Persimmon does finely, producing three distinct grades of fruit. Can they be improved? Straxvberry Tree., plenty in the woods. Osage Orange is here at home. Our soil seems peculiarly fitted for its perfection. Wild Crab Apple I grow for its flowers. Mountain Ash is not a "perfect success," being subject to nearly the same diseases that so sorely aftiict our apple trees. Sassafras grows only to a very limited extent ; prefers a clay to our sandy soil. More might be added, but the above has swelled this paper beyond its intended length, but I can not close without noting a curiosity in nature's arboriculture. Near the center of this county, on the center of a prairie many miles in extent, in ^ome directions beyond the reach of unassisted vision, rises a natural elevation of about forty feet, circular in shape, cup-shaped on top, and covered by a veiy remarkable mixture of trees and shrubs; everything in fact that grows in the county, and some that are found nowhere else, here find a home. In this natural collection of sample varieties I have spent hours in finding here a hackberry, an elm, a paw-paw, prickly ash, black walnut, maple, etc., etc., in a perfectly promiscuous maze. My own theoiy is that the seeds of these numer- ous varieties were earned thither by the birds who sought this mound as a resting place and for water (which it supplies), in their flights from and to the distant belts of timber. The importance of timber cultivation can not be over-estimated, and as a citizen of the Garden State of the gi'eat West, itself a garden (though of somewhat extended dimensions), I hope the State Horticultural Society will use its influence to secure such legislation as will encouraASS. — Mr. Snedecker lives three hundred miles south from me. This makes it safer there. Evergreens can be transplanted at any time after the terminal bud is formed, when the ground is not frozen, though it is not as certain late in the fall. I once transplanted two hun- dred thousand (200,000) Norway spruce, commencing on the 2!^th of July. The ground being quite dry, we sprinkled thoroughly at planting; then cut branches from trees, and stuck down among them, so as to partially shade them. After working in this way four days, we took the branches used on the first day and used them for the fifth day, and so on, ^leaving the plants shaded about four days. The planting was finished September 14th, Those planted last did not succeed as well as those planted earlier. The plantation, as a whole, was a satisfactory success. I prefer to take oft' all the dirt from the roots, keeping them damp, while moving. For trees of considerable size, the bottom of the hole should be crowning, so that the fibres will have their extremities the lowest when in position. The soil should he packed firnily about the roots. There is little danger of packing moderately damp earth too closely. If the soil is dry, throw in plenty of water after covering the roots with eartli, giving it time to settle away before completing the filling. It is better to plant large ti'ees in this way than to move them in winter with a frozen ball. 56 TRANSACTIONS OF THE ILLINOIS Mr. Ellsworth. — Would Mr. Douglass recommend taking up evergreens from three to four feet high, from nurseries and planting in August ? Air. Douglass. — I would not advise shipping, or moving consider- able distances at this time ; but they may safely be moved short distances. When planting such trees at this time, I would fill the holes nearly full of water, so as to have all the earth about the roots saturated, and settle the dirt into all the crevices among the roots. The best time to trans- plant evergreens coincides with the best time to plant deciduous trees, which is early in spring. Then, I say, -plant^ if possible, early in spring, though the trees will live, if planted later. Mr. Periam, being absent, sent the following remarks to the Secre- retary : "One of the most pressing needs of the West is trees for wind-breaks and timber, and yet our forests are being decimated from year to year without proper means being used to replace them. Enough has already been done, however, by individuals in difterent portions of the West to ■prove that timber may be grown with a profit to the cultivator, over and above its value as shelter to crops and stock. This fact alone should ofler sufficient inducement to every prairie farmer to undertake its culture, so far, at least, as will inclose his farm, or principal fields. Among ever- greens, the Norway spruce, white pine, arbor- vi tie, and red cedar, are the best for this purpose. The^ ground should be prepared in the fall. A strip about four rods wide should be plowed as deeply as possible, to let it have the action of the winter frosts. As soon in the spring as the soil is light and friable, it should be harrowed thoroughly; and if lumpy, the lumps should be crushed. Do not plant large trees." At five o'clock, the Society took a recess until seven. TUESDAY EVENING. The Society re-assembled at seven o'clock, and was called to order by President Flagg. The regular order of business for the evening was announced, and Dr. J. A. Warder, of Ohio, was called upon for his promised essay, which he read as follows : VARIATIONS AND IMPROVEMENTS IN FRUIT. To the Illinois Horticultural Society: Fellow Workers : — You have asked me to contribute my small share toward the feast you have promised the horticulturists who attend your winter meeting. My friends, those of you who have been in a habit of being present at these gatherings must have already become aware that since his first visit to your prairies — twenty years ago — your friend from Ohio has been coming among you, whenever he could do so, for the avowed purpose STATE HORTICULTURAL SOCIETY. 57 oi gainirig information from you. This you have kindly allowed him to do. As a slight return for your many favors, he can not be so churlish as to refuse the contribution of his mite to your treasury of knowledge. When we look around us upon the beautiful panorama of natural objects, everywhere spread over the surface of the globe, we can not fail to be struck with the wonderful variety of objects that present themselves on every side. Among these, we, horticulturists, will very noturally observe and study the various plants that spring from the soil beneath our feet. These we find to be infinite in numbers, and of wonderful variety in form and coloring, as well as in size and habits. Some appear to be adapted to almost every kind of soil and climate, except to the regions of perpetual congelation. Even the arctic snows have their pervading whiteness enlivened by the warm and lovely tints of the proto-coccus^ one of the simplest forms of vegetable tissue, which, though consisting of a single cell, compensates for its primitive organism by the immense numbers which are associated together. Some plants are found only in the waters of ponds, or lakes, or rivers; others find a congenial home in the briny deep itself Some, on the contrary, cling to the dead bark of trees, or to the barren surface of the granite and oSier rocks, where the mosses and lichens find a foothold, while they are sustained by the atmosphere. These are low orders of plant life, to be sure, but plants they are, nevertheless, and they are des- tined to play an important role in the economy of the universe, while, in the tropics, the damp and heated atmosphere of the forests sustains innumerable varieties of the most curious air-plants, many of which are famous for their large, richly-colored, wonderfully-shaped, and curiously- contrived flowers of rare beauty. Some vegetable forms feed exclusively upon living vegetable tissues. We find plants, chiefly upon the earth, supported by the soil, which, in the course of ages, has accumulated upon the surface of the globe, either by the residuum from the solution and removal of other portions of the subjacent rocks, or by the grinding force of ice and water reducing them to mud, and by the transportation of currents; in all cases, it is more or less affected, too, in its constitution by the decay of vegetable and animal matters, fitting it especially for the highest development of the numerous plants with which it is almost universally clothed. Thus we find three of the great elements of the ancient philosophers are capable of sustaining vegetable life; the air and the water, as well as the earth, teem with plants. Among them all, we must be struck, even upon a casual examination, with the wonderful display of creative genius which they furnish, with the exquisite beauty which many of them present, with the remarkable order of their gradations — making a perfect classification possible, witli their adaptation to the circums'ances by which they are surrounded, and hence, with the manifest design or purpose for which they were created. It is, however, with those plants that are nourished in the soil, that we, as horticulturists, are particularly interested ; and among these we 6 58 TRANSACTIONS OF THE ILLINOIS shall, indeed, find a wide and a rich field for investigation, if we look into their history, study their inner life, look to the manner in which they are distributed, and learn how they are afiected by the varying conditions with which they are sun'ounded. In nature we find tiiat plants are singularly distributed. Here, in the prairie region, the grasses, low, herbaceous plants prevail; beside the streams alone do we find the taller timber-producing families of plants, and these are here almost exclusively deciduous, while in other regions the whole surface of the country was naturally clothed with forests of majestic trees, and of these some have deciduous leaves, while others are evergreens. Look where we may, we shall, indeed, be struck with the richness of the variety of these interesting objects of our care and study, which can not fail to force the observer reverentially to acknowledge the existence of an All-wise Creator. If we take a more limited sun'ey of the plants under our immediate care or observation, however, we shall find variety also in this more contracted sphere; and it is particularly to the variations found in some of our cultivated plants, that your attention is invited this evening, when, by the request of your Executive Committee, I shall endeavor to discuss a few of the points connected with the ii/iprovemetzt of our fruits by human selectio?z, from among the curious variations that are observed in some of them. First, then, let us ask what are these variations? in what do they consist.'' and afterward it may be well to inquire into their cause, or causes. We may ask under what circumstances tliey most frequently occur, and thus endeavor to learn how we may produce desirable changes, and how we can avoid those modifications which are undesirable, or even pernicious. Variations consist in any divergence from M'hat has been assumed to be the normal type of the species. These may be manifested in the habit of the plant, or in the mode of its growth — in the shape and other characters of its foliage, as in the Ring-willow — in the style of its inflorescence, as in the varying form and coloration, or in the modifica- tion and multiplication of the parts, as in double flowers — in the color, shape, form, and flavor of the fruit and seeds, as is fully exemplified in our orchards. Thus it will be observed that variations consist in modifications of the non-essential characters, and that they must ever be confined within very narrow limits. If these were transcended, we should have a new species, whereas, in varieties, how dissimilar soever they may appear, the true specific characters always remain, though there be hybrids, which may come under our notice as variations, that will present some of the characters of two species. For convenience of classification, plants with similar variations from the specific type are arranged in groups as sub-species, races, families, strains, and breeds, borrowing terms familiar to tlic breeders of cattle. The definition of the w^ord species has always been difficult, and it is yet a nice matter to say exactly what constitutes a sj^ecies. The broad STATE HORTICULTURAL SOCIETY. 59 distinction of non-production,\vhen crossed, or of the progeny being infertile mules, is very clear and distinct evidence, but it is too broad, and it is found that some true hybrids are not infertile, but that they may continue their race by seed ; and, on the other hand, some races or strains are equally infertile; nay, many are absolutely barren when let alone, and it is necessary to biing the pollen from another flower, or even from another plant, to secure impregnation of the germ. The principal characteristic of species is the power to reproduce beings like themseh'es that are also productive. A species may be modified by external circumstances, and thus give rise to races, or varieties, but it never abandons its own proper character to assume another. In his great work on the "Variation of Plants and Animals UNDER Domestication," Mr. Charles Darwin has brought together a vast aiTay of most interesting facts upon this subject. Air. Asa Gray, our distinguished botanist, and the American editor of the A\'ork, con- siders it " a perfect treasury of facts relative to domestic animals, and some of the more important cultivated plants; of the principles which govern the production, improvement, and preservation of breeds and races, and of the laws of inheritance, upon which all origination of improved varieties depends." It is not necessary for us to adopt, nor even to discuss, upon this occasion, the theories of Mr. Darwin, who " regards the present species of plants and animals as older and stronger- marked varieties, originated under natural selection of the sorts best adapted to the circumstances and conditions of each place and time," but, ^\■hilc manv of the great students of nature seem disposed to adopt the Darwinian theoiy, as it is called, of progressive improvement, or development, there are others who differ from him; and the learned Duke of Argyll, in his philosophic treatise entitled, " The Reign of Law" clearlv shows up some of the weak points of Mr. Darwin, and demon- strates that "natural selection," while it may have exerted a certain influence in maintaining and transmitting peculiarities, could never have originated them. He also shows that selection could never have created any thing. Still he admits that while " natural selection does not in the least answer the conditions which we seek in a law to account for the origin or the spread of such creatures as the various humming-birds, on the other hand, if I am asked whether I believe that every separate species has been a separate creation — not born, but separately made — I must answer, that I do not believe it. * * * The facts suggest to the mind the idea of the working of some creative law, almost as cer- tainly as they convince us that \ve know nothing of its nature, or of the conditions under which it does its glorious work." (pp. 235, 236.) The field of investigation presented by plants has been very thor- oughly Avorked over by some most industrious and persevering investi- gators. Especial attention has been given to crossing plants. Mr. Sageret examined the melon tribes, Cticurbitacece^ and other fruits. His results are confirmed by the testimony of Chevreal. In England, Mr. Andrew Knight crossed apples, wheat, and peas, among others, and he believed that his seedlings exhibited increased vigor and luxuriance. 6o TRANSACTIONS OF THE ILLINOIS Mr. Wiegman studied the cabbage, and speaks " with astonishment of the vigor and height of the mongrels, which excited the amazement of all the gardeners." "Mr. Chaundry raised a great number of mongrels by planting together six distinct varieties of cabbage," which proved more hardy than other cultivated sorts. Mr. Maund crossed varieties of wheat, and found that the progeny had greater vigor. Mr. Knight's crossed wheats were the only kinds that escaped the disastrous blights of 1795 and 1796, when almost the whole crop of England Avas affected. Mr. Clotzsch crossed diHerent pines, oaks, alders, and elms, using distinct species, and having sowed seeds of the originals and those of the hybrids; the latter, diough losing in "fertility, often gain in size and constitutional vigor." "All experimenters — Kolreuter, Gartner, Herbert, Sageret, Leecog, and Naudin — have been struck with the wonderful vigor, height, size, tenacity of life, precocity, and hardiness of their hybrid productions. * * * Some exceptions have been observed by Gartner and Herbert; but the most striking of these are given by Max Wichura, who found that hybrid willows were generally tender in constitution, dwarf, and short-lived." Causes of Variation. — There are many puzzling questions in the study of Horticulture, some of which refuse to yield a solution to any thing short of a magician's wand. Look at our extended lists of fruits; examine the products, observe their varying shapes, colors, flavors, and qualities, as we gather them from our orchards, from our vines, and from our berry plantations, and who can say why the Almighty has framed them so wonderfully, and made them so to difl^er from one another for our use and enjoyment.'' It has been assumed that these variations are due to the changed conditions of the plants of culture, which are often very different from those which are natural to the plants. Many of our farm crops, especially the grains, have been so long cultivated by man that their origin has been lost sigiit of; hence we do not now know the original type with any certainty. In these, it is easy to say that their tendency to vary is owing to loftg' conti}iucd citltivatiofi. We may safely infer that the peculiar conditions surrounding our plants should have exerted an influence in modifying their forms and characters; hence, some writers have referred variation to high culture^ on one hand, or to starvation and sterility of the soil, on the other. Excess of food might tend to extraordinary development, while starvation would naturally incline to leanness, or weakness and diminished vigor, in plants as well as animals. Climate has been supposed to exert a very great influence in modify- ing the forms and characters of plants, and here we find that very narrow limits are allowed to some plants, while a wider range is possible to others. Each of our fruits seems to require a given amount of tem- perature between its blossoming and its ripening. This period may, however, be extended or curtailed for the same variety in different climates, but still within quite narrow limits of extremes and of mean temperature, and so we have ranges of latitude that are appropriate to STATE HORTICULTURAL SOCIETY. 6l different plants, beyond which they can not be grown successfully. Dr. Falconer, of the botanic gardens at Calcutta, in referring to the change of habit of the apple trees of India, where they become fastigiate, attributed this result to the heat of the climate. May not the light of a sub-tropical sky have exerted an influence upon these trees? Crossing is well known to be a prolilic source of variation, and in the hands of the florist this force has been made to produce the most wonderful results, when aided by his selection ; so that we have single flowers made double, self-colored made parti-colored. Entirely new colors have been introduced, and the size, habit, and productiveness of plants have been wholly changed from those first observed in a natural condition. The gardeners have their secrets, as to different methods of treatment, which they may not be always willing to communicate. Per- haps it is not best that we should attempt to scrutinize too closely the mysteries of the potting-shed ; but some of us are so selfish and so grasp- ing for knowledge, that we do not like to see others, as selfish, who try to retain the secrets of the craft, which we should rather claim as belong- ing to the facts of science. Pallas attributes all variations to the results of crossing. This mingling of plants would very naturally be looked upon as a source of variation; but if the members of a species be alike, how shall we cross different kinds without transcending the limits of the species, and thus producing hybrids, and these are more or less infertile.? But if the parents be alike, whence comes the variation? That plants do cross in their natural con- dition, as well as when under the conditions attendant upon civilization, is a well-established fact. The pollen is constantly earned from one flower to the pistils of another, and this is especially effected by insects; nay they often carry it from one plant to another. There are some curiously formed ffowers that never become impregnated by their own pollen, even when artificially applied by man, and his efforts have enabled him to obtain fertile hybrids between plants that are considered distinct species. Mr. Salter, an eminent florist, who has been very successful in the production of varieties, assures us that the great difficulty in producing variations is to get the first break from the natural character. This once effected, the variations in the successive crops of seedlings goes on. You have witnessed this in the Petunia since Buist's "hybrids" were produced in 1836, when we had only the white and the purple species, from which have descended the greatly varying flowers of the present day. On the contraiy, an observation made within your own State, by our excellent friend, Douglass, does not confirm this in the case of seedlings of tlie oak-leaved mountain-ash, nor from the weeping variety of the same plant. From these trees he has saved the seeds, and grown seedlings in immense numbers, but among them all he has never observed one that had a heterophyllous leaf, nor a weeping habit. With slight exceptions, they all possess the normal characters of the species. Bud Variation. — This is a curious mode of change in the habit and characters of plants that is a source of many of the variations in our plants. When we study the intimate relations and correspondences 62 TRANSACTIONS OF THE ILLINOIS which exist between the bud and the seed, however, which I had the pleasure of presenting before this Society upon a former occasion, it will not be any more surprising that a variation should occur in the shoot produced from a bud than in the developed plumule starting from a seed. The rule is uniformity, in both cases. The breeder's axiom, that "like will produce like," is the usual condition, and, fortunately, the common result, so that every cutting, graft, bud, and layer, that we use in propa- gation, or the tubers and seeds that we plant for our field and garden crops, will produce plants similar to those from which they were taken, and thus our varieties are continued indefinitely. But every now and then there is an exception to this rule ; some bud will be found to have within itself the power of producing a different result. This is not unfrequently observed upon the plant or tree. The bud becomes a shoot that may have a weeping, instead of an upright habit; it may be clothed with abnormally shaped or with parti-colored leaves, and striped bark; it may even yield us striped fruit, like the panache pears, or, as in the apple, the smooth, and shining, striped surface of the Bcnoni, may be covered with a coating of russet. The Neat Russet may have a broad, clear stripe of deep red, or the Milam, its close congener, may be more or less coated with russet, so as to puzzle the most astute pomologist to say which is which. The Red Russet is supposed to be such a variation or sport from the Baldwin, which it closely reseml^Ies in habit of tree and in flavor of fruit. Some of the varieties of peaches have originated in this way, and are said also to perpetuate their peculiarities by seed as well as by bud. The nectarine and the peach are known to have mutually varied in this manner, and the former is believed to be only a bud-variation from the latter. There is a very curious instance of bud-variation that occurs in the weeping willow, in which the leaves are changed from their normal con- dition to a twisted, or spiral form. This is known as the Ring willow, and by some supposed to be a distinct species. That this is only a sport, or bud-variation, is proved by finding the same ti'ee reverting, in whole or in part, to the normal type of flat leaves. Several of our favorite cultivated roses are also known to be simply bud-variations. One of the most remarkable of these is the common Old Red Moss, which not only has sported from the Provens, but which occasionally reverts back to the original smooth form, without the moss, sending up a shoot of this character, although it has long been propa- gated by cuttings that came true, and though its seeds have produced other varieties of mossy roses. It is not at all uncommon to find marked differences in the form and coloration of the foliage of some of our native forest trees that are bud- variations, which, no doubt, are capable of being multiplied by budding or grafting, and thus treated, they would appear to be distinct species, to the casual observer. Potatoes, of whatever form and color, may be safely planted with the assurance that we shall harvest a crop of tubers of the same shape and color; but this is not universally the case, for once in a great while we STATE HORTICULTURAL SOCIETY. 63 shall find that both shape and color will vary, and these changed tubers may continue to reproduce thenisclves. The same thhig has been obserxcd in the propagation of the sweet potato — a red skinned variety will now and then be found to yield tubers without the color, albi/ios, if you choose, and these may continue to produce white tubers of the red variety, perhaps not ditlering in other qualities. Grafting. — Mr. Darwin attributes variation to the effect of grafting. He quotes Cabani's assertion, that when " certain pears are grafted on ^ quince, their seeds yield more varieties than do the seeds of the same variety when grafted on the wild pear." In the case of some of our American plums that reproduce themselves from seed, Downing asserts, that "when a graft is taken from one of these trees and placed upon another stock, this grafted tree is found to lose its singular property of producing the same variety by seed, and becomes like all other worked trees." On the other hand, the Heath cling peach, and perhaps some other very distinct varieties, though budded for many generations, retain, in a wonderful degree, their power of producing seedlings that possess similar characters. As to variation for the sake of the improvement of the qualities of our fruits, and it is in this direction that we value these eilects, let us see whether many of the changes have not occurred in a condition almost natural. How often we find the word wilding as part of the names of fruits in English catalogues, as we do the similar word bczi in the French lists of pears, and seedlings in our own reports, which are nearly all accidental products of the hedge-rows and fields. Besides these, we know bv their history, that many others in all the fruit catalogues have had a similar origin, though their names do not indicate it. How few of our choice fruits have been the result of human efforts, for their improvement is quite as remarkable, as that, in a little more than half a century, so many of superior character should have been found, which are the result of spontaneous change or variation in the seedlings that have been allowed to produce fruit, even though there be but a very small proportion of the whole number planted. Indeed, we can not feel any great encouragement to look for decided improveinents in our seedling: fruits now that our standards of excellence have been raised to their present status. In Horticulture, and in our horticultural studies, as already stated, we meet with many puzzles. We find many facts and conditions con- nected with them, in which we may perceive tiie /^0IC, but can not guess the -why sucli things may be. The very classification of our plants and fruits is often obscure, and sometimes exceedingly unsatisfactory. Take an example in the grape, and see how greatly our botanists differ as to the number of species into whicli the genus may be divided. The wine grape of Asia, Vitis vinifera., embraces varieties that are very distinct, while, among the natives of our own country, we have quite a number of species, according to some authorities, many of which appear to be as closely related as some of the varieties of the foreign species. And when we agree upon any of the botanical classifications, we still find 64 TRANSACTIONS OF THE ILLINOIS the g^reatest difficulty in arrangingr our cultivated varieties under them. With strawberries the same difficulty occurs in an attempt at classifi- cation, if we except the very distinct species of Fragaria vcsca (?) and JF". elatior. In the apple there are not so many species, but innumerable varieties are in cultivation, all of which are referred to Pyrus jnalus and pruni- folia^ or to P. baccata, coronaria and rivularis : the latter, being American, are not prone to variation, can hardly be said to ha^•e yielded us any cultivated or improved fruits, although the Soulard crab be found in our western catalogues. This last, however, is one of the rare instances of variation of the species coronaria that is marked by improvement in size. Though it is considered by some to be an accidental hybrid with die P. niahis^ I can not so consider it; after having carefully examined its growth, foliage, and fruit, it seems to be a veritable and full-blooded coronaria. After carefully examining all these possible causes to account for the curious variations which we may observe among our plants, we feel forced to admit our ignorance of the whole matter, and we are driven to the unsatisfactory conclusion that they must arise from an inherent faculty of the plants, which exists in them independently of any human influence in changing the conditions by which they are surrounded, whether as to soil, or climate, or other treatment and circumstances. Certain it is that the close observer of nature will find these variations in nature, where, at least, there would appear to be no possibility of human interference. These freaks are of little or no consequence to us in the plants and animals of the wild prairie and forest, hence they are passed unseen and unnoted by most men, but in the domesticated plants and animals immediately under our care and protection, such changes are at once observed, and the changes are carefully noted, to ascertain whether they may aflect our interests or fancies, and then they are either encouraged or counteracted, by careful selection, that man may increase and fix the new characters, or endeavor to obliterate them. This is exactly what is done by our judicious breeders and cultivators; and in this sense we may say that these variations are due to culture and selec- tion. It is a fact of no little interest to remark, that this tendency to vary from the normal type is much more frequently observed in some families, groups, and species, than in others; and thus, in seeking to pi'oduce any especial results of an abnormal character, it will be well to select those which may be found to be of the most impressive characters. Therefore, in conclusion, it may be assumed, that with a view to the improvement of our fruits, we may, in most cases, confidently expect that among seedlings from cultivated plants, in which a series of varia- tions has been already observed to exist, a certain proportion will continue to give evidence of departing still further from the type ; whether this be in the desired direction or otherwise, it may be difficult to predict. Acting upon this principle, we should be induced to operate upon an entirely difi'erent plan from that which was recommended by Van Mons, STATE HORTICULTURAL SOCIETY. 65 who advised beginning with the wilding, and from its seed producing successive generations, in tlie hope of reaching improvement, or approach- ing toward perfection. Tiie experiments made in this State many years ago by Mr. Brayshaw did not yield encouraging results. Reference has already been made to the Duke of Argyll, and his admirable treatise upon '' 77/c Reign of LaivT Allow me, before taking my seat, to present to you his conclusion to the chapter devoted to the consideration of Law in Creation : "It is the great mystery of our being, that we have powers impelling us to ask such questions on the history of creation, when we have no powers enabling us to solve them. Ideas and faint suggestions of reply are ever passing across the outer limits of the Mind, as meteors pass across the margin of the atmosphere, but we endeavor in vain to grasp or understand them. The faculties of both reason and of imagination fall back with a sense of impotence upon some favorite phrase, some form of words built up out of tlie materials of analogy, and out of ibe experience of a Mind, which, being finite, is not creative. VV'^e beat against the bars in vain. The only real rest is in the confession of ignorance, and the confession, too, that all ultimate physical truth is beyond the reach of science. It is probable that even the nearest methods of Creation, though far short of ultimate truths, lie behind a veil too thick for us to penetrate. It is here surely, if it is anywhere in the sphere of natural investigation, that the man of science may lay down the weapons of his analysis, and say : ' I do not exercise myself in great matters, or in things which are too high for me.' "There is at least one conclusion which is certain, namely, this — that no theory in respect to the means and method employed in the work of creation — provided such theory takes in all the facts — can have the slightest ctlect in removing that work from the relation in which it stands to the attributes of will. All such theories are, and can only be ' simply questions of how the Creator has worked.' This is the confession made in respect to Mr. Darwin's theory, by one of the most competent of its supporters (Mr. Wallace). Creation by Law, Evolution by Law, Devel- opment by Law, or, as including all those kindred ideas, the Reign of Law, is nothing but the reign of Creative jForce^ directed by Creative Knowledge^ worked under tbe control of Creative Power^ and in ful- fillment of Creative Purpose." — Reigti of Law., Argyll.^ p. 272. In conclusion, with my thanks for your patient attention, 1 can only express my regrets, that, having undertaken the treatment of a subject, it has been found so extensive that it has been impossible to do more than enter upon the threshold. DISCUSSION. Mr. WiER — In the spring of 1862 I received cions of a Russet apple from France. One of these cions I grafted mto a Willow twig apple tree, planted the spring before. Tiie graft was forgotten, and left to work out its own salvation. Being in the centre of the top, and not so 7 . 66 TRANSACTIONS OF THE ILLINOIS sti-ong a grower as the Willow, it had a severe struggle to reach the light. The summer of iS68 it bore several apples, which brought it to my notice again. These apples fell off before gathering time. The tree in which the graft was put was surrounded with Willow twig trees. While gathering the apples from the eight Willow twigs nearest and suiTounding the one with the Russet graft in, we found on them russeted apples, and also on the tree with the graft in it. The apples borne by the graft are of the extreme russet order, dull orange in color. The Russet apples borne on the Willow twig branches were completely russeted, without any of the dull red color of the Willow, same color of the Russet proper, but with the exact size and form of proper Willow twigs. We found no russeted apples on any others of two hundred Willow twig growing immediately around the one with Russet graft^ except the nine spoken of above. The apples, that fall of 1868, were barreled with the rest, and no attention given to them. The fall of 1S69 the Russet graft bore a very heavy burthen of apples. They were all on the ground at gathering time. We found more russeted apples on the adjacent Willow twig trees than we did the fall before, though there vv^ere none on the trees north and west; but to the south and east, they were numerous, and reached in that direction three trees farther than they did the season before! I now resolved to see how far the Willow twig apples were changed in character by the influence of the Russet; so I gathered about a peck of the russeted apples that grew on Willow twig branches, and put them in a barrel with proper Willow twigs. The Russet apples proper, from the graft, were fully ripe Novem- ber 1st; the Willow twig, as is well known, is fully ripe May ist, usually. On opening the barrel in which I put the russeted Willow twigs, about the middle of January, I found them very ripe, while the Willow twigs proper were as firm as when gathered ! Tlie character of the flesh and the flavor of the russeted apples was, as near as I could judge, half way between the Willow and the Russet. Last season, 1870, the Russet did not fruit; but, Mr. President, if it does another year, and the results are as I have stated they were hereto- fore, I will make it my duty to exhibit the fruit to this Society. We have in this instance positive proof o{ the fact, that apples will in some instances be changed in character by the influence of another kind grow- ing near them. My wny of explaining the phenomenon is this: This particular russet has an abundance of pollen in its flowers possessed of strong individuality; this particular pollen fertilized the pistils of the Willow twig flowers, and the result was as I have stated. The above facts can all be substantiated by numerous witnesses. The fact that apples do sometimes, though very rarely, "mix" is of no practical importance, but, as a scientific fact, it is of great importance, for the reason that it has been repeatedly disputed by our learned horticulturists. It is a rare thing to see what we usually call the fruit grown from her- maphrodite flowers changed in character, even if fertilized by pollen from another hermaphrodite flower of very different character die same season. It is also rare, though less so, to see it in polygamous flowering STATE HORTICULTURAL SOCIETY. 67 plants; but among dicecious and moncecious flowering plants such cases are very faniiliiir. Dr. Warder mentioned several instances in which the Rhode Island Greening had become quite russeted when planted among Russet trees, or grafted into them. Pryor's Red also sometimes becomes quite russeted under similar circumstances, but reverts back to its original color after a few generations of cultivation at a distance from any Russet trees. Air. WiER — I thought the pollen from the Russet blossoms had fertilized the flowers of the Willow twigs, and thus produced the change. Dr. Warder — The fruit is not changed by the fertilization of its blossoms from another variety. This aflects only the seed, or embryo of the next generation. The fruit from trees grown from seeds thus fer- tilized will be changed, or diflerent from that of tlie parent tree. Mr. McWhorter — Would cions cut from branches, whose fruit sported as in the cases named by you (Dr. W.), produce similar fruit? Dr. Warder — I would not look for a continuation of the peculiarity. Mr. McWhorter thought that often the effect upon the fruit was owing to a change in the circulation. He once girdled alternate trees in an orchard, to kill them. That season the fruit on the girdled trees was larger and better than that upon the others. He thought that gi'afting upon dissimilar stocks produced the same effects. Grafting upon such sometimes changes the character of the fruit, without changing the tree. Dr. Warder cited the cultivation of pears upon quince stocks, as an illustration of this. The quality of some varieties is improved thereby. Mr. Wier knew a persimmon tree (pistillate), which was girdled, and the fruit that year was three times as large as usual, and ripened earlier. Dr. Warder hoped that some attention would be given to improving the persimmon. It is more inclined to vary in its fruit than almost any other species, and by careful selections of seeds a really good variety may be obtained. In the ti'ce spoken of by Mr. Wier, there may have been some staminate flowers. Mr. Bryant said that thirty-three years ago he brought some persimmon seed from Meredosia, 111., and planted it at Princeton. He transplanted the seedlings at three and four years old, and about one half lived. Of these about half were barren, and the other half produced fruit, that of each tree differing from all others. They varied in size, form, quality, and time of ripening, there being about a month's dif- ference in the maturing of the fruit. In some years, the later sorts do not ripen. This year all ripened, without injury from frost. The earliest ripening fruit is the best. It is often quite a good fruit, and is relished by many persons. While it is said that the frost ripens this fruit, yet it must attain a certain degree of maturity before the frost will ripen it. 68 TRANSACTIONS OF THE ILLINOIS A portion of the fruit ripens several weeks, sometimes, before the remainder upon the same tree will mature. In answer to a question, he said that this fruit did not grow spontaneously (or " native ") in the region of Princeton. Air. Essex said that he found the persimmon growing wild, forty- four years ago, near Peoria. Dr. Spalding had noticed a difference of two months in time of ripening. The earliest were best; late ones were small and astringent. He had ten or twelve trees giving quite an assortment of fruit. He thinks these were all suckers from the same tree, but is not certain. Prof. CoMSTOCK asked if suckers from a staminate tree would ever produce fruit-bearing trees.'' Dr. Hull replied that they might, as this tree sported very much. Mr. Bryant said that suckers from a bearing tree will bear fruit in three or four years from the transplanting, while trees grown from seeds of the same parent tree will not bear under about ten years; also said that seedlings are more difficult to transplant than suckers. They should be planted at one year from the seed. Dr. Spalding, in answer to a question from Dr. Humphrey, said, that suckers are safely transplanted by cutting their roots, or breaking the connection with the parent tree the previous year. Air. Bird, of Iowa, asked if the qualities of the fruit itself would justify the planting and culture of the trees. Air. Riley — The fruit sells well in St. Louis. The fact of the tree evincing such a disposition to variation should stimulate fruit-growers to experiment with it. I have known some varieties that were really excellent. Mr. Shepherd had found that suckers produced fruit of same variety as the parent tree. He plucked fruit, from the same tree, from August to November; had trouble to keep his fruit, as he found every one was willing to partake of it. Mr. Bryant — The persimmon tree does not sucker so badly as to prove a serious objection to its cultivation.* Mr. Stafford related a remarkable instance of variation or " sport- ing" in fruit. He said that he planted a Rawles' Janet apple tree in i86i. The first two years of its bearing it produced genuine Rawles' Janet apples, but had since (or for the last two years), produced sweet apples. Mr. Galusha said that it was well known that there are two varie- ties of Carolina June apples. He had also, during the last year, found two distinct sorts of Snow apples (Fameuse), varying in their external ap- pearance in the same way as the Carolina Junes do, viz : the one blush, or wholly red, while the other is striped. The striped variety is a little *NoTE.— This habit of sprouting- from the roots is hereditary to a certain extent, and is likely to increase with each sifccessive generation of trees tlius propagated. — Sec, STATE HORTICULTURAL SOCIETY. 69 larger and has less acicHtv of flavor. The red one often often has a tinge of red or pink in the ilcsh between the stem and core. The trees are apparently identical. He knew nothing of the origin of this varia- tion, for such it seemed to be, but thought the red sort to be a sub-variety orisrinatinof from the seed of the other. Had never noticed the colorins: in the flesh until this year. Saw the two varieties at Princeton and in Felix, Grundy County. Mr. Bryant bought trees in St. Louis in 1S39 ^^ ^^^ Minister apple; brought them to Princeton; grafted from them and sold the young trees as Minister, but when the trees began to bear, found that they produced a sub-variety of Snow apples. He has two sorts, alike in tree, but dissimilar somewhat in fruit, as has been stated. Mr. McWhorter said that he knew there were two varieties prop- agated and sold as Snow apples, as there were two of Carolina Junes, yet he regarded them as distinct and originating from seed. Mr. Woodward had also found this difference, and stated that the striped variety was a little earlier in ripening than the blush or red sort. Dr. Spalding said that a friend had called his attention to a very common, yet a very sei-ious source of variation. He affirmed that all sorts of grapes were sold by tree peddlers^ grown from Concord ROOTS. These his friend had called " Tree Peddler's variations." Adjourned until to-morrow morning. WEDNESDAY MORNING. The Society was called to order by the President. Meeting opened with prayer by Rev. W. Beecher. On motion of Dr. Hull, Air. J. E. Starr was requested by vote of the Society to open a discussion upon the terminology of the grape vine. Dr. Hull had previously drawn upon the blackboard several illustra- tions of all the portions of the vine, to be used as aids in this discussion. Mr. Starr proceeded to set forth in a clear, distinct manner the names appropriate for the diflTerent parts of the vine. He said, that, having been appointed a committee by the Alton Hor- ticultural Society to report on vineyards, he found that many of the terms used by him, in his reports, were not understood. In endeavoring to remedy this, he had consulted various authors, and found that even they did not employ the same terms in describing various parts of the vine. He had therefore prepared and presented a nomenclature of the vine which had been adopted by that Society and which he would now briefly explain. We have 1. The Root — that part growing under the ground. 2. The Stem — that part between the root and the first departure. 3. The Cane — wood of last season's growth — prepared for fruiting. 70 TRANSACTIONS OF THE ILLINOIS 4. Shoots — wood of the current season's growth, growing from the stem or spur. 5. Laterals — wood growing out from the canes, sometimes grown from shoots. 6. Sub-laterals — wood growing from the laterals. 7. Spurs — wood cut back for the production of new wood. 8. Arms — Canes laid down for fruiting. 9. Permanent Arms — Canes trained along the trellis permanently, for producing either fruit or wood. 10. Leaves. 11. Clusters. 12. Tendrils. 13. Joints — spaces between the buds. Dr. Hull next used the diagrams to explain the Terminology of the vine somewhat differently from Mr. Starr. His terms are as follows: ist. A Young Cane — a shoot of the current year's growth. 2d. A Cane — the ripened wood of the young cane. 3d. Branch or Stem — the cane which produces fruit. 4th. Fruit Shoots — wood from the branches that produces the fruit. 5th. SuB-SHOOTS — wood (shoots) from the fruit shoots. Both new canes and lateral canes may be called canes. 6th. Spurs — canes cut back for producing fruit or new wood. 7th. Dormant Buds — those which do not gi-ow till the second year. In other particulars there was no essential difference between Dr. Hull's and Mr. Starr's nomenclature. Judge Brown offered the following resolution, moving its adoption, viz: Resolved, That a committee, to consist of Messrs. J. E. Starr, Dr. Warder, Dr. Spalding, Dr. Hull, Pres. Flagg, Mr. Shepherd, and Prof. Burrill, shall determine and settle the Terminology of the vine. Their report shall be placed in the hands of the Secretary for publication, if possible in the forth-coming volume of our Trans- actions, and the system agreed upon by them, shall have full authority, so far as this Society is concerned. Mr. Ellsworth moved to amend by striking out all after the word " vine," and adding, " and shall report at this meeting." The amend- ment of Mr. Ellsworth was agreed to, and the resolution, thus amended, was adopted. Reports of Vice Presidents being the regular order of business, the President announced Mr. J. W. Fletcher, of Centralia, Vice President of the Fifth District, who read his REPORT OF THE FIFTH HORTICULTURAL DISTRICT. Mr. President and Members of the State Horticultural Society : I am compelled to offer you a meager report from the Fifth District, for the reason that I did not know the precise counties which composed STATE HORTICULTURAL SOCIETY. 7 1 it, and expected, week after week, to receive a copy of the Transactions of last year, which would give the desired information, until it was too late to accomplish anything by correspondence. However, as a partial report may be better than none, I hasten to give you the result of such observations as I have made personally. As it is always in order, I will first mention the Weather. — This trite and interesting subject, old as it is, is always new. The season has been a somewhat remarkable one. We had an early and pleasant spring, though there was a sharp frost on the 15 th of April, doing no serious damage, however. May was hot and dry, until the last of the month, when there were plenty of showers. Very hot weather in June and early July. On the I3tli of July a severe storm of wind, rain, and hail swept over a section of country south and west of Marion County, destroying the peach crop, and doing consider- able injury in several orchards in tliat vicinity. The fruit crop of 1870 was quite a satisfactory one, so far as quantity is concerned, and generally of fair quality. Instead of being on the northern line of the peach-growing district, as has been formerlv the case, Marion and Jeftcrson counties formed the southern limit, the fruit south and west of these counties having been destroyed by the hail storm before mentioned, and the frost on the 17th of April. For sixty or seventy miles north of Centralia the peach orchards have rarely borne much fruit, but this year yielded a full crop, of excellent quality. All of the small fruits were abundant, and prices remunerative. Pears did not do as well, and apples were decidedly a short crop. The * "strawberry train" on the Illinois Central railroad commenced running on the 22d day of May, and ended the 9th of June. The "peach train" commenced July 28th, and ended September i6th. The total shipments from Centralia for the summer were: Strawberries. 6,S6o bushels. Raspberries 2,300 " Blackberries 4)340 " Peaches 138,028 boxes. In addition to the above, there have been large shipments made of grapes, pears, and apples. " Hales Early in Disgrace. — As a rule, this peach suffered more than any other variety from decay. Tlie reasons assigned for this are, that having a smooth, thin skin, and being early, it is very attractive to the curculio. Others think that such soil and culture as would ofive an excess in growth of wood might induce rot, while wormy trees, or trees on poor soil, would produce sound fruit. There was, however, one remark- able exception. In the orchard of Mr. G. H. Pcrrine were about four hundred and fifty trees five or six years old that were covered with sound, highly colored fruit; every twig and branch seemed to be filled. It was a sight that would gladden the eyes of any one, and of fruit- growers, especially. There were 2,350 boxes of Hale's Early gathered from this orchard. Curculio. — Early preparations were made for a vigorous fight upon 72 TRANSACTIONS OF THE ILLINOIS the "little Turks." Curculio catchers were run in many of the orchards, and laro^e numbers were destroyed. In some old orchards that did not bear much fruit last year, and especially those that have been cultivated, but few were found. A few persons still contend that it does not pay to run the curculio catcher, but the larger jDortion of cultivators esteem it a necessity. These men, however, also recommend plowing orchards in summer and late fall, as well as keeping hogs at work. In fact, a war of extermination must be kept up, and every method adopted that will help to dispose of the rascals. Better Cultivation. — I am gratified in being able to report that fruit-growers are adopting a more thorough system of cultivation. The old idea of planting trees and leaving them to shift for themselves, is pretty generally played out. It is becoming very generally imderstood that eternal vigilance is the price of fair fruit no less than of liberty. In conclusion, I will only add, that the present prospect for a full crop of all varieties of fruit the coming year is favorable throughout the southern portion of the Prairie State. Respectfully submitted, J. Warren Fletcher. Dr. Hull — The report says, that in some instances the running of the curculio catcher did not pay. I would ask Mr. Fletcher, if, in these instances, the forms of the trees were not such as to render it difficult to use it? Mr. Fletcher — No ; but these parties cultivated their grounds, and could not be made to see that they did not do as well as their neighbors. Mr. H. J. Hyde read the following : REPORT OF THE SIXTH HORTICULTURAL DISTRICT. Mr. President: It being so late in the season before I could get a list of the counties comprising the Sixth District, I shall not be able to present as thorough a report as I had hoped to at this meeting, but having written to leading horticulturists of each county, and as yet having received answers from three only, besides my own (Madison), I shall ask leave to submit to the Society for publication these several letters as a part of my report. Thei'e seems no lack of enthusiasm in Horticulture thus far in our district, although from the larger part of it, the last year's experience can be said in a few words to be a failure, and in looking around for a cause, we come to the conclusion that it was climatic; especially was it so in Madison County and south of it. The fall of 1869 was particu- larly favorable for trees, and they went into winter quarters with every prospect of a bountiful crop in 1S70; and, indeed, up to the i6th of April we had good cause to hope for the best results. No fruit raised in our county gave any returns, except perhaps grapes, which were .about half a crop. Of course there were some exceptions. In the summer we had a severe drought that seems to me to be particularly favorable for STATE HORTICULTURAL SOCIETY. 73 insects, and they were as abundant as the most sanguine could \vish for, and too much so to be profitable. It is a serious question with the most of us as to enlarging our fruit farms for profit. Are we not investing against our own interests? If wc had no hope of a change it certainly would look unprofitable; but every year confirms what has often been said in our meetings, that to be successful we must labor ; and to those who do not expect to make a business of fruit-growing, and calculate on hard work and close attention, I would say there is no field so open to failure as Horticulture, as many can attest who have tried it and failed ; but to those who make it a business and take pleasure in their occupa- tion, I still believe there is every reason to hope for a fair remuneration for their labor and capital. The cry of an overstocked market has not yet, in my experience, been realized. The only fiiult I have to find is, I can not get enough fruit, and now, as California has entered the arena as a producer, it might be interest- ing to some to know how pears raised here compare in prices with theirs. My experience for two years leads me to say that they do not interfere at all, and I would be willing to furnish pears, at least some varieties, for what their freight and expenses cost them. To be sure we understand as yet they can produce them cheaper than we can, as the country' is new and they have no insects; that they will have in the future, is reasonable to suppose, for such has been the history of all fruit regions. Apples were fiiir, but owing to the season they were at least two and three weeks ear- lier than usual. Winter fruit is not keeping well. There are but few in my county tliat grow many pears. Mine weie very good and a fair crop ; prices first-rate. Blackberries a good crop and extra prices. No currants nor gooseberries. Market gardening is attracting considerable attention, and I think will prove remunerative. I believe we shall suc- ceed, provided we do not confine ourselves to specialties, but make mixed Horticulture a business and attend to it. The Alton Horticultural So- ciety is in a flourishing condition, and there are others in our district doing missionary work. I expect to submit the letters and reports of local societies with a request that so much as is found of interest may be published in our reports. Respectfully submitted, H. J. Hyde, Vice-President 6th District. The following are the letters referred to in Mr. Hyde's report, and are appended as a part of the same : Jerseyville, Jersey County, Dec. 5th, 1870. H. J. Hyde: — Dear Frietid: — I am happy to comply with your request, as far as my knowledge extends. First, Grapes. Mr, J. G. Schwartze has 5,000 vines, and has made, this year, 720 gallons of wine, and made an outlay of $10,000 for wine-making purposes. Mr. William P. Jarbo has 2,500 vines; has made 394 gallons of wine, and expended for wine-making fixtures, this year, $200. Mr. Cyrus Walters has planted, this year, 2,000 vines, expending $600 for vines and fixtures. Mr. F. Burtman has 2,000 vines, and has made 740 gallons wine this year. Warren and Pogue have 3,000 vines. This is the first year of bearing with this vine- 8 74 TRANSACTIONS OF THE ILLINOIS yard. The fruit was sold in St. Louis. There are, perhaps, 30,000 vines in the county, besides the above named. There are five or six market orchards, containing from 3,000 to 8,000 trees each, consisting of apple and peach. Apple and peach orchards are also to be found on almost every farm, though they are generally small. This county is under good cultivation, and nearly all divided into small farms of 80 to 320 acres each. The fruit from the orchards upon these farms is considered qiyte an important part of their products. Pears and the different sorts of berries are cultivated only for home consumption. The sales of nursery stock in the county have amounted to from $3,000 to $0,000 annually for the last few years. Nearly all the nursery trees sold here are produced in the county. The crop of fruit was not more than half an average crop this year. Yours, etc., Isaac Snedeker. WooDBURN, Macoupin County, Dec. 6th, 1870. Friend Hyde : — I am too busy to stop to say much touching the Horticulture of "Old Macoupin," just now, I will try, however, to give you a few items. We have had a good crop of peaches and a fair crop of apples this year, and many Chicagoans, who wanted the same, have visited us. Also, purchasers have come from Indianapolis, St. Louis, and other towns and cities, attracted hither by the reports of oiu- fine crop. " Woodburn peaches" were quoted in the market, and A. A. Hilliard's cider stands second to none. Pears, cherries, and currants were a failure. Blackberries, a full crop. The apple crop generally paid well, and where the hogs and sheep have been free to run in the orchards, the fruit was quite fair and fine. We have heard less complaints of damage from insects than last year. Our apples, however, ripen earlier and decay sooner than usual. On the whole, we feel that we have no sufficient cause for discouragement, as the general crops are good. We look for our largest profits, however, from our apple orchards. Many orchardists in the county sold their crops in the orchards at sixty cents per bushel, including many of the wind-falls. Perhaps I can no better show the generally growing interest in Horticulture here than by stating the following facts : Ten years since our County Agricultural Society offered premiums for fruits and flowers, amounting io five dollars in all, and its officers thought they were doing pretty well by these interests. In 1869 and 1870 the premiums for fruits and flowers averaged eighty-four dollars each year; besides, about forty dollars were offered each year for essays on Hedging, Orchards, and Home Adornment. The reports of the State Horticultural Society show a larger average member- ship from Macoupin County for the last three years than from anj^ other county in the State. This fact shows that the people of Macoupin are being horticulturally educated, and mean to take the front rank among the workers in our glorious cause. Very truly yours, JONA. HUGGINS. Letter from Washington County: RicHviEw, Dec. 7th, 1870. H. J. Hyde: — Dear Sir: — Yours of the 2d, asking for a short report of horti- cultural matters, was duly received. In compliance with your request, I have to say, that in this county our expe- rience of the past season, and our prospects for the future, are not very flattering. An untimely frost last spring almost entirely killed our peach and cherry crops, and STATE HORTICULTURAL SOCIETY. 75 badly damaged our pears and apples. Small fruits generally escaped, and of these there was a fair yield, except of gooseberries. These mostly failed. A severe gale in July blew off a large per cent, of the apples and pears tiiat escaped the frost of spring. The season has been very favorable for the growth of all sorts of vegetation. Indeed, during the latter part of the season, altogether too favorable, as is feared, for the good of the next fruit crop. Peach buds, especially, are unusually far advanced, and large in size for the fall. Early cherries arc in a similar condition, and, of course, are less able than usual to withstand a severe tempera^ire. Grapes did very well, on the whole, last season, although the crops on the older vines suffered somewhat from rot. Blight in pears has, perhaps, been worse with us than before. Insect enemies are as abundant as usual, and generally in proportion to the abundance of the particular sort of fruit to which they are partial. Truly yours, G. WiLGUS. A. M. Brown, Vice-President in the Seventh District, read the fol- lowing: REPORT OF THE SEVENTH HORTICULTURAL DISTRICT. Mr. President: Your Vice-President for the Seventh District has to make a rather unfavorable report of the fruit crop for the past season. A very remarkable storm, beginning- on the 15th of April, and end- ing on the 17th, destroyed all the peacii germs throughout the district, with the exception of a few seedlings here and there. It also killed most of the pears, all the plums, and many grapes and strawberries. As this storm was an unusual one, an extract from my diary, noting its progress and severity, may be interesting. I will preface this by saying that peach trees were in full bloom as early as the 7th. At the beginning of the storm, plums and most varieties of pears were in full bloom. Strawber- ries had set part of their fruit, and the buds of grapes, generally, had pushed a half inch or more. April 15th. Cloudy, but pleasant in the morning; some rain during the night. About 10 o'clock A. AI. it began to rain and turn cold; wind from the north. Gradually grew colder and rained harder, and this con- tinued until 9 o'clock P. M. when snow began to fall. At bedtime the mercury stood at 35 degrees, having fallen during the day from about 60 degrees. Strong wind from the north. Feeling very uneasy about the fruit. April 16. Nearly four inches of snow on the ground and covering the trees. Mercury at daylight at 33 degrees. After breakfast the clouds seemed to be breaking away and the sun shone a little. Wind light, from southeast. Soon clouded and began to rain. The mercury ran up to 40 degrees toward noon, but soon began to fall again ; snow melting rapidly. About 2 o'clock P. M, it began to snow again; wind south- west. The snow soon turned to rain, which ceased about two hours before dark; wind west. A little after dark the clouds partly gave way, and the stars shone dimly, but at 9 o'clock the clouds thickened with a 76 TRANSACTIONS OF THE ILLINOIS stiff breeze from the west, and the mercury precisely at the freezing point. April 17. It continued cloudy all night, with considerable wind from the north. On getting up this morning, found it snowing briskly ; wind north and the mercury at 28 degrees. The snow soon ceased, about an inch having fallen. Towards noon the clouds broke away, and the mercury went up to 44 degrees, falling about sundown to 42 degrees. April 18. Clear, with sharp frost; the thermometer at 32 degrees. The Seckel pears escaped almost without injur)', the blossoms not being fully open. Some other varieties produced partial crops, among them Belle Lucrative, Easter Beurre, Duchess d'Angouleme, and Bart- lett. Apples were more or less injured. In Union County, as I am informed, there was not more than one fourth of a crop, and there was not half a crop except in a few orchards, anywhere in my district. For some unexplained reason, my own apple orchard was but little injured by the frost, and most varieties, especially the late ones, produced very full crops. Although the young fruit and open blossoms were all killed, the strawberry crop was sufficiently abundant for the market. Planta- tions that had not been well cultivated the previous season produced poor crops, a drouth in the fall having prevented the plants from attaining their usual strength. Grapes, generally, made a pretty fair crop, notwith- standing the destruction of most of the lirst buds. Raspben-ies and blackberries were abundant. The apple crop was considerably injured by the curculio, and, in some localities by the codling worm. The winter apples have ripened earlier than usual and many varieties rotted badly on the trees. Those most affected in this way, so far as my observation extended, were American Golden Russet, Northern Spy, and Jonathan. Smith's Cider rotted some on trees growing near other varieties that were badly affected, but were exempt in other localities. It is to be hoped that our State Horti- culturist will tell us the cause of this apple rot, and, in order to bring him out, I venture the opinion that the cause is the same as in peaches and plums; namely, insect depredations.. The untimely October freeze of last year, which did so much damage further north, reached us also, but with less severity. In some places young trees were injured to some extent, and in some instances killed entirely. In the experimental pear orchard of my friend, Mr. Earle, where there are about one hundred varieties, many kinds suffered severely, as he has informed me, and some were quite destroyed. Fortunately those varieties that are relied upon for general cultivation escaped serious injury. The past season was a very pleasant one and exceedingly favorable for all farm crops. The greatest heat observed by me was 96 degrees, and that but once or twice for a little while in the afternoon. Rains were plentiful everywhere in the district, and in some parts of it rather super- abundant. The President had kiiown that at Centralia, with the mercury &t 33 degrees, they had a good peach crop, but at Moro (his residence), STATE HORTICULTURAL SOCIETY. 77 with mercury at 33 degrees, they had no peaches. He attributed this to difference in tlie stage of development of the fruit buds more than temperature. !Mr. Ellsworth saidthatit was unusual that the temperature was the same at the same time in two places, the one 300 miles directly north of the other. Bv referring to his memoranda of the temperature he found that on the i^th of April last, the thermometer at his place (Naperville) indicated 28 degrees at sunrise, 56 degi-ees at noon, at sunset 43 degrees, and at 9 o'clock 34 degrees. On the morning of the 17th a slight snow, with the mercury 30 degrees at sunrise; wind north; cloudy. At noon, wind north, clear, and mercury at 48 degrees. Mr. TiCE explained that these storms which sweep over the country are colder in their centers than at or near their edges. In Kansas, on April 1 6th, the thermometer was 18 degrees. At Springfield, Mo., 22 degrees; on the 17th, at St. Louis, 28 degrees; in northern Mississippi three inches of snow, and mercury 24 degrees; in Georgia, in many places, 26 to 28 degrees. That storm inflicted incalculable damage throughout its entire course. Mr. Browx — The severity of the storm was on the 17th in Southern Illinois. Prof. Turner had observed the operations of these cold storms for many years. We arc always within a few miles of polar cold, and whenever and wherever these cold currents, which are constantly pass- ing over our heads, dip down upon us, we feel them in proportion to the abruptness or suddenness of their descent. When these cold currents from different directions meet, the one is forced down upon us; hence tlie change in temperature depends upon the force of these opposing cur- rents. Thus, in a cold storm, we notice at one point severe cold, then in a line with the storm we meet milder weather, while still farther on we may find it colder again. The cold " northers " of Texas are easily traced to this source. Dr. Spalding — On April 15th, peaches near St. Louis were in bloom. There was some snow, with mercury 28 degrees. Mr. Daggy, of Tuscola — On April 15th we had four inches of snow, which melted on the i6th. The mercury did not go below 30 degi'ees. President Flagg — Peaches were in bloom at Moro on the 14th of April. On the r5th had sleet and snow, with the mercury at 34 degrees at four P. M. April i6th, at seven P. M., the thermometer showed 32 degrees, and at nine P. M., 30 degrees. In the afternoon there fell two inclics of snow. On the 17th the thermometer ranged 29 degi^ees to 30 degrees. Dr. Hull said the mercury was 39 degrees to 30 degrees on April 17th at his place (near Alton). He had noticed several degrees dill'er- ence between a thermometer hanging against a building and another at the same time in the open air, removed from the building. He thinks that there is often a sufficient radiation of beat from buildings to affect the mercury. 78 TRANSACTIONS OF THE ILLINOIS Mr. Galusha, from the Committe Ad-Interim^ read his report upon the cultivation of the apple, as follows : O. B. GALUSHA'S REPORT ^Z?-/iVr£i?//l/— APPLES. To the President and AIe?nbers of the Illinois State Horticultural Society : In endeavoring to prosecute effectively the labor allotted to me by you, and especially by the members of the Ad-Interim Committee, I have traveled during the summer and fall sixteen hundred and eighty-five (1,685) i^il^s expressly to visit orchards, vineyards, and nurseries, examining not only the appearance of tree, shrub, vine, and fruit, but also soils and sub-soils, and inquiring into the modes of culture and training that had led to the various results. It would be the work of an entire day to read the details of all the observations made and notes taken at all points visited, and would certainly be a foolish expenditure of the funds of the Society to publish them. I shall, therefore, in this report, give only such facts gathered as I think will throw light upon important points not fully understood or agreed upon among us; also such as may may indicate some desirable change in orchard culture. The portion of work allotted to me, in the "division of labor" agreed upon by the Ad-Interim Committee, was to examine and report upon Apple Orchards. I shall, therefoi-e, pass over all other fruits which were incidentally examined, reserving the privilege of writing out hereafter, for the next volume of " Transactions," such facts, if any, in the culture of these as may have escaped the observation of other members of the committee, or were noticed at points not visited by them. Laying the Foundations for Longevity. — While it is a generally admitted fact that orchards west of Lake Michigan will not be healthy and productive under the same course of treatment or culture that would be successful at the east, it is not as generally conceded, if, indeed, it is scarcely thought of, that the peculiar treatment necessary to produce hardiness, productiveness, and longevity in trees here, should cofnmence in the nursery; yet my observations warrant me in asserting, without a doubt, that this is generally true. As this paper is in no sense to be a list of theories^ but rather a record of the results of observations, I will pass over the commendable experiments of those who are carefully saving all the seeds of the Siberian Crab apples at their command, and planting them, in the hope thereby of procuring a more hardy race of stocks upon which to graft the more desirable dessert and market apples. I can not, however, pass these gentlemen by without bidding them "God-speed" in their hopeful enterprise, and expressing the hope, that these initiatory steps will, in a decade of years, result in placing such fruits as American Summer Pearmain, Jersey Sweet, Fall Pippin, Bullock's Pippin, Mother, Esopus Spitzenburg, Swaar, and Newton Pippin upon thousands of tables whose owners are now trying to satisfy their craving for fruit with such varieties as Ben Davis, Pennock, Willow twig, and STATE HORTICULTURAL SOCIETY. 79 Stark, whose best recoininendations are that the trees are hardy and productive, and that the fruit keeps well, and, like the razors in the story, is "good to sell." The theor}' quite prevalent fifteen or twenty years ago, that root- grafted trees are less hardy and productive than those " top-grafted," seems to have quite generally yielded to the stubborn facts, which appear in almost every old orchard in riie State, that variations in the health of any variety are as often in favor of one as the other of these classes of trees, and that the earlier productiveness of a variety by top-grafting is generally transient, resulting, as is well known, from a less complete, immediate union between stock and graft, and a consequent check or interruption in the circulation of sap, such interruptions always inducing the formation of fruit buds. Since, therefore, this earlier fruiting of top-worked trees is ordinarily but temporary, and at the expense of vigorous growth and development of the tree, no decided advantage can be claimed for it. The practice of growing trees closely together (often as near as six or eight inches) in the nursery rows, and pruning them to single, naked stems to the height of four or five feet, is sure to produce that class of slender trees called "whip-stock trees," or "switches" — a class on which the "dealers" in trees make the most money, as a five or six feet tree of this kind weighs but a few ounces, and will pack in a small compass. Such trees, when planted in the orchard, are easily swayed about by the winds, not only because they ai"e slender and top-heavy, but because they have less roots than those whose side branches have been allowed to grow. The lateral shoots always give size and strength to the trunk, and induce a corresponding growth of lateral roots, so necessary for holding the tree firmly in an upright position, as well as to furnish food for its growth. These tall, slender trees, when planted in the orchard, soon become permanentlv leaned toward the northeast. Thus the naked trunks are exposed to the vertical rays of the sun at that time in the day when its beams have the gi-eatest heating power. In a few years dead strips of bark upon the southwest sides of these stems show that the work of death is already begun. The borers and the bark lice are always ready to aid in the work of destruction, and the trees are doomed to premature fruitfulness, and premature decay. I doubt not that I have seen this year in the orchards of the northern, central, and western portions of the State a sufficient number of apple trees to have cost Jifty thousand dollars that are now in this condition, but which would have been healthy, if they had not been too closely planted and improperly pruned, while in the nurseries. I have also seen, in the northern part of the State, trees of the Jersey Sweet, one of our most tender varieties, that were healthy and productive, having been made so by proper care and training. Trees grown with " stocky" stems and low heads have a foundation laid for a long life of usefulness, and are well worth seeking out, and purchasing at almost any price. It is doubtful who are most in fault, that the best of trees are not planted, 8o TRANSACTIONS OF THE ILLINOIS the nurserymen who propagate them, or the farmers who will only pay a frice for their trees that precludes the possibility of giving them the desired room in the nursery. I once heard a nurseryman say, " I have tried this plan of producing stocky trees, and it came near being the cause of my financial ruin, as they cost me twenty-five cents a piece, and I had to sell them for a shilling." The plan of allowing a portion of th« lateral shoots to grow as near as from two to three feet from the ground, for the first ten or twelve years, does not necessarily prevent the general and more full development of tlie higher and more permanent branches, for if they have been kept in check by shortening them in, from time to time, they may be then removed altogether, for the thick bark of the trunk and larger limbs is a sufficient protection to the alburnum from the effects of the heat of the sun. There are exceptions to most of rules in Horticulture, as well as in other sciences and arts, and we do often find trees in the West that are prepared by nature to resist influences that would seriously damage nine tenths of their neighbors ; yet I repeat that the fact that apple trees with tall trunks, and especially those that lean to the northeast, as nearly- all such do, are not as healthy or long-lived as those whose trunks are partially shaded by their branches, has been ftilly established by obsei-va- tions in thousands of acres of orchards in all parts of the State. 1 found one orchard this year, however, that seemed to contradict preceding observations. This orchard (in Macoupin County) appeared as near perfection in vigor and productiveness as any old orchard I have seen in the West ; yet the ti'ees were trimmed up to four or five feet of trunk, and the heads were moderately thinned out. I remarked to the owner, who, by the way, had himself planted the trees about thirty-three years ago, that his orchard appeared to show an exception to the general facts that had come under my observation. On my explaining to him the nature of these facts, he rejoined : " Why, bless you ; these were low- head trees when I planted them, and I never put the knife or saw into them until they had stood about twelve years, and from that time on I trimmed up and thinned out." The explaiiation was, of course, satis- factory. Some orchardists prevent the leaning of their trees to the northeast by planting them with their tops inclined to the southwest, securing them in this position by stakes and bands of straw. The tops thus inclined shade the trunks somewhat, and the rays of the sun that do strike them do so at such an oblique angle that their effect is not damaging. I have been thus definite in giving the causes and preventives of this premature decay in so many thousands of our orchard trees, only because of its extent^ and because the preventives are mainly at the command of every tree-planter. Insects. — ScA^eral species of the insect enemies of the apple have been more numerous this year than heretofore. The codling-moth, tent- caterpillar, and leaf-roller have been far more destructive than I have ever known them to be. STATE HORTICULTURAL SOCIETY. 8 1 It is probably safe to estimate that four out of five of all the apples in the iState that commenced growth in the spring were destroyed or injured by tlie codling-moth before they reached maturity. From some entire orchards, in the Alton district, that were full of fruit, not a bushel of sound apples could be gathered. In the young and isolated orchards of the more recently settled portions of the State the damage was least, yet no locality was exempt, and no orchard visited showed more than one half its fruit sound. Measures have been adopted by a few persons to destroy the larvse and pupre of these insects. Those who have tied rags or strips of cloth around their trees just below the lower branches, or placed them in the forks of these branches, have found plenty of enemies secreted in them, as often as once in ten days, ready to be scalded to death. Those who have allowed their hogs to run in their orchards for several consecutive years from June to October have been rewarded with a larger proportion of sound apples than their neighbors, who used no precautions. There are others who diligently pick up the fallen fruit as often as once in two days, and feed it, either cooked or raw, to their swine, and thus secure a greater immunity from the ravages of this insect for the next year. If this practice of using the loose cloth bands be accompanied by that of picking up and destroying the fallen fruit, and these measures be followed up by scalding the barrels^ early in the following spring, in which the apples have been stored in the cellar, the increase in the value of the succeeding crop will more than repay the labor. If any one doubts the utility of scalding his apple barrels, let him go to his cellar and loosen the hoops of barrels containing apples, and he will become suddenly convinced that it is not safe to neglect it. While examining some of the old orchards at Princeton, this fall, I was invited by the proprietor of one of the best of them to look at his fruit, of which several hundreds of barrels were stored in a shed ready for shipment. On loosening the upper hoops to take out the heads, a dozen or more of the larvae of this moth were dislodged and dropped to the ground, while others had partially enclosed themselves in cocoons, and still adhered to the hoops. The same appearance was seen in and about the grooves of the chines. The fruit, large, and finely colored, was already beginning to decay. It is well known that the codling- moths emerge from these cocoons in spring, and find their way out of the cellar or fruit rooms into the orchards; and since each moth deposits two hundred or more eggs in as many young apples; and further, when we consider that this insect is "double brooded" (has two broods yearly), the importance of destroying them while in the larval or pupal state, is apparent. The APPLE i.EAF-LOUSE, [Aphis mall), which was so destructive last year, has not been found to any great extent this year. This fact, together with the almost entire absence of the scab upon tiie apples, goes for to corroborate the opinion given at our last meeting by the State Horticul- turist, that this insect produced the scab by puncturing the skin of the fruit, and sucking its juices. 82 TRANSACTIONS OF THE ILLINOIS The LEAF-CRUMPLER has been unprecedently abundant, in some localities, the past season, doing serious damage, especially to young nursery trees, in checking their growth. These pests are now easily found, closely done up in their slender, tough cases, attached firmly to the twigs, and surrounded with small bits of dead leaves, which they destroyed during the summer. The diligent and really prudent nursery- men and orchardists will not fail to pick off and burn these enemies. As this work can be done at any time during the fall and winter, there is no reasonable excuse for neglecting it. In some of the nurseries, it will probably cost fifteen dollars per acre to clean the trees from these unsightly pests. The SCALY BARK-LOUSE, while holding its own in some localities, is, on the whole, diminishing. Those who have stimulated their orchards into renewed vigor, by means which I shall soon mention, have, to a great extent, counteracted their effects, and diminished their numbers. Several persons in this county (Grundy) report that they have applied a light coat of linseed oil, with a common paint brush, to the infested trunks and branches of their trees witii marked benefits, in both desti'oy- ing the insects and producing a clean, vigorous appearance to the trees. The hope is often expressed, that the parasite which our lamented friend Walsh discovered preying upon the eggs of these insects will so far hold them in check diat they will be comparatively harmless for a few years to come. The extreme drouth of the season seems to have been favorable for the multiplication of tent caterpillars. The orchards upon some of the large farms have shown many trees full of fruit, yet denuded of leaves. Of course there is no valid excuse for this state of things, as this enemy is so easily destroyed. It is usually the slovenly farmers, or else those who can see value only in steers, hogs, or corn, whose orchards ate thus infested. The fruit upon such trees, though insipid, is usually colored well, and " will sell with the rest." Cultivation of Orchards. — So much has been published in our agricultural papers, and talked in our horticultural meetings, about the richness of prairie soils, justly cautioning persons planting trees upon these new soils against using manures, that the opinion has become general that it is dangerous ever to manure an orchard, and hence nearly all neglect to furnish the needed food for tlieir ti^ees when they come into bearing. Having been constantly "cropping the soil" among their trees during the years of their growth, it becomes somewhat deteriorated, and when the trees begin to bear crops of fruit, they draw still more heavily upon its resources; and because additional food is not supplied, they become checked in growth, and a more ready prey to the bark lice and borers. I will cite two cases, which \vill show both the trouble and the remedy. The one is at Farm Ridge, La Salle County. I quote from my notes taken in the orchard : "Orchard planted in 1851. Trees cultivated for three years, then ground seeded to timothy. Soon commenced bearing, and bore tolerably STATE HORTICULTURAL SOCIETY. 83 well for a few years, then the trees gradually stopped growing and became unproductive, and many trees covered with bark lice. Two years since they were washed with lye and pruned, the ground broken up, and well cultivated. The trees have renewed their vigor, are nearly free from bark lice, and loaded with fruit, which, but for the codling- moth, would be very superior. Soil is ordinary prairie, with lime rock about five feet below the surface, sufficiently inclined to be surface drained." The other orchard that I instance is in Grundy County, on mod- erately rolling prairie land, with clay sub-soil. I also quote from notes of this orchard as follows : "Orchard planted seventeen years ago. Present owner came into possession two years since; found the orchard 'in a deplorable condition;' trees stunted and lousy ; had been seeded down to clover, he knows not how long, and crop saved for hay. Two years since he dug up tlie earth under the trees as far out as the limbs extc?ided and spread manure over the ground, putting it thicker where dug than on spaces between the trees; scraped the rough bark from trunks and largest branches; mowed the clover and let it remain on the ground. The same, except the scraping, was repeated this year. This orchard now shows almost per- fection in vigor, productiveness, and quality of fruit. " I think the fruit from an acre will bring more money than from any other one seen this year. Before leaving this subject of cultivation, I will say that orchards upon what is called " flat prairie " land, or that with just enough descent — and nearh- all jDrairie has this — to let the water pass oft' in furrows, have been found doing tolerably well wherever the trees had been planted upon a slight ridge or back-furrow, and the land afterwards plowed towards the trees until the surface along the rows was about two feet higher than in the furrows between them, ditches being opened at the lower ends of the rows through which the water can pass off'. This fact should encourage • all who have only such land on which to plant, to do likewise in hope of good returns. Protection to Orchards. — There has been no new light thrown upon the subject of timber protection to orchards during this year. The oft- repeated view of many members of this Society that suitable protection to orchards by belts and groves of timber is advantageous, seems to be re-affirmed from year to year. I have, however, seen a few instances in which an excess of protection seems to have been given, diminishing the productiveness of the orchards. These orchards were closed in on all sides but the south by belts of trees, so dense and so close to the outer row as to prevent sufficient circulation of air through them. It has often been said that certain kinds of trees are " poison to an orchard." 1 give the following Hicts to induce observations in this direction : On the east side of an orchard in Kendall County stands a closely planted row of black-walnut trees about forty feet high. These trees were planted at the same time as the orchard, viz: twenty years ago, and twenty two feet from the outer row of orchard trees. The apple trees in 84 TRANSACTIONS OF THE ILLINOIS this row commenced failing about ten years since, and continued to be- come more and more sickly and stan-ed in appearance. One after another has died until there is but a single live tree left in the row. The next row, twenty two feet from this, does not now appear as vigorous as the rest of the orchard. There is no noticeable difference in the soil or ele- vation between this side and the other portions. No effort was made by the owner to save the b'ees, the whole orchard having been seeded to timothy for a number of years, but was cultivated until it came into bearing. The instances of close protection mentioned can not be claimed to affect the general rule that the shelter afforded by belts of timber or nat- ural groves on the west, north, and southwest, at a sufficient distance from an orchard so as not to damage it by its shade, confine the air too closely, or rob the soil of sap that would othei"wise go to nourish its trees, are always beneficial. It is often remarked that, in orchards which are exposed upon the west sides, the same varieties in the middle of the orchard produce more fruit than in the west row ; also, that the north- eastern halves of trees in the west row usually produce more fruit than the southwestern halves, owing to the greater prevalence of southwesterly winds. Siberian Apples. — As there has been much written upon the value of new varieties of Siberian apples, and some eft orts made in propagating them, especially in the Rock River district, I visited this locality the last season to learn what I could, by conversation with persons in the neighborhood of the bearing trees, as well as those engaged in the propagation of young stock from them; to see the trees, and to see and taste the fruit. I will say nothing of the quality of these " winter varieties" of crab apples, as the owner of the trees will doubtless have the fruit on exhibition at this meeting, for the purpose of having it tested by the members of this Society; and the report of the committee appointed to examine and report upon the fruits on the tables, will be of fxr greater value than my opinion. The trees appear to be all that could be desii'ed. Tlie " Ma- rengo" especially is beautiful in form and of large size for a crab apple tree. I did not learn anything while there to warrant me in recommending these apples as market "fruits for this State. Since there is not much superior- ity claimed for them over our other Siberian varieties, except in their '''• keeping o^wdXi'ixQ.'a" and since the chief use of such fruits is and must continue to be for jams, jellies, preserves, and pickles, the keeping quali- ties are not as advantageous in them as in varieties suited to the kitchen and table. For northern localities, where the more tender, cultivated varieties can not be grown, they will doubtless be of value, and also, to nurserymen and orchardists of our own State, to use as stocks for more valuable varieties. As I before stated, there is much hope of benefits from the use of such stocks, and also from the iutroductio/j of valuable Russian vai'ieties. The Commissioner of Agriculture is entitled to the gratitude of the members of this Society for the interest he has taken in procuring and distributing cions of so many varieties of Russian apples. Seedling Apples, — I have found several valuable seedling apples STATE HORTICULTURAL SOCIETY. 85 during the season, and others have been reported to me ; some of which will appear on the tables at this meeting and to which I ask the attention of the committee on fruits. I am glad to say that there is among fruit gi-owers generally such a spirit of philanthropy and liberality that those who have discovered valuable varieties among their seedlings are willing that others should share their good fortune and will bestow cions gratuit- ouslv on those who wish to test them. Varieties. — It may be expected that I would report upon the varie- ties that I have found to succeed best in the diflerent localities visited. This would be an almost endless task, and the lists would be necessarily imperfect, and therefore could not be taken as correct, and the only guides to tree-planters. Your Secretary has secured for publication in the volume of Trans- actions for 1S70, lists of valuable varieties of fruits from the most experi- enced fruit-growers in diflerent parts of the State, which will be valuable as guides to planters in these respective districts. I will therefore only mention &few sorts that are found generally satisfactoiy. Of those that seem to do well in all parts of the State, I will name Sops-of-\Vine, Kes- wick Codling (short-lived but very productive), Benoni, Carolina June, Maiden's Blush, Ben Davis, EngHsh Golden Russet, Willow Twig, Lowell, Little Romanite, Rawles' Janet, Jonathan, White Winter Pear- main (free from scab this year). In addition to the above, the following have been found valuable throughout the northern half of the State, viz : Fameuse, Fall Swaar, Fall Winesap, Autumn Strawberry, Duchess of Oldenburg, Sweet June, Northern Sweet, Tolman Sweet, Domine, Westfield Seek-no-further, Minkler, Fall Orange, Roman Stem, Stan- nard, Swaar, Cayuga Red-streak, Holland Pippin, Ramsdell's Sweet, Fall Wine, Barnhill's Summer. The Early Pcnnock does well on rich prairie soil, but this and the Winesap do not flourish on sandy land. The fruit of Carolina Junes, both of the striped and blush-red varieties, was extremely fine this year. I found two distinct varieties of the Snow apple (or Fameuse), varying in appearance in the same manner as those of the Carolina June. The striped variety has less acid and is generally a little larger than the full red variety. The flesh of the latter is often tinged with red, especially between the stem and the core. The Esopus Spitzenburg, Rhode Island Greening, Vandevere, Baldwin, and some others that have usually been found unprofitable, have this year borne good crops of fine fruit. I will leave this topic by again referring the hearer and reader to the lists spoken of, which, I trust, will I'each them in time for planting trees in the spring. The discouragement manifested throughout all the prairie regions of the State during the last few years in regard to the adaptation of our soil and climate to the cultivation of the apple, I attribute largely to short- ness of memory in the orchardists. We can remember the universal wail that went over the State in the spring of 1 856 when it was discovered that a wholesale destruction had swept through our orchards. Few persons, at 86 TRANSACTIONS OF THE ILLINOIS that time, had any hope that those trees which were not "killed outright*' would ever recover from the shock which their trunks and limbs had sustained, for the heart-wood of all was blackened and discolored. While many of these have succumbed and died from year to year, yet a major- ity have continued to struggle on and have, fortunately outstripped the then hopes of their owners. Let the possessors of all such trees recall these facts and turn their attention to these veterans in the war against fate, giving them such cultivation and stimulating food as their enfeebled constitutions require, and they will doubtless live yet many yeai's, and doubly repay for all the labor bestowed upon them. We may all encoui'age ourselves with the hope that the " like of that winter" may never recur again. The orchards which have grown from the seed since that memorable winter (except those grown after " the Shanghai pattern" which I have described), are generally in as flourishing condition as any reasonable person can ask. The apple crop of this year has been, as a whole, much larger than ever before, and the consequent increased consumption of fruit will cre- ate an increased demand in future. If we, as a Society, can persuade men by our examples as well as our precepts, to properly select, plant, and cultivate their trees, using with diligence the means discovered, and discovering for overcoming' insect foes, we may hope that soon the supply of this health-giving fruit will be such that all may have an abundance. Respecfully submitted, O. B. Galusha, Cotnmittee on Apple Orchards. Mr. W. H. Ragan, Secretary' of the Indiana State Horticultural Society, stated that he had received cions of the Russian apples from Commissioner Capron [Most that Mr. R. said was not dis- tinctly heard by the Secretary. In fact, the construction of the hall seemed to be very unfavorable for the purposes of discussion, it being often times almost impossible to catch the words of the speakers.] Mr. Galusha, being asked to explain the offer of the Commissioner of Agriculture, did so by saying, that upon seeing the telegram from Washington that Mr. Capron had received a quantity — 400 varieties — of cions of Russian apples for distribution among horticulturists of the states, especially those of the West and Northwest, he immediately wrote him soliciting a portion of the cions for distribution among the members of this Society. He also asked the Hon. B. C. Cook, the Representative in Congi'ess from his district, who was then on his way to Washington, to call on Mr. Capron as soon as he arrived there, and personally apply, in behalf of our Society, for some of these cions. Mr. Cook complied with the request, and both he and Mr. Capron had written letters, stating that a package had already been sent to the Hon. W. C. Flagg, President of our Society, for the use and benefit of its members. STATE HORTICULTURAL SOCIETY. 8^ Mr. G. said that he deemed it important that these cions should be used to the ver^' best advantage, for from them we may hope to introduce a class of good fruits of so hardy a nature as to withstand our trying climate. If these cions are distributed at once among the members, it is quite probable that some of the varieties, and perhaps the most valuable ones, would be entirely lost, since all had not the skill or facili- ties for grafting them successfully ; and since there would be but a few buds of any one varietv, he thought it better that soine careful person, who has young, thrifty two or three year old trees on which to graft them, should be requested to take the whole lot, engraft them on such trees, keeping a careful record of the varieties, and in the fall cut oft" the growth, except the two buds at the base of each shoot, which will amply repay him for his labor, and bring the cions thus grown to the next annual meeting of this Society for distribution among its members. In this way it is probable that all can recei-ve at least a moiet)' of this gift. But if the few now to be received are distributed at once, they must necessarily fall into the hands of a few members, and thus the temptation would be oftered for monopolizing them. He, therefore, oftered the following resolution, and moved its adoption by the Society: ■ Resolved, That a committee of three be appointed to select some suitable per- son, whose duty it shall be to receive the cions of Russian apples sent to this Society from the Commissioner of Agriculture, graft them, and furnish this Society, at its next annual meeting, the product of their growth. The resolution was seconded. M. L. DuNLAP said : jSIr. President, I trust this resolution will not pass. This State is already flooded with unreliable varieties of apples. The people of Michigan liave been growing apples for many }'ears, experimenting with a great variety of sorts. Now, the Rhode Island Greening, the Esopus Spitzenburg, the Northern Spy, the Baldwin, and the Rox- bury Russet, these four varieties are the leading commercial varieties of that great apple-growing country. What is o«r position? The Willow twig is head and shoulders above all others as a long-keeping market apple. Sops-of-wine, Porter, and Rambo are among those now considered as best. Shall we now disseminate four hundred more untried kinds? No. Let them go into the hands of those who are willing to try them. We have an Industrial University in this State, in whose Experimental Hor- ticultural Department fifteen hundred varieties of apples are now under cultivation. This department was created partly for this very purpose of testing varieties, retaining the valuable and throwing the useless or unpi-ofitable away. Let these go there, and be fiirly tried at the expense of the State, and for the benefit of the ^\•hole State, if, indeed, any benefit may result from them. It is doubtfid, however, if more than two or three out of the whole four hundred will prove ^■alu- able. We have now the Duchess of Oldenburg, the Tetofsky, and Red Astrachan from that country that are valuable, and may possibly find as many more. But this hope is so faint, let us not, in pursuit of it, dis- 88 TRANSACTIONS OF THE ILLINOIS tribute these four hundred unknown and doubtful kinds all over the State that our members may destroy or injure many of their valuable trees by cutting off the tops to make room for these, only to find, to their sorrow, that they have received an evil for the previous good, besides losing much valuable time. He said he would first prefer to put them into the care of the Univer- sity, but would be willing to entrust them to some nurseiyman who could aflbrd to test them. Mr. Galusha — I thank the gentleman for what he has said in ref- erence to the province of the experimental orchard of the Industrial University, and fully agree with him that this institution is doing a good work in testing so great a variet}"^ of trees and fruits. Yet I do not wish any one person, society, or institution to monopolize any valuable gift or any bounty of Providence. I will explain that the Industrial University was served first from this lot of cions. There are already, doubtless, a much larger quantity and more varieties sent to that institution than we shall receive. Mr. D. seems to suppose that a large box, containing four hundred varieties of strong cions will be the portion which this Society will receive. The fact is that the commissioner received in all eight hun- dred small ti'ees of four hundred varieties — tv\^o trees of each sort — and from these small trees has cut the cions to distribute to horticultural and kindred societies all over the northern and western States. So that it is not probable that more than thirty or at most forty of these are sent us, and of these, but one or two cions each. If these are multiplied during the next year, as contemplated in the resolution, we may have enough so that each member may get one very short cion each, of quite a number of the sorts. We all have some one or more trees that yield indifferent fruit into which we can graft these cions, but even if they are inserted into a few small limbs of valuable trees the damage will not exceed a thousand dollars to any one of us. Dr. Hull — We can dispose of this matter easily. President Flagg has already a large collection of apples which he is testing. Let these cions be enh-usted to him to graft and distribute among the members of this Society. Mr. Ellsworth moved the previous question. The motion was sus- tained and the resolution adopted. Dr. Hull, L. Ellsworth, and A. M. Brown were nominated and con- firmed as the committee provided for by the resolution. This committee, upon a moment's consultation, reported through Dr. Hull that they had selected President W. C. Flagg, of Moro, as the person to receive and propagate the cions, according to the resolution. The report of the committee was unanimously approved. The Society, upon motion, adjourned. STATE HORTICULTURAL SOCIETY. 89 WEDNESDAY AFTERNOON. The Society assembled at the usual hour. The President called upon Prof. C. V. Riley, State Entomoloj^^ist, of Missouri, for a paper upon " Snout Beetles injurious to Fruits and Veget- ables," that being the regular paper according to published programme. Prof. Riley responded with a paper, of which the following is a copy : The lecture was illustrated with enlarged representations, accurately drawn and colored, of the insects described ; also, by living specimens in the " lecture box," which were examined with interest by the members. SNOUT-BEETLES INJURIOUS TO FRUITS. BY CHAS. V. RILEY. Insects, like other animals, derive their nourishment from the veg- etable and animal kingdoms; but a glance is sufficient to show that they possess a far greater field of operations than all the other animals combined. Indeed, the food of insects is a theme so large that 1 might occupy your entire time by d\\clling upon it alone. The other animals use as food but a very small portion of the inexhaustible treasures of the vegetable king- dom, and the remainder is unpalatable or even poisonous to them. Not so \\-ith insects, for, from the gigantic Banyan which covers acres with its shade, or the majestic Oak to the invisible fungus, the vegetable creation is one vast banquet, to which they sit down as guests. The larger plant- feeding animals are also generally confined, in their diet, to the leaves, seeds, or stalks, being either foliaceous or farinaceous; but insects make every possible part of a plant yield them valuable provender. We have an excellent illustration of this omnipresent character of insects in those spe- cies which are well known to attack the common apple tree. Thus, begin- ning at the root, we find it rendered knotty and unhealthy on the outside by the common Root-louse, [E7'ioso?na fyri^ Frrcii,) A\-hile the heart is often entirely destroyed by one or the other of two gigantic Root-borers, {Prlonus iinbricortiis^ LiNX., and P. laticollis^ Drury.) The trunk is riddled by the larvai of several Long-horn beetles, and pre-eminently by the Two-striped Saperda, {Sapcrda hivittata^ Say,) as well as by other smaller beetles; the liber and alburnum are destroyed by the Flat- headed Borer, [Chrysobothris fet}iorata^ Fabr.,) the outer bark eaten by bark beetles {Scolytus family) and sucked by Bark-lice peculiar to it. The branches and twigs are bored along the center and pruned by the larvai of the common Pruner i^Elaphidion villosum^ Faur.) and by that of the Parallel Pruner {^B. farallelum^ Lec.,) girdled by the Twig-girdler, [Oncidercs cingulatus, Say*,) sawed and rasped by the Periodical Cica- ♦ I have bred specimens ot this insect from apple twigs. 90 TRANSACTIONS OF THE ILLINOIS das, {Cicada septemdccim, Linn., and C. iredecini^ Riley,) otherwise known as Seventeen-year Locusts, by tree-hoppers and a dozen other Homopterous insects; bored into from the side by the Twig-borer {Bos- trichus lncai(datjis^ Say,) wounded by the bites of such beetles as the New York \Veevil, {Ithycerus novccboracensis^ Forster,) or pierced as by a red-hot wire by small boring beetles [Scolytidcv.) The buds before they expand are infested with the larvaj of the Apple Bud-moth, [Grapholiiha oc?i,lana,]:iAKB..) or entirely devoured by voracious climbing cut-worms, [Agrotis scandens^ Riley, etc.) The blossom has no sooner unfolded its delicate and beautiful petals than it is devoured entire either by the Brazen Blister Beetle [Lytta cvtiea^ Say,) the Striped Cucumber Beetle, [Diabroiica vittata^ Fabr.,) the Rose bug, or by a great many other insects that might be mentioned, some, as the different bees, confining themselves to the pollen or honey from the nectaries, while others again prefer other parts. The young fruit is either eaten partly or entirely by Snapping beetles, {JMelanoius coi7imunis and M. incertus) or punctured by either the Plum or the Apple Curcu- lios, and afterwards bored through and through by their larvce or by the ubiquitous Apple-worm, [Carpocapsa pomonclla ;) as it matures it is eaten into by the larva of the Plum Moth* (Scfnasia prunivora, Walsh,) rendered putrid by the Apple Maggot ( Trypeta pomonclla^ Walsh,) and by the Apple Midge, [Moloh'us inali^ Fitch;) as it ripens it is gouged by the Flower Beetles, [Euryomia inda and E. melancholica^ and disfigured by a variety of other insects, while the skin is often gnawed off and corroded by the larvas of the Rose Leaf-roller, [Loxotccnia rosa- ceajta, Harr. ;) and even the seed, if it should be preserved, will be attacked by the Grain Silvanus, {Silvanus S2iri.na?nensis, Linn.,) the Dwarf Trogosita, ( T. nana^ Melsh,) and the larvte of one or two small moths. And, as to the leaves, they are not only sapped and curled by the Apple Plant-louse {Aphis mali, Fabr,) and by leaf-hoppers; rolled by several leaf-rollers; folded at the edges by a small pale, undescrlbed worm which I shall soon describe ; blistered by the Rosy Hispa, ( Uro- plata rosea, Weber ;) crumpled by the Leaf Grumpier, {Phyclta nebulo, Walsh,) mined by the Apple Micropteryx, [Alicropteryx pomivorellay Pack.;) skeletonized and tied together b}'^ another undescrlbed worm, which I shall some day naine Acrobasis Hai7iniondii, in honor of one of your members — but they are greedily devoured by a whole horde of caterpillars, from the tiny Micropteryx to the immense Gecropia Worm, some of which confine themselves to the parenchyma, some to the epi- dermis, some to the tender parts, without touching the veins, while others bodily devour the whole leaf. The sap forms the sole food of some insects, and even when the poor apple tree dies, a host of different insects revel in its dead and decaying parts, and hasten its dissolution, so that it may the more quickly be resolved into the mold from which it had, while living, derived most of Its suppoil, and through which it is to give nourishment for the young trees which are to take its place. * Inappropriately so-called by Mr. Walsh, as I shall presently show. STATE HORTICULTURAL SOCIETY. 9 1 Thus we perceive that there is not a single part of the apple tree which is not made to cradle, or to give nourishment to some particular insect, and the same might be said of almost every plant that grows on the face of the earth, even those which produce resinous or gummy sub- stances, or which are pithy in the center, having special insects which feed upon these parts and on nothing else. There are insects — the gall makers for instance — which, not satisfied with any existing part of the plants, as such, cause abnormal growths in which their young are reared. Nor are insects confined to vegetables in their recent state. The block of hickory- wood, fifty years after it is made up into wagon wheels, is as palatable to the Banded Borer, {Ccrasphorus ductus^ Drurv,) which causes "powder-post," as it was to the Painted Borer, (Clytus fictiis^ Drury,) while green and growing; and a beam of oak, when it has supported the roof of a building for centuries, is as much to the taste of an Anobium as the same tree was while growing, to the American Tim- ber Beetle, [Hyleccetus Americanus, Harr.) Some, to use the words of Spexce, " would sooner feast on the herbarium of Brunfelsius, than on the greenest herbs that grow," and others " to whom ' a river and a sea Are a dish of tea, And a kingdom bread and butter,' would prefer the geographical treasures of Saxton or Speed, in spite of their ink and alum, to the freshest rind of the flax plant." Indeed, it would be difficult to mention a substance, whether animal or vegetable, on which insects do not subsist. They revel and grow fat on such innutritions substances as cork, hair, wool, and feathers; and with powers of stomach which the dyspeptic sufferer may envy, will live lux- uriouslvon horn; they insinuate themselves into the dead carcases of their own class; they are at home in the hottest and strongest spices, in the foulest filth, in the most putrid carrion; they can live and thrive upon, or within the living bodies of the larger animals, or of those of their own class; they are at home in the intestinal heat of manv large animals, rev- eling in the horse's stomach, in a bath of chyme of I03 degrees Fahr., or in the bowels of man, in an equally high temperature. Some have even been supposed tio feed on minerals, and, not to dwell upon Barchewitz's talc of East India ants, which eat iron, certain it is, that the larvie of our ^lay-flies (Ephemeraj) do eat earth, and I have known the larvaj of the common May Beetle to feed for three months upon nothingbut pure soil; but in both these cases the insects undoubtedly derive nourishment from the vegetable matter which is extracted from the earth by the action of the stomach. These facts will serve to show you that, seek where you mav, you can not find a place or a substance in which, or on which, some insect does not feed. They people the skyey vast above, swim at ease in the water, and peneti-ate the solid earth beneath our feet; while some of them inhabit indiflerently all three of the elements at diflerent epochs of their lives. Now when we reflect that there are at least half a million — if not a 92 TRANSACTIONS OF THE ILLINOIS full million — distinct species of insects in this sublunary worlds of ours, and that their habits and habitations are so diversified, it would really seem as though entomology was a subject too vast for any one man to shoul- der; and indeed it is in all conscience extensive enough. The science of entomology is however so perfect in itself, and its classification is so beau- tiful and simple that a particular species is referred to its Order, its Family, its Genus, and finally separated from the other species of that genus, with the greatest ease, and with a feeling of true satisfaction and triumph, by those who have mastered the rudiments of the science. And, very fortunately, it is not necessary for the practical fruit grower to enter into the ininutiie of species or even of genera in order to learn the habits of the insects which interest him in one way or another. These minutiae must be left to the professed entomologist. There is not an insect on the face of the globe which can not be placed in one or the other of seven, or, more properly speaking, eight great Orders; so that, unlike the Botanist, the Entomologist is not bewildered by an innumerable array of these Orders, though he has five times as many species to deal with. These Orders comprise about two hundred families, many of which may, for practical purposes, be grouped into one family — as, for instance, the seven Families of Digger- wasps, and the five large Families which have all the same habits as the ti'ue or genuine Ichneumon-flies. Many more may be neglected as small, rare, or unimportant; so that practically there will remain about a hun- dred family types to be learned. Each family, as Agassiz has well remarked, may, with a little practice, be distinguished at a glance by its general appearance, just as every child, with a little practice, learns to distinguish the Family of A's from the Family of B's, and these from the Family of C's in the alphabet. There is the old English A, the German text A, and a host of ornamental A's, both in the capital letter and the sinall or "lowercase" letter, as the printers call it; but the family likeness runs through them all, and it is astonishing how quick a child learns to distinguish each family type. It is true there are a few abnormal or eccentric insects — there were some which deceived even LiNN^us — which put on the habit of strange families, just as an eel, which is a true fish with fins, puts on the habit of a snake — a rejotile without fins. But these are the exceptions and not the rule. Now it is wisely ordained that every family, as a general rule, has not only a distinctive family appearance, but also distinct family manners. For example, nobody ever saw an Ichneumon Fly construct a nest and provision it with insects, as does a Digger-wasp; and nobody ever saw a Digger-wasp deposit its eggs in the body of a living insect at large in the woods as an Ichneumon Fly does. But each family maintains its peculiar family habits, and can not be induced to deviate from them. So universally is this the case, that if you bring me an insect which I never saw in my life, I will tell you half its history at a glance. It is this " Unity of Habits;" this beautiful provision of nature — definite family likeness accompanied by definite family habits — which so simplifies the task of the practical man ; for, instead of having to study the diversified STATE HORTICULTURAL SOCIETY. 93 habits of half a million species, he has but to acquaint himself with the appearance and characteristics of one hundred families; and if the rudi- ments of Entomology had been taught you, gentlemen, at school, so that you had become familiar with these hundred family types, you would now be much better able to cope with your insect enemies. When I think tliat it would take a child no longer to learn these one hundred family types thair it does to learn the one hundred different types which compose the four alphabets — the Roman capital and small alphabet and the writing capital and small alphabet — 1 fully expect, and sincerelv hope, that in the public schools of this country we shall soon have text books introduced which will cover the ground as well, and occupy the same jolace as do those useful works of Leunis, and Troschel & Rutiie, in the public schools of Germany. With these few remarks, which are intended to show that the prac- tical man may easily obtain a general knowledge of his insect friends and enemies, notwithstanding the wide field of their operations and the immense number of species which exist, we will now dwell for a while on one of these families, which deeply interest you as fruit growers, namely : THE CURCULIONID^ OR SNOUT-BEETLES. This is one of the very largest and most conspicuous Families in the order of Beetles (Coleoptera^ comprising, as it does, over 10,000 distinct and described species. It is at once distinguished from all the other families of beetles by the front of the head being produced into a more or less elongated snout or rostrum, at the extremity of which the mouth is situated. The snout is sometimes very long and as fine as a hair (genus Balaninus) and sometimes as broad as the head (genus Brent/ms ;) but it always forms part and parcel of the head and does not articulate on it as does the snout or proboscis of the true Bugs {Hejnipiera,) or the tongue of Moths and Butterflies. The other chief characteristics of the Family are an apparently four-jointed tarsus or foot (though in reality there are more generally five joints,) an ovoid form narrowing in front, the sides pressed by the convex elytra or wing-covers, the antennas or feelers attached to the snout, and either elbowed or straight and com- posed of nine, ten, eleven, or twelve joints — the first of which is always long and the terminal thi'ee generally united in a club or knob; and finally stout legs with swollen thighs, sometimes bearing spines. The larvae of these snout-beetles are whitish or yellowish and fleshy grubs, always without legs or having only in the place of them fleshy tubercles, which in a measure perform the functions of legs; the body is oblong, with the back generally arched, but sometimes straight. With these characteristics in your mind you can not fail to recognize a snout- beetle when you see one. Now there is hardly one of the one hundred families that I have referred to from which so many injurious species can be enumerated, for with the exception of an European species {^Anthribus varius) whose larva was found by Ratzebukg to destroy bark-lice, they are all vegetarians, the larvai inhabiting either the roots, 94 TRANSACTIONS OF THE ILLINOIS stems, leaves, or fruits of plants, and the beetles feeding on the same. So whenever you find an insect w^ith the characters just given, you may rest morally certain that it is injurious, and should be destroyed without mercy. This family is not only one of the most injurious, but, on account of the secretive habits of the larvre, the insects comprising it are the most difficult to control. When a worm Is openly and above board denuding our trees, we at least readily become aware of the fact, and can, if we choose, apply the remedy; but when it surreptitiously, and always under cover, gnaws away at the heart of our grains and fruits, we become in a measure helpless to defend ourselves. But even here where the enemy is so well ambushed and hidden, the proper tactics, based on thorough knowledge, will frequently enable us to penetrate the defenses and conquer the foe. Before leaving this subject of Families, let me impress upon your minds another important fact, namely, that the Family Is not peculiar to any one country, and that while species vary, the Family has the same habits and characteristics all over the world. Thus in Europe we find the snout-beetles as injurious, and as difficult to manage — if not more so — than they are in this country. One species, [Rhynchites conicus^ Hbst.) deposits eggs in the twigs of Pear, Plum, Cherry, and Apricot, and girdles the twig to make it fall; another, (^Rhynchites bacchus^ ScHCEN,) infests the fruit, and still another, (An/honomzis pyri, Schcen,) the flower bud of the Pear. One, [Rhynchites betuleti^ rolls up grape leaves and partly cuts their stems, so that they perish, while another, [Anthonomus pomornm, Sch.,) infests the blossom bud of the Apple, and renders It unfertile. Still another inhabits the blossom bud of the CheiTy. Balaninus nucum is found In the common Hazel-nut, and B. cerasoru?n in Cherry pits; Afion apricans devours the seed of Clover; Otiorhynchiis sulcatus, Sch., infests the crown of Strawberries, and two different species, [Baris chlorizans, Schcen, and Ceutorhynchus napi, Schcen,) Infest the stems of cabbages and turnips. But after all, a single species — the " little Turk," for instance — some- times causes more loss of fruit in this country than all the above enumerated species do to the European cultivator, and though much of this comparative incapaclt}^ for harm, on the part of their insects, may be in a measure due to the better knowledge of his foes, which the transatlantic cultivator possesses, to the more careful culture which he pursues, and the usually limited extent of his orchard, compared with ours; vet it greatly depends on other causes, which the time allowed will not permit me to dwell upon. So I will at once proceed to say a few words about those of our own Snout-beetles, which more particularly interest you. THE COMMON PLUM CURCULIO. {Conotrachelus nenuphar, Herbst.) IT IS SINGLE-BROODED, AND HIBERNATES AS A BEETLE. At your last annual meeting, at Ottawa, I read an essay on this insect, giving the established facts In its history, the artificial remedies to STATE HORTICULTURAL SOCIETY. 95 be employed in fighting it; some account of the natural remedies and concluded by referring to such points in its histoiy as were then unsettled, or upon which there were different opinions expressed. It would be needless to repeat any thing that was there said, for any new members, who may not have heard the reading of that essay will find it in the Transactions; so we will confine ourselves to some of the mooted points. I am glad to be able to inform you that I have forever settled the prin- cipal question, namely as to its being single or double-brooded. [FlGURB I.] (a) larva ; (b) pupa ; (c) beetle — all magnified ; (d) beetle natural size, showing how it punctures fruit. You will recollect that authors have, from the beginning, held differ- ent views on this subject, and this fact should not surprise us when we bear in mind that tliey reasoned simply from conjecture; nor will it surprise us when we understand the facts in the case. The facts that fresh and soft Curculios are found in this latitude as early as the beginning of July, and that they still come out of the ground in August, or as late as September and even Octobei*, in more northerly latitudes, are well calculated to mislead; while it was difficult to imagine an insect living ten months before ovipositing without its dwindling away through the action of its enemies. But in the beetle state the Curculio has few, if any, enemies, and in my former writings on this subject I have shown that the other facts do not in the least prove the insect to be double-brooded. Among those whose opinions commanded respect, from their profound entomological knowledge and general accuracy, was Mr. Walsh, who, during liis last years strenuously con- tended that this insect was double-brooded. For several years I have entertained a different opinion, believing that it was single-brooded as a rule and only exceptionally double-brooded; and the facts so fully bear me out in this opinion, that, were my late associate here with us, to-day, I should bring forth the testimony with a feeling of triumph, for he was not often in the wrong! It is worthy of remark, however, that Mr. Walsh's first impression, as given by him in the year 1S67,* was that ♦ Practical Entomologist, vol. I, No. 7. 96 TRANSACTIONS OF THE ILLINOIS this insect is single-brooded ; his first opinion thus coinciding with what I have now proved to be the facts in the case. In the First Missouri Entomological Report, I have reviewed the experiments which led him to change his opinion, and have shown that they did not warrant his final conclusion. The many words that have been penned in the discussion of this question would fill a volume; but one stern fact, one thorough experi- ment, is worth more than all the theories that were ever conceived, or the phrases that wei'e ever written on the subject. At first it seems to be a very simple question to settle, but the fact that it i"emained unsettled so long would indicate the reverse. One of your worthy ex-presidents. Judge A. M. Brown of Villa Ridge, at my suggestion endeavored, in the summer of 1S69, to solve the problem by imprisoning the first bred beetles and furnishing them with plucked fruit. Dr. Hull partially performed a like experiment, and I did the same myself; but we were met by the advocates of the double-brooded theory with the objection that such a test was of no value, as the curculio would not deposit on plucked fruit, or in confinement; and to add weight to their argument they would cite us to numerous instances among butterflies to prove that many insects really will not deposit in confine- ment. But, as we shall see, they placed too much confidence in the instinct of Mrs. Turk when, from such premises, they made these deductions apply to her. As I proved over and over again, the question could not be solved, with any more certainty, by confining beetles to living boughs containing fruit, as the boughs could not well be covered with any substance through which the beetles would not gnaw their way out. So I determined last spring to build a frame over a large tree and entirely enclose it In stout gauze that would neither let a flea In or out; much less a curculio. Having accomplished this before the blossoms had fallen ofi' the tree, I awaited with pleasurable Interest the result from day to day, from week to week, and from month to month, engaging a competent person to watch when, from necessity, I was obliged to be away. It were worse than waste of time to detail here the many inter- esting observations made on this tree which I had under control, or to enumerate the many other experiments which I conducted in other ways, or the Innumerable facts obtained ; and It will suffice to give In a sum- mary manner the results, premising only that every precaution was taken, and no expense spared, to prevent failure; that the experiments were satisfactory beyond my expectations, the results conclusive beyond all peradventure, and that I can prove every statement I make. To sum up then : The Plum Curculio is siitgle-broodcd^ and I have with me a number alive and kicking which were bred during the latter part of Jtaie from the first stu?tg peaches. [These beetles, warmed by the artificial temperature of the hall, were quite active, and were feeding ravenously on a piece of apple which I had placed In the bottle.] But, as there seem to be exceptions to all rules, so there are to this; yet the exceptions are only just about sufficient to prove the rule, for as far south as St. Louis, not more than one per cent, of the beetles lay any eggs at STATE HORTICULTURAL SOCIETY. 97 all, until they have lived through one winter; or, in other words, where one female will pair and deposit a few eggs the same summer she was bred, ninety-nine will live on for nearly ten months and not deposit till the following spring. In more northern latitudes I doubt if any exceptions to the rule will be found. As to the other mooted point, namely, whether this insect ever hiber- nates under ground in the lar\'a state, I am perfectly satisfied that it never does, but that it passes the winter invariably as a beetle under all sorts of shelter in the woods; generally however, near the surface of the ground. Indeed it often makes for itself a hole in the ground, seldom however deeper than its own body. In short, there is very little to alter or modify in the established facts in its natural history which I gave you last year. The egg instead of being " oval " as there stated, would be better de- scribed as " oblong-oval," measuring exactly 0.03 inch in length and being nearly three times as long as wide. It should also be remarked here that when depositing her eggs in apples the female often neglects the usual symbol of Mohammedanism which she so invariably inscribes on stone fruit; and that where this mark is made on apples, it more easily becomes obliterated. During their beetle life these insects feed continually just as long as the weather is mild enough to make them active. While fruit lasts they gouge holes in it, and after peaches have gone, apples are badly attacked. They also gnaw large holes in the leaves, and when nothing else pre- sents, will feed on the bark of the tender twigs. Let us be thankful, therefore, tliat there can no longer reasonably be difference of opinion, or discussion on these questions which, though of no very great practical importance were yet of great interest to us all. IT IS NOCTURNAL RATHER THAN DIURNAL. Before leaving this little Turk however, I have some other facts to mention which were first brought to light the present year, and which have a most important practical bearing. You have been repeatedly told and you no doubt have all come to believe it, that curculios fly only during the heat of the day, and that it is useless to endeavor to catch them after, say, ten o'clock in the morning. Well, gentlemen what I am about to utter will no doubt astonish you, but I know whereof I speak. 2^/ie Curculio is a nociurfial rather than a diur?ial msect ; is far more active at night than at day^ and Jlics readily at nighty into the bargain. If anyone doubts this assertion, let him go into his peach or plum orchard at midnight with a lantern and sheet, and he will catch more than he could during the day, and will also find, to his sorrow, that they are then much more nimble and much bolder — scarcely feigning death at all. In- deed, with the exception of such females as are busily occupied in depos- iting eggs, most of the Curculios rest during the day, sheltered either by the foliage or branches of the tree, or by any extraneous substance on the ground near by. They are also more active in the evening than in the morning, and these facts lead us to the important question, whether the morning or the evening is the best time to jar the trees. My experi- 10 98 TRANSACTIONS OF THE iLLtNOlS ments so far are not conclusive, for I have some days caught more in the morning, and at others more in the evening. All other things being equal, the evening will prove preferable to the morning, from there being less dew at that time; and I particularly draw your attention to this mattea* now, that you may institute the proper experiments during the coming year. THE RANSOM CHIP-TRAP PROCESS. Another grand and successful mode of fighting the little Turk was also brought to light again, and to a great extent practiced the past sum- mer. I allude to the Ransom chip-process for entrapping this insect. About the middle of May the horticultural world was startled by a some- what sensational article which was the burden of an extra to the SL yo- se_p/i (Mich.) I/era/d, headed "Great Discovery — Curculio Extermina- tion Possible." The process consists in laying close around the butt of the tree, pieces of chips or bark under which, according to their instinct, a great many of the Curculios secrete themselves during the day and may thus be easily destroyed. Now that we better understand this insect's habits we also better comprehend the philosophy of this process. Being nocturnal in their habits, the beetles naturally seek shelter during the day, and especially is this the case early in the season when the days are chilly and before the females are too much engaged in egg depositing. You are perhaps all familiar with the numerous opinions expressed as to the value and efficiency of this method ; but I will here repeat my own as given to the readers of the American Entomologist and Botanist., first, because I endeavored to be candid and truthful, and secondly, because the opinions expressed have been so fully corroborated by subsequent experience. " We are really sorry to damp the ardor and enthusiasm of any per- son or persons, when enlisted in such a good cause, but truth obliges us to do so nevertheless. Of course, Curculio extermination is possible! but not by the above method alone, as our Michigan friends will find to their sorro-w. For a short time, early in the season, when the days are sometimes warm and the nights cold, and before the peach blossoms have withered away, we have succeeded in capturing Curculios under chips of wood and other such sheltered situations ; but we have never been able to do so after the fruit was as large as a hazel-nut, and the Little Turk had got fairly to work. Our Michigan friends will, we fear, find this to be too truly the case. " This process, furthermore, can not well be called a discoveiy, because it was discovered several years ago, as the following item from Moore's Rural New Torker., of January 3Sth, 1865, will show: How TO Catch Curculio. — In May last we had occasion to use some lum- ber. It was laid down in the vicinity of the plum-yard, and on taking up a piece of it one cold morning, we discovered a number of Curculios huddled together on the underside. On examining other boards we foimd more; so we spread it out to see if we could catch more, and we continued to find more or less every day, for two weeks. We caught in all one hundred and sixty-one. So I think if people •would take a little pains they might destroy a great many such pests. These were STATE HORTICULTURAL SOCIETY. 99 caught before the plum trees were in flower. What is most singular is, that we never found a Curculio on a piece of old lumber, although we put several pieces down to try them. They seemed to come out of the ground, as we could find them several times a day by turning over the boards, JOHNSONVILLE, N. Y. MrS. H. WiER. " But though Mr. Ransom can not properly claim to have made a new discovery, and though this mode of fighting will not prove sufficient to EXTERMINATE the Curculio, yet we greatly admire the earnestness and perseverence which he has exhibited. In demonstrating that so great a number of the little pests can be entrapped in the manner described, Mr. R. has laid the fruit-growers of the country under lasting obligations to him. It is a grand movement towards the defeat of the foe, and one which, from its simplicity, should be universally adopted early in the sea- son. But we must not relinquish the other methods of jarring during the summer, and of destroying the fallen fruit; for we repeat, that the Plum Curculio will breed in the forest. " I subsequently visited St. Joseph for the express purpose of exam- ining more closely into Mr. Ransom's Curculio remedy. I found that so few Curculios had been caught under the chips after the first week in June, diat nearly everybody, except Mr. Ransom, had for some time abandoned the method and were jarring their trees by one process or another. " Mr. Ransom himself, by dint of unusual perseverance and gi"eat care in setting his traps, has had much better success than I had expected he would. On the 15th June he caught 78; on the i6th, 97, and on the 17th, 71. For about a week after this, he scarcely caught any, but from the 24th to the 37th inclusive, he caught about 300. On the 6th of July I accompanied him around the outside rows of his orchard and caught five under the traps. We had no opportunity to use the sheet, but I am satisfied that more could have been jarred down. Mr. R. had a very fair crop of peaches, and — forgetting that crops have often been gi^own before with very little care, and that others around him who did not bug so persistently had fruit also this year — is very sanguine of his new method, and too much inclined, perhaps, to attribute his crop solely to this remedy. Nevertheless, contrary to the impressions made by his published views, he was candid enough to admit that it might be found necessary to resort to the jarring process, after a certain season of the year; and indeed the number of stung peaches on the ground showed too plainly that there is no hope of exterminatiox by the chip plan alone. The soil around St. Joseph is, for the most part, a light sandy loam, never packing, and very easily kept in good cultivation. To this character of the soil must be attributed much of the success with the Ransom method; for I am satisfied, after full experiment, that in the warmer climate and heavier soil of St. Louis, it is of no practical use after the middle of May, or at the farthest, after the first of June. The few specimens that I have captured by this method at St. Louis, were found under small pieces of new shingle; and Mr. W. T. Durry, who has 2300 ti"ees in his orchard at St. Joe., also found this tlie best kind of trap. Mr. Ransom, however, loo TRANSACTIONS OF THE ILLINOIS prefers small pieces of oak-bark, which he places close around the tree with the inner or concave side pressed to the ground. Stones do not answer well, and corn-cobs are objectionable because it requires so much time to discover and destroy the Curculios, which hide in their deep cavities." The best time of day to take them from under the chips is undoubt- edly in the afternoon; but it must not be left too long, as they begin to leave and scatter over the trees as soon as the sun approaches the horizon. The chips should be laid around the trees as soon as the frost is out of the ground, for more beetles will be caught under them during a few weeks thus early in the season than throughout the rest of the year. KEEPING IT IN CHECK BY THE OFFER OF PREMIUMS. After visiting St. Joseph and vicinity, I passed into Ontario, where I found the trees overloaded with fine unblemished fruit. I found my friend, Mr. Wm. Saunders, of London, also much occupied with, and interested in, the Curculio question. He was, in fact, carefully counting different lots of this insect which had been received from different parts. of the Dominion ; for be it known, that the enterprising Fruit-Growers' Association of Ontario, in its praise-worthy efforts to check the increase of the Curculio, offered a cent -per head for every one which should be sent to our friend, who happens to be secretary of that body. What would you think, gentlemen, if the Legislature of Illinois, or if this Society should offer an equally liberal premium -per capita for every little Turk captured.'' Wouldn't you set about capturing them in earnest, though ! The Legislature might stand it, and I am not sure but that some such inducement, held out by the State to its fruit-growing citizens, would pay, and prove the most effective way of subduing the enemy. But the Horticultural Society that should undertake it, would have to be pretty liberally endowed. Just think of it; ye who catch from three to five thousand per day ! The bugs would pay a good deal better than the peaches. However, very fortunately for the Ontario Fruit-Growers' Association, their good offer did not get noised abroad as much as it might have been, and the little Turk occurs in such comparatively small numbers, that up to the time I left, only 10,731 had been received. JARRING BY MACHINERY. Of course there is no more expeditious way of jarring down the Curculio than by the Hull Curculio-catcher. Yet I confess that after extensive observations in many different parts of the country I am forced to the conclusion that this machine does not give the satisfaction one could wish. In my paper last year I showed that where it was con- stantly used the trees suffered serious injury from bruising, and It is a rather significant fact that in most orchards where it has been Introduced, some modification has soon followed, or else it has been entirely aban- doned; while in the East they still adhere to the improved stretchers, and mallet. It seems to me that the machine, as made by your State Horticulturist two years ago, was not only too heavy and unwieldy, but incapable of giving the requisite sharp jairing rap to the branches of a STATE HORTICULTURAL SOCIETY. lOI large tree without causing too much injury to the trunk, and that if a modification of it could be made to satisfy the peach-grower, there would soon be a greater demand for such a machine. [Figure 2.] " Back view of Ward's Curculio-catcher. As a step in the right direction I will briefly describe a machine which I have herewith illustrated, and which I found in quite general use around St. Joseph and Benton Harbor, Mich, It was gotten up by L. M. Ward of the latter place, and proves, in the orchard, to have decided advantage over the Hull machine, of which it is a modification. It is a much lighter machine, and, :is the diagrams indicate, instead of running on a single wheel it is can-ied and balanced by two, (Fig. 2, c c) and supported with legs on the handles, (Fig, 2, b b), when not running. The Curculios and stung fruit are brushed through a hole in the centre (Fig. 2, of), and as the operator j^asses from one tree to another he closes this hole, to prevent the beetles from escaping, by means of a slide (Fig, 2, a) which he has under control. Bags previously prepared, by being fastened on a sf|uarc piece of wood with a hole in the centre cor- responding to a hole in the side of the bag, are snugly buttoned below (Fig. 2,e andy) so as to secure everything that falls through from above, and when one bag is full it is easily replaced by another and its contents destroyed by scalding, or otherwise, and emptied out. In most of the orchards where this machine was being used the jarring was performed by a separate mallet, which is easily hung, as is also the brush, on the I02 TRANSACTIONS OF THE ILLINOIS shafts -when the machine is being operated by one person ; or, which I think a better way, where help is not scarce, it can, with the brush, be carried by a second person (an intelligent boy will answer) who performs the jarring and brushing while the first person wheels the machine. [Figure 3.] Front view of Ward's CurcuHo-catcher. The machine is simple in construction and any one with ordinary mechanical ability can build it; modifying, of course, the diameter of the wheels and the inclination of the sheet to suit the character of his trees or of his ground. Mr. Ward has taken no patent out for it and the machine is, therefore, public property. It has been argued in favor of the one-wheel machine that it can be more easily run on rough ground and more readily turned, which in a great measure is b"ue ; but the Ward machine is so light that it can easily be tilted on one wheel in turning, and our Benton Harbor friends have so far found no difhculty in opei'ating it. Either machine can be used with a bumper, or with a mallet, and there are certain rules which should be adopted in jarring for the Curculio, no matter whether a one-wheel or a two- wheel machine is used. These rules are: first, in jarring with a mallet it is best to prepare each tree by squarely sawing off some particular limb, or else the mallet must be well protected with rubber to prevent bruising of the tender bark. The former custom is by far the best as we are enabled to give the tree a sharp vibrating rap with the bare hard wood. Secondly, if the mallet is dis- pensed with and the tree is bumped with the machine — a method which certainly has the advantage of expedition — it will be found altogether STATE HORTICULTURAL SOCIETY. 103 more profitable to drive a shouldered spike in the trunk at the right distance from the ground, and the jarring can then always be done on this spike without injury to the tree. [Figure 4.] Sigalphus Curculio Parasite : (a) male ; (b) female ; (c) antenna. TWO TRUE PARASITES OF THE PLUM CURCULIO. Just 10 years ago, in his "Address on the Curculio," delivered at the annual meeting of the N. Y. State Agricultural Society, Dr. Fitch gave an account, accompanied with a figure, of a small Ichneumon-fly which he namtd Si o-alp/ms ciircidionis^ and which he believed was parasitic on the Curculio. Before that time no parasite had ever been known to attack this pestilent little weevil, and even up to the present time it is currently believed that no such parasite exists; for unfortunately the evi- dence given by Dr. Fitch was not sufficient to satisfy some of our most eminent entomologists. These parasites were in fact received by him from Mr. D. W. Beadle of St. Cathei-ines, C. W., who had bred them from Black-knot, from which he bred at the same time a certain number of Curculios; but as other worms besides those of the Curculio are like- wise found in Black-knot, we had no absolute proof that this fly was parasitic on the insect in question. Consequently we find that our late Walsh, in his Report as Acting State Entomologist, rather ridicules the idea of its being a Curculio parasite and endeavors to prove that it is par- asitic instead on the lan^a of his Plum Moth {Scjnasia prunivora). But I have this year not only proved that poor Walsh was himself wrong in this particular inference, but that he was equally wrong in supposing his little Plum-moth, so called, to be confined to plums; for I have bred it from Galls {^iiercus frondonsa Bassett) ; from haws, from crab apples and abundantly from tame apples. To be brief. Dr. Fitch's Sigalphus is a true parasite on tlie Plum Curculio and I have bred hundreds of the flies from Curculio larvte. The first bred specimens gave me much pleasure, for as soon as I saw they belonged to the same genus as Dr. Fitch's fly, I felt assured that another disputed question was settled. But to make assurance doubly sure, I repeatedly half filled large jars with pure earth, finely sifted so that no living animal remained in it. Into these jars I placed Curculio larvje 104 TRANSACTIONS OF THE ILLINOIS from day to day as they issued from peaches that were thrown into another vessel, and in due time the parasitic flies began to issue from the ground along with the perfect Curculios. Nay more than this, I soon learned to distinguish such Curculio larvte as were parasitised, and after they had worried themselves under the ground — seldom more than half an inch — I would uncover them, and on several occasions had the satis- faction of watching the gnawing worm within reduce its victim until finally nothing was left of him.* As soon as the Curculio larva is de- [FlGURE 5.] a. d ^ Sigalphus Curculio Parasite : (a) larva ; {V) cocoon ; (c) pupa. stroyed by the parasite, the latter (Fig. 5, a) encloses itself in a tough little yellowish cocoon of silk (Fig. 5, ^), then gradually assumes the pupa state (Fig. 5, c) and at the end of about the same length of time that the Curculio requires to undergo its transformations and issue as a beetle, this, its deadly foe, gnaws a hole through its cocoon r .id issues to the light of day as a black four-winged fly (Fig. 4, a, male; h^ female). In the vicinity of St. Louis, this fly was so common the past season that, after very careful estimates, I am satisfied three-fourths of all the more early developed Curculio larvse were destroyed by it. On the 17th and 1 8th of April, in that locality a severe frost killed the peach buds on all but a few of the young and most vigorous trees of Hale's Early and Crawford, so that instead of a large and abundant crop of peaches to depredate on, the little Turk had to concentrate its attacks on the few peaches that were left ; and no one expected that any fruit would be saved. Yet the work of this little parasite was so effectual that, wher- ever fruit set, a fair crop was gathered even by those who made no effort at all to protect their trees ! While visiting Dr. Fitch last August, at his house in Salem, N. Y., I compared my bred specimens with his species, and found them identically the same; but I shall, in this reading, omit the description which follows and which may be read, by those interested, when this essay is published. As Mr. Walsh bred this same pararsite from the larvas of his little Plum Moth, it doubtless attacks other soft-bodied larvae and does not confine itself to the Plum Curculio. This is the more likely as it would scarcely pass the winter in the fly state. The female, with that wonderful instinct which is exhibited in such a surpassing degree in the insect world, knows as well as we great Lords of Creation what the litde crescent mark upon a peach or plum indicates ; and can doubdess tell with more surety, though she never received a lesson from her parents, whether or not a STATE HORTICULTURAL SOCIETY. I05 Curculio larva is drilling its way through the fruit. When she has once ascertained the presence of such a larva by aid of her antenncC — which she deftly applies to different parts of the fruit, and which doubtless possess some occult and delicate sense of perception which, with our compara- tively dull senses, we are unable to comprehend — then she pierces the fruit, and with unerring precision, deposits a single egg in her victim, by means of her ovipositor. Now there is, as I shall show in the description, a variety- (/usca) of this parasite with the ovipositor nearly one-fifth of an inch long, but in the normal form the ovipositor is only twelve-hundreths of an inch long, and the Curculio larva must therefore be reached soon after it hatches or while yet very young. Consequently we find that the earliest Curculio larvae, or those which hatch while the fruit is yet small, are the most sub- , ject to be parasitised, and while from larva obtained early in the season, I bred more parasites than Curculios, this order of things was reversed a little later in the year. Some persons will no doubt wonder how such a large fly can be developed from a Curculio larva which is stung while so young; but we do not know how long the parasitic egg remains un- hatclied, and it must be remembered that it is a rule, wisely ordained and long known to exist in insect life, that the parasitic larva does not at first kill outright, but subsists, without retarding growth, upon the fatty portions of its victim, until its own growth is attained. Thus the first worm derives its nourishment from the jucy fruit, and grows on regardless of the parasite which is consuming its adipose substance, until the latter is sufficiently developed, and the appointed time arrives for it to destroy its prey by attacking those parts more vital. This parasite which I will now proceed to describe, belongs to the second sub-family [Braconides) of the Ichneumon-flics {Ichncumonidcc)^ and the venation of its wings, and 3-jointed abdomen place it in the genus Sigalphus. Westwood (Synopsis p. 63) gives three cubital panes or areolets in the front wung as characteristic of the genus; but Brulle (p. ^10) and, as Mr. Cresson informs me, Westmael in his Braconides de Belgique give only two, which is the number in our insect. Sigalphus curculionis, Fitch — Imago — (Fig. 4, a male; h female) Head black, sub-polished and sparsely covered on the face with short whitish hairs; ocelli touching each other; labrum and jaws brown; palpi pale yellow: antenn£e (Fig. 4, r) 27-jointed, filiform, reaching when turned back to middle joint of abdo- men or beyond, the bulbus and small second joint rufous and glabrous, the rest black or dark brown though 3-10 in many specimens are more or less tinged with rufous; 3-14 verv gradually diminishing in size; 14-27 sub-equal. Thorax black, polished, the metathorax distinctly and broadly punctate and the rest more or less distinctly punctate or rugose, with the sides sparsely pubescent. Abdomen 'f\'ic\\y- black, flattened, the dorsum convex, the venter concave, and the sides narrow- edged and slightly carinated; the three joints distinctly separated and of about equal length; the first joint having two dorsal longitudinal carina; down the middle; all denseiv marked with very fine longitudinal impressed lines, and sparsely pubes- cent: (Dr. Fitch in his description published in the Country Gentleman, under date of September 1859, states that these lines leave ''a smooth stripe along the middle of its second segment and a large smooth space on the base of the third :" ■which is true of a few specimens, but not of the majority, in which the impressed io6 TRANSACTIONS OF THE ILLINOIS lines generally cover the whole abdomen.) Ovipositor longer than abdomen, but when stretched in a line with it, projecting backwards about the same length beyond; ntfous, with the sheaths black. Lc^s. pale rufous with the upper part of hind tibia? and tarsi, and sometimes the hind femora, dusky. Wi'/iffs subhyaline and iridescent, the veins pale rufous and the stigma black. Length female 0.15- 0.16 inch, expanse 0.30; male differs only in his somewhat smaller size and in lacking the ovipositor. In many specimens the mesothorax and the eyes are more or less distinctly rufous. Described from 50 females, 10 males bred June 23d — July 29th 1S70 from larvae of Conotrachelus 7ienufhar, and 2 females obtained from Dr. Fitch. Larva, (Fig. 5, a) — white with translucent yellowish mottlings. Pufa, (Fig. 5, c) — Female — 0.17 inch long; whitish, the members all distinct, the antennae touching hind tarsi, the ovipositor curved round behind, reaching and touching with its tip the third abdominal joint, which afterwards forms the apical joint of imago; five ventral joints, which in the imago become much absorbed and hidden, being strongly developed. Cocoon, (Fig. 5, h) — Composed of one layer of closely woven yellowish silk. VARiETi- RUFUS — Head, thorax and most of first abdominal joint entirely rufous, with the middle and hind tibice dusky, and the ovipositor three times as long as abdomen and projecting more than twice its length beyond its tip. Described from three females bred promiscuously with the others. This variety is slightly larger and differs so remarkably from the normal form that, were it not for the absolute correspondence in all the sculpturing of the thorax and body, and in the venation of the wings, it might be considered distinct. The greater length of the ovipositor is very characteristic and accompanies the other variations in all three of the specimens. LFlGURK 6.] Porizon Curculio Parasite : {a) female ; {h) male ; (c) antenna. The other parasite works in very much the same manner btit instead of issuing the same summer as a fly, it remains in its somewhat tougher and more yellowish cocoon all through the fall and winter, and does not issue in the winged state till the following spring. This parasite was first discovered by Dr. Trimble who sent me the cocoons from which I subsequently bred the perfect fly. It belongs to the first sub-family {Ichneufnonides) of the Ichneumon-flies and apparently to the genus Porizon'^ of which it forms a new species. But I shall here also, in this * As I am informed by Mr. E. T. Cresson of Philadelphia, who pays especial attention to the classification of the Ichneumonid.^, it might more properly he referred to Holmgreu's genus T hersiloclms which differs from Porizon in the greater distance between the antenna; at base, and in the venation of the wing. STATE HORTICULTURAL SOCIETY. I07 reading, omit the technical description which follows, and will only state that it differs from the otlier species in its reddish-brown abdomen, as well as in form, as may be readily seen by refen-ing to the ligures (Fig. 6, a female; b male; c antenna). PoRizoN coxoTRACHELi, N. Sp. ITcad pitchy-black, opaque, the ocelli triano-ularlv placed and close together; eyes oval, polished, and black; face covered with a silverv-white pubescence; labrum rufous, with yellowish hairs; mandibles and palpi pale yellowish-brown; antenna; inserted in depressions between the eyes, reachini^ to metathorax when turned back, filiform, 24-jointed; black with basal joints 6-— I becoming more and more rufous, the bulbus always distinctly rufous; bulbus rather longer and twice as thick as joint 3; joint 2 about one-third as long. Thorax pitchy-black, opaque, the sides slightly pubescent with whitish hairs, the mesothorax rounded and bulging anteriorly, the scutellum slightly excavated and sharplv defined by a carina each side; metathorax with the elevated lines well defined and running parallel and close together from scutellum to about one-fourth their length, then suddenly diverging and each forking about the middle. Abdoinen glabrous, polished, very slender at base, gradually broader and much compressed from the sides at the apex which is truncated; peduncle uniform in diameter and as long as joints 2 and 3 together; joints 2 — 5 subequal in length; color rufous with the peduncle wholly, dorsum of joint 3, a lateral shade on joint 3, and more or less of the two apical joints superiorly, especially at their anterior edges, black; venter more yellowish: ovipositor about as long as abdomen, porrect when in use, curved upwards when at rest, rufous, with the sheaths longer and black. Lr^s, including trochanters and coxie uniformly pale yellowish-brown with the tips of tarsi dusky. Wings subhvaline and iridescent, wilh veins and stigma dark brown, the stigma quite large, "and the two discoidal cells subequal and, as usual in this genus, joining end to end, but with the upper veins which separate them from the radial cell, slightly elbowed instead of being straight, thus giving the radial cell a quadrangular rather than a triangular appearance. Male difiers from female only in his some- what smaller size and unarmed abdomen. Expanse female 0.32 inch, length of body exclusive of ovipositor 0.22; expanse male 0.28, length 0.18. Described from 3 females, i male bred May 26th — 2Sth, 1870, from cocoons received from Dr. I. P. Trimble, and i female subsequently received from the same gentleman — all obtained from larvae of Cofiotrachelus nenufhar. " But of what use are these parasites.'"' say you ! Well, they can not, it is true, be turned to very great practical account, because they are not sutHciently under our control; but it is a source of great satisfaction to those who have been looking for many years for some natural aid to help them in the artificial warfare waged against the Curculio, to know that besides its several cannibal foes, there arc at last two true parasites which attack it. Indeed with the knowledge of the Curculio-encmies figured and described two years ago in the American Entomologist^ and of the egg-destroying Thrips which I described to you last year, and these two parasites, the grower of our luscious stone-fruits may with good reason begin to hope for better days, for the prospect brightens. There is no philosophy in the statement of Mr. Ransom,* that we can never hope for assistance from pai'asites, Ijccause, as he confidently expresses it, "there are none at present but what have always existed !" Such argument will do for the believers in the old-school doctrine, that every thmg was cre- ated just as we find it; but not for those who rightly comprehend the * Prairie Farmer, June 4tli, 1S70. Io8 TRANSACTIONS OF THE ILLINOIS Darwinian hypothesis of development, and who believe that life is slow^ly undergoing change and modification to-day just as it ever has since it had an existence on this Earth, For my own part, nothing has ever appeared more absurd than the direct creation of something out of nothing, and I would as soon believe that we all dropped full grown from the clouds, just as we are here to-day — instead of being brought into the world bjr natural means and gradually developing into manhood and woman- hood— or that we have the same habits as our barbarous ancestors had, as to believe that the animal life about us is now as it was in the begin- ning! Therefore, though these Curculio parasites may have existed in this country long ere the white man first beheld its shores, yet they may only have acquired the habit of preying upon the Curculio within the last comparatively few years. Moreover, much benefit may be derived from their artificial propagation and dissemination, and — Utopian as the scheme may appear to you — I intend next year, Deo volente, to breed enough of the first mentioned species to send at least a dozen to every county seat in Missouri, and have them liberated into some one's peach orchard. By this means I hope to spread them all over the State, and if in future years you Suckers should find that our peach growers are, by its aid, able to get a fair crop of peaches every year while yours are con- stantly destroyed by Mrs. Turk, our State Government may condescend to send across the Mississippi a fe^v thousand pairs of the little Sigalphus for the trifling consideration of $i.oo per pair! If the money derived from this new branch of industiy should be safely set aside in the vaults at Jeflerson City, until sufficient has accumulated to erect in St. Louis a fire-proof building for a museum of Natural History, and Agricultural and Geological rooms, there would be at least as much prospect of get- ting such a building as there seems to be now ! THE APPLE CURCULIO. {Antkonomus quadrigihbus. Say.) " Prove all things ; hold fast that which is good !" This injunction of St. Paul applies with just as much force to us to- day, as it did in centuries past to the Thessalonians. In what has been said above about the Plum Curculio we have had abuiadant opportunity of testing the soundness of the old proverb, and in ascertaining the histoiy of the Apple Curculio, wloich I am about to give you, it was very neces- sary to bear the advice in mind. It often takes years to undo the asser- tions of men who are in the habit of talking glibly of that which they really know nothing about, and I ought to comment severely on what has been said about this insect ; but I refrain from doing so, in this case, lest it be said that my words are prompted from personal considerations. I shall therefore content myself with a plain narrative of this insect's habits. First then, let us explain the differences between the perfect states of this insect and the Plum Curculio, that any one of you may distinguish between them. STATE HORTICULTURAL SOCIETY. tOg The snout of the Plum Curculio hangs down like tlie trunk of an elephant; it is short, stout, and does not admit of being stretched out horizontally forwards; and as may be seen by referring to the figure (Fig. I, c) is scarcely as long as the head and thorax together, and can be folded back between the legs, where there is a groove to receive it. The Plum Curculio is broadest across the shoulders and narrows behind, and moreover, the black sealing-wax-like, knife-edged elevations on the back, with the pale band behind them, characterize it at once from all our other fruit-boring snout-beetles. [Figure 7.] Apple Curculio — (a) natural size ; (b) side view ; (c) back view. The Apple, or Four-humped Curculio (Fig. 7) is a smaller insect, with a snout which sticks out more or less horizontally and can not be folded under, and which in the male is about half as long, and in the female is fully as long as the whole body. This insect has narrow shoidders and broadens behind, where it is furnished with four very conspicuous humps, from which it takes its name. It has neither the polished black eleva- tions nor the pale band of the Plum Curculio. In short, it differs gener- ically and never attacks stone fruit. The size varies, as you will see from the specimens in the lecturing box, from less than i-30th to nearly i-i2th of an inch, but the colors are quite uniform, the body being ferruginous or rusty-brown, often with the thorax and anterior third of the wing-covers ash-gray — the thorax having three more or less distinct pale lines. ITS NATURAL HISTORY. This beetle, like the Plum-weevil is a native American insect, and has from time immemorial fed on, and bred in, our wild crabs. It eventually learned to like our cultivated apples and pears, and is also found on quinces. At present it does considerable damage to the crop in some localities, though it yet prefers the wild to the cultivated fruit. Like the Plum-weevil also, it is single-brooded, and winters over in the beetle state, though I was led to believe differently a year ago. With its long thin snout it drills holes into the fruit, much resembling the punc- ture of a hot needle, the hole being round, with a more or less intense black annulation, and an ash-gray centre. Those holes made for food no TRANSACTIONS OF THE ILLINOIS are about one-tenth of an inch deep and generally scooped out broadly at the bottom in the shape of a gourd. Those which the female makes for her eggs are scooped out still more broadly and the egg at the bottom is often found larger than the puncture at the orifice — thus indicating that it swells from absorption, by a sort of endosmosis, of nutritiv^e fluid from the surrounding fruit, just as the eggs of many saw-flies and of some other snout-beetles are known to do. The egg is fully 0.04 of an inch long, nearly oval, not quite three times as long as wide, and of a yellowish color with one end dark and empty when the embryo larva is well formed. The egg-shell is so veiy fine that the larva seems to gradually develop from it instead of crawling out of it; and by taking a matured egg and gently rolling it between the thumb and finger, the young larva presents itself, and at this early age its two little light brown mandibles show distinctly on the head. As soon as this larva hatches it generally goes right to the heart of the fruit and it feeds there around the core, producing much rust-red excrement, and acquiring a tint of the same color. It feeds for nearly a month, and when full grown presents the appearance of Figure 8, d. [Figure 8.] Apple Curculio \{a) pupa ; (b) larva. It diflers so remarkably from that of the Plum Curculio that the two insects can be distinguished at a glance even in this masked form. It is softer, the chitinous covering being thinner and much whiter. It can not stretch straight and travel fast as can that of the Plum Curculio, but curls round with an arched back, joints 4 — 7 being larger than the pre- ceeding. It is more crinkled, each joint being divided into three principal folds much as in the common White Grub. The space between the folds is frequently bluish-black, and there is a very distinct, continuous, vascular, dorsal line of a bluish color. It has no bristles like nenuphar except a few weak ones on the first joint, arising from some ventral tubercles which remind one of feet. The head is yellowish-brown with the jaws somewhat darker, and the breathing pores, except that in fold of first joint, are not easily seen. IT TRANSFORMS IN THE FRUIT. The fruit of the wild crab containing this larva never falls, and the fruit of our cultivated apples seldom ; and in this respect the effect of its STATE HORTICULTURAL SOCIETY. HI work differs remarkably from that of the Phim Curculio, or even of the Codling Moth. Why such is the case it would be difficult to explain! It is one of those incomprehensible facts which at every turn confront the student of Nature's works. We might with equal reason ask why it is that of the two stone fruits, the plum and the cherry, the larger falls and perishes and the smaller hangs on and lives, when infested with the Plum Curculio; and of the two pomaceous fruits, the apple and the haw, the larger likewise falls and perishes and the smaller hangs on and lives, when infested with similar larvaj? Most persons would naturally infer that the larger instead of the smaller fruits would best resist the injurious gnawings of the worm within; and though we may explain away the paradox by supposing that the longer stem of the smaller fruits prevents the injury from reaching its juncture with the branch, so readily as it does through the shorter stem of the larger fruits; or that the greater weight of the larger fruit causes it to fall so readily; yet this is only assuming, and I doubt whether the vegetable pathologist will ever be able to show the peculiarities of the fruits which cause the different effects. The larva of the Apple Curculio has no legs and is so hump-backed that it can not stretch out, and would cut a sorry figure in attempting to descend the ti"ee. Therefore, as the fruit containing it mostly hangs on the tree, the insect is effectually imprisoned. But Nature's ways are always ways of wisdom and her resources are inexhaustible! Conse- quently we find that instead of having to go under ground to transform, as does the Plum Curculio, the normal habit of our Apple Curculio is to transform within the fruit. The larva after becoming full fed settles down in a neat cavity, and soon throws off its skin and assumes the pupa state, when it appears as at Figure 8, a. After remaining in this state from two to three weeks it undergoes another moult and the perfect beetle state is assumed. We thus see that the Aj^ple Curculio is cradled in the fruit in which it was born till it is a perfect beetle, fully fledged, and ready to carry out the different functions and objects of its life. In other words, it never leaves the fruit, after hatching, till it has become a perfect beetle. This fact I have fully tested by breeding a number myself both from infested crabs which I collected, and from cultivated apples, also infested, that were kindly forwarded to me by Mr. J. B. Miller of Anna, 111. I learn also from Mr. Geo. Parmelee of Old Mission, Mich., that he has satisfied himself of the same trait in the natural history of this insect, and I fully convinced myself that such was the normal habit, by repeatedly removing the full grown larva from the fruit and placing it on the surface of the ground, when, in every instance it would make no attempt to bury itself, but would always transform on the surface. THE AMOUNT OF DAMAGE IT DOES. The observations that I have been able to make on this insect's work in our cultivated orchards are limited, but I think that it attacks with equal relish both summer and winter apples. Whenever a beetle has 112 TRANSACTIONS OF THE ILLINOIS perfected in the fruit, it cuts quite a large hole for its escape, and these holes are sufficiently characteristic to enable one who has paid attention to the matter to tell with tolerable certainty whether an apple has been infested with Apple-worm, Plum Curculio, or Apple Curculio — even after the depredator has left. In the southern portion of Illinois and in some parts of Missouri this insect is very abundant and does much damage to the apple crop; it occurs in greater or less numbers in most states of the Union, but in other localities again its work is scarcely ever seen, and I am satisfied that the damage it does has been much oveiTated. We can only judge of the future by the past, and though we may expect this insect to increase somewhat with the increase of our orchards, it is folly to sup- pose that it can go on increasing in geometrical ratio; and the pretty mathematical calculations which are intended to alarm the cultivator at the gloomy prospects of the future, are never made by those who under- stand the complicated net-work in which every animal organism is entangled, or who rightly understand the numerous influences at work to keep each species within due bounds. Such figures look well on paper, but, like air-castles, there is nothing real about them. Our apples suffer much more, in many localities, from the gougings. of the perfect beetle and the burro wings of the larva of the Plum Cur- culio, than they do from the work of this Apple-Curculio ; and this was so much the case in my own locality the past summer, that I found a dozen larvte of the former in apples, where I found one of the latter. [At the meeting of the Society, Mr. E. Daggy of Tuscola, Ills., had on exhibition some pears that were very much deformed and gnarled. After the reading of this paper he informed me that this injury had been caused by the Apple Curculio, which he recognized from my figure and from the specimens in the lecturing box. Upon examining the pears I found a little dark circular spot which indicated distinctly where the snout of the beetle had been inserted. This spot was the centre of a hard and irregular but generally rounded knot or swelling which was sunk in a depression of the softer parts of the pear, thus indicating that the growth, by some property of the puncture, was checked and hardened, while the other parts went on growing and swelling. Some of the fruit was so badly disfigured that it could no longer be recognized, and Mr. Daggy informed me that his Vicar of Winkfield, and " Sugar Pear " were most affected in this way, and tliat his Duchesse pears were unblem- ished]. THE SEASON OF THE YEAR DURING WHICH IT WORKS. The beetles come from their winter quarters and begin to work on the fruit at about the same time as does the Plum Curculio — if anything a little later. They have generally got fully to work, and larvas may be found already hatched, by the first of June, and tliey may be found in the fruit in one stage or another all along tlirough the months of June and July and the greater part of August. STATE HORTICULTURAL SOCIETY. IT3 REMEDIES AND PREVENTIVE MEASURES. Notwithstanding we have had reports pubHshed, in the columns of our agricultural papers, of the relative number of Apple and of Plum Cur- culios captured from peach trees by jarring with the Curculio-catcher, I am fully convinced that such reports were not based on facts, and that we may ne\'er expect to subdue this insect by the jarring process. It is not as timid or as much inclined to drop as the Plum Curculio, and though it can occasionally be brought down, it generally remains defiantly on the fruit or on the bough, through the gentlest as well as the severest jarring of the tree. Indeed, its habit of transforming in the fruit, places it in a great measure beyond our control, and I fear that this is one of the few insects with which we can do but little by artificial means. But we have only just commenced to under- stand this foe, and there is much yet to learn about it. I sincerely hope that the few facts which have been here given, will increase your interest in this insect and enable you to carry on future observations and experi- ments with a better understanding; so that they will at last result in making us masters of this rather difficult situation. Mr. H. Lewelling of High Hill, Montgomery Co., Mo., who has had much of his fruit injured by this insect, informs me that Tallman's Sweet is preferred by it to all other varieties, and our observations should, as much as possible, tend in the direction of deciding which varieties are most subject to, and which most exempt from its attacks; and which varieties fall most readily when infested by it. For it is obvious that with our present knowledge, the only real remedy which yet exists, is the destruction of the infested fruit, whether upon or off' the tree ; and it may turn out that although we can not jar down the beetles we can jar down much of the infested fruit, which would, without jarring, remain on the trees. Anthonomus quADRiGiBBUs, Saj — Larva (Fig. 8, V) — Average dorsal length when full grown 0.45 inch; soft and white, with a very few sparse soft hairs; arched and wrinkled Lamellicorn-fashion, the space between the wrinkles, and a distinct dorsal vascular line bluish-black. Head free and almost perpendicular, yellowish- brown with the mandibles darker. A pair of polishel ventral tubercles on each of the three thoracic joints, and each bearing a distinct bristle. Pupa (Fig. 8; a) — Average length 0.40 inch. Whitish, the snout of female reaching beyond the lip of wing-cases, that of male not much beyond the elbow of middle femora and tibia;. Thorax with a few short stiff hairs springing from slight conical elevations. Wing-cases showing the stria; and humps of future beetle, the tip of the upper case usually terminating in a thorn. The nine abdom- inal joints deeply and distinctly separated, the first showing a rounded scuttellar tubercle; the sides angular, conically ridged and armed on each joint with two brown thorns or bristles, which become stouter towards apex; a transverse dorsal row of about eight similar bristles on llie posterior sub-margin of each joint, also becoming larger towards apex: Terminal sub-segment ending in one stout, slightly curved, thorn. THE QUINCE CURCULIO. {Co7tolrac/ielus crnlagi, Walsh.) HOW IT DIFFERS FROM THE OTHERS. This insect has been called the Qiiince Curculio by Dr. Trimble, and though it breeds in other fruits, the name is a good one as it will enable II 114 TRANSACTIONS OF THE ILLINOIS us to distinguish it at once from our other fruit snout-beetles. I have had the beetle in my cabinet for several years but knew nothing of its larval history till a year ago last fall. It breeds veiy abundantly in our com- rnon haws and I raised a number of them the present season from the fruit of the Pear or Black Thoi^n {Cratcegus tof?ieniosa) obtained from Mr. Walsh. [Figure 9.] Qiiince Curculio — (a) side view ; (b) back view. Though belonging to the same genus as our Plum Curculio, and hav- ing very much the same form, as may be seen by referring to the figure, (Figure 9), yet it difters remarkably in its habits from both of the pre- ceeding weevils. It is, like them, an indigenous species and its original fruit was evidently the wild Haw, which in the West it yet seems to pre- fer to the cultivated fruits. But in the East it has become very injurious to the Quince and, as we might naturally expect, also attacks the Pear, and especially the Lawrence and other late varieties. In September 1868, I received specimens from W, W. Swett of Hightstown, N. J., with the statement that they were found on pears, and Dr. Trimble at a late meet- ing of the New York Farmers' club (Oct. 22, '70) gave the following account of its injuries in New Jersey the present year: " Yesterday five or six hundred were taken from tlie bottoms of two barrels of quinces, although tliose quinces had only been gathered four days before. A friend of mine has a quince orchard of 2S6 trees. These trees this season should average seventy or eighty quinces to a tree, making more than twenty thousand. Upon a most careful search I was unable to find one specimen perfect, or clear of one or more blemishes caused by the punctures of this insect. Frequently four, five, or six grubs will be found in a single quince. Mr. Goldsmith, the owner, keeps this orchard in first-rate order; he has faithfully kept out the borers, so fatal to the quince trees; has fertilized very freely, and the cultivation is perfect. He told me yesterday, that his crop this year is thirty barrels, which will yield him about $125. Had this insect let him alone he should have had at least 100 barrels, worth from $800 to $1,000. Many of his later pears, including the Seckel and Lawrence, have suffered greatly, though not to the same extent as his quinces. A few days ago he emptied a barrel of cullings, chiefly Lawrence pears, and in and near the bottom of that barrel were found at least 400 of these grubs. A month ago I visited the orchards attached to one of the best nurseries in Pennsylvania, and I found the sad evidence of the presence of this enemy. Even the Seckel pears, though very abundant, were almost worthless; later varieties still worse. Mr. Fuller tells me that he has seen this season, in Western New-York, the same condition of fruit at a well known nursery, even the Duchesse pears almost totally destroyed. This fruit enemy seems yet confined to localities, but is spreading rapidly," This beetle was first very briefly described by Mr. Walsh in a note in the Prairie Partner for July 18th, 1863, p. 37, from specimens found STATE HORTICULTURAL SOCIETY. II5 by him on the hawthorn, but until I bred it this sprino^ nothing was known of its larval liistory. It is a somewhat larger insect than the Plum Curculio, has a comparatively longer snout and is very broad shouldered; thus tapering just the opposite way to the Apple Curculio. Its general color is a tolerably uniform ash-gray, mottled more or less with ochre-yellow, dusky and whitish, and it has a dusky somewhat triangular spot at the base of the thorax above, and seven distinct narrow longitudinal elevations on the wing-covers, with two rows of punctures between each. This beetle differs further from the others, in the fact that it does not appear, even in the latitude of St. Louis, till about the first of June, and I have had its larvie of the previous year in the ground in May when the newly hatched larvie of the Plum Curculio were already working destruction in the fruit. In some of the more Northern States it would not appear till the middle of July. ITS TRANSFORMATIONS AND HABITS. This snout-beetle does not make a crescent like the Plum Curculio; but, like the Apple Curculio, makes a direct puncture for the reception of its egg, the hole being somewhat larger than that of the latter, and the bottom of the cavit\' similarly enlarged and gnawed, so as to form a neat bed for the egg. The egg is very similar to that of the Plum Cur- culio, and hatches in a few days after being deposited. In all probability it also swells and enlarges somewhat before hatching. The lai-va works for the most part near the surface of the fruit and does not enter to the heart. It is of the general form of that of the Plum Curculio, and differs principally in being somewhat larger, more opaque-white, and in having a naiTow dusky dorsal line and a distinct lateral tubercle on each joint. When full grown, which is in a month or more from the time of hatching, it leaves the fruit through a smooth cylindrical hole and burrows two or three inches into the ground. Here, singularly enough, it remains all through tlie fall, winter, and spring months without changing — no matter whether it left the fruit as early as the first of August or as late as the first of October. This is the peculiar feature of the insect, namely, that it invariably passes the winter in the larva state, and does not even assume the pupa state till the fore part of May or a few days before issuing as a beetle. In this respect it resembles the nut-weevils which infest our hickory-nuts, hazel-nuts, and acorns. In higher latitudes than that of St. Louis there is evidence that some of the late hatched larvae do not leave the haws they infest till frost overtakes them, but pass the winter within the fruit as it lies on the frozen ground. The pupa differs only from that of the Plum Curculio in the gi'eater length of the proboscis. It will be remembered, perhaps, by many members of this Society, and I have before referred to the fact, that Dr. Fitch supposed the Plum Curculio was two-brooded, and those who have read his " Address " on this insect will readily perceive that he based this opinion on findingf what he took to be its larvae in the tender bark of a pear twig late in the Il6 TRANSACTIONS OF THE ILLINOIS fall, and on finding what he similarly mistook for such larvze in haws in winter. Of course we know positively now that the Plum Curculio does not so breed in pear twigs, and it is very evident tliat what Dr. Fitch took to be Plum Curculio larvte in such a twig were the young of some other insect, or perhaps even the eggs of some leaf-hopper ( Tettigojzid) which are generally placed in the position described by him. But though this first error of Dr. Fitch's has been explained away, the second never has till now, when we may assume, with gi'eat reason, that the larvae which misled the Doctor and which were found in ha\vs in winter time, were in reality the larvae of our Qiiince Curculio. How easily are fallacies exploded, and errors corrected, even years after they are com- mitted, by a few well tested facts! The two former Curculios which we have been considering have a beetle existence of between nine and ten months, during most of which time, or as long as the weather is sufficiently mild, they feed in the man- ner described. The present species has a beetle existence of not more than two months, and as though aware of the short term allotted to it for enjoyment, it endeavors to make the best use of its time. Conse- quently we find it more ravenous than either of the other species, and it is really astonishing how much this insect eats. It excavates immense holes for food, often buiying itself in them completely; and I have known apples furnished to these beetles in confinement, to have their substance so completely devoured, that nothing but the rind was left. Two years ago this fall there was scarcely a quince that came into the St. Louis market, that was not marred by numbers of large gougings, and though I was then inclined to attribute such holes, to the gnawings of grasshoppers, I feel pretty well convinced at present that the work might with more justice have been attributed to this Qiiince Curculio. The question will naturally arise, since this insect breeds in the haw, the quince, and the pear, whether it will also breed in the closely allied apple .'' So far as my experiments go, they indicate clearly that it will not; for although the beetle will eat and greatly disfigure apples, when no other nourishment is at hand, yet a number which I confined to a large branch of an apple tree on the 14th of June last, absolutely refused to deposit eggs and died three weeks afterwards. REMEDIES. Very fortunately this insect drops as readily when alarmed as does the Plum Curculio, and the jarring process will be found just as eflect- ual in catching it, with the additional advantage that the jarring need only be carried on for about ten weeks of the year, namely, from about the first of June to the middle of August in this latitude. Moreover, in accordance with its late appearance we find that, according to Dr. Trim- ble, whenever it attacks pears, it prefers the late ripening varieties. Again, it is, like the Plum Curculio, nocturnal in its habits, and secret- ive during the day; so that the Ransom process will undoubtedly prove effectual with it if used at the right season. All fruit that falls should be destroyed, and as we know that the larva hibernates in the ground, STATE HORTICULTURAL SOCIETY. II7 many of them will be injured and destroyed by late stirring of the soil. CoNOTRACHELUS CRAT^Gi, Walsh — Larva — Average length when full grown 0.32 inch; 4^;^ times as long as wide, and straight. Opaque whitish, with a narrow dusky dorsal line, generally obsolete on thorax, and a few very short hairs. Distinct lateral tubercles on all the joints. Head rufous with mandibles black, except at base, and distinctly two-toothed at tip. Pufa — Average length 0.28 inch. Snout reaching a little beyond elbow of middle tibiiu and tarsi, w ith two stout rufous thorns near the origin of antennae, two more at base and sometimes others more toward the tip. Head and thorax also armed with such thorns, and also two to each elbow of the femora and tibiae. Wing cases with rows of short rufous bristles along the elevations between the striae. Abdomen cylindrical, the basal joint with a central scutellar bristlelcss tubercle and two others, one each side of it, each bearing a bristle: the other joints conicallv tubercled laterally, each tubercle bearing a stout bristle, and each joint bearing dorsally about four other bristles on its posterior sub-margin. Ter- minal sub-segment squarely cut olf and bearing two stout inwardly-curved brown thorns. THE PLUM GOUGER. {Atithonomus frunicida, Walsh.) ITS CHARACTER, DISTRIBUTION, AND FOOD. [Fig. 10.] The Plum Gouger. This name was given by Mr. Walsh to another indigenous weevil which is represented enlarged in the accompanying illustration (Fig. 10). It is easily distinguished from either of the preceeding weevils — as you will see at a glance by referring to the figures and to the specimens in the lecture-box — by its ochre-yellow thorax and legs and its darker wing-cov- ers, which are dun-colored, or brown with a leaden-gray tint, and have no humps at all. Its snout is not much longer than the thorax, but as in the Apple Curculio, projects forwards, or downwards, but can not be bent under as in the Plum Curculio. This insect was first described in the Prairie Parmer for June 13th, 1S63, and the description was afterwards republished in the Proceedings of the Boston Society of Natural History for February, 1S64. Mr. Walsh gave such a good account of it in his Report as Acting State Entomologist that it is unnecessary for me to go into detail, and I will therefore only briefly allude to those traits in its history which are well established. The Plum Gouger seems to be unknown in the Eastern States, but is very generally distributed throughout the valley of the Mississippi. As a rule it is much less common and does much less injury than the little Turk, though in some few districts it is found equally abundant, and I Il8 TRANSACTIONS OF THE ILLINOIS received specimens on the first of June last, from my esteemed corres- pondent, Mr. Huron Burt of Williamsburg, Callaway Co., Mo., with the statement that it was doing great damage to the plums in that locality, though the little Turk was scarcely met with. There is a plum known there as "Missouri Nonsuch" which, though said to be Curculio proof, is worked upon very badly by the Gouger. The Plum Gouger is often found on wild crab trees, and may, like the Plum Curculio, occasionally deposit and breed in pip fruit; but it is par- tial to smooth-skinned stone fruit such as prunes, plums, and nectarines, and it does not even seem to relish the rougher-skinned peach. OFTEX MISTAKEN FOR THE PLUM CURCULIO. It has often been confounded with the Plum Curculio, and was once supposed by our friend L. C. Francis of Springfield, Ills., to be the male of that species. We all have a right to suppose what we please, and as long as our suppositions are not thrust on the public for ascertained facts, they can do no possible harm. But Mr, J. P. Williamson, of Des Moines County, Iowa, is not satisfied with supposing this or some other straight- snouted weevil, to be the female of the Plum Curculio, but, in a last sum- mer's issue of the Prairie Farttier^ not only emphatically speaks of it as such, but, finding that these supposed females frequent the trees two weeks earlier than the males, ( ?) he concludes for some unexplained reason, that the sole object of visiting the fruit is for the deposition of eggs; and straightway hatches the theory that the Plum Curculio can do no harm till the males appear!! Consequently, instead of jarring our trees as long as fruit remains on them, we are informed by Mr. W^illiamson that it is only necessary to jar them about six weeks. And thus it always is with men who do not sufficiently understand the absolute importance of care and caution in reading Nature's secrets: from supposition to assumption; from assumption to theory; from theory to advice, which — it is unnecessary here to say — is of a most pernicious character. I ITS TIME OF APPEARANCE. This beetle appears in the spring about the same time as the Plum Curculio, but as no eggs are deposited after the stone of the fruit becomes hard, and as its lai*va requires a longer period to mature than that of the latter, its time of depositing is shorter, and the old beetles generally die off' and disappear before the new ones eat their way out of the fruit, which they do during August, September, and October, accord- ing to the latitude. ITS NATURAL HISTORY. Though we have no absolute proof of the fact, analogy would lead us to believe, and in my own mind there is no doubt, that this insect passes the winter in the beetle state, and that it is, like the other species, single-brooded. Both sexes bore cylindrical holes in the fruit for food, and these holes are of the exact diameter of the snout, and consequently somewhat larger than those of the Apple Curculio. These holes are STATE HORTICULTURAL SOCIETY. II9 broadened at the bottom, or gouged out in the shape of a gourd ; and especially is this the case with those intended by the female for the reception of an egg. The egg., in this case also, enlarges from endos- mosis, and it is probable that all weevils that make a puncture for the reception of their eggs, gnaw and enlargp the bottom, not only to give the egg room to swell, but to deaden the surrounding fruit, and prevent its crushing such egg — the same object being attained by the deadened flap made by the crescent of the little Turk. Wherever this insect abounds, plums will be found covered with its holes, the great majority of them, however, made for feeding purposes. The gum exudes from each puncture, and the fruit either drops or becomes knotty and worth- less. The young larva which hatches from the egg, instead of rioting in the flesh of the plum, or remaining around the outside of the kernel, makes an almost straight course for that kernel, through the yet soft shell of which it penetrates. Here it remains until it has become full- fed, when by a wise instinct it cuts a round hole through the now hard stone, and retires inside again to change to the pupa and finally to the beetle state. When once the several parts of the beetle are sufli- ciently hard and strong, it ventures through the hole which it had already providently prepared for exit with its stronger larval jaws, and then easily bores its way through the flesh and escapes. REMEDIES. This Plum Gouger is about as hard to deal with as the Apple Cur- culio. It drops almost as reluctantly and we therefore can not do much by the jarring process to diminish its numbers. Moreover it takes wing much more readily than the other wee\'ils we have mentioned; and though fruit that is badly punctured for food, often falls prematurely to the gi'ound, yet, according to Mr. Walsh, that infested with the larva generallv hangs on the tree until the stone is hard and premature ripen- ing sets in. In all probability the stunted and prematurely ripened fruit containing this insect will jar down much more readily than the healthy fruit, but I have so far had no opportunity of making any practical observations myself, and must conclude by hoping that our plum- growing members will make the proper experiments and give us the results. THE STRA WBERRT CROWN BORER. {Analcis fragariie N. sp.) This is another indigenous insect, which seems to be confined to our Mississippi Valley, for I have heard no complaints in any of the Atlantic States, of injuries that could be attributed to this weevil. In the Maine Partner for July 25th, 1867, we find a brief reference, made by Mr. G. E. Brackett of Belfast, Me., in answer to a certain "E. B.," of a " worm that eats into the crown of the plant and kills it." The worm referred to was, in all probability, the Crown Borer under consideration, but as no post-oflice address of the questioner is given, the paragraph might just as well never have been written, for any light that it tlirows I20 TRANSACTIONS OF THE ILLINOIS on the distribution of the insect. However, no such insect has ever been mentioned by our Eastern winters on the Strawbeny, and w^e must necessarily conclude that it does not exist in the Atlantic States. [Figure ii.] Strawberry Crown Borer — (a) larva ; (b) beetle, side view ; (c) same, back view. This insect has done considerable damage to the straw^berry crop in the Southern portion of your own State, especially along the line of the Illinois Central R. R. ; and I have seen evidence of its work in St. Louis County, Mo. At the meeting of the Southern Illinois Fruit Growers' Association, held at South Pass in November IS67, several complaints were made by parties from Anna and Makanda, of a white worm which worked in the roots of their strawberries; and in 1868, the greater portion of the plants of a ten-acre field at Anna, belonging to Mr. Parker Earle, was destroyed by it. In the fall of 1869 I had some correspondence with Mr. Walsh on this insect, and learned that he had succeeded in breeding it to the perfect state; and had it not been for his untimely death, its history would no doubt have been published a year ago. Through the kindness of Jos. M. Wilson of Sterling, Whiteside Co., and of J. B. Miller of Anna, Union Co., I received during the past year specimens of the larv^ from which I succeeded in rearing the perfect beetle. It is therefore by the aid of these gentlemen, and especially from the experience of Mr. Miller, that I am enabled to give you the above illustrations (Fig. 11) of the Strawberry Crown Borer, and the following necessarily imperfect account of its mode of working. I give them in the hope that they will prompt further investigation, and serve as a clue to enable our excellent friend Dr. Le Baron to increase our knowledge of this pest; for there is much yet to learn of its habits, and consequently of the best means of fighting it. From the middle of June to the middle of July in Southern Illinois, and later further north, the larva hatches from an egg which, in all probabil- ity, is deposited in the crown of the plant, and it immediately commences to bore its way downwards, into the pith. Here it remains till it has ac- quired its full size, working in the thick bulbous root and often eating through the more woody portions, so that when frost sets in, the plant easily breaks off and is heaved out of the ground. When full grown it presents the appearance of Figure ii, a, being a white grub with arched back and tawny-yellow head, and measuring about i-5th of an inch when STATE HORTICULTURAL SOCIETY. 121 stretched out. It undergoes its transformations to the pupa and perfect beetle states within the root, anil the latter makes its appearance above ground during the month of August. The beetle (Fig. ii, b side view; c back view) is about i-6th of an inch in length, of a chestnut-brown color, and marked and punctured as in tlie figure. From analogy we may infer that the beetle feeds on the leaves of the strawberrv, for it is a very general rule with snout-beetles, that the per- fect insects feed on the leaves of such plants as they infest in the larva state. But whether it lives on through the winter as a beetle and does not commence depositing eggs again till the following June; or whether it is double-brooded and produces a second lot of larvic which pass the winter in the roots, are questions which are not yet decided ; and until we get a more comprehensive knowledge of this insect's ways and doings, we shall be in a measure powerless before it. From all the facts that can be obtained, the first hypothesis is the correct one, and in that event we can, in an emergency, easily get rid of this pest by plowing up and destroying the plants soon after they have done bearing, or say about the latter part of June In the southern part of the State. By doing this the whole brood of borers will perish with the plants. Most strawberry- growers renew their plants, in some way or another, about every three years, and where this insect abounds, it will be best subdued by desti^oy- ing the whole bed at the time alread}' suggested and afterwards planting a new one; rather than by annually thinning out the old and leaving the new plants in the same bed. Plere we have an effectual means of extirpating tlic little pest, if, as I believe, the first hypothesis is the cor- rect one; l)ut if the second hypothesis be correct — i. e., if the insect be double-brooded — then it will avail nothing to carry out the above sug- gestions, and we thus see how important it Is to thoroughly understand an Insect's habits in order to properly cope with It. Though we may occasionally hit upon some plan of remedying or preventing an insect's injuries without knowing Its habits, yet as a general rule we but giope in the dark until we have learned Its natural history! According to Mr. Miller, all plants infested with this larva are sure to perish, and he has also noticed that old beds are more apt to be injured by it than new ones. In one of the roots received from him, I found a parasitic cocoon, so that there is every reason to believe that, as is so very generally the case widi insects, this noxious species has at least one natural enemy which will aid us In keeping It in due bounds. Indeed, Mr. Miller so often found this parasitic cocoon, that he at first surmised that the Crown Borer spun It. But no snout-bcetle larvai spin cocoons. This Crown Borer must not be confounded with another white worm of about the same size which lives in the ground and subsists on the roots by devouring them from the outside. This last may always be distin- guished by having six distinct legs near the head, and its habits are quite different. It occurs earlier in the season, and, as I have proved the past summer, is the larva of the little clay-yellow beetle, known as the Grape- 12 122 TRANSACTIONS OF THE ILLINOIS vine Colaspis [Colas pi s Jlavida, Say). A full account of this last insect, with illusti-ations, will be given in the forth-coming 3rd Entomological Report of Missouri. This weevil belongs to the genus Anakis which is distinguished by its sub- cylindrical oblong-oval body, its short robust snout which fits into a deep grove, its lo-jointed antennce, and its simple or unarmed thighs. As our strawberry insect is a new species I subjoin a description of it for the scientific reader: — Analcis fragari.e, N. Sp. — Imago,F\g. ii,c — Color deep, sub-polished, chest- nut-brown, the elytra somewhat lighter. Head and rostrum dark, finely and ilensely punctate and with short coarse fulvous hairs, longest at tip of rostrum; antennte rather lighter towards base, lo-jointed, the scape much thickened at apex, joint 2 longest and robust, 3 moderately long, 4-7 short, S-10 connate and forming a stout club. Thorax dark, cylindrical, slightly swollen across the middle, and uni- fi-rmly covered with large thimble-like punctures, and with a few short coarse fulvous hairs, unusually airanged in three more or less distinct longitudinal lines; pectoral groove ending between front legs. Abdomen with small remote punctures and hairs, which are denser towards apex. Legs of equal stoutness, and with shallow dilated punctures and uniform very short hairs. Elytra more yellowish-brown, dilated at the lower sides anteriorly, and with about 9 deeply-punctured strite, the stri^ sometimes obsolete; more or less covered with coarse and short pale yellow hairs, which form by their greater density, three more or less conspicuous transverse bands, the first of which is at base: between the second and third band, in the mid- dle of the elytron, is a smooth dark-brown or black spot, with a less distinct spot of the same color below the third, and a still less distinct one above the second band. Length 0.16 inch. Described from four specimens bred from strawbeiT_\ -boring larvie. The black spots on the elytra are quite distinct and conspicuous on two specimens, less so on one, and entirely obsolete on the other. Lurva,V\g. \i, a — White with back arched Lamellicorn-fashion. Head gam- boge-yellow, glabrous with some faint transverse striations above mouth; mandibles rufous tipped with black; labrum emarginate, and with palpi, pale. A faint narrow- dorsal vascular line. Legs replaced by fleshy tubercles. Length 0.20 inch when stretched out. I had intended to say something of the Grape Curculio and the Grape Cane Curculio; of the Hickory-nut and Hazel-nut weevils; of the Pea and Bean weevils; of the Corn-weevil, Grain-weevil and some other destructive weevils, but have already occupied more than the allotted time, and must close. CONCLUSION. In conclusion, ladies and gentlemen, I beg leave to assure you that this paper has been written in the true interest of science. If a single word has seemed to animadvert against any one of you, I hope you will believe me when I tell you that no reflections A\ere intended, and that my sole object is the dissemination of truth and facts. If these facts hit with force and shatter some of the beautifid and visionary theories that have been preached to you as gospel, it is not my fault. No one should smother truth on personal grounds or because it conflicts with the ex- pressed opinions of another. We are all liable to make mistakes, and perhaps no man e\'er }et lived who did not at some time of his life com- mit a blunder. But the difference between the man who writes for truth and the man who writes for victory, is, that the former frankly confesses STATE HORTICULTURAL SOCIETY. 1 23 his errors as soon as he is made aware of them, and even courts true crit- icism, while tlie latter never will allow that he is wrong, but having once made a false statement, will never go back on his word. You are engaged in a most glorious work, namely, the advancement of the beautiful art and science of Horticulture. You are each of you doing what you can, in the first place to promote the aesthetic influences of your calling so as to elevate and render it attractive to the young who are constantly seeking occupation in the numerous walks of life; and in the second place to make your business more profitable. To further either, or both of these objects, true science — knowledge — must be ap- plied to all your daily operations. 1 say tiue science, because we want none of the bogus article. We must recollect that while man is the interpreter of nature, science is its right interpretation, and that it is the wrong interpretation of Nature's truths that has brought true science into such disrepute among many practical men. We can not each of us become piolicicnt in all departments, and must, to attain the greatest good, confine ourselves in a great measure to specialties. Professor Gould has truly said that "an equal culture in many directions is synony- mous with superficiality in all, and an ' admirable Crichton ' is to-day simply a ridiculous object." Science means knowledge, and knowledge means power, and to promote and advance the incipient Science of Horticulture which we are engaged in, we must each of us bring the knowledge gained in our several departments, and ofier it upon one common altar for the common good. The man who receives an apple tree from the nursery, and who plants and cultivates it without knowing anything of the insect enemies that are likely to ruin it, will not stand the same chance of raising fine fruit from that ti'ee, as that man will, who, with the requisite knowledge guards against catastrophe, by first examining the young tree so as to destroy bark-lice, root-lice, or the eggs of caterpillars that may be upon it; who afterwards soaps it carefully, to prevent the borers, and eventually when it comes into bearing, properly surrounds its trunk with rags to entrap the Apple-worm; and the same argument applies to all other kinds of knowledge necessary to the proper cultivation of such a tree. "A little fire is quickly trodden out, Which, being suffered, rivers can not quench," and we must always bear in mind in dealing with insects that it is far easier to prevent than to cure. You are no doubt all of you familiar with the quotation from Dean Swift's account of what the King of Brobdignag said to Lemuel Gulli- ver; "and he gave it for his opinion, that whoever could make two ears of corn, or two blades of grass, to grow upon a spot of ground where only one grew before, would deserve better of mankind and do more essential service to his country than the whole race pf politicians put together." I take it that we are each of us doing our utmost to carry out King Brobdignug's idea, and in these annual reunions, when by interchange of 124 TRANSACTIONS OF THE ILLINOIS the experience of the out-going year, we hope to benefit each other; let the past be forgotten in the kindly feelings of the present and the hopes of the future. Let us, in Tennyson's beautiful language, '' Ring out the old, Ring in the new. Ring out the false, Ring in the true." Mr. Daggy had found the Apple Curculio at work on the fruit of 'he Pear, and exhibited a specimen of the fruit that had been attacked ! )y this insect. Mr. Bliss said that the extent of the ravages of the Curculio is so q-reat that we should use every means at our command to learn their habits and eftect their destruction. He hoped more would be said and ;nuch more done in this direction by the members of this Society. The paper on the Moral Influence of Horticulture which was due at this time was presented by the Secretary — but on account of the absence of the author it was on motion refen^ed to the Executive Committee to be published at their discretion. The paper of Mr, Bryant having been omitted from the morning session, for want of time for its reading — he was requested, by vote of the Society, to present it at this time; which he did — reading as follows : NOTES ON THE CULTIVATION OF SOME OF THE MOST VALUABLE DECIDUOUS FOREST TREES. The forests of Illinois may be said to be made up entirely of deciduous trees; the few scattered specimens of pines and cedars not being wortia taking into account. Twenty years ago there was more wood in the neighborhood of the praii^es than at the first settlement of the country; but since the advent of railroads, the destruction of timber has been very rapid. The mission of civilized man in the United States has hitherto been the destruction, rather than the propagation of trees. Many people have no notion of worth in a forest tree aside from its cash value, and would ridicule tlie idea of preserving a forest longer than till it could be felled and taken to market. Such sentiments appear to have prevailed in very ancient times. Mention is made in the 74th Psalm, of the high i-egard in which skillful wood-choppers were held. As the old Scotch paraphrase has it, — A man was famous, and was had In estima-ti-on, According as he lifted up His axe thick trees upon. The evils resulting from a total destruction of "thick trees" are seen in the utter desolation of large portions of Western Asia, and are al)l\' set forth in the work of G. P. Marsh, entitled "Man and Nature," a book well worth the perusal of every intelligent person. STATE HORTICULTURAL SOCIETY. I 25 The inconveniences :uul physical evils attending a destitution of woodland, can only be prevented by appropriating a certain proportion ot each farm to the growth of forest trees. There is reason to believe that if one-fifth of each farm on the prairies were planted ^vith trees, the owners would dcri\e far greater advantage from them, than if they were to remain in their present state. Tall, straight, clean timber is founil only in dense woods, and to produce such in plantations, the trees must be thickly grown while young. Lands designed for timber-planting, if tillable, shoukl be well ploughed and harrowed, and marked out in rows four feet apart, for the reception of the seeds or voung trees. Seeds of the diflcrent classes of trees require somewhat dillerent treatment. Undoubtedly the most important class of deciduous trees in our country is that of the Cupuliferae, or cup bearing trees, which includes the Oaks, the Chestnut, and the Beech. The most valuable species of this class are. the white-oak, burr-oak, swatnp white-oak, post-oak, and chestnut. The seeds should be gathered as soon as ripe, mixed with damjj sand before they become dry, packed in boxes, put in a cool place on the north side of a building or fence, and covered with earth ; securing them against access by rats or mice. In spring they should be planted as early as possible, one foot apart in the rows. The seeds of the oaks should be planted where the ti^ees are to remain, as they ai'c injured l)y being transplanted. The young plants should receive clean culture until they are too large to be smothered by weeds. If they are to be removed it is best to sow in seed-beds and transplant when one, or at most, two years old. The chestnut is sometimes killed to the ground the fix'st winter in northern Illinois. This should be guarded against by ridging up the rows with a plough, late in autumn, or by covering with litter. It is rarely, if ever injured by cokl after the first winter. Among the oaks of Illinois, the white-oak, (^uercus a/l>a), is unques- tionably the most useful, and is also diflused in the greatest abundance over the country. Its multiplied uses are well known; where strength, solidity and durability are required, it is employed in preference to almost any other tree. Its preservation and propagation is therefore a matter of great importance. There are in this State many tracts of broken land, mostly in the vicinity of the streams, which are covered with young trees, principally oak, that only need preservation to become in time valuable timber. The burr-oak, (.ii>. i>iacrocarj)a)^ appears to be a stranger to the Atlantic States. It grows in richer soils than the white-oak, and its wood for most purposes is equally valuable. It is more durable when used for posts, but its pores are more open, so that it is not used for casks intended to contain liquors. The swamp white-oak, {^. primis, var. discolor)^ is found mostly in low, moist lands. Its wood resembles that of the white-oak, and is by some considered equally valuable, but is much less common. The post-oak, (^. obtusilobci)^ is common in central and southern 126 TRANSACTIONS OF THE ILLINOIS Illinois. It is said to be found throughout the State, but I have never met with it in the northern part. It vv^ill thrive on very poor soils. The wood is heavier, stronger, finer-grained, and more durable than that of the white- oak. It is a middle sized tree, and rarely affords timber of considerable length. The superior quality of its wood renders it well v^orthy cultivation. The chestnut is not a native of Illinois, but will grow in all parts of the State. It will thrive in almost any soil except one that is wet. The wood IS more durable than white-oak for fence posts, and is much used for cabinet work, and for the inside finish of houses, railway cars, etc. A grove of the chestnut, if felled in winter will reproduce itself, in fifteen or twenty years, by suckers from the stumps. These suckers grow with astonishing rapidity, and need no other care than the exclusion of stock, and thinning where they are too numerous. Unquestionably it might be profitably planted for the fruit. Three trees 17 years old afforded this year a bushel of nuts, besides the share which fell to the mice and squirrels. For this purpose the trees should be planted fifteen or twenty feet apart. Next to the oak family the Ashes are the most important trees for general use. The seed of the different species ripens about the first of October, and should be mixed with moist sand and laid by till spring, when it may be sown in seed-beds, and the trees transplanted when one or two years old to the place where they are to remain. Two feet apart is the proper distance to set them. The white ash, [Fraxinus Americana)^ attains its fullest development in cold climates. Its wood combines lightness with strength and elasticity, in a degree which causes it to be preferred for the manufixcture of agricultural implements, carriages, and all sorts of light machinery. The consumption, for this and other purposes is very great, and the sup- ply is rapidly diminishing. The white ash grows faster than the oak, and is one of those trees in which the most rapid growth produces the best timber. It is ever}^ way worthy of extensive culture. The blue ash, Fraxinus quadrangulatd)^ is unknown in the Atlantic States. In the West it is usually found in rich soils. It does not grow to so great a size as the white ash. Its wood is applied to the same uses, and is in no way inferior. South of latitude 40 degrees, it would probably be more eligible for cultivation than the white ash, which is essentially a northern tree. The black ash, {^Fraxinus sambucifolid)^ commonly grows in wet soils. The wood is tough and elastic, and the concentric circles are easily separated, thus forming an economical material for hoops. The red ash, {Fraxinus pubescens)^ and the green ash, [Fraxinus viridis)^ afford timber similar in quality to that of the white ash, but are smaller size. The walnut family ranks next in this list. The nuts before becoming dry should be laid in heaps on dry ground, covered with straw, and over all three or four inches of earth. In spring they may be planted in the same manner as acorns, except that the black-walnut and butternut may STATE HORTICULTURAL SOCIETY. T27 be placed two feet apart. The hickories, at one foot apart, will grow large enough for hoop poles. The black- wain lit {jfuglans nigra) is a very valuable tree, of rapid growth and easy culture. Great quantities of its timber are consumed in the manufacture of furniture, gun-slocks, and for various other purposes. The supply is constantly becoming less, and the maiket value increasing. There is no doubt that it is one of those trees whose cultivation will idtimatcly produce the greatest profit. The black-walnut should be planted b\ itself, as it is a bad neighbor for many other trees. Fruit trees planted near it soon perish. The butternut [yuglans cincred) grows farther north than the black- walnut, and although less valuable, merits cultivation. The wood is used for cabinet work, and the interior finish of houses. The I{luropean walnut (^ uglans regia) is worth cultivating for its fruit where it will endure the cliniate, which is not in northern Illinois. Of the hickories the kinds most valuable for timber are the shell-bark {Cai'ya alba) and the pig-nut {Carya porcind). The latter atlbrds the longest wood of all the hickories, though their characteristic qualities are much alike. The uses of the hickories are too well known to need enumeration. The sugar maple [Acer saccharinum) and black maple {Acer ni- grum) are valued for the production of sugar, and for fuel. The seeds lipen in the fall, and should be treated like those of the ash. The young trees grow slowly at first, and should remain in the seed bed two or three years. The silver maple {A. dasycarpiini) and red maple {A. ruhrum) ripen their seed in the latter part of May. They must be gathered and sown immeiliately. The timber of these and the box elder {Negundo accroides) is not of the best, but their rapid growth renders them desirable to plant where a speedy result is wanted. Other valuable timber trees might be noticed, but the limits of this essay do not permit it. For the management of young plantations of timber, only general rules can be given, and the exercise of judgment and common sense on the part of the cultivator is necessary. Thinning should be done in time to prevent the grow th of the trees being checked by crowding, and the poorest trees should be first removed. Some trees throw out too strong side branches, which must be shortened or removed. No tree should be allowed to fork. All dead or sickly branches should be cut out, and after the trees are ten or twelve feet high they should be kept clear of branches for from one-half to two-thirds of their height. With proper care, nearly every tree in a well-grown plantation will be of value for timl^er. Stock of every description should be excluded from plantations of trees. Wood lands of natural growth, intended to be permanent, should likewise not be pastured. They will continually reproduce themselves, if young trees are allowed to grow; but any forest will be in time destroyed by a persistent course of pasturage. Many land-holders in Kentucky formerly adopted the practice of cutting out the least valuable trees from their woodlands, sowing blue grass, and pasturing them. 128 TRANSACTIONS OF THE ILLINOIS Very fine parks were produced, but for twenty years past the old trees have been fast dying out, and no young ones exist to take their places. Arthur Bryant. ^Ir. WiER — The writer says that acorns should be gathered in the fall, kept in damp sand, and planted in the spring. This plan will answer about three years out of four, but not always, as sometimes the acorns sprout in the fall. Mr. Bryant — A part of them sometimes start to grow in the fall, but not all. These may be rejected, thougli they are as likely to succeed if kept in a cold place and not too wet — as I have directed — as they would if planted at once. Wr. WiER — I have made a special study of the modes of preserving and planting acorns, chestnuts, etc. If they are dry before being gathered, or become so soon after, they should be soaked in ice-cold water for two or three weeks, and then planted. Dr. Spaulding would caution against the planting extensively of silver maples, as they are being destroyed in the vicinity of St. Louis. Mr. Galusha said his neighbor, Mr. Henry Clapp, has eight or ten acres of sandy land planted to silver maples. Trees are from two to six inches in diameter. There are some trees of all the sizes in the planta- tion injured by the borer, though the damage is not as yet very great. A few have been entirely killed. Generally attacked on the southwest side. Mr. ScoFiELD gathers acorns and nuts in the fall ; spreads upon the ground, covering them with litter to prevent drying; plants them in the spring, when they are cracked. The borers have attacked his sugar maples. Mr. Riley being asked what borer it is that attacks these maples, in reply said it w^as the common flat-headed Apple-tree borer. The trunks of the maple trees should be soaped in May of each year to keep this borer out. This is an effectual preventive. Mr. Bryant — This borer is not confined to apple ti*ees, and hard and soft maples, but also attacks various other species of smooth bark trees. The Maple is particularly exposed to their depredations on account of its smooth bark. Mr. Spalding has known the borers to attack white maple trees fif- teen to eighteen inches through — working upon them all the way from the ground to where the branches put out, or higher up than he could reach. Some trees had been killed in this way. He feared we should be compelled to stop planting these trees. Mr. Bryant — I would as soon think of giving up the apple tree as the maple on this account. Mr. WiER — I have no fears whatever of this borer. We owe its presence to the presence of the Colorado potato-beetle. The enemies which formerly preyed upon the borers, keeping them in check, are now STATE HORTICULTURAL SOCIETY, I 29 preying upon the potato-hug. When these disappear they will turn their attention to the borers again. Mr. Nelson had observed the work of this borer upon the white maple, doing serious mischief. Mr. Bryant said that one reason, probably, \\ hy the borers were partial to these maples is that they are nursery-grown trees and are some- what checked and injured in transplanting. The borers always choose trees that are somewhat injured, in preference to thrifty, healthy ones. Dr. Spalding asserted that the trees he had described were some of them, when first attacked, apparently healthy. In one insttmce the large trees mentioned were in close proximity to other varieties of forest trees which were not depredated upon. Mr. Baldwin had known these borers ever since he had been culti- vating the white maple trees, or nearly twenty years, yet the damage done by them was not ver^' serious and would not give up the tree. Mr. HuGGiNS — I wish to speak in behalf of this tree in Macoupin County. It is valued highly as a shade tree. Is healthy excepting when it has been injured b}- some cause — then the borers attack it. Mr. MuRTFELDT offered the following preamble and resolution \vhich were unanimously adopted, viz : Whereas, The ladies in attendance at these meetings have endeavored to get scats near the stage, without being able to do so, therefore Resolved, that from this time until the close of these sessions, the two front rows of seats, entirely across the hall be reserved for the ladies, and that they be earn- estly invited to "attend and occupy them. On motion, the Society took a recess until time for the evening session. WEDNESDAY EVENING. Society convened and was called to order by the President, a large audience also being present. The first business, in order, being a paper on BIRDS BENEFICIAL AND INJURIOUS TO HORTICULTURE, BY DR. J. W. VELIE. The President announced Dr. Velie who read as follows: Mr. President — and Members of the Illinois Horticultural Society^ By the kind invitation of Mr. O. B. Galusha, your Corresponding Secretary, I have the honor and pleasure of meeting with your Society for the first time, this evening, and to present for your kind approval, a hastily prepared and incomplete paper on a few of our, as yet little known, friends, the birds of Illinois, and, if possible, to enter a plea in their defense. I am aware it is a difficult task to urge patience in the case of the 130 TRANSACTIONS OF THE ILLINOIS " little robbers or pests," as some of our Southern Illinois Fruit Growers are pleased to call them. And yet there are many fine exceptions, where very much benefit is done by them, and only kindness and protection is wanted in return. The subject of Bird Economy has been a study of much interest to me. for several years, and I can see that very much is yet to be learned. The time of most Ornithologists of the present day has been devoted, principally, to discovering new species, giving them names, describing the form, plumage, size, and habitat. (The last we shall find of much value). What we now most want to learn is Ornithology, not in a scientific meaning of the term, but in its relations to " dollars and cents " — a sub- ject which, at the present day is receiving much attention in the old coun- tries of Europe, where the destruction of the small birds has been carried on to an alarming extent; as without the assistance of the birds to destroy insects, vermin and decaying animal matter, man could probably not exist upon the earth. Since the time of Audubon, Wilson, and Nuttall — whose writings are not only very expensive, but rare and difficult to obtain by most stu- dents in Natural Histoiy — very little, if anything, has been added to the knowledge of the birds in regard to their food or habits. As the food of many of them can only be determined by the aid of a competent ento- mologist, Dr. De Ivay, in his Ornithology of the State of New York, does not mention those which are beneficial or those which are injurious; a subject which should have been as carefully studied as were the noxious and beneficial insects by Dr. Fitch and Prof. Emmons. Very- much has yet to be learned on this, to you, very important subject, and the same un- certainty with regard to the practical value of many of the birds that now exist may continue for years, unless some effort is made to have this sub- ject investigated. It is not enough that birds should be collected, their form, plumage, size, and locality described. To this information should be added the time of an'ival in spring; season of nesting in different localities of our »State; the distribution of the species; what is their food? insects, fruit or grain .^ If insects, whether those that are noxious or ben- eficial, and at what seasons of the year they feed upon such insects; as many species of birds eat insects during the spring, which as soon as fruit ripens feed almost entirely upon that. My much lamented friend. Prof. B. D. Walsh, was of the opinion that some of the birds eat species of insects which are beneficial to the fruit- grower and farmer by feeding upon the noxious species, although of this he was not positive; and during the last few years of his life was ex- ceedingly anxious to have this subject properly investigated ; and in addi- tion to his duties as State Entomologist was willing to do his part of the work of such investigation, free of extra expense to the State. One thing is most certain — the birds do interfere, very materially with the entomolo- gist's crops of insects. In the last report of the Commissioner of Agri- culture, at Washington, there is a paper written by Mr. E. A. Samuels, on a few of the birds of New England. This is a beginning in the right direction, as he writes of the food of the birds. STATE HORTICULTURAL SOCIETY. I3I But these far away and isolated cases teach us very little in regard to the birds of our own State; as our Fauna and Flora differ as much as do our methods of agriculture from those of the New England States. Until this work is done, and upon the same plan follow ed by Mr. S., it will be impossible to distinguish friend from foe. Illinois, extending through more degrees of latitude than any other State east of the Mississippi River, has therefore a greater diversity in her climate, soil, birds, animals, reptiles, and plants, than any of the other States. While the southern portion is peculiarly atlapted to fruit- growing, the people of the northern portion of the State confine them- selves principally to the cultivation of the cereals. Therefore, a bird which may be injurious to the fruit-grower of the south may be of much value to the grain-grower of the north ; and this leads us to the consider- ation of localitv of the species, and the importance of regulating their distribution. This, at first, may seem impossible, yet give us the knowl- edge we want with regard to. the food and habits of the birds, then let our legislatures give us laws based upon such information, and the most difficult part of the work is done; for boys are fond of robbing birds' nests, and we only need to teach them which to protect and which to destroy. Then let us first learn to distinguish friend from foe and we shall soon be re- lieved from this bird-evil. Many species of birds we know to have changed their habits and localities almost entirely by circumstances that are within the control of man. As an example, Audubon relates that upon White Head Island, at the entrance of the Bay of Fundy, he found the Heron or Silvery Gull, nesting upon the trees to escape the persecution of egg- ers and vermin; Avhereas, their usual habit is to nest upon the ground. The Red-head Wood-pecker [Picus erythrocephalus^ Wilson), once quite common in New York, is now seldom seen there, and your own Prairie Hen {Cupidonio cupido) is fast disappearing, as the prairies are settled up, and will, unless most stringent laws are properly enforced, become a bird of the past in this, the Garden State of the World. As evidence of what can be done in the opposite direction, I will relate some of my own experience with the birds upon a small city lot, 45 bv 150 feet. Previous to my obtaining possession of it in 1862, it is doubtful if a bird had nested on it for years. In 1S65, by care and pro- tection, there were five species nesting there; and of one of these species five families; this last was the Purple Martin {^Progne purpurea). The other species were the Blue Bird {Sialia sialis)^ White-bellied Swallow [Hirundo bicolor)., House Wren {Troi^lodytes acdon)^ Chirping Sparrow [Spizclla sojrialis). and in the spring of 1867 a robin and mate added their company. And although so many diflbrent species were nesting and rearing their young on so limited a space, all lived harmoniously together, except the wrens, who were always quarrelsome, giving the others much trouble. In the same year (1867) I removed to New York, and now (1870) there is but a single feeble colony of Martins remaining. Thus we can, by kindness and protection, attract the birds about us, to beautify our homes, or charm us with their melody; or by using the 13 2 TRANSACTIONS OF THE ILLINOIS opposite means — continually harassing them during the nesting season — may drive them away to other localities. And I will here remark, that the proper time to war against the birds is during the nesting season, as one nest destroyed is as good as a dozen birds killed. Not wishing to give the observations of other writers upon the sub- ject of the food of different species, I will confine myself to the limited number of observations made by myself of a few species, with times of their arrival at Rock Island in spring, taken from my notes, which I kept for nearly ten years. In the order Raptorcs. or birds of prey, which order includes the Vultures, Hawks, Eagles, and different species of owls, there is quite -a diversity of opinion among naturalists, some claiming them all more or less beneficial, while others contend that but a few are so. The most of the species of this order are difficult to obtain, con- sequently I have examined but few. The Sparrozu Hawk {Falco sparverius) arrives at Rock Island early in March. I have found his food to consist, early in the season, of birds and mice, and later of grasshoppers. I have caught him, in spring, more frequently eating small birds than the other kinds of food named, and I should, therefore, condemn him to the fruit-grower, while I think him beneficial to the grain-raiser. The Rough-legged Hawk {Archibuteo lagopus)^ a winter visitor among us, makes his principal food — as I have discovered by dissection — of mice, the "small field mice" (Arvico/a). I have shot these hawks in winter, in the oak groves, where there were numerous prairie hens, but did not find any but the first-named food in their crops. The Alarsh Hawk^ or Hen Harrier {Circus Uudsonius)^ is one of the most indvistrious of the Hawk tribe, as you will see him day after day slowly sailing over your meadows on the prairie. You may always tell this hawk by the broad white band across the tail of the females and young males. That of the adult male is a fine light blue, but he is seldom captured in perfect plumage. I have shot but one with perfect plumage; that was on the plains of Nebraska, beyond Fort Kearney. The principal food of this species is small mice, grasshoppers, frogs and other vermin ; and although he sometimes makes an occasional meal from some wandering poultry, I consider him, on the whole, one of the most valuable of the species. The Sharphshmned Hawk {Acci-piter fziscus), a. beautiful, daring little species, as far as my observation has reached, prefers small birds to any other kind of food, and does not scruple to attack birds of far more weight than himself. In March, 1863, Mr. R. B. Taylor, of Rock Island, brought me a very fine specimen of the Broad-winged Hawk [Buteo Pennsylvanictis)^ whose crop I found, upon dissection, to contain the remains of one field- mouse, some half dozen of a species of cetonia {Euryoinia Inda)^ and about the same number of a large species of gi-asshopper {Acridium Americanuni). The last found only in Southern Illinois. The Swallow-tailed Hawk {Nauclerus furcatus)^ the most beautiful STATE HORTICULTURAL SOCIETY. 1 33 of all the hawks, and once quite common in this State, is now seldom seen. It is abundant in Western Iowa at the present day, as I have seen a half dozen at one time, in that locality, flying over the prairie in search of their food, \vhich consists entirely of snakes, lizards, frogs, beetles, and grasshoppers. Of the eagles, among \vhich is the bird of our country, I can say but little in praise, and although from national pride I would sufl'er them to live, yet I consider them thieves and robbei's. Owls, coming next in order, and last of the Raptores, may, as a class, be considered beneficial, some of them particularly so. The two small species, wliich are quite common in this State, viz : the Mottled Owl (Scops Also) and the Saw-whet Owl (Nictalc Acadica) being the best of mousers, living, as the first species does, during winter, in the barn, and almost wholly upon mice, those pests to the farmer, and during the summer, with the above food, consuming large moths and beetles. The Scansorcs or Climbers includes the Woodpeckers and Cuckoos. Of the first I can not say much for or against, as I am not }'et satisfied whether they are or are not more beneficial than injurious. But of the two species of Cuckoos, the Yellow-billed and the Black-billed, the first of which is quite common in Northern Illinois, I can speak in firm pnuse, as I have know n a small orchard, which was terribly infested with the American Tent-Caterpillar, entirely cleared of this great pest of the orchardist, by a single pair. The next, a third order, which includes the Insessores or insect-eating birds, is the one in which we are all very much interested, as it contains nearly all of our insect-eating birds. The Blue Bird {Sialia sialis), arrives at Rock Island about the 24th of Feb. to 1st of March. His food consists, in spring, entirely of insects. It is not a seed-eating bird until small fruits are ripe, when it sometimes takes the seeds, covered with their delicious envelope. The Warblers, as far as determined, are all beneficial ; their food con- sistingj entirely of insects, spiders, and bark-lice. But we can not keep them among us; many of them prefering to migrate farther to the north, to nest and Tear their young, though a few of them remain among us during the summer months. The Ilirundinidcc, Swallows and Martins, arrive at Rock Island about March 25th. Mr. Green Smith has brought a charge against the martin, but I will not condemn him for catching a few {Sihellala), or Dragon Flies, for every year, he saved me many a fine dish of Doolittle Black-caps, by driving away the blue-birds, cat-birds, robins, and black- birds. I have found it a sure protection against the depredations of these birds to place the martin-house among or very near the raspberries, as the young are usually hatched about the time the fruit is ripe; and during this season the martin is very pugnacious, and keeps the neighborhood clear of intruders. Of the swallows I have heard no complaint, and would, by all means, cultivate their company by building boxes in plenty, for them to occupy. Of the Laniidcc, or Shrikes, we have but two species, the Great 134 TRANSACTIONS OF THE ILLINOIS Northern Shrike, or Butcher Bird, and White-Rumped Shrike. The first is a winter visitor only, remaining about the cornfields and feeding almost wholly upon mice. Tlie White-Rumped remains in this State during the summer. Its food consists principally of small snakes, grasshoppers, and beetles. The Night Hawk and Whippowil both feed upon insects, but whether those beneficial or injurious to the fruit grower, is yet to be learned. In this order, also, are the Certhidce or Creepers, both the White and and Red-Bellied Nuthatches. Of these species, the former is very common ; but of the latter, very few are found in this State, as I have seeii but two, in many years' collecting — one at Rock Island and the other in Lincoln Park, Chicago. These active, industrious little fellows are continually at work doing good, running over the bark of the fruit and forest trees, in search of bark-lice and the eggs of spiders, and the small moths; and although few remain with us to nest, yet, as they come here to spend the winter, they should by all means be protected. Being veiy tame, many are killed by boys, with stones ; as I have seen in several instances, within a few weeks in this city, (Chicago). The same good may be said of the Black-cap Titmouse [Parus Atricapillus)^ which remains during the whole year, and may be seen during the coldest days of winter, in the orchards and forests, looking after his favorite food, the bark-louse and the eggs of small moths. The Buntings, Finches, and SpaiTows, nearly all of whose food consists of seeds, may with propriety be classed among the beneficial birds, as they devour immense quantities of noxious seeds which would otherwise be scattered by the winds to propagate again. A few of them eat insects, but whether those beneficial or injurious, I am not yet certain. Among the Rasores^ or Game Birds, I will make mention of our beautiful little Quail {Ortyx Virgmiafius)^ w^hose good services in destroying noxious seeds and insects, merit for them the kindest care and protection, and if I was " lord of the soil," I would not allow one of them killed upon my premises at any season of the year. I have heard from several persons — one, in particular, was Prof. B. D. Walsh — that the quail eats the chinch bug. Of this I have no positive evidence, but would like to have this very important information confirmed. In nearly 20 specimens of quails, dissected last winter, I did not find that number of grains of corn. The crops were all filled with the seeds of noxious weeds, although the specimens were all shot in a cornfield. Among the Water Birds [Grallatores)^ there are none that deserve particular mention except, perhaps, the Actiturus hartramhis^ Old Field Plover, which nests on the prairies and in the cornfields. He destroys many grasshoppers, beetles, and small snails, doing us some good, and certainly no harm. The order Natatores^ or "swimming birds," includes Geese, Ducks, Loons, and Grebes. These birds I consider neither especially beneficial or injurious, except that they sometimes damage the farmer by feeding in his cornfields in the fall. You will perceive that In the above few species enumerated, I have STATE HORTICULTURAL SOCIETY. I35 made no mention of the Robins, Cat-birds, Thrushes, or Blue Jays. Very much has aheady been written in regard to both the benefits and injuries done by these birds. Some in writing from the southern part of the State claim them to be injurious, while the " Douglas " from the North, claim these and also the gluttonous Cherr\- Bird [A?npelis Ccdroruni)^ to be beneficial. This last I have looked upon as a Cherry glutton^ in tfte last degree. I prefer to puss no judgment upon the other species until I have determined the trutli by careful, personal examina- tions of them in each of these localities. J. \V. Velie, Chicago. Prof. J, B. "Turner was next introduced to the audience and deliv- ered his promised lecture on EDUCATION. There was a monomania in ancient times, both among the Persians and Spartans, and among the more recent Christians, which mistook asceticism for education; just as our American monomania mistakes SCHOOLING for EDUCATION. Simple schooling can no more constitute education, than simple eating can constitute health; all that it is possible in any case to get out of formal school-rooms of any sort, makes but a veiy small part of the real education, even of that small professional class of men, with whom books are at once their tools and their stock in trade in all their after life. We are all fully aware how raw and ungainly and almost uneducated the divine, the doctor, the lawyer, and cadet, each and all are, even in the line of their own life-work, when they first come from the schools; however protracted their studies may have been, calling them educated is much like calling tiie oak grown, while yet the acorn is hardly sprouted; but of the proper education of all other men, it must of course constitute a still smaller part. For example, John C. Calhoun was a much more thoroughly schooled, but a far worse educated man than Abraham Lincoln ; and this whole continent, in all spheres of life, is full of similar examples. Our Fred Douglasses, and Revels, and multi- tudes of others on the ebony side of the Republic, seem especially to inti- mate to us that God and nature have still some little to do in the creation of human souls, as well as the pedagogue and the grammar. Of course, if a man is to deal in books as his life business, as at once the tools of his profession and the source of his stock in trade, and especially if his pro- fession itself is based on mere tastes, expedients, conventionalisms, prej- udices and opinions, bare wind, no where to be confronted by solid fact, he needs a more thorough knowledge of books and words, just as the man who is to deal in soils, or machines, or merchandise, needs a more thorough knowledge of these, than mere professional or literary men. But the scholastic habits, like the midaival opinions of former ages, still cling to us on this free soil, even where they can not be of the least use to us, except to retard our earthly progress and becloud and befool our immortal minds. From this source quite an unreasoning controversy has, of late, sprung up in regard to the practical utility of the study of 136 TRANSACTIONS OF THE ILLINOIS the dead languages, and of our ordinary collegiate curriculum, as it is called. At the time those languages were first introduced into the schools of modern Europe, those nations had no written vernacular language of their own ; no art, no science, no theology, no law, no literature of any sort, that was not written in Latin and Greek; then, of course, the study of these languages was not only the most practical of all possible studies, but it was the only possible study, so far as books and schools were con- cerned. Those who knew these languages constituted a scholastic, or learned, ruling class, and all other people learned nothing, and could learn nothing, and knew nothing from schools or books of any sort; and this necessary beginning of things, taken in connection with the stupid inertia, and the conservative force of mere habit, so natural to all men, and especially to all thoroughly schooled men, fully explains all that has since followed and all that now exists. It all grew out of this one root of dire necessity, like all the direful tyrannies and scare-crow theologies that emanated from the same iron age. There was no assembly of wise and grave men that met together to deliberate upon what was best for this human race as such, and to recommend it, because it was the best. On the contrary, the knaves, who ruled the state and the church, had, by their unjust oppression and tyranny, so crushed the people, body and soul, into the earth, that they had no government they could submit to, but a tyranny; no faith they could believe, but a self-evident absurdity; no language they could study, no science, no literature and no art, but only Latin and Greek. The people wisely took what they had, and tried to do the best they could with them. We ought to do the same. But most surely all must admit that in such an age the study of the classics, as they are called, was most eminently pi-actical. What could be more practical, when they were the only possible school-study of any sort.'' Again, I well remember when I was a boy, whether by force of law or custom, or both combined I can not now say, in the Eastern States no man could get into the regular ministry, or the practice of law or medi- cine, or hold any high position or office whatever, in church or state, who had not been through a regular course of Latin and Greek, at some approved college. New England was then ruled by scholiasts and theologians as rigorously, in fact, as Italy is by the ecclesiastics now. I do not say that their rule was, on the whole, a bad one for that people and that age ; I only say it existed. Through college — through a regular course of Latin and Greek of some sort, the only road lay, to social, professional, or political distinction of any sort; and the schools outside of the regular colleges and academies, consecrated almost exclusively to the study of Latin and Greek, afforded but a veiy meager pittance even of rudimental knowledge for any purpose whatever. A young man in this age of the world can not possibly conceive how utterly all hope of social distinction was bound up in Latin, and labeled in Greek in the minds of all the boys of my age, and the ages before tliat. True we read of Washington, Franklin, Sherman and others of the precccding Revolutionary age; but that was an age of miracles. STATE HORTICULTURAL SOCIETY. I37 There were giants, natural giants, we were told in those days; prodigies; men who rose above all law; and wc need never expect such an age again. But unfortunately for these theories, the miracles kept multiplying till they became almost the only settled law of nature. I think it will be seen by all, how eminently practical the study of Latin and Greek was, in an age like that, to all young men who aspired to any social or civil distinction whatever. The first question that would everywhere be asked the man, as he veiy well knew, was not what he knew, or whaf he could do, but where he graduated ? But I can scarce believe that all will perceive with equal readiness, that that scholistic age, and the rule which attended it, has now forever passed away from this continent, with no possible hope of its return, whether desirable or not. It is as much impossible to make the boys now born in Illinois hold the same view of this college curriculum that the boys of my own age almost universally held, as it is to take them up beyond the fixed stars, and set them to dreaming over the vacuity and frozen brilliancy that reign there. That style of scholarship was then a practical, and the only practical ruling power in the church and in the state. We boys all saw it to be so. It is not so here now, and never will be; and our boys can not be made to see what does not exist and never will again exist. True something of the kind, though infinitely weaker in degree can be brought to bear on the minds of those already deter- mined to enter the ministry, so-called. Some few New England families have also striven to keep alive and to transmit to their children, the old New England prejudices of both scholastic caste and scholastic creed; but it is awful hard work for both parents and children ; they both make up a world of wry faces over it. And in so far as they really succeed, they become rather outcasts, than the leaders and rulers of this new western age, into which we are all inevitably born, whether we will or no. I was once myself such an inevitable Yankee scholiast in all my habits of thought and action, that it really seemed to me a sort of sacri- lege for such men as Douglas and Lincoln to aspire to the rule of the nation, without any knowledge of Latin and Greek, or any diploma of any sort. But I have at last got bravely over it, and I really believe that I could now listen with composure to the archangel Gabriel, should he deign to speak to me, without asking him to show his sheepskin, or in what college he graduated. Scholarship is a good thing, just as eating is a good thing, but neither scholarship nor eating, alone, ever made a man, though 7iotruc manhood can be evolved^ in this age^ without the?n. But both are simply means to this higher e?id of manhood, and only a small part of the indcspersihle means at that ; neither is an ultimate end in itself. True manhood, moral, intellectual, and physical, is the only end which we or our schools ought to propose as an end for our children; to be determined, not by simply what they know, but by what they can and will do, either in real mental or physical labor, or both, for the good of mankind; not by the heiglit of tiie pole they may climb or the wonders they may attract in reaching the 13 138 TRANSACTIONS OF THE ILLINOIS final sphere of their exploits, but in the intrinsic vakie of their labors, whether in a high or low sphere. Better a thousand times to fill a clam shop or a cabin xvclU than the White-house as it sometimes has been, and I fear often in future will be filled. In other words, worth, not place, is the real test of this true manhood. A drunken, perfidious, and reckless President is far less respectable and shows less of a true manhood, than a careful, discreet, and trust-worthy teamster. It can not be sufficiently deplored that our youth in all our schools are so incessantly goaded onward in this race of scholasticism by the untoward incitants of mere place and power, equally illusory and demoralizing to both teacher and pupil. If a boy has no other or higher ambiton in life than simply to be president, senator, or something of that sort, a mere ambition of place and power, the quicker he commits suicide the better it will probably be for the world, if not for him. We have far too many of these educated, splendid rascals on hand now — more than we know \vhat to do with, in all departments of life; unfortunately we can never kill them off in war, nor starve them out in peace. They contrive to dodge all that, but always at our expense. The best and safest and truest models of imitation to be presented to all our youth in all our schools, are those who have been exalted by no ad- vantages of mei'e place or power, but who have still done great and true service to their age and their race, in some sphere of useful employment. If such samples are unknown to our teachers, they should be hunted up for the special use of the school-room, for such is the life that the vast majority of our pupils ought to expect, and prepare to lead. But it is true that the school-room or schooling can take charge, in the main, of only the development of one single part of our three-fold nature, and that the lowest of the three, the mere intellectual. It seems incapable, as yet, of devising any effective drill, or discipline, for the higher faculties of emotion and taste, volition and will, though all know that the power of right-feeling and right-willing is a far higher attribute of any true manhood than any intellectual power of mere correct seeing. It is true that this mere intellectual right-seeing comes first in the order of nature, as the lower things usually do (that is, a man must mentally see before he can either feel or will), and it is therefore, perhaps, properly the main end of the school-room, or at least the main end of its peculiar drill. Right here we see the exact difference between schooling and EDUCATION. The one provides a drill of more or less value for the development or education of the lowest faculties of the soul, the mere intellectual. But education is the proper development of all the faculties of the whole complex being of man, physical and mental, mtellectual, moral, emotional, cEsthetic, and voluntary. The army and navy, the field and the shop, in their actual service, present the best theaters in which to educate and develop power of l)ody and power of will, under due subjection to law and order, and with a natural field for voluntary persistence in surmounting and overmastering the natural obstacles to well-being. The family and the church should present the best discipline for man's moral and emotional nature, and if they fail to do it, no possible day-school can supply that deficiency. STATE HORTICULTURAL SOCIETY. I39 With all these lower bodily and higher moral, and emotional, and volun- tary powers of the soul, the school-room, as such, can do but compara- tively little for want of the indispensable means for such ends. It is true that those boys, wlio are compelled of necessity to rely mainly on themselves and their own industr) , skill, and thrift for sub- sistence, while in the schools, receive incidentally some natural and proper discipline of these higher powers of will and self-government, self-support and self-control; hence we have all come to expect, that such boys in the schools are the ones that will in some line make their mark for good in the world. The reason is, they have been really educated in the higher and more natural forms of moral and social cul- ture, as well as in the lower forms of the bare con\ entional and intel- lectual drill of the school-room. The two highest thirds of their complex nature are not left to go to utter waste in an incessant chase after mere intellections. But all this comes not at all out of the prescribed drill, but rather in spite of it. It is true also that whenever the teachers or the classes, and the social surroundings of the school or college, are composed of and led by men of great vigor and force of mind, and will, antl HEART, the natural and inevitable inspirations of such teachers and such surroundings will arouse and animate, re-inspire and quicken all the dormant energies of the pupil, whatever may be their drill in the school-room; or even if, like Plato and the old Greeks, tliey walk about in the shade and have no drill at all. But the deadest thine: in this dead world of ours is a dead teacher reading the dead words of a dead lan- guage to a dead boy out of a dead book. If they do not literally die all in a heap together, it is a miracle of Divine grace, though one can not readily devise what the Lord wishes to keep them alive for. It is one of the mysteries not yet revealed. It is true also that those boys who, as things now for the most jjart are, seek this more extended drill, are naturally and necessarily the picked boys from select and well-to-do families, who as natjiralty and necessarily become the social, civil, and intellectual leaders of the land, whatever school drill they might be sub- jected to, or whether to any at all or not. Our schools and school men take an immense amount of very cheap sophistical credit to themselves on this simple grf)und. If we had no schools at all of any sort whatever, the same boys, out of these same families, would, for the most part, inevitably constitute our civil and social leaders. So, after all, we are beginning to see that the same prescribed drill will no more inspire all souls than the same dose of calomel will cure all diseases, or the same homily on predestination save all sinners. On these jirinciples in physics, we have brought out and applied some really true American ideas and results; hence, our locomotives, railroads, telegraphs, iron-clads, and manifold mechanisms. In politics we have created, for the most part, a truly new and fine American skeleton, still waiting to be clothed upon with American flesh and inspired with a true American soul. In faith we have gathered a perfect Babel of all the sects under heaven — Christian, Jewish, Mohammedan, and Pagan; all equally inspired of God, and equally incapable of inspiring anybody or 140 TRANSACTIONS OF THE ILLINOIS anything else — and yet, we are bound in the end, to be a wholly and purely Christian nation, or perish from off the face of the earth. AH our fundumental, civil, and social principles hold us fast to that, if to nothing else. In education we have achieved vast mechanisms, and are applying vast resources. We have a most magnilicent mill, and steam power enough to keep every stone and wheel a whizzing from one year's end to another. But what are we in fact grinding out.'' We are trying, through our schools, to teach some forty millions of people to live by their wits, without work; and surely they must, in the end, have avast deal of wit or a very poor living. We are fitting them all by our incessant drill in the school-room, to be pi'esidents, governors, preachers, senators, over- seers, salesmen, agents, and place or ofhcc-seekers of some sort, while we propose to teach none of them simply to think and to work. This results Inevitably from taking all our children out of the natural sphere of the family, the shop, and tlie field, and confining them in crowds, through all their young and growing years, to the incessant, bare, and bald intellectual drill of the school-room. It is no more possible to inure a boy or a girl to a life of industry and its indispensible habits in the school-room alone, than it is to inure them to a life of scholarship at the plow-tail. The solitude of the ordinary labor of the field and the shop, to the pupil who has lived all his days in the crowd of the school- room, becomes, in itself, intolerably irksome, while the habits, both of the body and of the mind, ground under our present drill, become totally unsuited to its tasks. What would be said of the absurdity of keeping a boy driven night and day, year in and year out, at the anvil, or the plow, through all his growing years, allowing him only some two hours per day to I'ead, in order to fit him for a literary career.? Is there a man on the continent who would not at once see the absurdit}' of such a course.'* What shall we then say of the converse and parallel absurdity of keeping all boys under the drill of the school-room, year in and year out, in order to fit them for any industi ial career, even though we allow them some two hours or more per day for work or play.^ The results of this process are already coming before our eyes, if we will but see them. The vast majority of pupils, so schooled, drill them as you will, and on what you will, as soon as they can, will inevitably seek some more congenial mode of life, than that of the shop or the field. The whole force of this so-called education, drives them to this result — by whatever name we please to call it, whether literary or industrial. If other and more public and social spheres of life are open to them, they will seek them; or if not, they will create them, however needless, woe- begone, or disastrous they may be; till no man can save his own soul, or insure his own shins, or sell his own potatoes, without some agent, clerk, or middleman, or place-seeker, or administrator to help him ; and take soul, shins, potatoes, and all, in part payment for services rendered. But when this process is fully completed, when an entire generation of forty or fifty millions of people have been so educated, that none of them can endure the solitude and toil of the field and the shop, but all are in an agony to become presidents, or preachers, or insurance-agents, or office-seekers, or STATE HORTICULTURAL SOCIETY. I4T overseers, or middlemen, or clerks, or place-men of some sort, who shall we get to preside over and preach to? and what shall we have to oversee, or sell, or insure? Fifty millions of people, all of whom have been educated and habituated to live without work, simply by overseeing, and insuring, and pleading for, and preaching to, and doctoring and governing one another, will at least be an anomaly in the history of the world, and yet this is exactly, what our present system of common and ux-common schools, logically and inevit^ibly leads to. Hitherto we have had some ten or twelve, or more millions of colored people, and people of foreign birth on hand — not ground through this mill — to do our hard work for us; but now we are getting them all together, black and white, as fast as we can, into this universal hopper, and when we have ground them all through, we fancy that the millennium will surely be on hand ; perhaps it will; but I fancy that in any millennium of this world, when all over- see, and no one works, others besides the "lion" will have to "eat straw like the ox " ; if indeed they can get any straw to eat. Disguise it as we will, there must needs be a "considerable sprinkling" of down-right hand work on this continent of ours, done by somebody; in order to annually feed and clothe fifty millions of people, whether anybody has been , educated to do it, or is willing to do it, or not. It can not all be done by schoolmen, nor overseers, nor clerks; nor even by insurance-agents, or office-seekers. But when no class has been either educated or insured to do it, but all classes, black and white, native and foreign, have been schooled into the same distaste and incapacity for work, as the vast majority of our native Americans have been already, in all our larger towns and villages, where this modern system has had full plav, who will do the needful work? Johnny Chinaman may come in to help us out, it is true — but is it probable that any such reliance will serve us? It is true these evils like all other evils will at last cure themselves, either through the timely reforms of social wisdom, or the inevitable disasters of social folly. "It is an old adage, that "No man can be a perfect fool until he has studied Latin." ^ I have studied it for years, and have therefore a right to the precedence. Like all old, terse, and exaggerated sayings, this one also contains a great truth, namely: that the greatest of all possible fools is the man who makes the book an end, instead of a means; his authorit}'^, instead of his help; his master, instead of his servant: for no possible language can be anything more than a bare symbol of some fact, rela- tion, duty, or event, which it is intended to symbolize or signify. If it actually helps us to find the real thing signified, therefore, it is of vast use to us; but if not, it is at best of no possible use at all, and may, and often docs, inflict upon us the curse of filling us with v^'ind instead of wisdom for all after life. This results from the very nature of all possible language itself, whether it be true or false, inspired or uninspired. If it does not help us to find in nature and in fact the precise principle, or thing, or event signified, it can do nothing for us, or only what is worse than nodiing. The real principles involved in all past events, or sup- posed events, and the results that are to come out of them, in the present 142 TRANSACTIONS OF THE ILLINOIS and the future, are the only things about which a true wisdom is in any degree concerned. Whoever uses books of any sort simply as a means for finding out those great principles, moral, civil, social, natural, and spiritual, that thus perpetually interlock the present with the illimitable past and future, will be wise; whoever uses them for any other end, will at best remain a fool. These principles can be tested not by mere words, but only by laying them along side of great universal facts in nature, in matter, force, or spirit. No mere authority on earth or in heaven, can, for one moment, rescue any possible form of words from the necessity of this test, or render them of the least use to the human race, in the long run, when it is not applied. To sift the books themselves, and put them vigorously through this indispensable test, is pre-eminently the business of every man on this continent, in whatever sphere of life he may labor. For thus alone can we rid ourselves, our children, and our countiy, of those nameless and shameless shams, and deceits, in morals, faith, and philosophy, falsely so called, which are ever the worst, most dangerous, and the most absurd, even though the most learned, things we have to do with. So much for books, general school drill, and Christianity, and their place in every scheme of American education, whether agricultural or horticultural, literary or professional. We can not get rid of them if we would. We would not if we could. We should only learn to use them as the God and Father of all designed that we should use them when he gave them to us. Then shall we be an united, a free and enlightened, a happy and a blessed people indeed. Entertaining these views, I have no doubt that vast amounts of money and time are at present annually wasted, and worse than wasted, by the American people under pretense of educating their children; and I would really like to see it made a penitentiary offence all over the land, to shut any young person up in the school-room under such pretext of educating him, for more than six months of the year. Whether you drill them on grammar, law, and theology, or on science, horticulture, and mechanics. The most vital and iinportant fact of education to any man,, and especially to any American citizen, is to learn to live — to learn and to practice the great lessons of self-government, self-restraint, and self-sup- port, without depending or trespassing upon others; and it is only in very limited and narrow spheres of human life where this greatest of all arts can, to any considerable degree, be taught in the school-room. Bearing these universal principles in mind, I can now say all that I need say, on special horticultural education as such, in a few^ words. A pupil should be instructed while in the horticultural school in the general and universal principles of his ov^^n art as such. He does not propose or need to become a special geologist, or meteorologist, or botanist, or chemist, or entomologist, and least of all a scholar, but solely and simply a horticulturist. He does not need to know all the tongues and all the theories of earth, jiir. and sky, as though he expected to become STATE HORTICULTURAL SOCIETY. 1 43 omniscient, nor all the Latin names of every plant, tree, fruit, bug^, and flower in creation, but only to know those he is likely to be called to meet, to use, or to combat in his own daily vocation, and the more thoroughly he understands these the better. Some of the rudiments and bare outlines of this special knowledge can now be acquired from the books and the schools to the immense advantage of the pupil, while its grand essential whole can only be obtained in the actual study, and toil, and care, and conflict of the-field. But it will be found w^holly impossible to make the best use of even our extant science for industrial ends, till we have time to make special text-books for each special art. What the horticulturist or agriculturist needs to know about geology, botany, or chemistry, or entomology, is almost as wholly distinct from what the special geologist, or botanist, or phvsician, or manufacturer, or chemist, or entomologist, needs to know, or generally does know, as though they were separate and distinct sciences; and yet the greater part of the text-books we actually ha\e, are made by parties, who have wrought in the interests of these specialties and professions; who cannot tell us the precise things we need to know, simply because, for the most part, they do not know them themselves. We do not care by what Latin name any bug, tree, or plant may be called, or to what artificial class it belongs, or what its chemical or medicinal qualities are, except in so far as this knowledge may better enable us to know either how to grow and use them, or how to defend ourselves against them in the field. Here then lies the greatest of all the works before us; the making of proper text-books for our several special arts, or rather the educating of a new race of men who can make them. When that is done we shall find the fundamental principles, both of horticulture and of agriculture, taught in every common school in the land. Till then, we must grope our way along as best we can. I trust I have already made concessions enough in regard to the dead languages, to fully satisfy the most radical extreme ; and still I wish to see these languages taught in our higher industrial schools and universities, to all who voluntarily desire t6 study them. The reason is obvious. We as industrial men must educate our own teachers and professors from our own class, and prepare to make our own text-books, or they never will be made. We can not allord to stand forever, in the republic, as a mere underling class, and depend upon the other professions above us to supply us with all the teachers and professors and text-books \\c need. But to the man who undertakes to make text- books of any sort, languages, both ancient and modern, are of great importance. They are in fact as much the tools of his trade, as the plow, spade, and the hoe, are the tools of the gardener and farmer. He is dis- tinctly a dealer in words, and not in work; and therefore needs to study words more than work. As words are in the very nature of the case, one of the great instruments of his peculiar life-work — the more thorouj^hly competent, drilled, sensitive, and certain, he becomes in their true meaning and use, the better he is fitted for his task, all other things being equal. 144 TRANSACTIONS OF THE ILLINOIS That absurd and detestable "John Bull " pedantry, which has locked up most of our sciences in a rigmarole of Greek and Latin barbarisms, an}'^ to so wide an extent keeps them so locked up, renders it very con- venient, to say the least, if not indispensably necessary, that our profess- ors and book-makers should have some knowledge of those tongues. However much we may regret this, for a whole generation to come, it can not be helped. For these and similar reasons it seems to me that it is not expedient for us, in deference to the old college curriculum, so called, to compel all our boys, who seek any sort of knowledge, to dabble away the entire years of their youth in dead languages, and abstractions still more dead, or to shut down the gates upon those of our youth who may honorably and properly aspire to furnish us, and our institutions, with suitable teachers and text-books for each and all of our great indus- trial arts, and eventually throw their influence and their instruction down over every common school in the land. Still more, on general principles, should any of our sons and daughters from inability for the harder and more manly work of the field, or from inclination or taste, desire to pre- pare themselves for any profession or pursuit, to which such studies are apposite, why should we debar them .'' Is it not better for us to throw, even liberally, from our own class, teachers and leaders into other pro- fessions and pursuits, than to remain forever as a sort of underlings beneath them in our own.'' I have thus intimated what I deem essential to all true American and Christian education as a whole, and to horti- cultural education in particular. The needful and appropriate details, and courses of study appropriate to these principles, it is not apposite to dwell upon here. They belong to the school-room, and must, to a large extent, be left to the tastes, means, and peculiar necessities of the pupils themselves. We want no iron beds for any boy or man, not even if it is wreathed in flowers. And beside, as I have already intimated, it will be a whole century yet, and perhaps several of them, before the best thing can be done for the horti- cultural or any other student of industrial science or art. Meantime we must do as we can, even though not as we would. Mr. Shepherd spoke at considerable length, giving a review of the efforts that had been made by the friends of industrial education in the State. He claimed that the time has arrived when all those who believe in studying ^/lings, as well as words, should act in concert to commence a re- form in our common schools. He had little hope of converting the masses of those who have had their minds steeped in Latin and Gi-eek, until they have become so affected by the process that they can see no other way to become learned, except by following in the same old ruts. His hope lies in inspiring the young with ideas of true science. We oug-ht to teach them that true education consists not in mere proficiency in the use of words; that true science consists in unlocking the great book of nature; in discovering processes which are transpiring all around them. To do this the more effectually than can be done STATE HORTICULTURAL SOCIETY. 1 45 solely through any text-hook that we have, he would have the children in the primary schools not only taught the elements of Horticulture and agriculture from books, but would have them encouraged to plant and cultivate plants and flowers. He would have special premiinns offered for the productions of boys and girls, in these departments, at our county and State fairs. He would have lists of all the native plants and trees of Illinois printed upon cards, and hung in every school-room in the State, and the pupils taught the names and uses of at least all the most important species and varieties. JMr. Edwards presented the following resolution, which was adopted : Resolved, That each member of this Society shall be a committee to take such measures as he shall deem desirable for the introduction and encouragement of instruction in Horticulture in the primary schools in his immediate vicinity, and report progress to the Secretary at or before the next annual meeting of this Society. Mr. Parker Earle — from the Committee ad interim — complied with a unanimous vote of the society, and read : P. EARLE'S REPORT, AD INTERIM— VY.KYL^. In the division of labor among the members of your Committee Ad hiterini^ the subject of Pears and Pear culture has been assigned to me. While I have not been able to spend as much time as so important an iiikrest demands, yet 1 have examined about seventy-li\e of liie larger orchards of our own State, and some in adjoining states, and will give you the substance of the suggestions which their condition has made to me. I have found among pear growers a more general feeling of discour- agement from various causes, than I have before heard expressed. I think tlie conclusion of most men is, that pear-gi-owing will not pay. To this opinion there are, however, some notable and brave exceptions. Probably no year before has ever shown so much desti'uction from blight in our State, and this has been common to nearly all soils and methods of treatment. This is doubtless mostly due to the unseasonable cold of the past two winters. Early in December, 1868, we had the coldest weather experienced in many years, which, following a warm and gi'owing autumn, severely tried the hardiness of all young and fast grow- ing trees, especially in the south part of the State. On the hills at C(jbden, the mercury reached 10 degrees below zero, killing tnany trees, and damaging many thousands beyond the hope of future health. These weakened trees, while yet onlv convalescent, were struck by the snow- storm of October, 1869, the devastations of which, in both nurseiy and orchard, will not soon be forgcjtten. Added to this, we of the south endured the still more ruinous snow-storm of the middle of April, 1870, which killed most of our orchard fruits not only, but the papaws ancl persimmons, and hickory-nuts, and acorns of the forest. So we have had three destructive crises of cold following within a period of eighteen H 146 TRANSACTIONS OF I'HE ILLINOIS months, which, considering the condition of the trees at the several times, has, I think, no precedent in American pear-growing. What wonder that we have had a year of bhght — of blight sweeping through all varieties and all ages, from the nursery to the old orchanl. The year has therefore been an instructive one for noting the effects of \arious modes of culture, and the endurance of varieties. My leading conclusion, not only from this year's observation, but from former experience is, that a pear tree which grows slowly, and whose foliage is healthy and persistent, will never originate blight: and though it may succumb like a strong man, when the air is full of contagion, it possesses the best possible power of resistance to the disease. Nature designs ail trees as well as all men to be healthy, and pear trees should be as euduring and as reliable in crops as the oaks. But Nature has assigned the oaks, and maples, and pines, to certain specific soils and climates. She has not intended to have all fruits grown in all countries, ; but has mapped her horticulture so as to set^ure large commercial inter- changes and their civilizing results. Pear culture in this country has mostly ignored these purposes of nature, but she gives us frequent hints of them, which, we may not with impunity disregard. The authorities in pear-growing commend us to plant in soils either very rich naturally, or very much manured, or both, that we may get luxuriant annual growths; and this in East and West, North and South, on mountain and in valley alike, and for all kinds. Then we are prom- ised pears — a thousand varieties or more. But nature interposes her objections to this system in the form of wood-blight, and leaf-blight, and fungus on the roots, and fungus on the fruit, until the question often arises in our minds whether nature in her planning has assigned us in the Miss- issippi valley any pears at all! At the best I am forced to the conclusion that the limits of successful pear-growing are very narrow by comparison in our rich western soils and most trying climate, and that, within these limits where success is not altogether denied, we must pursue a very inde- pendent system of management. I have suggested that the conditions of health and longevity are moderate growth and a good holding of foliage. I judge that nearl)-, if not quite, all of our blight originates in the freezing of unripened or too succulent wood. This state of the wood results mostly from over-cultivation; and it would seem that all stirring of the soil is in some cases excessive. All varieties which cast their leaves prematurely, are liable to a second leaf and wood-growth, which is sure to be un- healthy; while those kinds which hold their foliage well, like Bartlett and Lawrence, will generally make succulent shoots after the normal growth of the tree is completed, if stimulated by much stirring of the soil. 1 have been able, as I think, to trace most of the original cases of blight I have ever seen to some form of these late growths; and I have myself secured almost entire exemption from it where I have carefully pruned away all this unripe wood in the autumn and winter. But how shall our trees be managed so as to get growth enough for vigor and not too much for healthful maturity, and to keep the leaves STATE HORTICULTURAL SOCIETY. I47 on the trees through the season? This is the great question in pear culture. Any man wiio can answer it for himself in his own soil, can for himself solve what has proven the most expensive problem in Horticulture. But i feel sure that there can be no universal rules "•iven. it is a question of soils, and climates, and varieties, and ot native vigor of trees. I ha\e seen in the valley of the Illinois Kiver, Flemish Beauty trees some twenty-five years old, standing on a ridge of sand of great depth — standing in grass kept short, and said never to have had manure or cultivation — which answered to my ideal of a perfect tree in wood, leaves, and fruit. But in one instance only have I ever seen Flemish Beauty trees hold their foliage and ripen their fruit perfectly on the hills of Southern Illinois, whatever the treatment given. And I recall several dozen very noble and healthy Tysons some fifteen years old, and loaded with fruit, which were standing in a heavy, fiat, retentive clay soil in Southern Ohio — seeded to clover; but simi- lar treatment of the Tyson in lighter and better soils in Egypt fails to hold tlie leaves. And I noted, in that Siune stiff' Ohio soil, some great Bartletts, models of beauty, health, and fruitfulness, growing in a chicken and hog-yard, and so subject to the most stimulating of manures. Any gentleman who has so cultivated in Illinois will please tell us how long his ti"ets lasted. The able editor of the Gardener'' s Monthly has repeatedly advocated the keeping of pear trees in a close grass sod, and has received much severe, not to say mean, criticism therefor. But while I believe that, tliis method can not bu adopted witliout due regard to local circumstances, yet 1 am quite clear that it is a far safer general recommendation to make, than the system of generous culture commonly accepted as orthodox; and I believe that the more carefully we study pear trees over any large extent of country, the less we shall abuse Mr. Meehan. The fact that most of the old pear trees in the West are standing, or have generally been kept in grass, is worthy of regard. And the observation that we have all, I think, often made in visiting pear orchards, that the few trees standing on the lawn, or in some neglected corner with unstirred soil, have escaped blight, while the ranks of the cultivated orchard have been sadly thinned thereby, is full of suggestions unfavorable to the commonly received theory. The system of root-pruning, as so often presented by our earnest and eminent co-laborer. Dr. Hull, has received all the investigation it has been possible for your committee to make, and with conclusions in some cases exceedingly favorable. It is much to be regretted that this experiment lias been made by so few men in so few soils. All of us who have repeatedly visited Dr. Hull's orchard, know that his ti"ees and fruit fully sustain the claims of his theory, for his own locality. The root-pruned trees grow very little, hokl their foliage \\ ell, do not bliglit, and bear abundant crops of highly-colored and well flavored fruit. I can also re- port that an (jrchard of liis, six years old, on the same soil, which had not been root-pruned, commenced to blight last year, and badly this year by the 20th of May. They were root-pruned soon after and the blight I4S TRANSACTIONS OF THE ILLINOIS seemed to be arrested for the year. I also found this system extensively earned out in one of the largest, and by far the most valuable orchard, in the neighborhood of Alton. Here our friend Hyde has root-pruned several thousand trees and has apparently arrested the blight that was threatening the entire destruction of the orchard vidien he commenced it five years ago. It is proper to add that our energetic friend is one of the very few men I have found who have faith in pear-growing as a remu- nerating enterprise. Justice to all the systems under discussion, requires me to say here, that the largest pear orchard in the Alton district (as I am told), which greatly interested your committee three years ago, was this year found most disastrously blighted. Very few trees were found, in all this large and otherwise beautiful orchard, which were wholly free from the disease. Dwarfs and standards were alike fatally affected ; but the varieties the least so were the Seckel and Duchesse d'Angouleme. This orchard had been cultivated in a careful manner until two or three years ago, and has since been in grass and clover. While I believe that root-pi'uning may be very profitably adopted by many growers, especially in the vicinity of Alton, where the blight seems alarmingly severe under all other kinds of management, yet I am reluct- antly compelled to say that it is not, apparently, as etficacious in all places. A large orchard of nine year old trees, mostly Bartletts, near Cobden, was last spring root-pruned very faithfully and severely, as I believe, in hope of stopping the blight which had increased for several years; but without having any such result. The trees made a very small growth in many cases, and in other trees it averaged a foot or more. The blight in this case appeared not to distinguish the difference. A small orchard at Benton Harbor, Michigan, standing on a sandy bluff', was last spring very thoroughly root-pruned, and mulched but not cultivated afterwards, and while no blight was manifested, I think that few observers of this orchard would be tempted thereby to go and do likewise. And while I do not consider this a fair test of the system, yet the extreme debility of these trees suggests caution as to soil and other conditions which should modify very rigid rules. In fact the rules found to be precisely adapted to the loess soils of Alton are likely to require essential changes in other localities. I have found less blight in the neighborhood of Villa Ridge than in any other where pear trees are extensively cultivated; and this is directly traceable to the fact the trees in that soil retain their foliage in a very healthy condition. In fact I have never seen any locality where so many varieties of trees exhibited so great a luxuriance of gro\vth with so little manifestation of disease. And I was much impressed with the appear- ance of an orchard growing in the Ohio bottom, some three miles from the river, and scarcely beyond the reach of high water, the roots evidently penetrating below the high water line, which gave every evidence of perfect health and great vigor. No blight had ever appeared in any variety, although the oldest trees had been twelve years planted. But all kinds held their leaves late in the season : it being remarked that the Sheldon was somewhat faulty, casting its foliage in October. STATE HORTICULTURAL SOCIETY. I49 I presume it is understood that the kind of bh;j;^ht referred to in these remarks is ihc/rozen sap bligJit^ and not the kind wholly pertaining to the small branches, said to be caused by the Scolytus pyri insect, of whose work I have little knowledge. But our neighbors in Mis- souri are reported as sulfering badly from this last variety, which is there manifested in a very alarming maimer, according to the eminent horti- cultural editor of an intluential New York newspaper. A gentleman writes from that unfortunate country, describing a kind of blight, which not only kills this year's and last year's wood, but often " involves the whole tree," and which " severe pruning done in May and the first of June" not only failed to check, but fatally aggravated. This would look like the work of our old and familiar enemy, did not the authority above acknowledged tell us it was caused by a small insect which "girdles the branches." And to another unlucky gentleman whose apple trees have been "cultivated each year since planted, and have grown rapidly," but which are now described as having " tlie bark cracked through from six inches to a foot from the ground," and "loosened, some part of the way round, and some all round, and dying," he says that "this appears from the description to be the work of insect blight;" and he relieves the afflicted correspondent, and all of us, with this remedy: "Cut off the diseased part," (the entire trees were dying, you remember,) "and insert some cions in the large branches next spring!" Any western gentleman suffering from horticultural disease will be likely to get the proper remedy by applying to any of the New York newspapers. I am not prepared to recommend everybody to root-prune their trees, or to seed their orchards to grass, but each of these courses will doubtless be valuable in many localities; and my impression is that either will essentially subserve the same end, viz : a moderate annual growth, an early maturity of wood, a better holding of the leaves, and a much finer coloring of the fruit, all of which show a healthier balance of the forces of the tree. Root-pruning demands very thorough cultivation, which renders it somewhat impracticable on our washing hill-sides, but on ground not subject to wash, it may, in many cases, be better than grass- ing, while a clean sod will be the most cheaply managed, and will save our hill soils from waste. Either plan commends itself to my judgment as far safer for western growers than the high culture, which so well befits the lean granite soils of New England. In my observation of pear-growing, no fact has impressed me more forcibly than the wide diflerence in the constitutional vigor of varieties. Our standard pomological books, and the bulky catalogues of our great nurseries, coolly count up the varying virtues of many hundred kinds, and tempt us to buy and plant them ; and, indeed, there are a couple of hundred sorts, each one of which possesses some individual excellence, some charm for the eye or the palate, without which a fascinated pear amateur will feel hungry, impoverished, and continually defrauded of his birthright. So let us bravely plant all that are large and showy, all that are graceful in form, all that are beautiful in color, and all the varieties of marked and delicious flavor, that each season of the year 150 TRANSACTIONS OF THE ILLINOIS may crown our tables, in qualities to please every taste, with the fairest and most delightful of fruits! Shall we not soon begin to wish that we lived 'at Rochester or Boston, as our cherished trees, with the most sonorous names and the rarest excellences, rapidly perish in our mei'ciless winters, and we learn a lesson not set down in the books, that nine out of ten of all these varieties are only exotic in a western climate? My friends, I speak from the sadness of experience. I have tried the two hundred kinds, and more, and am now ready to divide that ambitious number by twenty, and then subtract some, to find the list I would advise a friend to plant. The conditions which restrict us to a few varieties differ materially in the many different soils and climates of our State, but I am acquainted vvrith no locality where many dozen kinds have proved successful. In the north this limitation consists mainly in the tenderness of trees in winter; in the south this is combined with premature defoliation. I judge that the Flemish Beauty has proved the most generally hardy in the north, although it blights badly, and that it and the Bartlett have given the gi'eatest satisfaction in crops; but the Flemish Beaut}' entirelv fails in health of foliage in most places in the south, and it is rare to find a crop perfectly ripened on any tree. Still it often bears immense crops, which in some cases have yielded more profit, to the tree, than any other sort, and it is very widely, if not largely planted. The Bartlett is not reliably hardy either north or south, but its great merits of tree and fruit overbalance all its faults, and it is pre-eminently the pear of the State, as of the whole country. For average weight of crops and prices, it considerably surpasses any other variety. All markets prefer it, and if we could have it in ripening from June till January, most men's pear lists would be reduced to this one variety. Indeed, with some planters all considerations of season have yielded to the Bartlett passion, and they are likely to meet the views of those Chicago dealers who declare there are but two kinds of pears, " Bartlett pears " and " Fears," and they say the last variety don't amount to much! The Howell is better known in the south than in the north. I have not often seen it north of Alton, but it is well worthy of wide planting, for while it may fail oftener than some others from too early blooming, yet its vigorous and hardy habit as a tree, with the superb nature of its fruit, should place it in every list. I find the Belle Lucrative extensively planted, and apparently well adapted to the climate everywhere. It is one of our most prolific bearers, and has few equals in quality, and it is one of the three or four best in respect to health of foliage; in fact I sometimes think it stands at the head of the list in this important par- ticular. But its color on rich soils is a dull unsalable green, while on poor land it often attains perfection of form and most exquisite pencilings of color. This is one of the two varieties I would prefer on quince stocks — the other being the Duchesse d'Angouleme. This last kind possesses great value for market, under favorable circumstances. I find it everywhere regai'ded as one of the healthiest of trees. It is the one variety which to-day redeems a once very large orchard planted on the ' STATE HORTICULTURAL SOCIETY. I5I prairies in Southern Illinois from beinp^ regarded as a total failure. It rarely blights in the worst soils; it bears young; it is our largest pear, and exhibits a rich gokien color when properly ripened. It has sold for higher prices than any other pear, and when in its best estate, it is truly a magnificent fruit in appearance, and scarcely second to the best in flavor. But unluckily it is sometimes insipid in quality under the best of treatment, and always so when allowed to overbear. It is a poor pear for a lazy man. Next to Bartlett and Flemish Beauty, I think it the most largely planted pear in the West. Presented to the public, as it ver)' often is, when two-thirds grown, from overladen trees, perhaps no variety has contributed so much to extinguish a liking for all pears among the swindled consumers. While pears are among the most cosmopolitan of fruits, 3'et there are some varieties which seem to posess certain fixed adaptabilities to climate, and develop their best points only under favorable temperatures. The Louise Bonne de Jersey is a conspicuous illustration of this principle. It grows to entire perfection in the Channel Islands; it does well in the marine climate of New England, and is still a good pear at manv points farther west, but it loses quality as it goes south, both in ti-ee and fruit, generally becoming coarse and astringent in Southern Illinois. At Cob- den it has suflered badly in our last two winters, and it loses its leaves earlv in most locations. I have known it hold its foliage well in two or three cases in grass, or grown in a shaded spot on the north of buildings; but in the bottoms below Villa Ridge, its foliage is held as well as that of Beurre d'Anjou. Wherever this pear is healthy in habit of tree and free from astringency in fruit, it should be largely grown, for it gets a very salable color, and its flavor is of a positive, aromatic, excellent quality. The Vicar of Winkfield is another important instance of degeneration by moving to lower latitudes. It was once ranked as first amonsr Massachusetts pears, and still holds high position there; but it loses its good quality in its emigration to the West and southward, until it has very little of that article left on the hills of Egypt, and is said to be quite inedible in the Gulf States. And yet I would not wholly discard the Vicar in Illinois. It blights sadly in many places to be sure, but where it can be kept healthy it will yield grand crops of robust, fair-formed fruit. The Vicar has its own place to fill. It is generally good to bake, to stew, to pickle; but it will prove more valuable as a market fruit. It should be grown to sell in those markets which prefer the Pennock and Ben Davis apples, or to the good people who buy the California grade of pears. The Seckel and Lawrence are examples of the reverse action of this efl^ect of climate. Each of these pears is the standard of excellence in its season at the North and East; and they both improve in size and flavor as they move southward. The walnut-sized Seckels of the New York market, or of Michigan and Northern Illinois, are all little mouthfuls of delicious sweetness; \\ bile those grown at Alton, about St. Louis, and in lower Egypt, have some three times the weight, and a positive improve- ment in flavor; and my information is, that the further south they go, 152 TRANSACTIONS OF THE ILLINOIS ' the bigger and better they grow. So the Lawrences of the Hudson River, Rochester, and Waukegan, are a fair and excellent fruit, but several opportunities of comparison enable me to say that, they average much larger and of finer flavor grown along the Mississippi blufls and at Cobden ; while in middle Georgia, they are reported as often weighing a pound a piece, and without any falling off in their high quality. I am not sure that either of these pears will ever be as profitable for market as the Bartlett and other large pears; for that vicious public taste that prefers simple bigness and color to inside qualities, must largely guide all planting for commercial profit. And as neither of these pears grow very large in our State, and are too good by half to please the taste of the demoralized people who buy California pears, rather than something good to eat for one's self, and fit to give to one's wife, I would suggest a cautious planting of them for market purposes. There are several other varieties which should receive some mention from me for their merits or demerits — mostly the latter — as they are kept very prominently before the public, but space forbids more than a hasty remark. The Beurre d'Anjou is a pear I think highly of, so far, but I have never yet seen full crops from it anywere, and prefer waiting until I do before commending it to planters. The Sheldon is a high flavored fruit, and its rich bronze color will atti'act buyers. It is a fine growing tree, but with me is not an early beai^er, and don't hold its leaves very well. The Beurre Bosc and Beurre Clairgeau have great beauty of appearance, but as they do not often " put in an appearance " in our markets or even on our exhibition tables, I would not invest in them largely. With me they are among the most tender and faulty of trees, and I have (^ased hoping that I shall ever gi^ow the fruit. The Beurre Easter is a very desirable pear to grow where it will ripen, as its fruit is first-class in flavor, and keeps till spring; but it probably wont ripen very far north. I have not named any pear ripening earlier than the Bartlett. I am not satisfied that there is any early variety worthy of much praise. I have for years sought for such a pear for my own planting, and have not yet decided what to plant. There are several kinds which show a little local value, but I have not yet found the variety that will pay as much profit as the Bartlett over any large area of country. I think the Made- leine must be given up altogether. It is about the worst tree in the list to blight, and the fruit cracks badly. The finest orchard of it I have ever seen was at Centralia, two years ago. To-day, there is not one tree left alive. Doyenne d'Ete is a little less hopeless as yet, but the tree is among the most tender I know, and the pears are not often measured by the bushel. Dearborn's Seedling is too small, and the tree is bad. Rostiezer is better for growing fishing rods than pears ; and it is not of much importance that we can't get the fruit, good as it is, as the little copper-colored things wouldn't sell. Tyson is a delightful pear, but a middle-aged inan, yet unmarried, shouldn't plant it for family use. Beurre Giflard is a good pear and a beauty, but it rots quick, and the tree is a provoking grower; I don't think it will ever get nick-named STATE HORTICULTURAL SOCIETY. 1 53 " Dollars and Cents." Clapp's Favorite has the faults of Flemish Beauty in casting its leaves, and in premature decay of fruit, hut it is a noble looking pear, and worth hoping about, for a while yet. The Ott I have never fruited, and have seen little of, but I like the ti-ee better than any of the others. On the whole, 1 think I will plant a few more Bartletts for early pears. As most men conchide to substitute the Bartlctt for all the early kinds, so they, many of them, decide to replace with it all the later ones. The sum of the opinions I have gathered, is, that it pays best of all, notwith- standing the competition of peaches and other fruits, during its season. Possibly they may be nearly right, if the Bartlett can be successfully kept in fruit-houses through the autumn months. This has been done for several years past, in New York and elsewhere, and it will certainly be better than to depend on the old favorite kinds, like the Beurre Diel, Winter Nelis, and Glout Morceau. The question of the future market for our pears is an important one. I have been watching the influence of the California pears on our markets, with much interest, and with rather discouraging conclusions. In fact as I have looked abroad over our beautiful orchards, blackened by blight, or standing naked in mid-summer from defoliation, or passing through the destructive vicisitudes of our interior climate, or have heard the ever- increasing hum of the myriad insect hosts which envelojoe them, I have sometimes nearly reached the conclusion, that California is the most promising land for growing pears for Illinois markets. The farmers of the Pacific States grow pears about as cheaply as we do acorns, and with greater certainty of crop, for severe freezes never occur, and insects and funguses are almost unknown. They ship them to Chicago at rates only equaling the express tariffs from Southern Illinois, and sell them for nearly double the prices which we get, pound for pound. It is evident that they are better paid than we are. It is true their pears are far inferior to ours in flavor — especially the later ones; but many of them are very beautiful, and we mtist expect them to sell, regardless of quality — as long at least as this Society recommends the planting of the poorest apples on the list, because they have good looks and will sell. Then as I think it costs the California growers less money to set down a bushel of pears in Chicago, than it does us, all the conditions of growing the crop, as well as transportation expenses being counted, I think it is a very serious question whether we can make pear-growing in Illinois a tempting financial success, in competition with the immense advantages enjoyed by those lucky dwellers along the Golden Coast. Parker Earle. At the conclusion of the reading of Mr. Earle's report, it was voted to devote twenty minutes, to-moiTow morning, to a discussion of some of its topics, also, that in such discussion, each speaker shall be allowed no more than three minutes, except by unanimous consent of members present. On motion, adjourned. 154 TRANSACTIONS OF THE ILLINOIS THURSDAY MORNING. The Society met pursuant to adjournment. President Flagg called the meeting to order. The exercises were opened with prayer by Prof. T. J. Burrill, of the State Industrial University. Mr. Porter presented the following resolution : Resoh'rd, That this Society encourage the teaching and study of Horticulture in our high schools, colleges, and seminaries, and that a committee of three be appointed by the chair to prepare an address showing the benefits that would result from a practical knowledge of Horticulture, and to publish the same in all the pub- lic journals in the State whose proprietors will give it a gratuitous insertion. On motion, this resolution was referred to a special committee of three, consisting of Messrs. J. S. McClelland, J. E. Porter, and Smiley Shepherd. The special order of business for twenty minutes of the morning session, viz : discussion on Mr. Earle's report, was then taken up. Mr. Tallon, of Burlington, Iowa, being asked to give his experi- ence in growing pears, said that he has grown pears since 1847; ^^^ ^^^^ good success. His trees are dwarfs, not planted deep enough to allow the pear graft to take root. His trees are in grass, which he top-dresses with manure in the fall and with ashes in the spring; had some blight in his orchard previous to 1S64, but none since. The practice of top- dressing his orchard begun at that time; hab about two hundred varie- ties and has been successful with nearly all, but would especially recom- mend Grey Doyenne, White Doyenne, and a variety called " Pennsylva- nia." This last sort has never blighted, and he has had no trouble with the, so called, tender varieties. Mr. Shaw called the attention of the Society to a pear orchard in Levviston which had been mulched with saw dust with success; also men- tioned another orchard in which mulching had proved successful. Both orchards consisted of standard trees. Mr. Brackett, of Lee County, Iowa, said that the White Doyeime, concerning which so much complaint has been made, had never cracked, with him. Louise Bonne de Jersey has been very successful. Mr. Snedecker — I have trees of the Seckel pear, thirty years old, which have never blighted. Mr. Bird, of Mt. Pleasant, Iowa, has cultivated pear trees for fifteen years; manures in the fall on surface of ground, and forks in the manure in spring. Most varieties have blighted badly; has a White Doyenne that has never blighted. The Flemish Beauty is one of the very best. The President announced that the time allotted to this discussion had ■ expired. STATE HORTICULTURAL SOCIETY. 155 THE AUDITING COMMITTEE submitted the following report: Gentlemen of the Society : Having examined the accounts placed in the hands of this Committee, we would report that we find eveiything in them correct. We can not let this opportunity pass without commending the exheme economy of our Secretary. S. G. MiNKLER, H. J. Hyde, Lewis Et^lsworth, Committee. The report was adopted. Also the following was presented : report of committee on president's address. The Committee to whom the address of the President was referred, respectfully report that in their examination of it they have confined themselves to that part which was read to the Society. The remaining portion, which was but hastily looked o\tx by them, consists of an able, and soinewhat elaborate discussion of the subject of "The Province of Horticulture," which they hope the author will find time and opportu- nity to read before the close of the meeting. The first matter of interest mentioned in the address is the financial condition of the Society, showing the necessity of economy in our expenditures. Your Committee approve the recommendation to apply to the legis- lature for an increase of our annual appropriation to $3,000, which sum would enable us to carry forward our work v\ith greater efficienc\-. The purchase by the State, of the entomological collection of our departed friend. Mr. Walsh, and the appointment of so competent a per- son as Dr. Le Baron to the office of State Entomologist, made vacant by the death of Mr. Walsh, are matters of satisfaction and congratula- tion. The importance and value of stations in difl!erent parts of the State for agricultural and horticultural experiments, will not be questioned by any one. Your Committee think that these stations should be under the charge, and their management a part of the work, of our Industrial University. Whether the present is a favorable time for pressing this matter upon the attention of our General Assembly may be doubtful, but it is cer- tainly none too soon to call public attention to it. Your Committee entirely agree with the President, that sound public policy and forecasting statesmanship demand that we shall do all we can to encourage the planting and growing of timber trees on the prairies, and concur in the recommendation that a committee be appointed to bring the matter before the Society and the General Assem- I $6 TRANSACTIONS OF THE ILLINOIS bly, in such a manner as to secure favorable legislation in relation to it. They ask the adoption of the following resolution : Resolved, That a committee of tnree be appointed to prepare a bill for the encouragement of tree-planting, reporting it to this meeting, if possible, for dis- cussion ; but if not practicable to report at this meeting, it shall be their duty to present the same to the General Assembly, and urge its passage. The recomniendation_ of the address, that engraved likenesses be procured, of Messrs. Overman, Kennicott, and Harkness, deceased mem- bers of this Society, w^ho were distinguished in the earlier periods of our horticultural history, is approved, and w^e conclude the report with the following resolution, viz : Resolved, That the Executive Committee be authorized to procure engravings of the likenesses of the three gentlemen mentioned for insertion in the forth- coming volume of Transactions, if, in their opinion, the finances of the Society ■will justify the expenditure. A. M. Brown, T. McWhorter, E. Daggy, Committee. This report was concurred in. ELECTION OF OFFICERS. On motion it was ordered that the election should be by ballot, when ever two or more candidates were put in nomination for any office; otherwise, by voice. The following persons were put in nomination for the several offices, as designated, each one of whom was unanimously elected, viz : For President — Mr. Douglass nominated ARTHUR BRYANT. For Vice-President of First District — Mr. Earle nominated ROBERT DOUGLASS. For Vice-President of Second District — Mr. Burrill nominated SAMUEL EDWARDS. For Vice-President of Third District — Mr. Mason nominated A. G. HUMPHREY. For Vice-President of the Fourth District — Mr. Earle nominated M. L. DUNLAP. For Vice-President of the Fifth District — Mr. H. J. Dunlap nominated J. W. FLETCHER. STATE HORTICULTURAL SOCIETY. I57 For Vice-President of the Sixth District — Mr. Huggins nominated H. J. HYDE. For Vice-President of the Seventh District — Mr. Brown nominated p. U. WRIGHT. For Secretary — Mr. Starr nominated O. B. GALUSHA. For Assistant Secretary — Mr. Brown nominated H. J. DUNLAP. For Treasurer — Mr. Minkler nominated J. HUGGINS. The next business in order being the selection of a place for the next Annual Meeting, Mr. Fletcher, in behalf of the citizens of Centralia, and of the Centi-alia Fruit-Growers' Association, invited the Society to hold its next meeting at that place. Prof. Turner spoke for the Morgan County Horticultural Society, urgently requesting that the next meeting be held at Jacksonville. He said he did not ask the Society there, because the citizens of Morgan county were horticulturally worthy to have the Society go there, but because tliey needed and craved the light and stimulus which such a meeting would give to their Horticulture. Mr. Bryant said that while Jacksonville might be called the Athens of Illinois, in regard to general knowledge, yet, as admitted by Prof. Turner, her citizens were somewhat in horticulttiral darkness; and as the province of this Society is to diffuse light as well as to cr.jate it, he would favor going there. Prof. Burrill, in behalf of the Illinois Industrial University, invited the Society to go there. He thought it would be well for ail horticulturists of the State to see and know what steps are being tak^n there to secure ultimate good to the horticultural interests of the State. He would not urge that the Society go there for their next meeting, bat hoped that if not, it would meet there in 1872. Mr. Edwards spoke in favor of Champaign, urging that there we^e being inaugurated extensive experiments in Horticultin"e, which should be examined into by this Society, that tlie horticultui'al department of the University would be aided in its work by our presence and our counsels — that the well known hospitality of the citizens of Champaign promises us a cordial welcome. A rising vote was taken upon selecting Jackson- ville as the place of holding the next meeting, which resulted in the unanimous choice of that place. '58 TR.\NSACTIONS OF THE' ILLINOIS On motion of M. L. Dunlap, the Time of the next Annual Meeting was fixed for Tuesday, the Twelfth day of December, 1871. Mr. Starr moved that the examination of new fruits and the distribution of cions be deferred until after the reading of Judge Brown's paper, which was agreed to. Mr. Browx then read a paper upon PACKING FRUIT FOR MARKET. Our Secretary has assigned me a subject upon which it is difficult to say anything that will be new or valuable. Intelligent horticulturists fully understand the necessity of putting their fruit into market in proper condition, as well as the means by which this is done. That large class of people who fill our markets with unripe, ill-assorted, bruised, and rotting fruit, never read the papers, and our Transactions are not likely to reach tliem. They will continue to do as they have done to the end of time, in spite of everything that may be said or written on the subject. However, we have good authority for inflicting " line upon line, and precept upon precept," and whatever may seem trite in what follows, will be excused upon that principle. A reiteration of familiar facts or principles — like the quack doctor's bread pills, will do no harm if it does no good. It was often said, a few years ago, tliat it made no difference how fruit was packed, or what was the quality of the fruit itself, for it all, good, bad, and indifferent, brought the same returns to the producers. There was some truth in this, partly because consumers were less careful in making their purchases than they have since come to be, but chiefly for the reason that many commission merchants had the rascally habit of making an average of each day's sales, and returning to all their corres- pondents precisely the same prices. In this way the careless packer and the producer of poor fruit, came in for an even chance with those who had put their fruit in market in the best condition. But all this has been changed, at least to a considerable extent. Purchasers, now, look pretty sharply to the quality and condition of what they buy, and honest com- mission men may be found, even in Chicago, who will retiu'n to each shipper the price his own fruit sells for. It becomes every year, more and more noticable that, in all our markets, the prices obtained depend upon the quality and condition of the fruit sold, and this qualitv and condition depend very largely upon the style of packing, especially when it is to be transported long distances by railway. The finest fruit, care- lessly put up, will reach the consumer in bad order. SU-aivbcrries. — In our State, at least for distant markets, strawbeiries are put up in the hollow-bottomed quart boxes with which all are familiar, twenty -four of which, usually, are packed in a case made for the purpose. The ben"ies are picked directly into the boxes, and the essential thing to be attended to is the manner in which this is done. They must be carefully handled to avoid bruising the tender flesh. The STATE HORTICULTURAL SOCIETY. 159 careful picker seizes the stem between the thumb and fore-finger, and pinching it off about half an inch from the fruit, transfers it at once to the box. He will reject all that are too green, or over-ripe, or ver^' small. The careless or uninslructetl picker will take hold of the berry, anil pull it off, transferring it to the palm of the hand, until he has a handful. The result is that the fruit is more or less bruised, and in a condition for rapitl decay. The boxes should be well heaped up, and tlien carefully set in the case, the top pressing gently upon the top of the berries in the upper tier. Some are in the habit of turning the fruit out of the boxes and assorting it. This is of doubtful value. The additional handling involved probably does more damage than would be occasioned by the over-ripe or imperfect beirics taken out. Certainly it is not necessary when you have careful and well-managed pickers. Raspberries and blackberries are packed for market in the same way, except that the fruit parts from the stems. The same care in handling to prevent bruising is requisite. Peaches. — No fruit requires more careful management in its prepa- ration for market, than the peach. The ilesh is exceedingly tender, easily bruised, and it tends to rapid decay after it is fully ripe. They should be gathered at that particular stage of maturity that immediately precedes soft- ening. They should be ripe, but not mellow, and in order to secure them in this condition the trees must be gone over every day. They must be carefully handled to avoid bruising. The packer takes them, one by one, and places them in the box, being caieful to get them as close together as they can be made to lie, and the box must be so w ell filled that the top will go on with considerable pressure. The object is to con- fine them so closely that they can not become loose and rattle in the boxes. They should be rigidly assorted, the best specimens going together, and the smaller ones to themselves, to be sold as second-class fruit. The tasteful packer will, of course, so arrange the fruit, with the best side out, etc., as to make it present the best possible appearance when opened. The package almost universally used in Southern Illinois, is the box, holding about one-third of a bushel. Baskets are not available with our present mode and means of transportation. The box composed of seven pieces is the best, consisting of three heads as they are called, one broad piece for each side and single pieces for the bottom and top. The box made of naiTow slats shows the fruit better, l)ut the numerous edges and corners are apt to abrade the skin and cut into the flesh. Pears. — Early pears, as well as the earliest apples, are usually sent to market in the same kind of box used for peaches, and with these, the essential things to be secured are proper assorting of the fruit and close packing. Later in the season pears are best marketed in larger packages, as bushel boxes, half barrels, or barrels. They ripen best when excluded from the air, and for that reason the vessels should be close. In pack- ing, the bottom of the barrel should be covered by placing the fruit care- fully upon it, one at a time, so arranged as to make it show to the best advantage; then pour in, shaking two or three times, briskly, as the fill- l6o TRANSACTIONS OF THE ILLINOIS ing progresses; heap the fruit a little and press in tlie head with a screw or lever. Choice pears are sometimes sent to market wrapped singly in tissue paper, a very good practice as I think. Some dealers in New Or- leans prefer to have this fruit come to them packed in soft, dried grass. Some such material must be used unless great care is taken in filling the boxes or barrels so that the fruit can not become loosened by the rough handling it is likely to be subjected to in the course of its ti'ansportation to market. Apples. — Apples, except the veiy earliest, are invariably sent to market in barrels, holding from two and a half to three bushels each. The bottom is first covered with a course or two laid in, one at a time, w^ith the stems down. The barrel is then filled by pouring in from a basket that can be let down and emptied inside, so as to prevent bruising, shaking well as the filling progresses. The fruit is heaped up as high as the top of the chine, the top laid on, and, by the use of a follower and lever or screw, pressed into its place. The name of the fruit should be plainly marked on the bottajJi^i which is the end that should be opened when oflTered for sale. Grapes. — Grapes are usually sent to market in light boxes holding from three to ten pounds. The fruit should be spread out in the sun for a few hours, or until the stems have wilted and become limp and yielding. The bunches are then laid in the box as carefully and tastefully as possible, filling up imtil the top will go on with some pressing. Mark the name of the variety on the bottoiti., which, when in market, becomes the top. These boxes are packed in crates of convenient size. In marketing all fruits, clean, new packages should be used. After this, the essential things to be attended to, as appears from what has been said before, are careful assorting and close packing. The more tastefully the fruit is arranged the better — appearances go a great way in everything, and especially in the sale of fruit. M. L, DuNLAP thought that the subjects treated in this pajDer are very important, not only to the producer, but to the consumer. Fruits can not be well packed and reach the market in such condition as to secure the best price, unless they are properly picked and handled. Strawberries and cheiTies should be picked with their stems left on, to prevent too close pressui'e in the boxes, and consequent mold and decay. These and other fruits could be picked and taken to market, riper than they usually are, if proper care were taken in picking and packing. It will pay well to pick carefully and pack well. Careful pickers should be paid more per box than careless ones. Purchasers may know whether the fruit has been well picked and packed. If it has been, the boxes will be full, othei"wise not. Dr. Spalding — The writer recommends exposing grapes to the sun a short time after picking before packing. The practice of grape-growers in the vicinity of .St. Louis differs from this. We take our packages into the vineyard and pick very carefully, STATE HORTICULTURAL SOCIETY. l6l handling as little as is possible in taking out all imperfect berries, placing the bunches directly in the boxes. Tiiis is done to preserve the bloom as much as possible, as the bloom gives |he fruit an attractive appearance when oflered for sale, and fruit upon which it is well preserved commands a higlier price than that from which it has been removed in handling. When the boxes, or other packages are a little more than full, we set them in the shade for a few hours, or a day, to shrink a little before fiistening them up. We ha\-e no package for grapes which exactU' meets our wishes — are looking for something better — we use boxes of diflcrent sizes, and baskets. Mr. Bliss said it was his custom to put apples in heaps to let them sweat before putting into tight barrels for winter. If put in directly from the tree, they would not keep as well. Mellow or ripe apples ^\ ill not bear much pressing, when heading up the barrels, for if bruised they will decay. Mr. Spaldixg — For home use we pack our grapes in boxes with alternate layers of papers, renewing the packing after a time. Mr. Nolan, of Benton Harbor, Mich., said that he wanted steps taken to secure the regulation of the size of a peach box or basket, by act of the Legislature of this State. Chicago is the market for nearly all their fruit, and there is found such a difference in the size of packages that it is not possible often to get the honest value of a full one-third bushel basket or box of fruit. He offered the following resolution : J^csolvcd, That in the opinion of this Society, the size of a peach box or basket should be regulated by law, and that we recommend that the size of such package shall be one-third of a bushel. TiiK President thought it more difficult to establish uniformity in size, than to provide for the the sale of fruits by weight. M. L. Dun LAP offered the following as a substitute for Mr. Nolan's resolution, viz : Resolved, That this Society memorialize the General Assembly ,of this State to pass laws providing for the sale by weight, of all horticultural products hitherto sold by measure, which was supported. Prof. Turner moved an amendment to the effect, " that this subject be committed to a committee, to consist of President Flagg and two other members who shall take tlie matter under advisement and lay it before the next General Assembly." Mr. Earle was opposed to the resolution of Mr. Nolan, and in favor of the substitute of Mr. Dunlap. He could not consent to place this whole matter in the hands of a committee without first knowing their views respecting it. He regarded it as a matter of great iinportance, which should have an earnest expression from this Society. The President had examined this matter caiefuUy. A reform is 15 1 62 TRANSACTIONS OF THE ILLINOIS needed, hut liow is tlic best wav to brines it about? Two questions are involvetl : what is right .- and how can we accomplish the right without running counter to a conservative element which we can not overcome if we would ? He had become convinced tliat tlie best thing to do was to secure tlie passage of a law regulating the number of pounds in a bushel of fruit. The amendment of Prof. Turner was lost. The question recurring" upon the adoption of the substitute of Mr. Dunlap, prevailed. Mr. J. II. TiCF.. of St. r.ouis. a member of the Committee of this Society on Meteorology, then read, liv ri'ipiest. a paper which he had pre- upon this sultject. METEOROI.OCIC.M. KFFFXTS OF FORESTS. j\fr. President^ Ladies, and Gcntlcnioi : My object is to discuss a subject which lias had, and ever will have, an important liearing on human well-being; which in the past has rendered man a fugitive and a \-agabon(l on the face of the earth, and which, in the future, will continue to scourge him, until experience and reason w^ill bring him in harmony with Nature. This sidiject is the great law which holds a climatic correlation between moisture and the eartii's vesture, and between aridity and its nakedness. The ignorance of this law, or of its non-obser\'ance, has, in the past, indicted an untold amount of miserv upon man. and u]:ion its knowledge and observance will depend his future prospeiity and happi- ness. If this can be shown, then, if woe betide him hereafter, he must acknowledge it as a just jiimishment for his delincjuency ; and if weal, he will have the consciousness and satisfaction of knowing that it is a reward for his faithfulness and obedience. As il is impossible to lix man's ad\ent iipon the earth, so it were futile to attempt it. All we do know is, that he appeared in the tertiary period, and was cotemporaneous w ith the primitive horse and mastodon, because stone implements have been found with figures of lioth engraveil )ipon them. I>ut how long ago that has been — whether ten thousand or ten hundred thousand vears, no one can tell or ever will know*. In the time when Northern Europe was yet submerged — when the reindeer roa:iied t)ver the Alps — man was there, (Kvelling in cav'es, and his bones lie mingled with those of the primiti\'e horse, of the reindeer, the mastodon and hos bifroyis^ making it probable that these animals served him for food. But in the j^rogress of time, either from increase in intelligence, or of numbers, he forsook the caves and built for himself dwellings con- sisting of four large stones for the sides and one for a cover. This is called in archieology, the megalithic, that is the big stone age. These houses, buried in the soil, are found from the British Isle to farthest India, and south io the Cape of (lood Hope. Evidently these structures were co-extensive with the human race at that period. STATE HORTICULTURAL SOCIETY. 1 63 In tlic mcjijalilliic :»;^e, ii);in became, if he was not Ix-forc. a tciTa- cukurist; for petrified heads of wheat, rye, and barley nre found buried with these houses in swani])y jihiccs; hence it is proI)al>le at tliis period commences the date of his reactionary aj^ency upon climate. To raise the cereals, and to lind pasture for his llocks. lie had to clear awav the primitive forests, ami it was impossible for him to lia\e denuded lar^e areas of land \\ itliout observinj4' the consequent climatic changes. No facts exist to furnish us willi (he least clue for measuring the length of the duration of this age, but probably it extended o\er tliou- sands of years, lie its lengtli what it may, the whole of it was a pupilage of the j)rimiti\e man in the school of experience, teaching him man\- lessons that he will ne\er fcjrget. Amongst these lessons uiuiiu'stionably was this, thai the destruction of forests smote climate with aridity, and consecjuently the earth w illi sterility. As he could not penetrate to the cause of this, his unsophisticated mind attributed these changes to the wrath of the gods. l>ut why to the wrath of the gods.^ What had otVended them .'' While the primitive forests remained, the gods were propitious; the rains tlescended copiously, springs welled uj), and the rivers llowed. The earth alst) was clothed with venlure and teemed with bountiful harvests; the forests were lilled with game, and the w ater>- vvith iish. Ibitwlicu the forests were gone, the laiii ceased, llie ibiinlains and rixers dried up; the earth \\ as parched and liecame an inhospitable desert; the tenants of the wood perished or lied, and the Iish disa])pcared with the streams. SureK if calamities so great were not evidences that the gods were olleiided. what could l»e receixed as such.' But what was the cause of the oirense: Wh-i.t so loveh as the grove, and what so li anscendently beautiful as the forest, under whose shady caiiop\- is collected e\crything that ispleas- ant to the eye or gratetul to the senses." There the waters gush up to the sun, sparkle in the light, and murmur as they run. TheiL' nature's oi'- chestra is never silent, but music mingling in symphonlous liainiony Irom high alto to deep bass forever floats in the air. There gaudy insects dis- port themselves in the sunbeam ; and there the shepherd seeks shelter from the heats of summer, the c(jlds of w inter, and repose for himself and his ilocks. There vo-dwi the graceful deer and lleet anlelo])e in free- dom, and also the licrce leoijard, the ])anlher. the tiger, and the lion. Surely, if the gotls dwell anywhere upon earth, or even have a temporary sojourn here, it must be in the groves and the forests.^ vSo reasoned the primiti\e man. Ileiice not onlv his interencc that war upon the forests was war upon the gods, but also if man wished to draw near to the g()ds and hold communion with them, he had to go to the groves, their dwell- ing place, and diere pay his adorations and pi'efer his supplications. So evidently was this the process of his reasoning, that its impros'; is indelibly stamped on all the ancient religions. Diuid, Roman. Greek, Heathen, and Hebrew, however widely dilVerent were the gods they adored, they had one thing in connnon in which they all were in accord. that of worshii>ing (iod in the groxes. Abraham planted a groxe in Mamre, and there called upon (jod. Moses and Joshua, feeling thatthi^ 164 TRANSACTIONS OF THE ILLINOIS then universal sentiment would lead the Israelites back to idolatry, en- joined upon tliem to hew down and burn the groves of Palestine, for there, they sa}^, the Canaanites worshipped false gods. Too faithfully did the Israelites carry out this injunction, and Palestine, instead of a land flowing with milk and honey, has become treeless, herbless, and almost a desert. The early, that is the winter rain, yet comes in its season, but the latter, the spring rain, no longer visits the naked plains. The ancient legends and mytlis of Greece and of Rome, had we no historical evidence of it, show not only that worshiping in the groves was universal, but also the reason for it. It is a historical fact that the ancient Pelasgic oracle of Dodona was situated in a sacred grove. So also the Greek oracle at Delphi. But what is remarkable in this latter case, is, that the cave whence issued the prophetic vapors that inspired the Pythia, was situated in a sacred grove where the responses of the oracle alone were delivered. In that magnificent poem, " The Forest Hymn," Bryant, the most emotional of American poets, has beautifully described this universal custom of the ancients: " The groves were God's first temples. Ere nian learned To hew the shaft and lay the architrave And spread the roof above them, ere he framed The loftj vault to gather and roll back The sound of anthems, in the darkling wood Amidst the cool and silence, he knelt down And offered to the Mightiest solemn thanks And supplications." The religious sentiment that the groves were the natural temples of the gods, necessarily carried with it the corollary that they were sacred, and consequently the act of destroying them sacrilegious. Hence, Virgil relates how .-^neas, being obliged to obtain timber from the groves of Mount Ida to build his fleet with which to flee from Troy to Italy, durst not do it until he had obtained permission from Cybele, to whom they were dedicated. In fact the ancient priesthood, which represented almost exclusively the intelligence of the primeval world, to pre- serve the groves and forests, dedicated them to some deity, and inculcated the dogma that he ^\'ho destroyed them, was guilty of sacri- lege and would be punished by the offended god. A few myths and legends will suffice to make this evident, and also the reason for incul- cating it. According to an ancient myth, Erisichton derided Ceres and cut down her groves. This impiety so irritated the goddess, that she afflicted him with continual hunger. He sacrificed all his possessions to satisfy the cravings of his appetite, and finally devoured himself for want of food. According to the ancients not only the groves were sacred, but each tree had a nymph called Hamadryad, that cared for and protected it. More- over, the fate of these nymphs had a dependence on their trees, and they lived and died together. Apollonius relates a beautiful legend illustrating this point, and incidentally the belief that trees and moisture are concomitants. He says, " Rhaecus, observing an old oak ready to fall, STATE HORTICULTURAL SOCIETY. 1 65 ordered his servants to set it uprij^ht again, and put fresh earth and ma- nure around its roots. The 1 laniaihyad, who must necessarily have per- ished with tlie tree, grateful for what he had done, appeared to him to thank him, offering at the same time to grant any favor he might ask. He replied, the act was one of piety, and the consciousness of having performed his duty, was ample re\vard to him. She then promised to hless him with continueil prosperity, that his fields should teem with abundant harvests, and his flock increase a hundred fold, which accord- ingly came to pass. But in the lapse of time a severe adverse calamity hefel him. Th'nking that the Hamadryad had violated her promise, to avenge himself he cut down the oak. Immediately he was paralyzed and rendered helpless, his fountains no longer sent forth water, his streams dried up, his lands, parched b\- drought, were sterile, and he finally perished \\ ith luniger." This must suflice as evidence that in the earlier ages, ere history or even tradition was born, man had learned an important lesson, which if he had reduced to practice, the aspect of the globe and the distribution of mankind would have been far different than what they no^v are. The waters of the Dead Sea would still flow in to tli^e Gulf of Suez; the river whose dry bed was traced by Belzoni through the centre of the Great Sahara, and which is called by the Arabs " the river without an\' water," would still bring its tribute to the Mediterranean. The plains of Assyria and Babylon would still be the seats of opulence, population, and power; Sahara, Gobi, and other deserts would find neither name nor location on our maps; and Spain, Palestine, Egypt, and other arid and sterile regions would still be the granaries of the world. There have been received certain sayings, as though they embodied unquestionable historical truths; for instance, that the children of Adam followed the Sun, and that " Westward the Star of Empire takes its way." Some have gone so far as to suppose that innate instinct deter- mined this assumed course in man. Like many other dogmas, accepted as true without investigation, these sayings will not stand the ordeal of close scrutinv. The migi-ations of the Toltecs and Aztecs, on our own continent, ha\-e been from north to south, while those of the Egyptians have been the reverse, from south to north. It is only true of the Asiatics and Europeans that they migrate from east to west. Philo- sophically, therefore, no innate law of humanity is even supposable as presiding over, and directing these migrations. The direction of human migrations is not determined by an inherent law; for, if it w^ere, it w^ould be as irreversible as solar and planetary motion. It receives its entire impulse from a necessity imposed by man's own agency. The edge of a forest being set on fire, the consuming element travels necessarily in the direction not yet wasted by it. So it is with man. He is a waster of forests, and hence in his migrations he follows the receding forests, wdiether they lie norfli, east, south, or west. While man remained a savage, and lived by the chase, forests not only supplied his simple wants, but also aftbrded him shelter alike against the scorching heats of summer and chilling blasts of winter. 1 66 TRANSACTIONS OF THE ILLINOIS But when he emerged from the savage state and became a terra-cnllurist, trees liad to give place to the cereals, grasses, etc. From that day the forests receded and disappeared before the advance of man, and the degradation of climate commenced. Why.'' Because, not knowing the great law of compensation, that forests hold climate in a mecHum cqui- pose between opposite extremes, he tlestroyetl them and brought on aritlity and sterility. Practically his advance was like that of lire through a forest, exuberant fertility in front, and desolation in tlie rear. If we examine the legends of ancient migrations, or the facts that authentic history furnishes of such, this is the only explanation that accounts for both, presenting them logically in the category of cause and effect. Let us see. Erosioiis on the cliff's, high above the waters of Salt Lake as at present, show that the lake formerly, must have been deeper, covered a larger area, nnd consequently must have received more water than now. Fossilized wood found all over the now treeless and almost herb- less plains of the Great Basin, show that formerly it must have been a well timbered country. Indications are also abundant that it was once densely populated by a primitive race. South, on the San Juan River, immense ruins of ancient cities have recently been discovered ; and further south, on the Rio Colorado Chiquito west of Zuni, are the well-known ruins of the seven cities of Cibola. All the region drained by the Colo- rado is covered bv the ruins of ancient cities, and must have been densely populated, and therefore must not have been, as now, a treeless, arid desert. Great climatic changes must, therefore, have taken place to have converted this once populous region into an inhospitable desert. What causes were in operation to produce this effect.? The legends, both of the Toltecs and the Aztecs of the valley of Mexico, point to the Great basin, and the plains of the Colorado, as the ancient abode of their ancestors, whence they emigrated to Mexico. We are justified in the inference that necessity compelled their migration, and that they fled from the desert, a curse they had brought upon the land and themselves. This inference gains strength when we look into the civil polity of those nations relating to forests, whence we infer that they had learned a severe lesson by experience, namely, the cause that necessitated their migration. Prescott, in his History of the Conquest of Mexico, informs us that both tlie Tezcucans and the Aztecs had severe laws against the wasting of forests. No one Avas permitted to gather wood except what was fallen down, nor to cut timber without leave from foresters appointed by the king. Historically, we know that Egyptian migration was dow n the xallev of the Nile, that is from south to north. Egpyt's first capital was Meroe, in Nubia. Herodotus informs us that all the ancient traditions agreed that at that time the valley of the Nile was covered with dense forests and extensive marshes. Within the present century the truth of these traditions has been verified by French savans, who exhumed at all points petrified trees and stumps. No other explanation is possible, except by the hypothesis that they grew where they are found buried, and that the entire valley was once covered with dense forests. Belzoni, in 1817, STATE HORTICULTURAL SOCIETY. 167 tound the lied of :in ancient river tar ont in the desert, near the oasis wlierc once stood the famous temple of Jupiter Ammon. The Aral)s called it "the river without any water." Belzoni, in tracinj.;- its hed, found what was once an Island covered with immense petrified stumps. Some distance from Cairo, but out in the desert, is now to be seen a petrified forest. These and other evidences show that Es^ypt, and at least a great part of the Sahara, were once covered with forests. Now, since a search of the entire surface of the earth will not reveal such an anomaly as trees without rain, therefore the inference is irresistilile that Ei^^ypt and the (jreat .Sahara were not formerlv as now, rainless. .\s the trees have disap- peared by human agency, man is responsible for the climatic changes elFected. Egyptian culti\'ation in ancient times, we know, extended far into regions now covereil with the sands of the desert. The cause of the degradation (^f the climate, it is now admitted by the Egvptiaiis them- selves, was that itefore the maivh of man down the valley of the Nile, the ]")rimeval forests disappeared until not even a representative tree was left. It is most true, that in Egypt civilization came dow n the vallev of the Nile, but it is not the whole truth. Civilization in tlie past, like many other benefits, has not been an unmixed blessing. Egyptian civil- ization, like the Eastern civilization in Asia and Europe, and like the Toltec and Aztec civilization on our own continent, left desolation in its rear. The successive removals of the capitals of anc'ent Egypt, first at Meroe, next at Thebes, and finally at Memphis, wei"e necessitated by the utter desolation caused by the encroachments of the deserts that success- ively overtook them. So overwhelming and complete was the triumph of desolation, that the very sites of these capitals became mooted ques- tions; and the exact localities of Aleroe and Memphis (both now in the desert), have onl\ been determined b\- researches made w itliin the pres- ent century. The most ancient traditions and Scripture place man's origin in Eastern Asia, where lie \\as sunounded by an exuberant vegetation, and consequently where the animal kingdom abounded in immense numbers, and in innumerable forms. How long he lived upon the fruits of trees, upon fish, the chase, and other bounties of nature, and how widely he became dispersed before necessity forced terra-culture upon him, it were futile to inquire, as neither tradition luir history informs us. Moses informs us that, after the transgression, man was sent forth to till the ground; and also that cherubim with a flaming swor({ were placed east, whicii turned every way to guard the tree of life. The sending him forth from the ganlen of lulen to till the ground, may dimly shadow forth the great change in his physical condition when he ceased to be a beneficiary on nature's bounty, and was doomed in the sweat of his face to eat his bread all the days of his life. The Haming sword also mav ssmbolize the scorching desert he had placed between himself and his last Eden, since Ilagi Ismael describes a desert " as a place where the earth is of fire, and the wind a fiame." Be this as it may, he turned his face to the 1 68 TRANSACTIONS OF tHE ILLINOIS primiti\e forests of the West, which disappeared at his approach and desolation followed in his rear. The present arid, desolate condition of Persia, Afghanistan, Beloochistan, Mesopotaniia, Syria, etc., countries famous in history for their fertility, population, power, wealth, science, and relinenient, shows that great climatic changes have taken place. Now these changes must either have been wrought by human agency, or by astronomical causes. If by the latter, then it must have been by a physical change in the constitution of the Sun; as he is the great vivifier not only of the Earth but of the universe. He not only sets in motion the mainsprings of plant and animal life, but with irresistible power and majestic grandeur he hurls our globe and planets with inconceivable velocity around him through space. Whatever of motion there is on the earth, in the ocean, the air, or in the solar system, emanates from the energy of the sun. We know planetaiy motions are not only uniform but invariable, not having changed or deviated even a fractional jDart of a second since the days of Hipparchus,- the first observer, two thousand two hundred years ago. Hence the energy producing them must be constant, uniform, and invariable also. The annual mean of all physical phenomena, hygrometric, meteorologic, elec- tric, magnetic, thermal, etc., are also physical constants. It were there- fore futile to look for the cause of climatic changes within the liistorical period, to astronomical changes. Our only alternative then is to refer them to human agency. Especially are we justified in so doing when all admit that the natural operation of known physical laws is such as to work these changes imder proper conditions; and that the opera- tions of man can and do produce those conditions. Let us see how this is. About three tenths of the earth's surface is land, the remaining seven tenths being water. As the average annual energy of the sun is a phys- ical constant, so the annual average of water vaporized from the ocean, and consequently the annual average of rain precipitated must be phys- ical constants also. Neither the area nor the physical condition of the water surface of the earth has changed within the memory of man. Hence, neither has the reaction of the ocean upon the atmosphere changed within that time. Then, consequently, as far as rainfalls on the ocean are concerned, other things being equal, the amount of rain on the water surface must not have changed either. But how is it with the land sur- face of the earth? In Europe, Asia, and Africa, where thousands of years ago were impenetrable forests, there are now treeless and desolate plains. The condition of the land surface of the earth being different now than formerly, its reaction upon the atmosphere must also be differ- ent. In respect to rain and drought, this reaction is as follows. Rain only falls from an atmosphere that is cooling after taking up and holding vapor in suspension at a higher temperature. Volumes of air nearly filled to saturation with vapor, are constantly drifting over surfaces of lower as well as higher temperature. Those drifting over surfaces of lower tem- perature become cooled, clouds form over, and rain falls on such cool surfaces. Now, which are the cooler, surfaces clothed with vegetation, STATE HORTICULTURAL SOCIETY. 1 69 especially with trees, or barren naked plains? Even dumb animals know, for they fly from the scorching rays of the sun in the open fields, to the grateful cooling shades of the forest. While, therefore, the great physical law remains in force, that rain can only fall from a cooling atmosphere, and as long as it is a physical foct that the shade is cooler than the sun- shine, so long must the amount of rainfall on timbered countries be greater than that on naked plains. Precipitation depends on saturation, and saturation upon temperature. Generally, while the temperature of the air is rising, saturation can not take place; but when it is falling, the point of saturation is reached at some time, and rain begins to fall and continues to fall as long as the temperature descends. Careful experiments show that air at the temper- ature of 33 degrees Fahrenheit, when saturated, holds 1-160 part of its volume of aqueous vapor in suspension. At 59 degrees, it is saturated by i-8o part of its volume; and at 86 degrees, by 1-40 part of its volume of vapor. Hence, every time the temperature of the air is raised 27 degrees Fahrenheit, its capacity to absorb and hold vapor in suspension is doubled. Therefore, air saturated at S6 degrees holds in suspension four times the quantity of water as when saturated at 32 degrees. We have seen that forests are cooler during the heats of summer than open fields or naked plains; consequently there must be a difference in the temperature of their respective superincumbent atmospheres. If the vapor be equally distributed in their respective atmospheres, then that over the forest is nearer the point of saturation than that over the adjacent plains ; and when that over the forest is saturated, that over the adjacent plain is not so by the ratio of the difference between their respective temperatures. But during the day the sun's rays increase this difference, movements of air set in, and the genc*'al tempei"ature of the whole atmosphere is raised. Thus still greater quai^tities of vapor are taken up and held in suspension. This process may go on for days and weeks, and even months, until saturation at a high temperature is attained — then a reaction sets in, perhaps by the intervention of a colder stratum of air, or by drifting over a cooler surface, or which is more probable, by some change in the higher regions of the atmosphere b)'^ ^^•hich the transmutation of heat into electricity is facilitated. Whatever may be the approximate cause, the reaction is violent in proportion as the phenomenon was abnormal by which satura- tion was attained. Tornadoes, hailstorms, waterspouts, and deluging rains are the natural and inevitable consequences of such abnormal conditions. As might be expected, these hydrometeors mainly appear, and develop their most destructive forms in the vicinity where large areas of land have been denuded of vegetation and exposed to the direct influence of the sun. The pleasant, cool, bracing, and often chilling vveatlier, that follow these violent commotions, show that they were brought about by some sudden cooling process in the atmosphere. As the main pliysical law of meteorology concerned in the production of rain mu^t now be sufficiently clear to comprehend and explain the facts produced by its operation in various parts of the world within the 16 170 TRANSACTIONS OF THE ILLINOIS historical period, so we can now proceed to show what has been and ever must be the effect of deforestation. These effects may be treated under three different heads: fii"st, amehoration of chmate, where the forest is too dense; second, degradation, where deforestation is carried beyond due Umits; and third, permanent aridity and steriHty where the destruction is total. First, then, examples of amelioration. It can not be controverted that the climate of northern and central Europe has been greatly ameliorated within the last two thousand years. VaiTO speaks of the climate of southern France as unfavorable to the growth of the vine and the olive. Virgil describes the Crimea as subject to the rigors of an eight months' winter. Diodorus Siculus narrates how whole armies crossed the frozen Rhine, Rhone, and Danube. In fact, all ancient authors are agreed as to the rigors of the climate of central Europe at their time. America affords a similar example of amelioration. The early set- tlers of New England and Virginia speak of the severity, length, but equability of American winters, which is irreconcilable with their comparative mildness, shortness, but extreme variability now. Jefferson, in his notes on Virginia, records this testimony of the old settlers, which he says is coiroborated by his own observation and experience. He says within the recollection of the living generation, the climate has been much modified. The snows are fewer and less in quantity, and remain a shorter time on the ground. Streams that were formerly closed for weeks with ice, now seldom freeze over. The changes from warm to cold and vice versa are now more sudden, frequent, and extreme. "When spring then came, it came to stay, and not as now relapse suddenly back into winter." Jefferson gave it as his opinion that these changes have been caused by clearing away the forests, exposing the soil to the warming influences of the sun, and by giving freer passage to air currents, whether warm or cold. In Europe the amelioration of climate is attributed to the same cause; and there can be no question as to the correctness of the inference. Who has not observed that the snows and ice of winter lie longer in the forests than in the open fields.^ Europe two thousand years ago, and America when discovered, were covered with an almost unbroken wilderness of forest. The ice and snow then melted not so soon, and consequently the winters were longer than now. Deforestation whenever carried on within due limits has been a benefit, shortening the winters and producing a general amelioration of climates. Let us now give a few instances of degradation of climate. The stringent forest regulations of the Tezcucans and Aztecs have already been mentioned. The effects of these regulations and of their abroga- tion by the conquerors.are thus described by Prescott, the historian : " In the time of the Aztecs, the land was thickly covered with larch, oak, cypress, and other forest trees, the extraordinary dimensions of some of which remaining to the present day, show that the curse of barren- ness in later times is chargeable more on man than on nature." And STATE HORTICULTURAL SOCIETY. l^Jl again : " The soil once carpeted with a beautiful verdure, and thickly sprinkled with stately trees, is now bare, arid, and parched, and in main- places white with the incrustations of salt, caused by the diminution of rainfall, and the evaporation of the waters consequent upon the denuda- tion of the country." Wm. C. Bryant, speaking of the effects of deforestation in Eastern Ohio, says : "It is a common observation that our summers are become drier and our streams smaller. Take the Cuyahoga as an illustration. Fifty years ago large barges loaded with goods went up and down the rixer, and one of the vessels engaged in the battle of Lake Erie was built at Old Portage, six miles north of Albion, and floated down to the Lake; now in an ordinary stage of water a canoe or skiti" can hardly pass down the stream. Many boats of fifty tons burden were built on the Tus- carawas, and loatled at New Portage, and sailed to New Orleans without breaking bulk; now the river hardly furnishes a suppl\' of water at New Portage for the canal. The same may be said of other streams; they are drying up and from the same cause, the destruction of our forests; our summers are becoming drier and our winters colder." The former rank and tall grasses on the primitixe prairies measurably answered the purposes of forests. The summer rains certainly were then more equable and abundant than now. Streams that forty or fifty years ago furnislied milling jDower the whole year round are now dry, except in time of freshets. The steady decrease of water in our \vestern rivers, even in tliat of the great Mississippi, warns us of deleterious influences at work and of impending danger. Our steamboatmen recol- lect the time when steamboats that now can not, in low water, ascend higher than Memphis, could, without difficult}-, at all seasons of the year, ascend to St. Louis. Destruction of the forests at the sources of the rivers tributary to the Mississippi, and the wasting the prairies along the afiiuents of these rivers, are the causes of this deterioration. The unshorn natural meadows, the prairies, are practically amongst the things of the past. The I'ank, tall grasses, whose wavelike motion showed every pulsation of the wind, are no more. Denuded by our flocks, and the native grasses exterminated, there only remains the naked plain. Now a naked, parched plain is a very difterent thing from one clothed with the vesture of the primitive prairies. Its reaction upon the atmos- phere, and consequently its meteorologic effects, are entirely different. One favors the condensation of vapor and the precipitation of rain, the other favors the dispersion of both. Hence we find xvith the disappear- ance of the vesture of the primitive prairies, aridity of climate sets in and the streams dry up. Tiie following fact illustrates this. Near (^iiincy. 111., are several streams that forty and fifty years ago supplied ample water for milling purposes. One of these still bears the name of Mill Creek. Were it not for the old dams and dilapidated mills, the tradition that they ai forded water power for mills might be regarded as apocryphal; for now all the creeks afford but little running water at any season, and during the whole summer and autumn they are perfectly dry. 172 TRANSACTIONS OF THE ILLINOIS In all respects the phenomena of gradual failing of summer rains, aridity of climate, and diying up of fountains, are similar on the prairies as in the forests. On the Atlantic slope, there is scarcely a mill-owner who is not aware that as the country is cleared up, the springs fail, and the streams gradually, dry up. New phenomena, however, appear. The rains of summer, though fewer, are more deluging and destructive, and freshets, formerly unknown, become common. As already stated, all our rivers are suffering from a diminution of water, and indications are thickening, of impending calamities still greater. We are trying to deceive ourselves with the delusion, that our rivers are becoming shallower, because cultivation has facilitated their encroachments on the soil, and that they are only widening their chan- nels. Now this is not the case; and no one can point to a solitary instance that justifies such a hypothesis. In Germany, observations have been made by actual measurements, on the river Elbe, for the last eighty years. The width of the channel has been accurately measured and the volume of water discharged, calculated. In that time the width of the channel has remained the same, but its depth has deci'eased nine inches, and the volume of water discharged is eighteen per cent. less. The records of the observations and measurements, show that the decrease was gi"adual and uniform for every decade. What was the cause of this .'' In the last eighty years, millions of cords of wood and billions of feet of lumber have been cut from the forests and mountains along its sources. Facts could be quoted indefinitely to prove that islands as well as con- tinents suffer the same deplorable consequences; long drouths, alternating with deluging rains, waterspouts, hail, and tornadoes. Ti'inidad, Martinique, Cuba, San Domingo, in fact the whole West Indies and Cape Verde Islands, as well as SjDain, Italy, Greece, etc., would afford examples to this effect, but we must forbear. There is, however, another class of facts which can not be omitted without impairing the force of the argument and its application. These facts show that a climate, however much degraded, can be restored. In the rear of the city of Caraccas, on an elevated plain, the Theo- broma cacao from which chocolate is made, formerly found its most congenial climate, both as to heat and moisture. But to extend the plantations, the whole plain was denuded of its forests. The result was, the rains ceased, and the climate became so arid that the cidtivation had to be abandoned. But nature quickly restored the vesture of the aban- doned plain, and the cultivation of the cacao has been resumed. Farther in the interior and higher up on the mountains, is the valley of Aragua. Having no outlet to the sea, its watei^s collect in a central plain and form Lake Tariqua. In 151^5 the Spaniards founded New Valentia, one and a half miles from the lake. In 1800, when Humboldt visited the city, it was three and a half miles from the lake. In 1740, a fortress was built upon an island (Cabiera) in the lake. When Humboldt was there, Cabiera had become a peninsula. He also found new islands appearing in the lake, and many hillocks on the shore called islands, from once STATE HORTICULTURAL SOCIETY. 173 having been suirounded by water. Humboldt attributed this diminution ot" the waters to the extensive clearings made in the valley. The elevation of the valley and its immense fertility, had adapted its soil and climate to the production of the cereals and fruits of Europe. Consecjuently it had become almost as densely populated as the valley of the Rhine. When the Revolution broke out, the peaceful valley of Aragua became the theater of many bloody conflicts. At the first cry of independence, both master and slave (the latter being freed) enlisted under the banners of the Republic. Again and again its population was decimated until exter- mination was accomplished. Plantations being abandoned, the recupe- rative energies of nature in that tropical clime soon restored the forests. Boussingault, who afterwards visited the valley, in his Eco7iomic Rurale says : " Twenty-two years later I explored this valley. For many years pre- vious the inhabitants had discovered that the waters of the lake were no longer retiring, but on the contrary were rising. Grounds not long before occupied as plantations were submerged. The island of Nuevas Apare- cidas, which appeared above the surface in 1766, was again covered with water, and Cabiera had again become an island. Clave, in his " Studies Upon Forest Economies," says : " St. Helena, stripped of its ancient forests has become almost sterile from the failure of rains. Within the last thirty years the wooded surface of the island has been considerably extended by replanting, and the rain has increased in proportion. The quantit} now falling is fully double what it was during the imprisonment there of Napoleon." Wolf Spring, in the commune of Souby, ninety years ago, had no existence. Only after long rains, water temporarily oozed from the soil where the spring afterwards appeared. The spot is in the middle of a steep pasture. About that time the owner perceived younpj firs spring- ing up on theheights, which under protection soon became P dense grove. When the trees were fully grown a fine spring appeared in the place of the temporary ooze, furnishing an abundant supply of water, even during the longest drouths, for fifty years. Twenty years since, the grove was felled, and to-day the spring is as dry as it \vas ninety years ago. Mehemet Ali, the Viceroy of Egypt, fifty years since, planted some forty or fifty millions of trees in Egypt to increase the rains. During the time that the French under Napoleon occupied Egpvt (which was six- teen months), not a drop of rain fell there. Since the trees planted by the Viceroy have become gi'own, the annual average of rainy days is thirty. Since the Mormons have settled in Utah, and planted considerable trees, the waters of Salt Lake have risen seven feet. A correspond- ent in Utah of the Agricultural Department, in June last, writes as follows : "We must irrigate in most localities, but it has been demonstrated that by planting trees and cultivating the soil the rainfall increases every year, requiring constantly less irrigation. As we have not got the water in all parts of the Territory, we resort to tree planting in the hope that it will remedy the evil." 174 TRANSACTIONS OF THE ILLINOIS The English destroyed the forests of the Deccan, once of equable cli- mate and exuberant fertility, until it now has become arid and sterile. For several years the East India Company have been replanting large dis- tricts with forests, in hopes of restoring its former climate. In Qiieensland, Australia, aridity has so much increased by the indis- criminate destruction of the forests that the Australian government has taken the care of forests in charge, and is annually replanting the denuded districts. If anything further were necessary to prove the dele- terious effects of denuding the earth of vegetation, we might quote the highest scientific authorities, who, from facts that have fallen under their observation, have given it as their unqualified opinion that defor- estation can not be carried on anvwhere without degradation of climate following as an inevitable consequence. These are the well-known opin- ions, as expressed in their works on physical science, of Humboldt, Her- schel, Boussingault, Marsh, and others. But we prefer to let facts speak; they are of higher than human authority. We must now close the argument on this part of the subject, and proceed to discuss another and perhaps the conti"olling law of Meteor- ology, namely; that of electric tiction. Electricity is of two kinds : the pos- itive and negative; or as it has been most pointedly yet typically expressed in the Zend Avesta, the sacred book of the Parsees : " There are two principles in nature : the male and female. In consequence of being of opposite sexes they are perpetually seeking each other." Positive elec- tricity (the male) fills interstellar space and penetrates somewhat into the upper regions of our atmosphere. Negative electricity (the female) sur- rounds and fills the Earth and all matter and bodies in space. Now if an insulated conductor be charged with either positive or negative elec- tricity, and brought in the vicinity of another but uncharged conductor, by induction it separates the insensible electricities of the latter, attract- ing the disgfcnilarto the nearer side, and repelling the similar electricity to the farther side. Electric attraction, therefore, only subsists between the opposite electricities. If a conductor is connigated, the ridges will show greater electric tension than the furrows; in fact the latter maybe devoid of any sensible electric excitement. The earth is a corrugated conduc- tor; hence the negative electricity with which it is charged mounts to the highest points, and therefore mountains are inore highly charged than plains. The positive stoops down to meet the negative, but is prevented by the intervention of the atmosphere, a non-conductor. Their meeting is, therefore, only possible by the happening of either of two contingencies ; first, when the mutual attraction is so great as to cause a disruption of the intervening non-conductor, then thunder and lightning take place; or, secondly, when the positive seizes upon some matter floating in the atmosphere, as vapor or clouds, which give it transportation to its mate, the mutual attraction giving the motion. This is the reason why clouds dash themselves with such headlong fury against mountains. It also shows why mountains are the recipients of greater quantities of rain than plains. In the West, it is a well known fact that rains gather over and follow STATE HORTICULTURAL SOCIETY. 175 belts of timber. Why? Because the trees are higher than the adjacent plains, and electricity everywhere mounts the hij2,"hest points. Conse- quently, by the same law that operates in mountains, the areas covered by trees must receive larger quantities of rain than naked plains. The law of electi^ic distribution is, that it is evenly distributed over equal areas of surface. Now everything on the surface of the earth, as a house, tree, stem, branch, or leaf, adds its superficies to the superficial area of the earth, and receives its equal part in an electric distribution. Hence an area of timbered land bv its trees and their foliage may have its area of surface increased five thousand fold over an equal area of plain. Con- sequently its electi"ic potentiality will be increased in the same proportion. Hence, its electric reaction upon the atmosphere will be in the same ratio, and \\ill attract to itself more copious and abundant rains. The great lesson inculcated by these facts for man's benefit, is that he is endowed with power to become an ameliorating agent on the earth; that he. within limits, can control the elements, and make them ministers of his welfare and happiness by modifying climate where too rigorous, and employ them to repair the waste places of the earth. To do this, he has only to plant trees where they have been destroyed or are absent. He will then realize the truth of Mahomet's benediction, " Blessed is the man that planteth a tree;" and the philosophy of the remarkable aphorism of Zoroaster in the Zend Avesta, " He that planteth a tree watereth the earth, which is a more acceptable service to God than prayer and praise, or burnt oftering and sacrifice." The planting of trees will not only temper the heats of summer and the rigors of the cold of winter, but it will effect a condensation of vapor and facilitate the precipitation of rain. Moreover it will effect an accu- mulation of electricity, and wherever there is an accuinulation of electricity, there is a favorable condition for a wedding between the son of Crrlus and the daughter of Terra. The bride, to meet her spouse in the air, mounts the highest trees or ascends the highest mountains; but he can only meet her by water. Hence he makes the clouds his chariot and brings to the nuptials a shower, a gift so grateful to Ceres and Pomona. The earth rejoices at the marriage, and teems with bountiful harvests and luscious fruits. The great lesson is now before us. Will we repair the injuries tlic thoughtlessness and recklessness of man has inflicted upon the earth and its climate.'* will we gfo forth and ameliorate the rigors of climate on our great Western plains.'' yea, more, will we make the great Sahara again blossom like a rose, and a congeinal habitation for man.'' Or, will we make of ourselves, as man has made of himself throughout the past, a fugitive and a vagabond on the face of the earth, ever fleeing from, but never entirely escaping the curse wherewith our stupidity has smitten the earth ? With us and ours is the responsibility, whether all the waste places of the earth shall be reclaimed, or, whether greater calamities now impending shall come upon us, fulfilling the vaticinations in tlie solilocjuy of Bryant's Indian revisiting, in the East, the burial places of his fathers : 176 TRANSACTIONS OF THE ILLINOIS "But I beheld a fearful sign To which the white men's eyes are blind; Their race may vanish hence, like mine, And leave no trace behind, Save ruins o'er the region spread And the white stones above their dead. Before these fields were shorn and tilled, Full to the brim our rivers flowed; The melody of waters filled The fresh and boundless wood ; And torrents dashed, and rivulets played, And fountains spouted in the shade. Those grateful sounds are heard no more; The springs are silent in the sun; The rivers by the blackened shore With lessening currents run; The realms our tribes are crushed to get, May be a barren desert yet. Discussions upon the topics of Mr. Tice's paper were postponed until the afternoon session. On motion, the Society then took a recess for dinner. THURSDAY AFTERNOON. The Society re-assembled at the usual hour, and devoted a half hour to discussions upon topics of Mr. Tice's lecture. Prof. Turner — Mr. President, I wish to express my hearty concur- rence in the general scope and end of the highly interesting paper read by Mr. Tice. But I wish to suggest also that there are other causes that have operated to change the climates and the productiveness of the con- tinents, besides the changes in their forests. I believe, notwitstanding the counter opinions of the books, and the theories, that it ean be mathematically demonstrated that the earth has now, and ever must have had a slow and imperceptible oscillation, if not an entire revolution from north to south. This is as demonstrable as its revolution from west to east. Let any one reflect on the immense amount of debris, the thousands of millions of tons of rocks, stones, and sand that the great northern icebergs perpetually tear away from the shores of our northern seas and bear towards the equator, building up whole con- tinents of newly made shoals or banks, like those of Newfoundland; and also on the immense amounts of slime and mud carried by the rivers of the two continents, in the same direction, and he will see that it is impossible that the earth's centre of gravity should not be changed; and with it the relations of the Equator and the Poles to its whole mass. This necessary motion will at last be found to be the true cause of all the varied and complex j^henomena which have so long puzzled our geologists; inducing them to fill good Mother Earth now with fire, now STATE HORTICULTURAL SOCIETY. 177 with water, and now with wind, as if designing to throw her into a fit of choHc and extort the secrets of nature from her by torture. But she don't confess. Let any one tiiink this very simple matter through, and he will find one single, simple cause, which, like the great cause of gravity, is in itself alone adequate to account for the fact that marks of polar ice- bergs are found under the Equator; while tropical products are every- where found strewed about the poles: simply because the poles must have been where the Equator now is, and vice versa, perhaps many times, and will be again. And as the equatorial diameter of the earth is about twenty-six miles longer than the polar diameter, this simple cause alone would, in these changes, whelm all parts of the polar earth under water, some thirteen miles deep, did the solid earth retain its shape in the process; just as we now see all the European side of the globe becoming warmer, and sinking, as it is said, relatively to the waters; that it is dipping under t/ietfi, in the progress of its advance toward the Equator; while other parts are rising or moving in an opjDOsite direction. But the solid parts of the globe, under this prodigious, perpetual strain, can not bold their place. The strain generates heat; heat gener- ates and inllames gases, and breeds earthquakes, volcanoes, and all that perpetual train of phenomena by which the old crust of the globe is broken up and new mountains and islands raised, as well as old ones submerged, till the whole surface becomes re-adjusted to its perpetually changing new conditions. True, an entire polar revolution may not be attained in millions of years, but it is bound to come in time, if like causes continue to produce like effects. And in these apparent catastrophes (but in fact as regular a progress of simple law as the return of night and day), new mountain ridges will be thrown up, new wastes and sand deserts formed, new changes and conditions of climate made, as much more potent than any simple denudation of the earth of trees, as these mighty, perpetual, and irre- sistible forces are greater than the simple power of the woodman's axe. I think, therefore, that when we ascribe all these mighty changes in the past, in the great deserts of the continents, to simple changes in the forests, our cause is too narrow, although I agree fully with all that has been said, or can be said of the immense importance of our planting trees to ameliorate our climate, as a practical measure, so far as our feeble endeavors can be made to go; still these higher, mighty causes will go on, and over which human beings have no control. The earth will continue to complete its destinies of revolution and change, of growth and progress, as sure and certain as the growth of an animal or vegetable, though by a law more terribly vast and resistless to earth and all its varied destinies and races. Mr. Douglass and Dr. Spalding followed with interesting remarks, which, however, the Secretary was unable to take down. Dr. Hull, State Horticulturist, then read the following paper on Peaches, illustrating the same on the blackboard, and making explanatory remarks: 17 178 TRANSACTIONS OF THE ILLINOIS rp:port. It may with truth be said, that the cultivation and study of plants is more ancient and as honorable as any other human pursuit. With equal truth it may also be said, that much of the ardor in Horticulture is clearly traceable to the fact that men constantly desire a change ; are always seeking for something which is new; and in no department of industiy are they so often gratified as when they familiarize themselves with the growth and development of plants; for in the most of those which we cultivate, a change is constantly going on, from the time the little plants are out of the ground until they are of bearing size. Again, some of these, when they come to perfect seeds, because of the change wrought in them by culture, produce as many varieties as seeds. It is this yield- ing condition which makes plants the most interesting of all cultivated things. In no department of fruit culture are variations more likely to occur than in the peach; for were we to j^lant all the seeds perfected by certain varieties, the probability would be that not a single seedling would be like the parent, nor would any two be alike. It is true that some good varieties having reniform glands generally come the same, or in the majority of cases nearly the same. But with most varieties the fruit would difier so widely, or be of so inferior a quality, that out of thou- sands the chance would be that not one could be selected which could compete in quality and size with any one of the ten or twelve which have been selected as best for orchard culture. With many new beginners one of the most common mistakes con- sists in seeking after and planting comparatively new and untried varieties, the high prices charged inducing the thought that lauded sorts must possess some excellence which will give to the fortunate posessor superior advantages over those who confine themselves to a few well- selected varieties. The real truth is, the smallest and most select number of well-tried sorts, which will give a regular succession, and about a given supply each day through the season, will be more easily handled, and prove much more profitable, than selections of either all early or late varieties. But a few years ago peach trees in nearly all the southern part of the State had only to be grown, and they would produce abundantly, and almost without care. But as orchards came to be greatly multiplied, the supply of food by which noxious insects are sustained caused them to be vastly increased; so much so, that now most of the fruit while imma- ture, is spoiled, or, that which escapes destruction is so scarred and tlamaged that it is of but little value, cither for family use or for market. So rapidly, in fact, have some of the fruit insects spread over the land, that at the present time there are but few orchards, in what are termed the fruit districts, which pay more than the taxes, without yielding any thing from which the farm can be kept up, or a family supported. It is admitted there are exceptions to this rule, but the orchards forming the exceptions are those which are kept free from insects by artificial STATE HORTICULTURAL SOCIETY. I 79 means, or such as are isolated and bear occasional crops, or have but recently come into bearini^. Aofain, it sometimes occurs that all the fruit over a considerable extent of country is killed in the bud by exti'eme cold ; by this means, the fol- lowing^ summer the insects are starved out for want of fooct. The like of this has probably occuned this year in much the larger part of Southern Illinois. In addition to variation in varieties and insects to infest the fruit, there are manv other causes operating to make peach-growing as diversi- fied an occupation as one well could wish, as wnll appear as we proceed. It is common to divide peaches into three classes : ist, Glandless; 2d, Globose; 3d, Reniform. We have on several occasions stated that the glandless varieties were subject to diseases of the leaves and young branches, generally to such un extent that this class ought whollv to be discarded. The disease affecting this class is mildew, and in most years it spreads from this to the other classes. In orchards where there is much stung fruit, the mildew, which is common on trees of the first-mentioned class, appears to spread and find a lodgment in the punctures made by insects, and from these to the leaves, branches, and iinally to the sound fruit, producing, as we think, that kind of disease now so commonly known as peach-rot. It also produces the rot in plums, cherries, and other fruits. In the past few years this rotting of the fruit has blighted the hopes of thousands, and for aught wq can now see, it will continue to do so for many years to come, or until orchardists shall do more to check its spread. This rot in the peach, or rather the fungus which causes it, is believed to exist in all our orchards, and will probably continue as long as glandless peach trees are grown, or curculios are permitted to make wounds in the fruit to which it can attach. By this we would not be imderstood that there would be no rot, pro- \ ided all varieties which are destitute of leaf glands were removed, because we are not sufficiently familiar with fungi producing rot, to say whether it must first be propagated on leaves or branches and afterwards spread to the fruit. Our own observation, and facts respecting it which we have gathered from others, lead to the conviction that whenever the conditions for its growth are favorable, it will appear at first attaching most to wounded or weakened structures, and later, when it comes to be greatly multiplied, then to the healthy fruit, also to leaves and branches, rotting the former and killing the two latter. So little was there of peach rot at Alton, prior to 186:5, that no one practically knew any thing about it. In the latter part of July of the year, however, it appeared in several localities. It was first observed in an orchard only one fourth of a mile from our own. The infected orchard is divided by the highway, all the early glandless varieties are one side, and it was on the fruit of these trees Ave first discovered the rot as a disease, that is, sweeping off' all the fruit and destroying leaves and branches, as before stated. The first intimation we had of the presence of this rot, was from the stench which we encountered in passing along the road. l8o TRANSACTIONS OF THE ILLINOIS We had often heard of this disease in Southern Illinois, but until this time, had formed no just conception of its destructive etl'ects. It will be proper, here to remark, that the orchard in question had been wholly neglected; the greater part of the peaches had been stung, and the weeds were reaching well up into the heads of the trees. It is needless to add more with respect to this orchard, tlian to say, since the rot appeared, it has not paid interest on the cost of planting the trees. About eight days after our attention was directed to this orchard, the rot appeared in our own, and so rapid was its dissemination, that fully as large a force was needed to pick and remove rotting fruit, as would have been necessary for marketing the crop. The next year seven eighths of our cherry crop rotted ; and each year since, our own fruit and that of otliers near, has not escaped. In our own grounds we have experimented a good deal on such varieties as Tillotson, Serrate Early York, Hale's Early, and are well satisfied that the rotting of the latter variety would never occur away from glandless varieties, so long as the skin of the fruit is free from wounds. But such as are stung by curculios or wounded by them at any time, or even such as are punctured by a pin, after the stoning process is com- pleted, will rot. When a tree has many damaged fruits on it, the spores producing the rot seem to fall upon that which is sound, rotting it also. One of the ex-Presidents of the Illinois Horticultural Society, the Hon. A. M. Brown of Villa Kidge, says that he has carefully experi- mented by catching curculios, and picking every stung fruit oft' his Hale's Early trees, and in every instance with satisfactory results. In short, he does not consider either the curculio, or rot, any great hinder- ance to peach growing; as he can easily catch the former, and thereby prevent the latter. Two years ago, last year, and again this, in our own grounds we have clearly demonstrated the correctness of his views, as a brief statement of this yeai-'s operations will show. We have about twenty bearing trees of the Hale's Early. These trees were set in diflerent parts of an old orchard, to fill vacancies, which from time to time had occurred. Three of these trees stand at an exposed corner of the orchard, that is, where fruit- insects come in from surrounding orchards. Two of them were run once in two days until the stones were hard- ened, when no further attention was paid to them. After this, eveiy peach on these two trees was punctured, either for the deposit of eggs or for food, and all rotted. The third tree was run every morning; and each day, after the run of the orchard was completed, a curculio catcher was left near for the convenience of jarring the tree in the evening or at any other time any one should happen to pass that wa}-. About one- third of the fruit on this tree was stung, but this was all picked oflT and not a peach rotted. Of the remainder of the trees, scattered over the orchard, four of them, like the one we have just mentioned, were protected. From these a sup- ply of fine peaches for the family and a few boxes besides were secured, STATE HORTICULTURAL SOCIETY. l8l while the fruit on nil the other b-ees, together with most other early varieties, was spoiled. From the information derived from these experiments, it appears that the main ditiiculty to be o\'ercome in growing the peach is to stop the breeding of ciirculios, wlien the much tlreaded rot will not be more com- mon than in former years. It is not our object here to show how this can best be done, but will state that in properly grown, isolated orchards, the cost of complete pro- tection need not exceed four cents per trt:c. Whatever will protect an isolated orchard will also apply to a whole fruit district, embracing hun- dreds of thousands of trees, when the whole arc treated as though they were but one orchard. When this is done there will be no migrations from one orchard to another, for in all, the little Turk would come to grief at the same time. Desti'oy, then, this worst of all orchard pests and our trees will once more, by the returns they will make, convince the most skeptical that there is no such thing as natural deterioration of either trees or fruits, but rather our misfortunes come from the common neglect. By this we would not A\ish to be understood that there are no diseases affecting the vitality of the peach, for, not only in this, but in some of the adjoining states, an incurable disease, known as the Yellows, pre- vails. In several places visited by us, the contagious nature of the disease, or rather the disease itself, was not recognized. In these districts great numbers of trees are now so contaminated that it is doubtful if healthy orchards can be grown near, until all the trees now standing are first swept oft', and time allowed for the disease to die out. This is a matter in which all the counties in the State, where the peach is grown, are deeply interested, for it is quite evident that a single tree aft'ected with the yellows, may, through the agency of bees or the wind, disseminate the disease to ti'ees over a wide extent of country, or to all such as the bees happen to visit, with the pollen of the yellowed trees adhering to them. At the present time there is great danger that some of our nurscrv- men may obtain their seeds for propagation from districts where the yel- lows exists. Indeed, in the past summer in several nurseries we have found unhealthy seedlings, which were but a few inches high. Ilealtliy peach seeds can, with certainty, no longer be procured from the canning establishments or hotels, either at St. Louis or Chicago; as very large quantities of peaches grown on infected trees are consumed in those markets, and more than this are, through the agency of commission houses, sent to all parts of the West. It is then to be hoped that hereafter all who propagate peach trees for sale, will be cautious with respect to the source from which they obtain their seeds. We think very little is known of the causes producing the yellows, neither can we add any facts of interest not already stated, unless it be with respect to the color of the leaves. Such as are from diseased parts 1 82 TRANSACTIONS OF THE ILLINOIS of ti'ees, after being a day or two kept in corked bottles, show a yellowish dust. This, when highly magnified, is found to be a minute cellular growth, not unlike that found on blackberries, described by us during the jear, with this marked diflerence, however, that the little cells on the peach leaves are not more than one-twentieth part as large as those of the blackberry, and what appear to be the older cells have a decided tinge of red. So amusing an incident has come to our knowledge, with repsect to this disease, that the mention of it here may not be without interest. A gentleman who had planted a number of Hale's Early trees was much pleased to find one among them three to four weeks earlier than the rest. His conclusion was that this tree was a chance seedling and that he was really in possession of the earliest peach known. His first intention was to bud largely from it and control the variety until he could get a bearing orchard of it ; but his enterprising neighbors finding him the fortunate possessor of so remarkable a variety, he was, as he thought, obliged to sell buds at fifty cents each, or have them stolen. His plan was to sell the buds; accoi'dingly, more or less trees in that neighborhood were budded from this supposed early tree. It is unnecessary for us to state the estimation in which this variety was held after the fact was made clear that it was Hale's Early affected with the yellows. It is only necessary to add that nearly every orchard in that neighborhood is badly, if not incurabl}', diseased. If to the difiuculties already explained, we add the peach tree borer in the collar and larger roots of the trees, we have mentioned all the insects and diseases which very materially interfere with growing the peach. The mode of destroying the borer we will pass over, as we have during the year, given the best means for ridding trees of them. We will next treat of some other points which may be of more inter- est. In the southern half of Illinois, peach trees come into bearing some at three, others at four and five years of age. As trees are ordinarily treated, the first crop is best. Each succeeding one the fruit is of dimin- ished size. So true is this that no saying is more common than, " that peach growers are lions in the market, while they are marketing their first crops, but are not afterwards heard of." There is too much truth in this remark, and it is exceedingly mortifying to most persons after having once gained a reputation for growing fine fruit, to see their trees in suc- ceeding years producing only small and inferior specimens. Notwith- standing, but few persons endeavor to solve this. This falling oft' in size with age, is wholly due to a condition the trees get into, which if corrected, the old trees would, in many respects be better than younger ones, because old trees can be made to produce the best fruit. But before we can hope for much success in preventing this gradual falling oft' in the size of the fruit, we must have a correct idea of the causes; other- wise, all of our eflforts would be of that haphazard character which would quite as likely increase as remedy the difticulty we desire to avoid. There are several reasons why young peach trees are more active and STATE HORTICULTURAL SOCIETY. 1 83 produce better fruit than old ones. On the former there is no more large branch gi'owth than is required to support the smaller ones and the foliage ; but as trees become older, the numerous branches forming in the interior of the trees are gradually shaded out. In this way, each year the young growth is made farther out; tliis in turn yields to such as afterward forms still farther out. In this way long limbs are formed, having only small branches and leaves at, or near their ends. Nor is this all, for in addi- tion to tliese naked branches we find a corresponding growth below ground. Here large roots, which at first were clothed with fibrous roots, in time are quite destitute of them, often for many feet. Each branch root, as it forms, is first clothed, but afterwards, when they become large, all their fibrous or more active roots are at the ends. Let us for a moment inquire the efl'ect these naked branches and roots are likely to exert on the trees and on the fruit. To comprehend this, we must first consider that each summer, layers, not only of wood, but of bark as well, must be made throughout the entire length of these long roots and naked branches, to connect the root feeders with the leaves. To ascertain whether roots of old peach trees are in the condition we have stated, one has but to inspect those of any old orchard. Then he will more clearly comprehend how enormously the small roots and leaves are taxed to make the annual layer of wood and bark growth, of which mention has been made. By inspecting the tops of trees, one sees less than half the naked surface yearly to be covered with new growth ; for in nine cases out of ten a much larger disproportion exists between active and naked roots, than between the leaves and branches. This condition of all others, is most to be avoided ; for both tlie new wood-growth and the fruit draw for the same material. For this reason, when the trees make a crop of fruit, the new wood- growth will be so thin, and liave so little plant food stored, that such trees can not the following year produce much fruit, or if they do, it will necessarily l^e small. We have within the past two years inspected the roots of many trees, on which there ^\•as not a fibrous root nearer than six feet from the trunks. By this we do not mean that in that distance there were no branch roots, for in most cases there were manv, but each in turn had become naked, with only tufts, as it were, of rootlets at their ends. Every time a tree perfects and carries safely through the winter a large number of fruit germs, it is then taxed to carry them through their period of bloom. In addition to this, the young fruit must be sustained until near the time when the seeds begin to harden. This must be done almost wholly out of materials which were stored in the tree the previous summer. While this draft is being made, the tree has at the same time to draw from the same material for the enlarcfcment of jrerm branches and leaves, also for the production of new rootlets and root hairs. There- fore, it can be comprehended, when all these parts have to ])e sustained from a common store, afibrding, perhaps, but a scanty supply, that tlie less active roots, as well as branches, will cease to act, and die; those only sustaining themselves which are youngest and best situated with 184 TRANSACTIONS OF THE ILLINOIS respect to soil. It is for these and other siinihir causes that roots annually become more and more naked, until they, in connection with the branches, require so much to sustain them that the fruit they produce, with tlie exception of a few at the ends of the branches, becomes so small that, to sell it at all, some growers keep up a succession of young trees from which to get good sized specimens to cover the exposed parts of their packages. There are so many other reasons why large roots, of which we have spoken, become rootless, and branches branchless, that we shall not attempt to enumerate them, but \\i\\ state some of the more prominent, which operate most injuriously on young root growth, viz: larvae of various insects feeding on the more tender and succulent parts, want of cultivation in time of drouth, over fruiting, crowding the young top- growth, so as to shade out numerous branches and leaves. But a more ifruitful cause than all these is the severe top-pruning the trees often receive in the summer. From the several requirements of the j^each, and we have named only a part, it will be seen that its cultivation, to insure success, requires a practice quite as varied as that of almost any other tree or plant. At least sufficiently so to employ an active mind years to understand and master all. E. S. Hull. Jonathan Periam, who had prepared a paper on Gardening, being unable to attend the meeting, had forwarded his paper to the Secre- tary to be read. ECONOMIC GARDENING. BY JONATHAN PERIAM. To attempt to cast any new light upon the subject of Gardening, I am aware, would require the effort of one, who for years past had given more practical attention to this branch of Horticulture than my other duties have enabled me to do.* I shall, therefore, attempt, Mr. President, only some brief remarks relat- ing to laying out a garden in a compact and economical form,inti-oducing therein a plan for combining some floral effect, to supply a want that is sometimes felt among farmers who feel that their means will not allo\\' them to gratify their taste for flowers in any other way. At the same time I am well aware, and all must admit, that the vegetable garden is not the place for true floral effect. The importance of gardening, we all admit; its necessity, as a means of greater enjoyment of the bounties with which Providence has blessed us, all know. We also believe that the greater change of diet that it will give will be conducive to increased health and longer life, enabling ♦Note. — Mr. P. has, doubtless, had as successful an experience in this business, in former years, as any person in the St-atc. — Editor. STATE HORTICULTURAL SOCIETY. i8S US to dispense mainly with the services of the doctor. And yet, notwith- standing all this appreciation, how few of the better class of our farmers have even a passably good garden. How many of ordinary farmers have none at all. I shall endeavor, in a rough way, to show how to lay out a garden, such as any practical farmer may have, leaving much, perhaps very much, to the imagination of the reader. Any plan will, of course, be modified or changed to accommodate the quantity or shape of the garden plat, or to suit the taste of the owner. rasaxs ■it -vt I*; ij Jfc ^" tf * k- nL V * V i: <^ ill'* 1^ *^ t * * '*■ ^ *^ i ifitKiHili^ *!-**■ *■ ^ '*'■'''• II 11 11 iiin ^^"3 \^ 'a^^ \^ '^ (^ '..A '^ tk^ III tti kit kW kk/ t* titf> £« x^ ,^ ^ 1^ UiJ jiiit k^ bkJ W W u' wJ k) 'iJJ Ji^'^ k.u< 'U W J** W «^ ^ .a/ 4J> W) ui W« ^J W UL A' ^ u' jj W m) kii< 'iLJ A^ UP ki' y) -^w>ou'^ J **«-•' ly U *;> ^k/ U^ ^(1 '^' ^ «r W u' GARDEN PLAT. (Cot token from Prairie Famier Annual.) A — Raspberries. B — Blackberries, C — Currants. D — Gooseberries. E — Asparagus. F— Rhubarb. G — Strawberries. H — Roadwaj', ten feet wide. J — Paths, five feet wide. K — Flower beds, five feet wide. L — Border for flowering plants, nine feet wide. M — Pear-shaped bed, for ornamental plants. N — Hot-bed ; sash with four rows of glass, forty inches wide. P — Beds and curves, showing how ornamental effect can be produced. I, 2, 3, 4 — Vegetables. The two principal paths, J, are shown of the same width as the roadway. They may be reduced to five or six feet if necessary, or may be left out, and tem- porary paths made from year to year to facilitate planting. The circular roadway enables you to manure each separate plat. The path to the right is shown with rounded corners, which will enable you to introduce ornamental beds. The pear- shaped bed should not be so large as to interfere with the passage of a cart or wagon. We will imagine the farm-house and offices located, as they generally are, upon an eminence that is better than ordinarily drained, naturally; for one of the pre-requisites to successful gardening is drainage^ although i8 1 86 TRANSACTIONS OF THE ILLINOIS the same ])ractice will apply also to successful fl^rming, for it is an excess of water in the soil that more often destroys the hopes of the farmer than drought. Drought scares the farmer, but water destroys his hopes. This remarkably dry season has done more to satisfy me of the truth of this proposition than all other years of my life put together; and if you ^vill allow me to diverge for a moment, I will state why. The spring opened, in Livingston County, after a dry fall and winter, with but little rain, enabling the farmer to get in his crops in good con- dition. From the eighth of April until September we had but three light showers, neither of them moistening the soil to a greater depth than three inches; but, nevertheless, upon our deep foil plowing, we had a good crop of corn and a good crop of beets. The land retained its friability in a most unusual manner, and, if my obsei^vation is not at fault, is owing to the fact that the soil being, from its dryness in the spring, open and porous, has remained so during the season from the absence of beating rains falling faster than the soil can filter them. It is water running over or standing upon the surface that renders the soil compact and impermeable to atmospheric influences. If thoroughly drained, either naturally or artificially, this could not take place. But to return to my subject. Imagine the site for the garden selected as near the house as possible. We will take a parallelogram ten rods wide by sixteen rods long. This will make just an acre. We will divide it into three equal portions, each five and a third rods by ten rods. A roadway should enter from one side, at the center of the middle plat (or half the length of the garden), parting at two and a quarter rods from point of entrance, and surround- ing a circular plat in the center, letting the outer edge of the roadways just touch the inner line of either of the other plats. The point of emergence will then be exactly opposite the entrance, and the circle enclosed by the roadway will be sixty-seven feet in diameter (the road- way being ten feet wide). This circular central plat is to be dedicated to the ladies of the household for a floral department, and may be laid out in a variety of forms to accord with their tastes. • The four corners, cut oft' by the roadway and between it and each of the other oblong plats, are to be used for hot-beds, asparagus, rhubarb, currants, and gooseberries. Now we have two-thirds of the acre for the vegetable garden, divided into plats of one-third of an acre each. As they are in two " lands," each five and a third by ten rods, they are easily plowed. The plowing may be done by commencing in the middle and backfurrowing, leaving the single last furrow outside, not next the fence or barrier, for I would leave a strip and plant a row of blackberries, raspberries, or dwarf fruit trees there, and the furrow into which all the lumps and trash might be raked would be next them. But soine might object to plowing in a garden, and with considerable reason too. In these cases let them divide the oblong plats into squares by walks, and they will have four squares, containing nearly one-sixth of an acre each; and the borders of the walks may be planted with cur- rants and gooseberries, and the portions previously set apart for them STATE HORTICULTURAL SOCIETY. 1 87 (next the roadway), may be planted with blackberries and raspberries. The borders next the fence may still be used for tender dwarf fruits, etc. But, says the farmer, " what sball I do with the flower garden.^ I know little or nothing about flowers." Well you are not expected to do any- thing with them but admire them. These, and their culture, may, as I said before, be safely left to the ladies. The flower garden is their natural province. You are not expected to do much about the vegetable garden either, except to furnisli the best man you have, always under the super- vision of the ladies of the household, and enjoy the fruits thereof at breakfast, dinner, and tea. The labor of one man will do it, and it will be the best investment of a one-man-power that you have ever made. It will bring plenty to your household, drive away fever and ague, and megrims, and the various other diseases incident to a diet of "hog and hommy," to say nothing of aftbrding a very pleasant place in which to stroll of a sum- mer evening, after tea, and admire what a little pleasant labor will accomplish. But perhaps you will say, "what has this to do with economic gardening.'"' A part of the economy is in having a compact little place combining the ornamental with the useful, but much more in the renewed health and vigor that a diet composed largely of succulent vegetables will give you. But the next thing is how to grow them economically, and this can be accomplished in a well-drained soil, deeply tilled, heavily manured, and watered when diy. The drainage we suppose to be good. If not, make it so by thorough draining with tile, laid at least three feet deep. This may cost you sixty or seventy dollars, but it will be money well expended. It is one of the pre-rcquisites in gardening. The deep tillage may be accomplished by the aid of three horses, or which is better, three mules, abreast. Each and every plat of this garden may be manured from the inain and circular roadway, and the watering may be accomplished by means of a force pump in the center, and a hose. The Hot-bed — that sine qua iion of ever)' well-airanged garden — is placed near the entrance at the south of the road way. This will enable you to handle the sash and covers easily, and it will, besides, be near enough to the water to be easily accessible. In cropping a garden, the deeper the tilth, the more manure may be applied; and this should always be thoroughly decomposed if possible. If this is the case, one hundred loads may be safely applied, to start with, and thereafter, from thirty to forty loads annually. But some of you may say, " It is no easy matter to plow under one hundred loads of manure." It is easy enough, however. Spread, evenly, forty loads over the surface and harrow thor- oughly, then with your deep tiller plow this in — a foot deep if you can. Spread forty loads nnore and plow six or eight inches deep. Then spread twenty loads of the flnest manure on top, and in the spring before work- ing the land, harrow it until the tilth is perfect. The other work should have been done in the fall. Upon a soil preparctl in this manner you will not sufler from too much, or from a lack of moisture, and your principal waterings will have to be expended upon yourrhubai'b, aspara- 1 88 TRANSACTIONS OF THE ILLINOIS giis, strawberries, lettuce, radish, celery, and other moisture-loving plants. One reason why a garden should be heavily manured and have plenty of water is, that the excellence of most vegetables consists in their succulence, and this can only be produced by forcing their growth. This, plenty of food, water, and good care (cultivation) will always accomplish. No idle spots must be allowed in the garden. They will become harbors for weeds. No useless fallows — the spaces between the rows are the fallows — no yearly rotation. The land must labor with a rotation each year — thus, early radish, lettuce, turnips, beets, top-onions, carrots, spinach, and other quick-growing vegetables may be succeeded by sorts transplanted from the hot-bed, and also by the late corn, beans, and. melons. The only rotation being to succeed fibrous rooted plants, when practicable, with top-rooted ones; and plants maturing their fruit above ground, with those bearing their fruit below; and plants loving a partial shade should be planted in s.ch portions of the garden as will most easily ensure this. Pains should be taken also, to plant the taller growing vegetables so as to obstruct the view from the walks as little as possible, which may be accomplished, measurably at least, by the exercise of a little skill and forethought. Many veiy practical amateur gardeners object to the use of the plow in the garden at all, and with very good reasons, especially in a small place, but in the plan here described, the use of the plow in pre- paring the land need not be dispensed with, since the cross-roadways need only be temporary paths, which may be made yearly, while the central portion of the garden is entirely filled up with perennial plants. The principal objection to plowing, heretofore, has been that the spade would more thoroughly pulverize the soil than the plow. But with our present improved forms of plows, the pulverization is fully as complete as the ordinary spadesman will effect, and much better than an unpracticed one would accomplish. Within all the angular and circular surfaces, how- ever, and wherever perennials are planted, nothing but the spade and other hand-implements may be allowed. Where scenery is an object, but little care need be required with the roadways, except the wagon way. This ought, if possible, to present a hard surface; but if this is not practicable, the surface should be kept rounded, smooth and clean, as should indeed all the paths. This may be accomplished, principally with a good rake, by raking to the middle of the road-way from both sides. The great objection among formers, to the kitchen garden is the cost. They dislike to spend fifty to one hundred dollars a year upon an acre of land. But if they would reflect for a moment that this outlay will produce from two to five hundred dollars in produce, the surplus of which, or that not needed for consumption in their own families may be easily sold at good prices in the nearest village or city, if not indeed, to their inore negligent neighbors, the objection must cease; for there is no doubt that the produce of an acre of garden, well attended, will supply all the vegetables a large family will need, besides selling enough therefrom to defray all the expenses of its cultivation. STATE HORTICULTURAL SOCIETY. 1 89 Dr. William Le Baron, State Entomologist, read a most excellent paper upon The Sudden Appearance and Disappearance of Noxious Insects, which was listened to with great interest. As however, the greater part of the matter contained in this paper is to be found in his report as State Entomologist, the reader is referred to this report, in the Appendix of this volume. After the reading of Dr. Le Baron's paper, the Society, by vote, had a recess until the hour of the evening session. THURSDAY EVENING. Meeting called to order at the usual hour by the President. A. M. Brown, from the committee on the President's Address, called for the reading of the resolution in their report relating to legislative action to encourage tree planting, which was read by the Secretar}' and adopted by the Society. The President appointed Messrs. Samuel Edwards, M. L. Dunlap, and O. B. Galusha as the committee called for by the resolution. Mr. Starr moved that Robert Manning, of Salem, Mass., be elected an honorary member of this Society. Approved. Mr. Starr, from the Committee on Wines, presented the following report : REPORT OF COMMITTEE ON WINES. Your Committee on Wines, having examined those presented to the Society, w^ould respectfully submit the following report : From J. L. Moore, of Tower Place, a White Concord, of vintage of 186S, graded 80 Delaware, of vintage of 1868, " 80 From A. H. & G. B. Worthen, Golden Bluff Vineyards, Warsaw, Clinton of 1868, graded 70 Clinton of 1869, " 75 Norton of 1869, " 65 Catawba of 1868, '' 65 Concord of. 1 869, " 60 Hartford of 1869, " 55 From J. E. Starr, Eminence, Jersey County, Concord of 1 869, graded 76 Taylor of 1869, '' 80 From A. & T. Starr, Godfrey, Concord of 1869, graded 80 From James Keeler, Ives of 1 870, graded 50 190 TRi\NSACTIONS OF THE ILLINOIS From Joseph Starkey, Concord of ^870, graded 73 From D. B. Wier, Lacon, Concord of 1870, graded 77 A. A. Hilliard, Brighton, Concord, impure, cask-flavored. Cider, six years old, nut-flavored, sweet and palatable. Your Committee would be understood that in grading wines, one variety is not compared with another, but each stands upon its merits. We regret that there was not a better collection to represent this impor- tant branch of Horticulture. Respectfully submitted, J. E. Starr, Chairman, The following paper was then read by the author. THE EFFECT OF SETTLEMENT AND CULTIVATION ON FRUIT CULTURE. BY ROBERT MANNING, SALEM, MASS. The subject assigned to me, " The Efl[ect of Settlement and Cultiva- tion on Fruit Culture," is a wide one, and, unlike most others, does not become narrower but wider by division. The "Effect of Cultivation on Fruit" might be taken to include all the changes which have been pro- duced in fruit by the hand of man since Adam was placed in the garden of Eden to dress it and keep it. But taken in connection with the " Effect of Settlement," and with the subject on which I had the honor to send you a paper a year ago, "The Deterioration of the Apple Crop," I infer that the less favorable or positively injurious effects produced by settle- ment and cultivation form the aspect of the subject which I am more particularly expected to discuss. There are plants which appear to have an instinctive love of human habitations, and to linger around their ruins. The butter-cup and the plantain spring up around the footsteps of man wherever he goes; others seem as untamable as the Indian, and disappear before the advance of civilization, among which, as a fruit-bearing plant, may be particu- larly noted the wild strawberry ; so also birds and insects disappear, as the country becomes settled, to be succeeded by others. The midges, which are so annoying in wooded wildernesses, are almost unknown in thickly-settled localities. On the other hand, the increase of destructive insects is but too well known to fruit-growers. Let us consider the effect of settlement on climate. The most notice- able effect of settlement in wooded countries is the removal of the forests. It is a well-established fact that trees and other plants possess a specific temperature, though in a much less degree than animals; but whether this is sufficient to perceptibly raise the temperature of the air in winter can not yet be stated, though it seems not impossible that large extents of forest might produce this effect. But there is no doubt that the shelter STATE HORTICULTURAL SOCIETY. I9I from cokl winds artbrdeil by extensive tracts of forest does have an influence on the temperature most beneficial to fruit trees, and even to hardy young forest trees, and that the loss of this shelter, by the destruc- tion of tlie forests, causes corresponding injury. The failure of the peach crop in New England is attributed, by good authorities, to the deprivation of the shelter formerly aflbrded by the foiests. Continued cold weather, within certain limits, is less injurious to fruit trees than frequent and sudden changes from warm to cold, and vice versa. In the shade of forests the snow which foils remains on the ground, \vhile, if the same land were cleared of wood, the snow might fall and melt several times during the winter. It is easy to see that when forests are of large extent the climiite would, in the former case, be much less changeable than in the latter. The specific heat of trees is not only greater in winter than that of inorganic bodies, but less in summer, as is proved by the warmth of a fruit just taken from the tree when compared with that of one which has lain for any length of time on the ground, even when both are equally exposed to tlie sun's rays. Every one must have noticed, when a dense fog fills the air in summer, that water drops from trees long before fences and buildings are wet; hence the moisture of the air is, in wooded countries, condensed in the form of rain or dew much more frequently and regularly than in treeless countries, which depend for precipitation of the moisture of the air on causes far less constant than I he continual presence of trees. The electric condition of the air, as aflected by the thousands of miles of conducting substances, which, in the form of railroatl tracks or tele- graph wires, have been stretched over the country, deserves investigation. It is noticed that summer thunder showers do not. as witliin my own remem- brance, when over, leave the air bright, clear, and refreshing, but sultry and close. It is thought highly probable by some who have given much attention to meteorology, that this change, simultaneous with the intro- duction of railroads and telegraphs, is closely connected with it. I know not whether this change affects vegetation for good or ill, but it appears to me likelv to favor the growth of fungi, and consequently to injure other plants; but, as I have said, we need further obsen^ation on this point. Artificial drainage of land, though highly beneficial to fruit trees, indeed absolutelv necessary when nature has not provided it, is yet too limited to produce any general effect on the climate. But it can not be doubted that with the increase of population and the necessity of pro- ducing the utmost quantity of food from the land, this operation will be carried to an extent which will produce a perceptibly beneficial effect on the climate. The extent to which fruit culture can be carried in large cities is of course limited, but so far as it goes, the shelter afforded by high walls surrounding small gardens, accumulating warmth by day to be imparted to the air by night, has, in the oldest parts of the country, the same effect in rejuvenating old fruits as is possessed by the virgin soils of Kansas and 192 TRANSACTIONS OF THE ILLINOIS California. Especially is this effect noticed as regards the pear, which, to use the words of \'^an Mons, is " a tree of society and pleads to live in town." I have the past season seen the W'hite Doyenne grown in the city of Boston, in perfection as regards size and fairness, and the Sweetwater grape is every year produced, free from mildew or other imperfections, in similar situations. The indirect effect of large cities in advancing Horticulture — drawing tribute to their support from far and near, and returning more or less of refuse to fertilize the land, though not as wide as the sources from whence it is drawn — the stimulation given to Horticulture by wealth which desires its^products, the accumulation of horticultural as well as other intelligence at such centers of all that is good and all that is evil, needs no more than passing mention. If it be true, as said by Lord Bacon, that "■ men come to build stately sooner than to garden finely," we can only expect Horticulture to arrive at perfection after the growth of great cities. The extensive cultivation of fruit, by accumulating food for insects and fungus growth, which under such circumstances will multiply with far greater rapidity than when trees are scattered over a wide extent of teiTitory, just as certainly as the trees themselves will thrive better in a fertile soil, than if compelled to range over twice or thrice the extent of meager soil, appears at fii'st sight to defeat itself. I need not expatiate on the increase of codling worms, caterpillars, canker worms, curculios, and the legion of other insects from this cause. It is sufficient to com- pare New England with Kansas, or Ohio with California, to perceive the change which has taken place. Progress in fruit culture is impossible without the introduction of new varieties of fruit, but in disseminating these we have hitherto been unable to avoid the dissemination of noxious insects and diseases. The introduction from Europe of the imported currant worm and the cab- bage worm {Pieris rapce)^ as well as of that longer-known pest, the woolly aphis, and other insects which have been mentioned here to-night, are notable examples of this. The effect of cultivation on the duration of varieties deserves attention. Whatever we may hold in regard to the theories advanced by Knight or other writers on this point. It must be practically admitted that certain varieties of fruit, once of the highest excellence, have become worthless for general cultivation over a large part of our country, and no means of staying the progress of this deterioration are known to us. I must be permitted once more to mention that oft-quoted trio of worthies, the White Doy- enne, Brown Beurre, and St. Germain pears. It is undeniable that these varieties are so subject to be attacked by fungus growth that their general cultivation has been abandoned, and it has been generally taught and be- lieved that other varieties, cotemporaneous with them, have been discarded for the same reasons. But on recalling the observations which I have been able to make on varieties dating back, like the three already mentioned, two hundred years, (I do not mean to say that I have observed them for that length of time.) I find that the great majority have not degen- STATE HORTICULTURAL SOCIETY. 193 erated in tree or fruit, but have been discarded for precisely the same reason as we are to-day rejecting new fruits, viz: inferior quality. Many of them are breaking pears, while our modern taste v\'ill be satisfied vN'ith nothing in the shape of a pear that is not either melting or buttery. Whence then the deterioration of these three kinds? The late A. J. Downing, who maintained that it was caused by continued propagation on unhealthy stocks and in unfavorable soils, might have found, in the fact that tlie superior quality of these varieties had caused them to be more propagated than others, an argument in support of that view , and I can not undertake to say that it has not at least a portion of truth. But I acccount for the failure of these varieties by their possessing a delicacy of organization rendering them peculiarly liable to injury by fungus growth, in precisely the same way as we find among the new varieties of American grapes those of the finest quality possessing a like delicacy of organization, rendering them subject to the attacks of rot and mildew, from which those of coarser leaf and more vigorous growth, but infe- rior quality of fruit, are free; just as the coarse breaking pears remain uninjured by the causes which have so much injured their compeers. This subject is one to which it is difficult to do justice; not only from its breadth, but from the obscurity and intangibleness of the causes which have wrought the eftccts considered, and from the want of accu- rate and extended observation of them, though this deficiency will, no doubt, soon be remedied now that such societies as this and that of Ohio, as well as horticulturists generally, are awakened to its importance. The very idea of cultivation implies such processes, and such only as improve the crops cultivated, and if other results have followed, it only proves that some part of what we have called cultivation has been erroneous, or something has been wanting from it, and it is for us to search out the error or deficiency. There may be those disposed to point to the multi- plication of noxious insects, and the scabby, spotted fruit in localities free from these defects only a generation since, and ask if these are the best results achieved by our horticultural societies, and all the other means of accumulating and disseminating horticultural information, v/hich the activity of our age has set in motion; but I must look upon tliese as only temporary and incidental drawbacks, soon to be overcome by patient and persevering skill. We can not believe that the cultivation which has produced from the harsh and austere crab the delicious North- ern Spy, and others which I might name, if there were need, and from the more harsh and austere and tliorny wild pear such fruits as the Clapp's Favorite and Sheldon, and hosts of others — which has trans- formed the sloe into the Green Gage, and the dry and flavorless peach into a melting and delicious fruit — we can not believe that all this is to go for nothing, and its results all be lost, or be left to the tender mercies of the curculio and canker worm, any more than we can believe that all our civilization is to perish, and the red man re-occuppy our places. Civilization and culture must ultimately triumph over nature without culture. Even the insect tribes will be subdued, else the divine purpose 194 TRANSACTIONS OF THE ILLINOIS in making man to have dominion over every creeping thing that creepeth-. upon the earth is but a miserable faihire. At the risk of repeating ideas ah'eady expressed, I venture to state some of the practical lessons which may be drawn from this subject. And first it enforces the necessity of true cultivation, producing solid, not excessive growth, and healthy plants and fruits, and avoiding the over-cropping, which is one of the most fruitful sources of weakness and disease. It enforces the necessity of careful observation of those pro- cesses which are beneficial, that they may be repeated, and of those which are injurious, that they may be avoided, and of selection of the soils adapted to the different classes of fruit; of working so far as pos- sible with nature rather than against her, for at the best the contest with nature in the cultivation of fruit is severe enough to tax all our energies. Second, it enforces the policy of planting forest trees for shelter, and emphasizes the beneficial effect which they otherwise exert upon the climate. It gives me much pleasure to obsen'e that the people in various sections of the country, and especially in the West, are becoming sensible of the importance, the absolute necessity of providing for the prodigal use of timber, and the planting of the vast areas of treeless prairie or desert. Third, it shows the importance of the study of the habits of insects and of concerted, systematic, and general efforts for their destruction, and still more of preventing their introduction into new countries now exempt from their ravages. I notice in the catalogue of Kansas nurs- erymen, the statement that every new plant received is carefully examined with a magnifying glass and washed, to make sure that every insect or ^^% is destroyed — a most commendable practice, which, if it had been followed with the currant bushes brought from Europe, would have saved a world of trouble with the imported currant worm. Our watchfulness ought to be such that the first signs of a new insect or disease should be certainly detected and instantly trampled out like the rinderpest. Fourth, we see more strongly than ever, the need of producing new varieties of fruit which shall combine the highest quality, with strong constitutions, capable not only of resisting the cold of winter, but the attacks of other more formidable enemies. Just as the civilized man is liable to a thousand diseases from which the savage man is exempt, so our improved varieties of fruit are subject to a thousand ills unknown to their wild progenitors. We can not for this reason give up these improved fruits, any more than we can return to the savage state because nervous diseases have increased, but we must continuallv remember that our finest fruits are to a great extent artificial beings, liable to the attacks of insects and fungus diseases exactly in proportion to their refinement, and con- sequently that the more their character is elevated, the more they need the constant care of art. When a country ceases to be new, it also ceases to produce fruit with that spontaneousriess and absence of care found in new countries, and we can no longer have perfect fruit without untiring watchfulness, system^, and energy, but with these we can. STATE HORTICULTURAL SOCIETY. 1 95 MR. tick's remarks ON MR. MANNING'S ESSAY. Air. President., The excellent paper just read, contains many sugges- tions aflbrding food for thought, and deserving tlie most serious consid- eration ; it also states certain physical facts, which can be satisfactorily explained by the operation of well known physical laws. I will instance of these latter, the fact that forest timber always shows a higher tempera- ture than surrounding objects. The essay truly says, no adequate explan- ation has been given to account for this foct, though it is generally supposed to be owing to inherent specific heat. In this fact itself, we may find the elements of a universal law of the physical world, whose knowledge may be of transcendent importance to us in our co-operation with Nature, for securing to ourselves the greatest possible amount of comfort and prosperity flowing from an ameliorated climate. Upon it may depend the solution of the problem, whether we can close the back door against the intrusions of those arctic storms, that now often sweep, in winter, with such fury and destructive violence from the north and northwest over the entire valley of the Mississippi. We ought then to investigate the nature and cause of this fact, and not remain satisfied by accounting for it by an untenable hypothesis. Hold- ing as I do the opinion that it can be shown, incontestibly, that the higher specific temperature of forest trees than surrounding objects is the nor- mal and necessary- result of a great universal law, I undertake the task of explaining it. But before doing so, it is necessary to state the facts, so distinctly and circumstantially that their characteristics will stand out in bold relief. Some six or seven years ago I read somewhere (perhaps in the Annual ReporL of the Maine State Board of Agriculture), that certain: experiments had been made in the forests of that state, to ascertain the relative temperature in winter, of different kinds of trees. For this pur- pose thermometers were inserted in auger holes bored in growing trees, both deciduous and evergreen, and the holes closed. When the weather was intensely cold the thermometers were examined, and those in ever- greens invariably showed a higher temperature by from 8 to 10 degrees, than those in deciduous; and that the difference in favor of the ever- greens increased as was the increment of the force of the wind. These facts show two things : first, a difference; and secondly, a variation of difference under changed conditions. It therefore overturns the hypothesis, that inherent specific heat is -the sole cause of the higher temperature of trees; for if it were, then although there might be a difference in specific heat between different kinds of trees, yet this difference would remain invariable imder all conditions^ It is not then to an empirical, but to some universal law of Nature that we must look for a solution of the problem. In the conservation, cor- relation, persistence, and equivalence of the physical forces, we find this great law. Although this law is now generally accepted by both physi- cists and scientists, yet it is not as generally applied to the elucidation of physical phenomena as it should be and must be, if we are ever to be 1^6 TRANSACTIONS OF THE ILLINOIS enabled to comprehend the nature of these phenomena and understand their teaching. But before that can be done, we must rise to the conception that Force is as indestructible as Matter; for as Matter can exist in three different states, solid, liquid, and gaseous, so Force can exist in different •forms, as light, heat, electricity, magnetism, actinism, etc. Matter, under the inffuence of Force, can pass from one state to the other, and relapse into it again; and Force is constantly being converted from one form to another, and reverts into any or all of its forms. But neither Mattter nor Force can arise out of nothing, or relapse into it again. Every one, therefore, who accepts the doctrine of the conservation and persistence of Force, must accept the consequences that result from that dogma. Of Absolute, Infinite Energy, I need not speak. Though it fills interstellar space, yet we can know nothing of it, excepting what is manifested to us through the relative and finite phenomena of Matter. All we know of Force is manifested to us through Matter; and since Matter is finite, so must its manifestation of Force be. The forces so manifested are light, heat, electricity, magnetism, and actinism or chem- ical affinity. Hence if these constitute a full inventory of the physical forces, then all motion, or other manifestation of Force in Matter, must ■originate in one of these forces. I differ with those physicists, who class Motion as a physical force. Matter is a force-bearer, and when it is affected by any force, it manifests that affectation to us by motion. Hence Motion is not a physical force, but merely a manifestation of force; and its momentum is the exponent of the physical force that pro- duced it. As Force is indestructible, the arrestation of Motion can not anni- hilate it. What then must ensue .'' Why, it must necessarily follow that when motion is arrested, an equivalent of force equal to the original force producing the motion must appear. This is found to be the case. The simplest experiment for illustrating this is the rubbing of the hands together. We immediately feel a glow of heat. The hands are put in ' motion by the muscles of the arms and body. The friction between the hands is the amount of resistance offered to the motion; therefore, the harder the hands are pressed together, the greater is the friction, conse- quently the more force is required to sustain the motion as more motion is an-ested, and the more motion is arrested, the greater is the amount of heat evolved. Car-breaks are another familiar example of the arrestation of motion producing heat, the heat evolved being often so great as to set the breaks on fire. If we extend our survey so as to include all cases where motion is arrested, we find the law to be universal, that the arrestation of motion produces heat. In the great law we find not only the explanation of the phenomenon, why forest trees are warmer than surrounding objects, but also the •explanation of the phenomenon, why there is a difference between the temperature of evergreen and deciduous trees. As the perennial foliage STATE HORTICULTURAL SOCIETY. 1 97 of the evergreens offers greater resistance to the motion of the air, so we find they have the higher temperature. Several years since, in an essay prepared for the Horticultural Society of my own state, I fully explained the operation of this great law, and, by the application of well known mechanical laws, showed the amount of heat evolved per second by the arrestation of the motion of currents of air having ditt'erent velocities. While engaged on that essay, an intensely cold day occurred favorable for verifying the theory advanced in it, but which had not then, nor, as far as I know, has yet, met with a verification. Not having on my own premises suitable means of verifi- cation, I took a thermometer and went to the well-known botanical gar- den of our munificent citizen, Henry Shaw. There is on the west side of his fructicetum a dense hedge of Scotch pine {Pimis sylvesiris)^ planted in triple and quadruple rows. The hedge runs north and south, and is about twenty feet high and about as wide as high. The sky was overcast with a dense, unbroken cloud and the sun had not shone all day. The ground also had for several days been covered with sleet, ice, and snow, several inches in thickness. There was a brisk wind blowing from the west; and the time of day was between two and three o'clock in the afternoon ; so that, if there was any solar influence, it was exerted in favor of the temperature on the west side of the hedge. I found on the west side uniformly a temperature of one degree below zero. Passing to the easb side of the hedge, at some four or five feet from it, I found tliroughout a temperature of four degrees above zero, thus making a diflcrence between the east and west side of the hedge of five degrees. On the northern extremity, the ground rises somewhat abruptly eastwardly. To test the modifying effect of the hedge, I carried the thermometer up eastwardly and found it gradu- ally sinking. At some sixty feet from the hedge I still found it one stand de^riee above zero. I since regret that I did not make observations close to the sides and in the interior of the hedge. I have no doubt it would have shown still greater differences of temperature, since at the nearest distance (four or five feet), where I made the observations, I could feel the rebound of the wind that poured over the hedge. The question now arises, what was the cause of the difference in tem- perature between the eastern and western side of the hedge } Unques- tionably it was owing to the arrestation of the motion of the air, its motion being converted into heat. To put this air in motion, some force had been expended, whether heat, light, electricity, or magnetism, it mat- ters not, for the immediate force arising in all cases of an^estation of mo- tion is heat. But, then, heat can not affect matter without starting electric currents, nor can an electric cun-ent exist without magnetism at right angles to it. Again, magnetism develops electricity, and by electric- ity, light, heat, magnetism, and actinism are reproduced. Given any physical force, we can develop any and all the rest by its natural meta- morphosis. Protean like, a physical force is ever changing its form, but never either losing its identity or integrity. This is the great law that unlocks the mysteries of Nature's economy in all her departments, and 198 TRANSACTIONS OF THE ILLINOIS by whose intelligent application we can not only modify climate, but all the operations of Nature. Light falls upon the ocean; since it can not perish what becomes of it? A small poition is reflected, but since the bottom of the ocean is dark, what is not reflected must pass into some other mode of force. We know some of it passes into heat, by whose agency that immense amount of water which falls in rain, is evaporated. Again, light falls on the land surface of the earth. What becomes of it.'' A portion we know is reflected, and another portion we know is transformed into heat. But since earth currents are started under solar action, a portion of the light must also be converted into electricity. The electricity of the earth being negative as respects that of the air, it mounts the highest objects such as hills, trees, and mountains^ so as to bring it in as close proximity as possi- ble to the positive electricity of the air. The dry atmosphere being a non-conductor, neither electricity can pass through (unless by disruptive dis- charges), except by making a vehicle of matter for transporting it. Hence, the positive electricity seizes upon the aqueous vapor over the ocean, and the mutual elective attraction gives motion to the molecule of water thus affected. Hence, it is drawn from over the ocean to the continents, especially to the mountains, and is there condensed and precipitated as rain. But once more : light falls upon vegetation. Here only a small por- tion is converted into heat, 'because the foliage of all vegetation I'emains cool. What becomes of the light in this case.? We know under its influence, chemical action is started ; water and carbonic acid are decom- posed, and under electric currents and magnetic force, the hydrogen and carbon obtained is utilized in building up vegetable tissue, while the oxy- gen is let free. Animals, in digesting vegetable tissue, develop again the heat absorbed and fixed in growth. The conservation of force, by the mutual convertibility of its forms, therefore, is an endless chain that runs through and binds the physical universe together. Here, then, is the great law that we must make available in all our dealings with Matter. By planting belts of timber, we not only apply the principle of this law to sheltering ourselves and our flocks against the rigors of winter, but we check the inroads of those arctic tempests, ^vhose icy breath smites with paralysis and death our flocks, fields, and orchards. Dr. Warder said that he had been unwilling to accept the proposi- tion that the specific heat of trees was of much value in raising the temperature of the atmosphere. Other well-known and often explained causes, he thought sufficient to account for the modifying influences which forests are known to exert. Mr. Douglass quoted Louden's assertion, that snow melted sooner on Norway Spruce than on any other tree ; he also said that Mr. Meehan, who is good American authorit}', insists that evergreen trees emit heat, from the root upward, even when the earth is frozen solid around the roots. He referred to the fact tliat hyacinths have been known to grow, STATE HORTICULTURAL SOCIETY. 1 99 emittinsT rootlets into frozen earth. He said that the amelioratincr effects of forests are sho\vn by the fact, that in Great Britain, double rent is paid for pasture hnids which arc sheltered by timber. Mr. Flagg stated that it is well known, that in Siberia, the roots of Einopean larch and other ti^ees, penetrate and grow in ground that is perpetually frozen. Pkof. Turner said that he believed in planting trees, both evergreen and deciduous. He had put out on one of his farms 10,000 evergreen trees. He had offered to donate frees to the proper officers to plant along the streets in Jacksonville, and along the highways for sevei"al miles between one of his farms and the city. He contended that one of the imperative demands upon the j^resent generation of dwellers upon the prairies is the planting and the care of trees. ]Mr. Bryant referred to his experience in tree planting at Princeton, commencing, in 1S33, in the planting of that avenue of hard maples, which is now the admiration of all travelers along the iiighway which they border. He said he regarded the compliments paid him for this •work not so much as praise to himself as they are a reproach to others who ought to have done as much or more than he has, yet have done nothing. Dr. C. W. Spalding read the following essay : WILL THE USE OF WINE BENEFIT THE AMERICAN PEOPLE ? To this question, proposed to me by tlie officers of this Society, I answer,_)'e5; but as in this age of inquiry, men are expected to give good and substantial reasons for the faith they hold, I shall, in this brief paper, endeavor to offer some of the principal reasons which lead me to gi\'e this affirmative reply. Let us first notice some of the physical benefits which result from the use of wine. The climate of the United States, and especially that of the valley of the Mississippi, is noted for the prevalence of bilious dis- eases. Fevers of various kinds — fever and ague, dysentery, jaundice, etc., etc., are of frequent occurrence throughout its entire extent, from the Gulf of Mexico to the Lake of the Woods. Other diseases, entirelv dissimilar to those commonly called bilious, are here more or less modified by becoming intermittent in type. Thus, under the inffuence of our climate, many diseases become periodic which do not have that charac- ter elsewhere, and nearly all assume more or less of the remittent aspect. Diseases of the class first mentioned are met with in all fertile countries, and prevail in proportion as fertility is accompanied by moisture, or by any climatic conditions which favor the rapid decomposition of vegetable substances. The condi lions for development being fa\orable, and being likely for a long time to remain so, we may regard bilious dieases, in all their wide-spreading influences, as a permanent legacy, bequeathed to us by the soil and climate of the region we inhabit. Or, if any cliange in this regard is to happen in the future, it will take place so gradually 200 TRANSACTIONS OF THE ILLINOIS that many generations must pass away before any essential modification will become established. It has been a favorite theory w^ith certain writers on hygiene, that every country contains or produces within its limits the natural remedies for its most prominent diseases. I do not endorse this hypothesis, not knowing whether it is true or false, nor do I propose at this time to even, discuss its merits. I merely state it in connection with a pretty well observed claim, which has often been asserted as the result of experience, namely, that the wines produced in any particular country, are best suited to the wants and needs of the people thereof. Americans traveling, or temporarily residing in any of the wine pro- ducing countries of Europe, ai-e frequently advised by medical men tO' drink the wines of the country in which they are sojourning, as being the best protection against the diseases incident to its climate, and also as a useful coiTcciive where disease already exists. The acids contained in our American wines serve as antidotes, not only to the miasmatic poisons which so generally prevail in all this region of country, but they also stimulate the action of the biliaiy system,. which has become torpid under the influences of our debilitating climate. Numerous instances might be cited, where whole families have beent preserved from bilious diseases, throughout the summer and fall, solely by a moderate but daily use of acid wines, while all around them typhoid and bilious fevers, and chills and fever, were almost universal. Again, certain individuals who have practiced the use of wines have escaped disease, while other members of the same family who did not use them have been attacked. These and similar results have been observed over and over again, until the conclusions I have stated have been fairly reached. The evidence, therefore, does not rest upon the results in a few isolated cases, but the principle has been verified again and again. Thus the products of our soil yield a beverage pleasant to the taste and wholesome to the stomach, and one that has proved itself a wonderful palliative of, if not an absolute specific against, the various dis- eases begotten of our summer sun. Medicines of some kind have been found necessary for the preserva- tion of health with those who live in the unhealthy districts of our Great Valley. If, then, we are imder the necessity of employing a remedy, which think you is most to be commended, a bottle of wane or a box of pills .^ — a glass of Concord or a dose of quinine.? — a cup of Catawba or a spoonful of calomel and jalap.? The one is inviting, and therefore likely to be taken in time ; the other is repulsive, and hence only resorted to when the necessity becomes great. One leaves the head clear and the system free and elastic; the other shatters the nerves, poisons the humors, debilitates the powers, and leaves the man far more liable to disease than he was before. Which then shall we choose, wine or physic? Shall we dose ourselves with mineral and vegetable poisons as a remedy for diseases that are already upon us, or drink the fermented juice of the grape, and enjoy that immunity from our prevailing diseases, which is promised to him who uses it aright.? STATE HORTICULTURAL SOCIETY. 20I Perhaps of all questions relating to the subject under consideration, that commonly called the temperance question, more than any other, engages the attention of the public mind. All agree that temperance is a sterling virtue; and, on the other hand, no one doubts that intemper- ance is a great evil. But temperance is an avoidance of extremes. At one end of the series is drunkenness, at the othei^otal abstinence. Cer- tainly temperance can be neither of these, for temperance signifies mod- eration. The true philanthropist does not restrict the meaning of the term to the excessive use of strong drinks. In its application it includes eating, working, thinking, reading, equally with drinkmg, and extends to the indulgence of all the appetites and desires. In a word, it is appli- cable to every pleasure, and to every labor of life. I am an advocate of temperance in its broadest sense; and I favor its widest, deepest, and its most searching applica}:ion to every class of society, to eveiy act of life, and even to every emotion of the human heart. But because men may and do become gluttons, shall we abstain from food ? Because men may kill themselves with ovenvork, shall w^e cease from labor.'' Because men poison the very fountains of life, and destroy both soul and body by the excessive indulgence of certain passions, shall celibacy be imposed upon the whole human race.'' No! let him rather who has not sufficient self-command to assert his manhood, and to subject his appetites to an intelligent control, draw lessons from his daily experi- ence, and learn to compel himself to such wholesome restraints in all the manifold duties and pri\ileges of life as shall preserve him from excess, and lead him to a temperate life; for intemperance dwells only in the abuse and not in the right and orderly use of any of the blessings which God has vouchsafed to man. The temperance movement of our time includes only that branch of intemperance which relates to the use of intoxicating drinks. The most zealous total-abstainer in the land is not more fully aware of the enormity of the evil, nor can he more deeply deplore its existence than I do. I know the suffering which it inflicts on societ)^ and the misery it entails upon mankind. Yet if I were assigned the task of curing the world of drunkenness, I should look to the use of wine as a most important element in the forces I should feel bound to employ. I speak from expe- rience as well as from observation, when I assert that pure acid wines do not cause that insatiable thirst for more, which comes of drinking distilled liquors. A man is as easily and as uniformly satisfied with a glass of pure wine as he is with a cup of tea or coffee; provided, always, that he does not inherit a taste for liquors, and that his taste has not been already depraved by the habitual use of distilled spirits. The people of wine- growing countries employ acid wines in place of both tea and coft'ee at their daily meals, with a decided advantage in physical developemcnt in favor of the wine. Men who have spent their lives in the vineyard and wine-cellar are remarkable rather for their abstemiousness than for the opposite. Can the opponents of the use of wines point me to a single instance where the use of acid wines only, has produced an inebriate. 19 202 TR.\NSACTIONS OF THE ILLINOIS I admit that whisky and brandy-drinkers will become intoxicated on wine when they can not get distilled spirits ; but to prepare the way for such drunkenness, it is necessary that they already possess the love of, and the desire for distilled liquors. The point I here make is, that in the main, distillation is the parent of drunkenness, and consequently, tliat those only who have a love for these strong drinks are likely to abuse the use of wine. Stop distillation, and in a single generation drunkenness would be almost unknown. But how can this be done ? is the question that immediately suggests itself. So long as the demand exists, a supply will surely be furnished. The experience of nations, and the history of the world, show that, right or wi-ong, men will indulge ni the use of stimulating drinks. They have done so from the remotest times of which we have any authentic record, and will probably continue to do so for many generations to come. Any effort, therefore, which looks to an entire abolition of stimulants must, at this day, necessarily result in failure. Restrictive legislation has been tried without benefit. Moral suasion has, with few exceptions, reached that class of men only w^ho need no reform. Thei"e remains, therefore, only one other method that has not yet been fairly tried, namely, the substitu- tion of a beverage, the use of which shall not be open to the objections which are so justly urged against the use of ardent spirits. Such a sub- stitute we have in the pure acid wines of our own country. As a means of lessening the consumption of distilled liquors, it is my firm belief that their general use would accomplish more than has heretofore been accom- plished by all other means combined. If my premises are correct, should we not encourage their manufacture and their wide-spread con- sumption throughout the land. When I speak of wines, I mean the fermented juice of the grape. I am no advocate of manufactured compounds, nor am I favorable to the addition of sugar and water for the purpose of increasing the quantity of the product. In unfavorable seasons the mus^ may, and sometimes does, require an increase of the saccharine matter contained in the juice, but all such additions should b? made with sole reference to imjn'oving the quality of the product, and not to an increase of quantity. We may boldly challenge the use of such wines with confidence that the result will inure to the moral as well as physical benefit of the American people. Mr. Daggy presented the following j^reamble and resolution, and moved their adoption by the Society, viz : Whereas, There is a growing tendency in this country to introduce wine as a beverage, under the delusion of preserving health, or producing a temperance reform by substituting it for the intoxicating drinks now in use. Resolved — That in the Grape for edible purposes, we find one of our choicest fruits; but in the manufacture of wine as a common beverage, we recognize a dan- gerous tendency to dissipation and excess. He said that he was not willing the paper just read should go upon the records without a protest also accompanying it from himself and such and sxich other members as would vote for this resolution. He wished to STATE HORIICLLTURAI. SOCIETY. 203 have this Society stand in its true position, on this subject before the peo- ple of the State. He (lid not know \shether a majority of the members of this Societ}- aij^ree witli the views of tlie writer or not; if not, it would do no harm to adopt this resolution: ami if they do, the minorit}- certainly have the right to have their views made a matter of record. He did not wish to discuss the temperance question; that was not the proper place for such discus- sions. He did not present the resolution for such purpose, but hoped the vote upon it woukl be taken by calling a}es and nays. Mr. McKixsTRV spoke to the same eflect as Mr. Daggy, adding that he thought wineHlrinking led to drunkenness; therefore wished to record his vote for the resolution. Dr. Spalding said he was not there as a volunteer. He had been invitetl by the officers of this Societ)- to prepare and read a paper upon the subject. He was only responsible for his own opinions, which were tlie results of many years of careful observation. If he had thought any- thing in this essav would tend to pnmiote intemperance, he would cer- tainly ha\e not written it. It was clearly ever)- man's duty to gu:u(l the morals of the community. The Society was not responsible for his opinions ; and while he respected those of gentlemen who favored this resolu- tion, knowing they resulted from a sincere desire to secure the well-being of Society, he was foiccd to conclude that they were based upon the well-known effects of those vile compounds, called wines, which have no just claim to the name, and to the use of which he was as nmch opposed as any one. President Flagg said that Dr. Spalding was here by invitation to open a discussion upon this veiy important subject. The Society, as such, is not responsible for the views of any person, either uttered at its meet- ings, or written out, unless by vote it endorses such views. All subjects directly related to Horticulture are legitimate matters for discussion, and each sjjeaker or writer is entitled to have a fair hearing and to have his opinions made a matter of record. It is, and ever should be the object of this Society to extend equal courtesy to members upon both sides of ever^' question upon which there are honest differences of opinion. Dr. Hrr.MPHREV thought the premises of the writer of the essay were not well taken, in one important point, viz: — that "some kind of stimu- lant was necessary in this climate." This is not a physiological fact. Our constitutions do not need either stimulants or drugs; they need food. There is no food in acid wines, such as the writer recommends. They may be better than diugs many times, if one were compelled to choose one or the other, but thev can not make good bloo>age Orange was an imtried experiment, and, when first introduced into this country, it was taken hold of by farmers with a great deal of caution. Some claimed that the hedge would " sprout up " from the roots, and encroach upon the adjoining fichls, and finally become a plague that could not be ea.Nily subdued. Others argued, that the cost of the cultiva- tion and of pruning and disposing of the brush would be too great to admit of its coming into general use, while still another large class chose to use such fences as their fathers had used before them, without troub- ling themselves for a better or a cheaper one. These objections do not now exist. The country is full of evidence of the beauty and u.sefulness of the Osage Orange hetlgc, and the only question necessary to discuss is, "How can we grow the best hedge, in the shortest time, and at the smallest cost.''" In giving my views on this matter, I hope I may be indulged in giving the details of my practice and observation in hedging, as it is often by the obsei"vance of these small considerations that we .attain the vrreatest success. 240 TRANSACTIONS OF THE ILLINOIS The preparation of the seed should commence about a week before vou wish to plant in the nusery, and may be accomplished in the follow- ing manner : First, soak the seeds five or six hours in water as warm as you could hold your hand in comfortably, then place them in an open vessel which \v\]\ allow all the water to pass off freely. Place them out in the sun in the day, and by the stove at night — if it should be cool. Keep the seeds- constantly warm and moist, by occasionally pouring warm w^ater over them. Spread something over them to prevent the top from becoming tlry. Watch them closely, and when you see the mass beginning to " pip," they are ready to plant. In selecting your ground for a nursery, the following considerations- are most prominent: The ground should be warm and dry, and of that active, mellow character which will not be " run together " by the rains which may chance to fall before the plants are up. It should also be free from weeds, as the young plants are very tender and easily overrun by vegetatioti of a more rank growth. It should also be selected w ith a view to its freedom from moles, as they are very damaging to the plants — sO' much so that they must be destroyed if they make their appearance. The preparation of the ground should be most thorough. To accomplish tliis, plow deeply, that any over charge of water may quickly pass below the seed, and that t)ie seeds of noxious weeds may be covered so deeply as not to vegetate readily. Hanow well, that the groimd may be thor- oughly pulverized, and loll, that all the vacuums in the surface may be filled up, thereby preventing the ravages of di'ying winds in case of drouth. When this is done, take your corn-marker and mark out the ground the- width you would for corn. If you intend cultivating with a horse, this will be a convenient width. If you wish to cultivate by hand, you can go over the ground again, with the same instrument, and divide rows,, which will afford ample room for hand cultivation. As soon as the ground is marked out, and while the furrows are yet fresh and moist, die seeds should be planted, which may be done by hand, drilling in from two dozen to three dozen seeds to the foot. The covering may be very- well done with a common garden rake, drawing in the mellow soil and removing the clods and trash. Nothing is now to be done until the plants are nearly ready to come through the ground, at which time much can be accomplished by going over the rows again with a rake, by which means you break any crust which may have formed, and destroy any weeds which may be coming in advance of the plants. From this time, close attention will be necessary. The horse cultivator, by frequent use, will do most of the work, but the hoe and even the hand-pulling of the weeds may be necessary. The soil must be kept stirred and the weeds must be kept down. TIME OF PLANTING. The seeds should not be planted imtil all danger of frost is past. In fact the ground should be allowed to become quite warm, as our success, oflen depends upon getting the plants up quickly. STATE HORTICULTURAL SOCIETY. 24I PKKPARATION OF THE HEDGE ROW. The hedge row ought to have a preparatory plowing in the fall before planting. Plow your first fuiTow on the Une of the contemplated hedge and bed up a width of eight or ten feet. This preparatory plowing insures the necessary drainage, and exposes tlie soil to the action of the winter's frost, making it much more friable the following season. In the spring as soon a.s your hedge row is in good order to work, take a good team and plow the hedge row very deeply, throwing the soil out and making the dead furrow where you want the hedge. Hanow thoroughly, and, if necessary, roll the ground. Then plow again, com- mencing in the dead furrow and bedding up as before, after which harrow again, if necessary. Much time in transplanting is saved by tliorough preparation of the ground. This mode of preparation can hardly fail to give satisfoction. A very deep and mellow seed-bed is obtained, and the drainage is very much assisted by the deep plowing. It may be well to remark here, that in low places it will be necessary to- bed up the row above the water, as the plants will not succeed where water is allowed to stand about them. To insure a straight line, set stakes along at intervals, as if to set a fence, then take a steady tean^ and draw a fuirow \ ery deeply on the line of the stakes. If the plow has been kept to its place, and given a deep, clear fuiTOw, you may think yourself ready for planting. The plants should be carefully examined, and all dead or doubtful ones thrown out. Failure in hedging, as well as tree planting, often results from an admixture of worthless plants. The tops should be cut oft' some three inches above the yellow pail of the plant. Place the plants along the row, leaning them on the bar side of the furrow. Follow with a hoe or garden rake, which is better, and draw a light covering of the soil up against them, after which press the dirt on the plants by placing the foot on every one. This fills up the vacant places about the roots, and assists in retaining moisture, after which a plow may be used to fill up. The plants should be almost entirely covered up, as this protects the buds from the drying influence of the sun and winds. It will be observed that those plants which shoot from below the surface are generally the most vigorous in their growth. *rhe distance between plants is a question which is not yet fully settled among growers. The most of the hedges now growing in this country were probably planted at a distance of from four to six inches asunder. It has been observed in these close-planted hedges that the plants will not all prosper and maintain their relative strength in the hedge. Some will make a very vigorous growth, w hlle adjoining plants, being sapped by their stronger neighbors, will pine and die. This results in gaps,, whicli have to be closed by plashing. Admitting these facts, I shoukl plant with a view to plashing, at the start, and should plant far enough apart that every plant would })e able to maintain itself. About one foot, I think, to be the proper distance to set the plants. When the buds begin to burst on the plants, cultivation mavl'e very much forwruded b\ taking 242 TR.\NSACTIONS OF THE ILLINOIS the ro\v with a coinmoii g^arden rake, draw ing the rake across the row the way the plants are leaned. This desti'oys any weeds which may be coming- in advance of the plants, removes any crust which may have formed, and leaves the hedge in nice order for after cultivation. The -cultiviition, the first year particularly, should be verv thorough, as this is the only means of insuring the life of the plants and the success of the hedge. After the foregoing considerations have been complied wiUi, the ground verj' deeph' and thoroughly pulverized, and sufficient drainage insured, if the ground is frequently stirred and kept free from weeds and grass, no drouth whicli we are likel>- to have, will prevent a good stand -and a fine growth. There is probably no better mode of cultivation tlian to take a one-horse i^low and throw the dirt away from tlie hedge, plow- ing quite close to tlie hedge, but taking proper care not to run under, or otherwise disturb the plants. Then follow with a hoe. removing all •U'eeds and grass which the plow may have left. You may then turn witli the plow, and throw the soil back again, as it would not be prudent to lea-\-e the hedge for a great while with the soil thrown from it. By this course you ^^'ill secure the best results, and prevent that excessive "bedding up" of the hedge row which Ave sometimes see. After the first year very little hoeing vi^ill be required — the plowing, if nicely done, being generally suffieient. .Let one thing always be borne in mind, that to insure the best hedge in the shortest time, it must be \^c'^\.ioeU "joorked^ and free fro?n weeds. I should not advise any pruning until the plants arrive at a proper size for plashing, which, to insure the best results, should be as large at the ground as a common hay-fork handle. If plashed whilp too small, strong shoots will start up from .the stump, and supplant and destroy the original trunk. The plashing sliould be done before the sap rises in the spring, otherwise the bark will slip in handling and the growth will be injured. Trim the sides to enable you to get to the hedge, then with a light axe cut the plants half oft' at the ground., and press them back on the hedge at an angle from the ground of say 30 degrees to 40 degrees. If laid too flat, the flow of sap is so obstructed that it will be diverted from the main ti'unk and centered upon a vertical shoot from the root, while the original plant will die. It also fails to jnake a hedge of suffi- cient height, if laid very flat. While plashing, a plant should be left oecasionally, say once in ten 'feet, to prevent strong cross winds from displacing the hedge. These plants should be trimmed up to the height vou wish the hedge, and cut -off", and the hedge pressed back on them, part on one side, and part on the other. Wlien the hedge is laid down, it should be trimmed to a uniform height and thickness, after which one trimming each year, in lieat of summer, before the wood begins to ripen, will keep the hedge within due .bounds. This yearly pruning niay be done with a good corn knife, if nothing STATE HORTICULTURAL SOCIETY. 243 better is at hand, but should be done while tlie plant is yet tender and full of sap, as it is then much more easily accomplished. Probably the best implement vet oftered to the public for this purpose is one manu- factincd at the Douglass Axe Factory, and is Sold by dealers at three dollars each. It i> much the shape of a corn knife, but is much heavier, and is w ielded by both hands, with a long handle. With an implement of this kind, it will not be found a great job to tiim any amount of hedge usually found vn a farm of ordinary size. Hedges thus kept, while they stand the fury of our prairie winds, and resist the encroachments of thievish animals, also give diversity and beauty to our prairie firms, and go far towards removing the tedious monotony whicli natuially attaches to a level prairie countiy. THE SIBERIAN APPLE. BY C. ANDKKWS. If we were to name a number of varieties of the apple as types of the best in quality for all purposes, we might mention among them, perhaps, the Early Harvest. Sweet Bough, Baldwin, Rhode Island Greening, Seek- no-fiutlier, and the fanciful Ladv Apple Could these and others like them be grown with certainty^ and per- fection in eveiy part of the country, it might seem that very little room VvouUl, be left for improvement in that department of Pomology. But would such be the case.'' Can we conceive of no desirable addi- tion to our lists, even thougli all our best apples were constantly reliable in producing their annual crops of fruit? This certainly is putting the ques- tion in the ver\ strongest terms of concession to those who would really have Us seek-no-further for excellence in apples. For, as in everything else, we have old fogies in fruit culture — men who would have us believe that nature has no ''germins" locked in her secret cuisine which can pro- duce fruits capal)le of giving a new sensation to our palates, or supplying us witli new sources of sustenance, delight, and abundance. But even when put upon these broad and liberal grounds, we believe that the fore- going (luestion must be answered in the affirmative. To some it may be a surprise to announce thai such fruits have already found their way into our markets, and are silently solving the question of their claims to recog- nition by the reports of veracious figures. The prices paid for fruits, when in direct and continued competition with others of the same season and in the same markets, ought to settle the question of their relative value for the ))urposes required. For, whatever may be said to the contrary, poor fruits can not long sustain themselves in competition with good, if the latter are in constant and abundant supply. The reason why coarse, showy apples sell, while dull, delicious ones do not, is that in most cases the delicious ones are not there, or have not become known, else they would sell in spite of more gaudy competit In regard to last year's fruit crops: The apple trees set an unusually heavy crop, but it was very much thiimed by the codling moth, which is becoming a very serious pest. Probably half the crop fell from the ti-ees before maturity, and of the remainder, fully one-half was wormy. Peo ple are complaining that apples are not keeping well this winter. Of course it is the wormy ones that are rotting. The Winesap seemed the most exempt from worms, and produced heavy crops of handsome and salable fruit. The Peach and Cherry crops were good. Cherries not so wormy as- the year before. Jrears set pretty well, but die blight finished them. Plums, as usual of late years, a complete failure. Qiiinces ditto. Grapes a fair crop. Small fruits, of all kinds, a very good crop. Respectfully yours, C. S. Capps. Mt. Pulaski, January, 1S71. HORTICULTURE IN THE ILLINOIS INDUSTRIAL UNIVERSITY.. BY T. J. BLRKILL. Illinois justly claims a proud prominence in the agitation and dis- cussion which finally resulted in the munificent land-grant of Congress to the several states, for the purpose of establishing a system of schools, of high rank, whose main object should be, " to promote the liberal and practical education of the industrial classes in the several pursuits and professions of life." After the thorough organization of the State Horticultural Society, much was done towards securing and keeping together this valuable donation of Congress, both by the Society as such, and by its individual members. And since the inauguration of the University, no one ought to have, or has felt, a deeper interest in the workings of the school than the members of this Society. It is, therefore, meet that a few words be now recorded in regard to the work done in the Horticultural Depart- ment of the University at Urbana, Champaign County, 111. True, but a short time has elapsed since even a beginning was attempted, and it is well known that horticultural operations require, aye demand time. The location of the University was finally settled May 8th, 1867, and the school went into operation the following March, 186S. At first everything was new and crude, so that much time was necessarily consumed in getting ready to even make a start in a direction known to be right. No model existed from which to copy. Theories there were, but such as had never been reduced to practice. All had to be worked out from the mass of half-digested, often discordant opinions everywhere so freely ollered. There were, however, upon the lirst Board of Trustees the following well-known gentlemen specially interested ia :26o TRANSACTIONS OF THE ILLINOIS Horticulture: W. C. Flagg, O. B. Galusha, A. M. Brown, Samuel Edwards, M. L. Dunlap, Burden PuUcn, and others; and in the first report ever made to this Board of Trustees upon departments and studies in the University-, Horticulture, and horticultural . science were recom- mended as a part of the practical education of students in the University. See pp. 50, 51, first Annual Report of Board of Trustees. Of the 980 acres belonging to the University, 135 acres, lying near the Universit}'^ buildings, have been set apart for horticultural purposes. *In addition to this the forest-tree plantation is designed to cover 80 acres of the main farm. During the summer of 1867 nothing was attempted, save the grading and fencing of the college grounds. In November, J 867, at a meeting of the Board of Trustees, Samuel Edwards, O. B. Galusha, and C. H. Topping, from the Horticultural Committee, recom- mended a survey and mapping of the grounds, and in the following spring the planting of screens upon the west and nortli sides of the entire •farming lands and trees upon the University grounds. This was adopted by the trustees, and the work was accordingly done. By authority granted at this meeting of the Board (Nov. 36, 1867,) Jonathan Periam was chosen Head Farmer, and in January, 1868, assumed charge of the whole University lands, there being at the time no division between agricultui"al and horticultural domains. But he found the previous tillage had been so bad, and the ground so tramped and subject to still further inroads of stock, owing to bad fences, that ■^little, comparatively, was done during the summer of 1868. (See his report p. 43 Second Annual Report of Trustees.) Still considerable work was done in setting out hedges, trees, etc., and testing a large variety of vegetables, under the direction of Mr. Periam, and in laying out and planting the ornamental grounds, under the supervision of the regent. Mr. Thomas Franks was employed as gardener, and entered upon his duties in June, 186S. This position he still retains. Dr. Warder, of Ohio, was elected Lecturer upon Vegetable Physiology and Fruit-Growing, March 11, 1868; but his first lecture was given January 12, 1869. In Septembei", i868, W. F. Bliss entered upon his duties as Professor of Agriculture, having also temporary charge of the Horticulture. During this month, by order of the Executive Committee, a propagating house was built, which furnished a fine show of bedding and other plants upon the grounds the following summer. This committee also ordered the tile drainage of the forty-acre plat designed for horticultural uses, and after a careful topographical survey by Prof Shattuck, the work was commenced. It has been prosecuted since, in spring and fall, as opportunity offered, and is now about half completed. This work has been done entirely by the students, under proper instruction. The drains are three to four feet deep, fort}' feet apait. At a called meeting of the Board of Trustees, Nov. 18, 186S, the Committee on Horticulture made the following report, which was ■adopted, and the Legislature subsequently appropriated $20,000 of the amount asked for: I STATE HORTICULTURAL SOCIETY. 261 To the Board of Trustees of the Illinois Industrial University : The Cominittee on Horticulture respectfully beg leave to report. Section seven of the Act of Incorporation, among other things, author- izes the Board of Trustees to " establish and pro\iile for the management of such model farms as may be required to teach, in the most tliorough manner, such branches of learning as are related to agriculture and tiie mechanic tu-ts." As a part of such model farm, and for the more perfect demon- stration of that department of agriculture known as horticulture or garden culture, we beg leave to make the following recommendations: The plat hereunto attached as a part of this report, marked A, exhibits the ground plan of die grounds proposed to be occupied, and the sched- ule shows how they niay be planted, and also contains the list of forest trees recommended for trial. No extended argument is required at this time to pro\e the need of teaching the cultivators of the soil the importance of forest tree planting, of orcharding, and of other departments of gardening. In regard to the orchard proper, the most important feature that we now recommend, is the procuring and planting of samples of all the improved varieties of fruits for identification and for comparison — a sort of fruit-tree museum of varieties, that will be at all times accessible for reference. The management of the orchard, vineyard and garden will more properly come under the care of the Professor of Horticulture, or head gardener. But we would urge that the grounds reser\ ed for the orchard be occupied for that purpose at as early a day as possible. The estimate for the cost of trees will be found in the schedule, but that for labor and other material are combined in the ground plan, and its proportion, to some extent, must be left to the discretion of the person in charge of the improvements. The great feature of these grounds, and what is of paramount impor- tance, at this time, to the whole people of the State, is the planting of forest trees for useful purposes. It is a new demand upon their industry and upon their lands, from which they can not fail to reap the most valu- able results. The new condition of things, created by railroads and improved agri- cultural implements, presents new industries, both to the cultivators of the soil and to the mechanic, in which they have a mutual interest. The forests are rapidly disappearing, or at least those useful trees that have a commercial value, and yet many of the new demands have not been met^ nor is the old supply likely to hold out. But, if the forests of Michigan, Wisconsin, Minnesota, and Indiana were adequate to the demand, as a matter of economy in freights, if not in the superior quality of our second- growth timber, especialy of the deciduous varieties, it is an object togrow them at home, rather than to buy them. Timber for railroad ties, culverts, cars, roadways, and buildings, fenc- ing, vineyard stakes, hop poles, stanchions for coal banks; softwood, like 262 TRANSACTIONS OF THE ILLINOIS white willow and the poplars, for ben*y boxes, crates and staves ; hoop poles, w^igon and caniage material, agricultural implements, and the multiform wants of the age, make up a demand of most surprising magnitude, that will add to our rural industiy an importance that the most sanguine have not hitherto dreamed of. If we look at this as simply the demand of agriculture, it must be conceded that it is legitimate, and ought to be granted without an objec- tion ; but we have added to this the claim of the mechanic, who is also largely interested, for it will enable him to compete with those of other states in the supply that commerce demands. The state that sells the raw products of its soil is never rich, while the states that manufacture for others do well ; those that grow the raw material and manufacture it at hoine are the most prosperous. No doubt the State of Illinois had these facts in view when it established this great school of the industries for the especial benefit of those two classes who create the w^ealth of the State. There are in this State about eighty species of forest trees, besides the larger shrubs. With the exception of the oaks, yellow poplar, and hick- ory, we have not drawn largely from our native forests ; and to-day w^e purchase nearly all of our timber. Nearly all of the ash timber used for agricultural implements, a part of our fence posts, and a portion of our railroad ties come from other states. Added to these is the greater part ■of the material for our wagons and caniages, when »ot wholly manufac- tured in other states; timber for railroad cars, and hard wood lumber for many other useful purposes, that ought to be grown near the place of manufacture. To bring these useful trees within the bounds of culture and to utilize them, is one of the objects of this industrial institution. To teach the people of the State how to add these products of the forests to their other crops, and thus add millions of dollars annually to the wealth of the State, to give labor a wider range and a more comprehensive field for its employment, are objects worthy of such an institution. Thousands of acres of timber can be planted in shelter belts, to check the winter wind that comes down from the north, with its polar cold, destroying the plants that the genial summer, fanned with the breath of the tropics, has made to flourish on our open plains. Wall in these prai- ries of Centi-al and Northern Illinois with belts of conifers and deciduous trees, and we shall have one of the best climates; genial and equable, and with the best soil in the Union, with a geographical position midway between the two oceans, over which must pass a large part of the com- merce of the world, and if we are not laggards in the world's progress we may reap from such surroundings a rich reward. The Committee have divided these thirty species of useful forest trees into three classes, according to their supposed value for the demands of commerce and for domestic use. In the first class they include the Euro- pean Larch, Austrian Pine, and Norway Spruce, native trees of Europe, and the Osage Orange, native of the Southwestern States. In the second .and third class, White Willow, a native of Europe ; Black Spruce, and STATE HORTICULTURAL SOCIETY. 263 Norway Pine, natives of the more Northern States; thus making up the list with four European varieties, three from other states, and twenty- three species from the forests of Illinois. Our odier native trees, of minor importance, will llnd a place in the aboretum, where those of other sections of this continent and of Europe may be tested side by side. It is probable that among them may be found many of value. The ten acres reserved for a commercial garden and grounds — for testing new vai'ieties of plants — for comparing and further testing old ones — for proving new modes of culture and testing new implements — can not ftul of proving useful, especially to tliose students who remain at the University during the spring and summer, occupied in some •• indus- trial avocation." As the larger part of this plat of ground will be devoted to a market garden it is hoped that it will prove to be a paying investment. We recommend the planting of an Osage hedge around the two hun- dred acres embraced in the jDlat. We recommend that so much of lot Y, as is suitable for the purpose, be planted to an experimental orchard of the apple; two trees of each variety; the rows to run north and south, twenty-four feet wide, and the trees twenty-five feet in the rows; the trees in each tenth row to consist of Norway Spruce. In this connection, we also recommend that the offer of A. JM. Lawver for duplicates of his collection of varieties, be accepted, and the proper order drawn for the amount. We also recommend that there be an additional experimental orchard of twenty acres, to be located on the stock farm (Busy farm), for testing varieties of the peach, pear, plum, cheny, quince, apricot, nectarine — two trees of each variety, to be planted in rows sixteen by sixteen feet, with every tenth row running north and south, planted with Nor- way spruce. Pears to be both standard and dwarf; one half of the dwarf pears to be planted eight feet in the row, thus: 8 by 16 feet. The relative value of standard trees and those on quince stock to be tested with same varieties, both as regards market value and quality. Cherries to be tried on Morello, Mazzard, and Alahaleb stocks. The whole to be surrounded with a double row of Norway spruce, set eight feet apart. The site selected to be the highest point, or points, best adapted to the purpose. Also, one acre of vineyard, two plants of a variety, and so planted as to test the relative value of diiVerent modes of training and priming. Also, that lot B of the plat, containing one acre, be devoted to testing new varieties of the small fruits. It is probable that at some future time it may be found advisable to extend the plantation of small fruits for market, for the purpose of giving employment to those students who may, in accordance with the law, desire to remain in the University dur- ing the summer. We also recommend the formation of an arboretum, to be located north of the new street running east and west on the forty acre tract, to contain about ten acres, and marked on the plat " W." So far as prac- ticable to make the same ornamental, on the ground plan of a park, for the use of the University, and the citizens of Urbana and Champaign. 264 TRANSACTIONS OF THE ILLINOIS 13 PLAT A.— SCHEDULE. SOUTH, 5 i K J I H G F E D c B A 11 I 12 & Y 2 L M N 0 P S T R U V 1 9 10 SPRINGFIELD ROAD. X w ' 1 Shelter belt of two rows of trees, the one sixteen feet inside of the hedge, and the other eight feet therefrom, and trees eight feet in the Lots Al6f #ach 188 feet wide, and 908 {eet fp-ng. " L, M, N, O, each 260 feet wide, and 669 feet long. '• P, S, Q^ T, each 260 feet wide, and 335 feet long. " U, R, each 12S feet wide, and 335 feet long. Lot V, 10, 17-100 acres, 669x662 feet. " X, about 26 acres, excluding streets^ " W, Arboretum, about ten acres. " Y, inclosure for Apples, about -^3 be slightly curved. acres. Alley west of "A" 33 feet wide. " Z, one acre for Gardener's residence Alley west of belt 33 feet wide. " &, two acres for Superindent's house An Alley A to K 24 feet. and outbuildings. Alley between 24 feet. Avenue i to 12, 80 feet. Half of street 6 to 8, 33 feet. rows. as follows : From I to 2, 80 rods European Larch « 2 " 3, 108 " Norway Spruce. (( 3 " 4. So " White Ash. (I 4 " 5, 80 " Austrian Pine. i( 5 " 13, 40 '• Silver Maple. (( 13 " ■ 6, 40 " White Pine. K 6 " 7, 60 " Arborvitae. <( 7 " 8, 48 " Green Ash. II 8 " 9, 60 " Red Cedar. II 9 " 10, 60 " Blue Ash Ave. I " 4, 80 feet wide. II 7 " II, 66 feet wide, and may STATE HORTICULTURAL SOCIETY. 265 USEFUL TREES — FIRST CLASS. Lot A, 4 acres European Larch. Lot F, 4 acres Green Ash. " B, 4 " Osage Orange. " G. 4 " Arborvita'. " C, 4 " White I'ine.^ "II, 4 " Blue Ash. " D, 4 " While Ash. " I. 4 " Red Cedar. " E, 4 " Austrian Pine. " J. 4 " Norway Spruce. SKtONI) H.ASS. Lot K, 2 acres White Sugar Maple. Lot N, 2 acres Norway Pine. •' " 2 " Black Sugar Maple. " O, 2 " Silver Leaf Maple. " L, 2 " American Chestnut ( 10 bushels " " 2 " Tulip. nuts). " M. 2 " White Willow. " " 2 " Shellbark Hickory— nuts. " " 2 " Black Walnut. " N, 2 " Cucumber. THIRJl CLASS. Lot P, I acre Red Maple. Lot S, i acre Heinlock. «' " I •' White Elm. " •' i '• Basswood. " Q^ I " Red Elm. " T, 1 " White Oak. " " I " Butternut (nuts). " " i " Black Spruce. " R, I " Catalpa. " K. i " (South end) Burr Oak. The White Pine, Austrian Pine, Norway Spruce, and Hemlock, to be planted S by S teet; all others 4 by 4 feet — the tbrmer requiring 680 trees to the acre, and the latter 2,720. The above distances to be varied 10 some extent, by \vn\ of experiment, to ascertain, by actual trial, the proix.'i- distances tor the planting ot the several species. We would recoinmeiid that the Legislature of the State be asked to make an appropriation o( eleven thoiisantl dollars a year, for two years, for tlie above purpose. B. PULLEN, S. Edwards, O. B. Galusha. M. L, DUNLAP, W. C. F1.AGG. At this meeting it was voted to purchase 3,000 apple trees, two of a variety, and plant them for experimental purposes upon the west end of the 160 acre plat. Accordingly, about 1,3^0 varieties, two trees each, are now growing tliriflily upon ground referred to. Beginning January 12, 1869. Dr. Warder gave twelve lectures upon Fruit Growing to the entire body of students, awakening much enthu- siasm upon the enticing subject. Upon this same date was inauginated an anniuil lecluie-coiuse of about two weeks, tlcvoted to Agiicidturaland Horticultural topics. Among the lectures for 1869. Jonathan Periani gave tvvo. " Potatoes" and "Root Crops"; Dr. Hull, -'Orchard P^uits"; (jeo. Husman, "Grapes"; Samuel Edwards, "Small Fruits"; T. J. Burrill, "Agricultural Botany"; J. II. Tice, '• Vegetable Physiologv and Economy", and O. B. Galusha, " Timber Growing". In March, 1S69, Mr. II. K. Vickroy was employed as orchaidist, which ptisition he still retains. 24 266 TRANSACTIONS OF THE ILLINOIS At the annual meeting of March, 1869, tlie Horticultural Committee was made to stand as follo\AS : A. M. Brown, Pullen, Galusha. Pearson, and Edwards. This Committee concurred in the plans already given, and recommended certain appropriations for currying out the plans of the Committee. (See page 81 of Second Annual Report of Trustees.) After amending", authorizing Prof. Bliss to purchase and receive the trees, the Committee's report was adopted. During the fall and winter of 1869, Prof. Bliss contracted for the following trees, which were le- ceived and planted, mostly in nursery rows, in the spring of 1870 : From W. A. Nourse, Moline. 111., 20,000 White Ash. 10,000 White Sugar Maple. 6,000 White Elm. From D. B. Wier, Lacon, 111., 7,300 Silver Maple. 600 White Ash. From Samuel Edwards, La Moille, 111., 14,000 Norway Spruce. 2,000 Nonvay Pine {rcsinosus). 3,000 Butternut. 2,000 Black Spruce. 8,000 White Willow (cuttings). 6,000 Tulip. 8,000 White Pine. 8,000 Black Sugar Maple. 4,000 Bass Wood. 3,000 Hemlock. From Storrs & Harrison, Painesville, O., 6,000 American Chestnut. From Robert Douglass & Son, Waukegan. 250 American Arbor Vitie. 50 Red Cedar. To these there were added in the Spring of 1S70: From F. K. Phosnix, Bloomington, 111., 130 White Elm. 170 White Pine. 88 Sugar Maple. From Messrs. Boatman & Co., Champaign, 111., 2,500 Osage Orange. From Purdy & Hance, South Bend, Ind., 1 1 Varieties Gi'apes. 4 " Currants. 2 " Gooseberries. 14 " Raspben-ies. it^ " Strawberries. STATE HORTICULTURAL SOCIETY. 267 From Elhvanger jround upward — when not needed for the purpose of preTlecting the indi- viduaJ tree, since the branches of each protect the liodies of others, and the heiglit to which they are thus " naturally'" pruned is in direct proportion (m any given variety), to the closeness of the planting. Hence, if we follow " Nature, in this respect, we must either allow the side branches (laterals), to grow naturally on our iruit trees, to protect their trunks from the full force of the sun's rays, or we must plant our trees so closely in the orchard that they will naturally and volun- tarily cast otV their side branches, growing into groves of tall trees, each one of which forms a sun-shade for the trunks of its neighbors. In this case what would our fruit be worth if we could get it ? but — " This is an art Which does mend Nature — change it rather ; but The art itself is nature." But in "changing Nature" we cannot go diametrically counter to her laws with impunity ; and ii we expose the bodies of our trees to the sun before the bark bermit the latter to occupy our ground, it will be more for the purpose of having a few specimens left to remind us of our folly, than with the expectation of receiving any benefit from them. THE APPLE CROP Was very light, and the fruit mostly destroyed by the Codling Moth. The trees are in line condition, and promise well for another year. This being the q^ year, as politicians would say, one may expect a full crop next year. Every precaution should be taken this winter and coming spring to save the crop from destruction from this moth. Our opportu- nities for judging of the merits of varieties being so limited, we shall pass them by. PEAR ORCHARDS Generally in good condition ; crop light but fruit good ; more blight the past season than for the two previous years. As to varieties — were we going to plant a thousand trees — we coidd hardly persuade ourselves to select anything but Bartlett. It is an early and prolific bearer; hardy, and as free from blight as any, fine size, of good quality, and always brings the highest market price. Our conviction now is that cultivation for the standard pear should be discontinued after the trees come into bearing. CHERRY TREES AND ORCHARDS Also look well. The only variety cultivated, indeed, the only variety worthy to be cultivated in our locality for market purposes, being the Early May or Early Richmond. A fair crop the past season, but not so large as the year previous; yet much more profitable. The season was more favorable for this fruit, being dry, giving us better quality and con- dition, therefoie better prices. B. PULLEN, M. M. HooTON, A. P. Crosby, • Committee. STATE HORTICULTURAL SOCIETY. 307 Centralia, 111., Dec. 31, 1870. For ten days we have had very cold weather, with four or five inches of snow lying on the ground for a week. I have never known fair sleighing to last that length of time in this vicinity hcfore. On the morning of the 23d, thermometers indicated from 12 to 16 degrees below zero. It is now generally understood that the peach crop for 1871 is destroyed. Although the freeze was severe, I am in hopes that there will be a sprinkling of peaches yet, from the fact that the air was dry, the ground also, and covered with a mulch of snow; besides, the wood was well matured, and the weather moderated gradually. However, the hope is neither large or strong, and is entertained under dithculties. There is some consolation in tlie thought that what kills the fruit will starve the curculio, and be all the better for us another season. This disaster aftbrds another striking proof that horticulturists should adopt a mixed hus- bandry. ALTON HORTICULTURAL SOCIETY. The meetings of this Society have been held regularly during the past year — 1870. They have been numerously attended, and the interest generally well sustained. The proceedings are pul)lished monthly, in pamphlet form, and the following reports and essays are selected from them : From report of the May meeting. REPORT OK COMMITTEE ON ORCHARD FRUITS. On behalf of the Committee on Orchard Fruits, I respectfully submit the result of some observations of peach buds since the cold of April 15th, i6th, and 17th. Up to that time about 80 per cent, of the peach buds on my place had been killed ; about 50 per cent, in February, and about 30 per cent, in March. This left enough of all varieties for a very large crop; but the cold, sleet, and snow of the dates above mentioned, have left a very few of most varieties. I find a fair crop left, of Hale's Early, Early York (Serrate), and of seedlings, as well as of the new White Nectarine. Alltliese are varieties with large blossoms, a fact which, after previous observation, I judge to be connected with the size of the blossoms; whether it be owingf to the larjrer petals enclosing and better protecting the vital organs, as I am inclineil to believe, or whether the large blossom is evidence of extraordinary vitalit}', the fact is suggestive and ought to be looked to in the selection of varieties for profitable planting. Second in hardines, I name Troth's Early, Red Rareripe, Magnum Bonum, Oldmixon Free, and Delaware White. A third class includes, Columbia, Large Early York, Yellow Rare- ripe, Late AdmiraV)le, Health Cling, Smock, and La Grange. But in other years. Yellow Rareripe, has not, and Health Cling has been hardy. 3o8 TRANSACTIONS OF THE ILLINOIS A fourth includes Early Tillotson, White Heath Free, and Craw- ford's Late. A fifth comprises Crawford's Early, and Morris' White, which are tliis year, with me, most tender of all. Dr. Hull reports as follows : Hardiest — Hale's Early, and perhaps Serrate Early York. Second — Haine's Early, Coolidge's Favorite, Heath, Columbia, Smock. Third — Geoi'ge IV, Oldmixon, La Grange, Late Red Rareripe. Fourth — Oldmixon Cling, Barnard's Yellow, and Early Tillotson. Fifth — Bergen's Yellow, Crawford's Early, and Crawford's Late. Dr. Hull reports about a quarter crop of Sweet cherries, hardiest of which are Yellow Spanish, and Gridley. Next, Knight's Early Black ; and third, the other varieties cultivated without much distinction. The Duke's, etc., he finds damaged about ten per cent. The hardiest are Belle Magnifique, May Duke, and Belle de Choisey. Next, English Morello, Early Richmond, and Common Morello. Mr. Brown finds Hale's Early and Seedling Peaches hardy. Mr. Hyde reports Hale's Early, Early York (Serrate), and Seed- lings, a fair crop. Mr. Huggins finds Heath Cling, and perhaps Hale's Early, the best of budded sorts. Seedlings all right. Mr. Johnson finds Seedlings all right, and Hale's. Early and other large blossomed varieties hardy. Mr. McPike finds Hale's Early hardiest, and next, perhaps, Large Early York. About ten per cent, of a crop on the average. In general, the estimates vary from twenty-five to ten per cent, of a good crop. I consider the latter the nearest right. Apples and pears are generally believed to be unhurt, and to promise a good crop thus far. Mr. Hilliard shows blossoms of apples injured, he thinks, by the frost of last week. Mr. Hyde reports considerable inequality of blooming on the Lawrence, some trees being in very full bloom and others quite destitute of bloom. W. C. Flagg. Note by the Editor. — At the June meeting, Mr. J.E. Starr read a very able paper on Wine ; but as the views and arguments presented in it are so nearly identical with those subsequently read before the State Society and already pub- lished in this volume, it is omitted for this reason, and from want of space. At the July meeting the topic of small fruits being called up, D. L. Hall gave his experience with RASPBERRIES IN 187O. I have fruited this year ten varieties of raspbenies, and the following is the result of my observations : STATE HORTICULTURAL SOCIETY. 309 Commencing with black caps — Doolittle ripened first berries June 5th; first picking for market June nth; a good bearer and grower; of fair quality; suffered much from drouth. DavissotCs Thornless — First berries June 9th; first picking for market June 1 2th; fully as good as Doolittle in every respect, and to be preferred to it, on account of its thornless character. Miami — First ripe June 13th; for market June i8th; berry larger and sweeter than either of the others; much stronger grower, and an enormous bearer; stood the drouth best of any berry I had. Red Raspberries — Clarke: winter killed somewhat, as did all other varieties with me, owing partially, I think, to the late cultivation given them last season; ripe June 14th; good size; moderately firm, and judg- ing from the few plants in bearing of my own, and obseiTations of other plantations, vei7 productive; an inveterate suckerer; cjuality, only second rate. I think it our best market red berry, so far. Philadelphia — Ripe June 14th; very productive, but requires extra care and heavy manuring; quality poor and rather soft; generally hardy, but killed some the past winter. Franconia and Fastolf — Both tender; quality good, but too soft, and so uncertain as to be worthless for market. Belle de Fontcfiay — RijDe June i6th; in quality best; good bearer and generallv hardy; requires good soil and cultivation, and heavy manuring, for the best results; but from the large size of the berries, and their handsome appearance and color, they will command a high price in any market. Yellow Raspberries — Golden Cap: ripe June loth; has winter killed two years; quality only good ; poor bearer; worthless. Brinkle^s Orange — Too tender ; the best of all berries where you get it; would pay to protect them for fomily use. Were I to recommend raspberries for market, I should say plant, 1st, Miami, and for next best black, Davisson's Thornless; for red, Clarke and Belle de Fontenay. As our market now stands, I think quality — especially in red berries — of more consequence than firmness. With the shallow pint box, as now made, any berry, unless too ripe, can be shipped from Alton at night by express, and arrive in Chicago next morning in good condition. I would recommend for all varieties, thorough culti- vation, and, if possible, mulching. For the black caps, severe pinning (in summer), both of cane and laterals, and for the red varieties increasing war on the suckers. Fortunately as yet, we have no serious disease to contend with in raspberrv' culture, but I am afraid of the "orange rust" of the blackbeiTy, which can not be too carefully guarded against. Wm. E. Smith said the drouth had cut down the raspberry crop, probably one-third; preferred the Philadelphia to the Cl;u"ke for a market berry. The quality was poor, but it is showy and sells well, winter-killed about one-fourth ; Clarke, one-half; all varieties carry well in the pint boxes. Pearson — Would you cut back Red Raspberries during the growing season, or leave them until early spring.'' 3IO TRANSACTIONS OF THE ILLINOIS Hall — I should leave them until spring, so as to have more wood to work upon in case of partial winter-killing, AT THE OCTOBER MEETING The essayist for the day, Prof. Barler, read the following: MANURES. Anything that promotes the growth of plants, when applied to the soil, is called manure. It may be a vegetable, animal, or mineral substance. To know what will promote the growth of a plant, we must study the plant itself, and ascertain, if possible, what are the constituent ele- ments of plants, organic and inorganic. Organic elements are the portions that pass off in the air when burned. The joarts that remain are called ashes, and constitute the inor- ganic elements. The organic elements are oxygen, hydrogen, carbon, and nitrogen. The inorganic elements are soda, potash, lime, silica, iron, sulphuric and phosphoric acids, etc. These elements are the appropriate food for plants, and if wanting in the soil, must be supplied, if we expect the best results. Not all the elements are found in all plants, nor in the same propor- tions. For example : in grains, phosphoric acid predominates ; in root crops, potash abounds; and in grasses, fruit and forest trees, lime is a most important element. These are foundational truths, which every tiller of the soil must know, in order to the judicious manuring of land. It would be wholly out of place, on this occasion, to enter, at length, the discussion of this subject. To offer two or three practical hints is all that will be attempted. As before stated, we have vegetable, animal, and mineral manures — all of them valuable, but not equally so, to all kinds of soil. Where a soil is wanting in organic matter, vegetable manures are demanded. Of these, clover is, probably, the best in this part of the country. The broad leaves of the clover draw from the air an immense amount of fertility in the shape of carbon, amonia, and nitric acid, which, when buried beneath the soil, yield up their stores of wealth in most grateful style. While the leaves are thus active, the long, heavy, searching roots are not idle, but are plowing the subsoil far and wide, compelling it to give up those mineral substances which are so effective in the perfecting of plant life. Of animal manures, the stable furnishes the standard article — more valuable, powerful, and and lasting than any vegetable substances. We have not time nor patience to apostrophize in regard to the prac- tice of a class of farmers who are so eternally busy that they never get time to save and apply these elements of fertility to their soil. We have heard some hard stories about them, which we do not now care to repeat. STATE HORTICULTURAL SOCIETY. 3^^ We have often thoiio^ht if old Hercules, of antiquity, had been a farmer, and held tlie contract with those fametl stables of his time, as he did, he would have acquired immense wealtli, and died a rich man! Raw-bone Superphosphate, which we have used for a few years with profit, is properly classed as animal manure. It is " meat and bone " ground up and dissolved in oil of vitriol. When pure, it must make a most efll-ctive manure. We have used it two years with results highly satisfactory, especially on cabbage, melons, and corn. We have reason to believe that on wheat and grains generally — but have not tried it — it will eftect excellent results. Gardeners, especially, can hardly aftbrd to dispense with this fertilizer. Under the head of mineral manures we mention, as the most import- ant, lime, gA'psum, and ashes. Lime siiould be applied in small qantities, and is especially beneficial to cold, stiff', sour lands. Its effect is to hasten decomposition and ameliorate the soil, aside from furnishing food for plants. Gypsum is a sulphate of lime, and is especially beneficial in absorbing ammonia, and preventing its escape. It is sown upon grass lands at the rate of one bushel to the acre, with marked eftect. In applying it to the potato crop we cut the seed potatoes, and roll them in the plaster. In applying to corn land we would adopt the same practice of coating the seed-corn with it. Ashes are, perhaps, more valuable than either lime or plaster, inas- much as they contain all the inorganic elements of plants, and generally in pretty nearly the right proportions. Even leached ashes are valuable, having lost only a portion of their potash and soda. But this subject is so vast in its proportions, and has so many parts, it is impossible to do it justice here. We add but one other remark in regard to the the management of manures. We do not practice the "well rotted" system of composting, turn- ing and overhauling, and holding on till the day of planting. If it had any advantages — which it has not — tliey would be more than overbal- anced by the excessive labor which it necessitates. We have, from necessity, spread manure in the spring and late in the fall, but will do so no more, if it can be avoided by doing it at the proper time. Now is the best time. Now while the days are growing shorter, haul from your stables the green article itself and plow it under. It is worth douVjle that which has decomposed and wasted in the sun and air, under the approved process. Then labor is less, and what is more, it is done at a time when other work presses not, and your conscience upbraids you not for other duties left undone. The reports of the Committee on Entomology, Major Muhleman, Chairman, have been regular, practical, and interesting. We would insert some, did space admit. Respectfully submitted, Daniel L. Hall, Secretary. 3 I 2 TRANSACTIONS OF THE ILLINOIS WARSAW HORTICULTURAL SOCIETY. OFFICERS FOR 1 87 I. President — Asaph C. Hammond, Warsaw. Vice-President — Dr. Charles Hay, Warsaw. Secretary and Treasurer — Thomas Gregg, Hamilton. abstract of proceedings 1s7o. January, 26. W. S. Hathaway read an Essay on the Deterioration of Fruits and Trees, and asked for criticism upon points presented. The chair called upon Mr. Willis for his opinion upon what is con- tained in the essay about Pear Culture. Mr. Willis — The more I study and examine, on these horticultural subjects, the more I feel myself a member of the know-nothing society. I have had several years experience in the cultivation of the pear, have now several hundred dwarfs and standards. I think dwarfs in particu- lar need draining, and also need to be protected against wet. With proper culture and care, I think the pear can be made to do well here — in this respect differing from the essay. I shall continue to plant, and closer than formerly, setting standards about ten feet by twelve feet. I have also commenced root-pruning, and shall top-prune, likewise. I root- pruned, last fall, all the trees I have, in a tliorough manner, about two feet from the stem, as a remedy for the blight, of which I have had some; have also lost some by drought. My trees have generally been well mulched with straw or cornstalks. I am satisfied a standard pear will blight sooner than a dwarf. Mr. Spitze — I have both dwarfs and standards. The latter grow five or six years before fruiting. Dwarfs bear earlier. Those in wet-like ground died ; those on poor ground, naturally drained, lived. Think the tendency of mulching trees is to cause them to grow in the fall. Would mulch in August, and take off the mulch afterwards, so as not to cause too late a growth. Mr. Willis — My trees that were well mulched, ripened their wood well last fall — and that certainly was a growing season. Mr.Whitaker — On the subject of the deterioration of trees, alluded to in the essay, I would say that, as to an inherent or constitutional change in the variety itself, it is not so clear; but that a deterioration will result from neglect or want of proper ingredients in the soil adrrfits of no doubt. Am inclined to the opinion that deterioration results in no other way. The President expressed the opinion that varieties do deteriorate, without regard to soil or surrounding circumstances; mentioned the Catawba gi-ape and the Rawles' Janet apple as late examples. STATE HORTICULTURAL SOCIETY. 313 As to pears, he believed that they can be made to do well here, with the right sort of care and management. He had seen, at the fairs and Society meeting, pears from all sections of the ITnion, and he could say that Illinois pears were equal to any. The California pears were larger and handsomer, but wei'e not nearly equal in quality. He referred to JMr. Mcchan's recommendation to allow pear trees to grow in sod — as V)eing cooler by 20 degrees, and thus preventing a second growth of wood. He believed that anything that will prevent a second growth will prevent blight. Mr. Willis — In reply to the opinion of Mr. Chittenden on the failure of the quince root, stated that he had, last fall, root-pruned all his dwarfs, as well as standards, and had invariably found tfie quince roots to be sound. The Secretary remarked that he had frequently before called attention of the Society to the fact that nothing seemed to be settled. Pie read some extracts from a report of proceedings of the Adams County Horti- cultural Society, lately held, in which the non-ciilture and grass-sod theory was advocated by certain members, and repudiated the idea in toto. Talk of poor soil, and shallow culture, and sod, for fruit trees! As well recommend them for corn. For his part he believed that good soil, and deep and generous culture, was good for all kinds of fruit trees, as it was for corn or any other crop. He believed it to be utter folly for us to be drifting about in this manner. A year or two ago high culture was the cry. Deep tillage was the theory recommended by these men. Well, they planted pears, and they applied deep culture, and for some cause their pears have not answered their expectations. So they jump to a conclusion — good culture has done it I I don't believe a word of it. One man's trees in the dooryard sod have done well; have liad no blight. Now I have a tree that blighted badly last season. Good culture did not cause it, for it had none for three or four years. Sod did not prevent blight, for it stood in blue-grass sod. I don't pretend to put forth a theo- ry about pear-blight; I have none; but I do adhere still to the doctrine, and maintain that it is a sensible one, that deep culture and tilth are necessaiy among pear trees, or apple trees, or trees of any kind, although I have not practiced it as I have desired. Mr. Willis referred to an old pear orchard at Riverside, whose owner has been absent for several years, and consequently the trees have had no culture, and stand in grass sod. Yet these trees are doing badly — are dying, and are badly blighted. He also mentioned another young orchard in deep sandy soil, and on side-hill bluft", with good natural drainage. These had received moderate cultivation. The blight is there also. Mr. Brill suggested, that in Germany, the healthiest pear trees were seedlings. Mr. Hathaway — Had blight in apple trees. Blighted in poor soil, and near hog-pen and manure heap; moderation is desirable; moderate culture — not too much, nor too little, is doubtless best. What does root- pruning do.^ If it checks growth of wood, and induces fruiting, why 314 TRANSACTIONS OF THE ILLINOIS not cause moderate growth fey non-culture at first? He suggested that members who have blighted trees would examine them bodily, root and branch, and endeavor to find a cause. President Hammond — I conversed with an Alton cultivator who says he has practically conquered the blight by root-pruning. Air. Chittenden mentioned his brother's pear trees in Keokuk: has fine crops yearly; trees stand in grass in his door-yard, and are let entirely alone, except to cut back fi*eely. Invited members to go and see them. Dr. Hay — I believe we have epidemic diseases that attack trees and fruits. I have read that the rot among grapes was not known in Europe or America till some twenty-five years ago. So mildew was not known till discovered in a hot-house in England. So with blight in frviit trees. So cholera in the human system, though long known in the East, only lately visited Europe and America. It baflled the skill of physicians, as these fi^uit-tree and other diseases are now bafl^ing us. And I am in hopes that they will disappear as they came. Yet I would not recom- mend the do-nothing policy. We must not give up, but use our skill and judgment in seeking for the cause and the remedy. February 23d. The President, A. C. Hammond, Esq., as essayist for the day, read the following essay : INFLUENCE OF THE STOCK AND CION UPON EACH OTHER. BY A. C. HAMMOND. Whatever opinions may have formerly prevailed among orchardists, it is now generally conceded by intelligent writers and cultivators, that the stock affects the fruit of the cion, in quality, productiveness, and time of bearing. And that the cion increases or retards the growth of the stock, and in some instances imparts its own peculiarities to the root. Because a tree, under certain conditions, is tender and unproductive, it does not necessarily follow that under all conditions it will be so. Every observing orchardist has noticed the difference in the growth, har- diness, and productiveness of the same variety, when a portion of his trees have been root-grafted and a portion top-grafted. Some varieties succeed best on their own stock, others on a borrowed one. It is, there- fore, evident that we cannot be governed by any arbitrary rules in this matter, but must be guided by the light of experience, and should study the habits and peculiarities of each variety, if we would obtain the best results. Some horticultural writers tell us that root-grafted trees are short lived and unproductive. Others that they are superior to those propagated in any other way. Probably these opinions have been reached without proper investigation, and both are partly right and partly wrong. For, as I before remarked, it is very evident that some varieties are success- STATE HORTICULTURAL SOCIETY. 315 ful root-grafted, and others are not. For instance, the Red June, which has a great number of small, fibrous roots, reaching but a short distance, soon absorbs all the specific elements necessary for the formation of per- fect fruit, when the fruit becomes small, scabby, and worthless. But if double worked on a strong free-growing stock, well supplied with strong, far-reaching roots, like Pennock or Pryor's Red, it succeeds much better, but it is longer coming into bearing. The Westfield Seek-no-further and Wagoner, when root-grafted throw up a great number of water sprouts, which affect the growth and the health of the tree. But when w^orked above the collar, this objection is obviated, and the tree is much more healthy and productive. Again, the Yellow Bcllflower, Summer Qiieen, and Red Astrachan, root very readily from the cion, and thus soon become established on their own roots, which are very strong and numerous. In this condition they grow very rapidly, expend all their energies in producing wood, and, therefore, yield little or no fruit. But top-work them on a slow growing stock, and they become productive. On the other hand, the Ben Davis, Little Romanite, and Maiden's Blush, being well supplied with both fibrous and large extending roots, grow very rap- idly, come into bearing early, and annually produce large crops of perfect fruit. Top-grafted, they grow with less vigor and are not so productive. But, says the planter, if all varieties do not succeed root-grafted, why is this mode of propagation so universally practiced by our nurserymen .'* Why do they not rather propagate each variety in that way that will make the most successful tree? We must bear in mind that we live in an age of tree-planting; that the demand is for cheap trees, and that it often exceeds the supply. And when we remember that root-grafted trees can be put into market in half the time and for half the price of those stock-grafted, we shall be able to understand why all are propagated alike. There are doubtless some varieties, which, if double worked on such a stock as the Pryor's Red or Ben Davis, would be intrinsically worth five times as much as when they are propagated in the usual way. And in my opin- ion, the time is not far distant when our western planters will understand this matter, and be willing to pay for trees in proportion to their value. And, as the demand increases, our enterprising nurseiymen will soon be able to furnish the requisite supply. That I may not be misunderstood on this point, I will say that in my opinion, root-grafted trees are just as reliable as they would be stock- grafted on promiscuous seedlings. And that to secure the best results, we must work those sorts that do not succeed root-grafted, on certain cultivated varieties that we know will produce the desired results. Fruit trees are generally dwarfed by working them on an uncon- genial stock, or, a stock that does not form a perfect union with the cion. The sap is thus checked in its downward ilow, and the result is the formation of fruit buds and the early fruiting of the tree. Dwarf apples, pears, and cherries, are very appropriate for small gardens and ornamental grounds; but are totally unfit for orchard planting, as many 3i6 TRANSACTIONS OF THE ILLINOIS a planter has discovered to his sorrow, after having been persuaded by a smooth-tongued eastern tree-peddler, to buy and plant them as orchard trees. Some instances are recorded of large profits realized from dwarf pear orchards, but standards are undoubtedly the most valuable for commercial orchards. The so-called dwarf peach and plum trees are produced by working them on the Chickasaw stock. They are only slightly dwarfed by this process, and the only benefit arising from it, is their partial exemp- tion from the peach borer; but this is more than counterbalanced by the great number of suckers thrown up from the roots. The nurseiymen find them more profitable than the fruit grower. As to the propriety of grafting old orchards, there is much diversity of opinion. In the Eastern States, they find no difficulty in changing the tops of their trees from one variety to another; but our cliinate is so fickle, and we have such great extremes of heat and cold, that it is very difficult to get a new top established on a tree after it has reached the age of twelve or fifteen years, without a portion of the old wood becoming diseased. Yet we have so many varieties that are but cumbei-ers of the ground, that it becomes necessary to make many changes. And here the question arises: "What varieties shall I work on my unprofitable trees to secure the best results.?" All of us have more or less of Red June, Summer Rose, and Newark Pippin, which are very slow growers and have been found unprofitable. On these I shall work Yellow Bellflower and Red Astrachan, as the stocks will dwarf them sufficiently to bring them into early bearing. Some of us have planted quite largely of Winesaps — from twenty to fifty per cent, of our whole planting. While I would not think of discarding this variety yet, it has suffered so severely from scab and spur-blight the past season, as to cause it to be looked upon with some suspicion. I would suggest the propriety of reducing it to fifteen or twenty per cent, of the w^hole number of trees in the orchard. Upon my own trees of this variety, I shall work Red Canada, Grimes' Golden, and Willow Twig. In many orchards we find White Bellflower, White Winter Pear- main, Summer Qiieen, Limber Twig, Grindstone, and numerous varie- ties of sweet apples, which have been found to be worthless. On these I should not hesitate to graft Peck's Pleasant, Red Canada, Maiden's Blush, and Willow Twig, as these varieties will succeed under any ordi- nary circumstances. True, many of these trees will not make first-rate, or even second-rate stocks; yet when they are under ten or twelve years old, it will be found profitable to top-graft to some productive variety. As belonging to the topic for discussion, Mr. Willis presented sections of a seven-year-old pear tree, cut from the stem, near the root, showing discolored and peeling bark around the whole body, while cuttings from the top are fresh and green. His inquiry was. What has caused this tree to die.'' He had root-pruned it in November, when it was perfectly sound, and the wood had seemed to be well hardened. • Was it killed by the hard freeze in October.' STATE HORTICULTURAL SOCIETY. 3 17 President Hammond expressed the opinion that the injury was occa- sioned by the October freeze, and is what is termed sap-blight. The Secretary suggested that it may have been occasioned by too close and too severe root-pruning in the previous fall. Mr. Grover — As to discarding those standard varieties, as recom- mended in the Essav, I think it is too soon vet. To be sure some of them are doing badly. Red June for two or three years has scabbed badly in most orchards; but has read that high culture will probably remedy that defect. Early Harvest is reported as doing well till within a year or two. Is a showy apple, and sells well. So with several others of our most reliable apples heretofore. Probably high culture will remedy their defects. But I think it is too soon to give them up.' As to grafting, shall go into it cautiously; shall top-graft a few only at a time. Mr. Hathawav — Nearly all varieties scabbed to some extent last sea- son in my orchard; Yellow Bellflower the worst. I thin out many of the small branches in the spring, thus thinning the fruit, and securing larger and fairer fruit, and of better quality. The President inquired of Mr. McCune concerning the Bellflower on his farm — the old Dr. Griswold place. Mr. McCune — My Bcllflowers have borne two good crops since I have owned the orchard; do not know how much they had done before. They are top-worked trees. Some of them are planted in a body together, and some are scattered among other trees in the orchard ; and I notice a fact for which I am unable to account, that those planted together do better than those scattered about. President Hammond — Those Bellflowers of Mr. McCune's are prob- ably the best bearers of that variety in the country, which I ascribe to the fact that they are top-grafted. Mr. McCune — The year before I came to the place Winesaps bore a heavy crop; next year a light crop. Last fall they scabbed badly, and 1 got none worth saving. The size is also an objection to the Wine- sap; -it is too small. They will not sell as well as a larger, though a poorer apple. My best selling apple last fall was the Lyman Pumpkin Sweet. Pryor's Red is healthy, hardy, and profitable; Red Canada, perhaps, the most profitable. Mr. Homer D. Brown, of the Montebello Nursery, pi'esented a num- ber of specimens from his nursery of the wood of diflerent varieties of apples, showing the efi'ect of the past winter, some of them being very badly injured, and some only slightly. Those specimens were cut from his one and two year old b-ees. Of his one year trees, they rate as follows: Ben Davis, VVinesap, and Rawles' Janet, uninjured. Red June, Red Astrachan, Early Harvest, Vandevere, Little Roman- ite. White Winter Pearmain, badly injured. Willow Twig, Rambo, and Maiden's Blush, very badly; the last worst of all. Of two year trees: Ben Davis, Winesap, and Rawles' Janet, were sound; while Little Romanite, Early Harvest, Red June, Pearmain, 3l8 TRANSACTIONS OF THE ILLINOIS ' Jonathan, Red Asti^achan, and White Bellflower, were very slightly injured; and the Maiden's Blush and Rambo, badly. The Secretary submitted the following, and moved its adoption, viz : Resolved — That we recommend the Morello as a stock on which to work the less hardy and finer varieties of cherries. Mr. Willis suggested a modification, to include those only that will not overgrow — which was accepted by the mover. Mr. Grouse objected to the Morello on account of its sprouting qual- ities, and suggested that the Mahaleb was also a slow grower, and would make as good a stock. . * July, 27. Society met at the residence of Mr. Louis Stracke, in Warsaw. A ramble over the grounds of Mr. Stracke reveals what drainage and deep culture will do. His 1300 pears, all under-drained, and thoroughly cultivated, look green and healthy; while his grapes, under-drained and trenched, are looking extremely well — especially an acre of two-year- old Delawares. President Hammond requested Dr. Hay to take the chair, which he did, and called the meeting to order, stating that the subject for discussion to-day is, " Small Fruits — Modes of Culture." The Secretary said he would set the ball rolling by mentioning rasp- berry culture. He had formerly allowed the canes to grow too long. The true system is to cut or pinch back the new shoots as soon as they reach a height of three feet, or even less. This will be late in June; they will then throw out lateral shoots. These side shoots should also be shortened as soon as they reach one foot or fifteen inches in length. This shortening in causes the plants to grow more stubby, and they stand up better, besides yielding a larger quantity of fruit. In th.is way they require little or no staking; though a single wire run along tlie row two feet or two and a half from the ground, furnishes a good support. They should be tied to it with a coarse string or bark. As soon as the fruit is off, the bearing wood should be cut away. This treatment, with good cultivation and thorough mulching, will ensure a good crop of raspber- ries or blackberries. The red sorts, such as do not take root from the tips, but sucker so profusely, he had long ago discarded ; but believed that by close atten- tion and free use of the knife and hoe, good crops of these also might be had. Mr. Chittenden combatted the idea of cutting back, as requiring too much time and instanced the cultivation of the Red Antwerp and Golden Cap, in cases where they were allowed to do as they pleased — good crops being the result. Ilad tried cutting back and cultivating, both with raspberry and Lawton blackberry, and should do so no more. STATE HORTICULTURAL SOCIETY. 319 Mr. Grouse advocated the theory of good culture and cutting back, as the true way to grow the raspberry and blackberry, and insisted tliat much larger crops of better fruit could be obtained in that way. He mentioned several varieties — Alammoth Cluster, Doolittle Black Cap, Franconia, Philadelphia, etc. — tliat were doing well in his grounds. Mr. Willis grows the Ohio Everbearing chiefly. Believes in deep culture, thorough culture, and mulching. By this method he gets a fair crop all summer. Has tried the Catawissa, the Red Antwerp, Philadel- phia, etc. Thinks the Ohio is preferable to all otliers. President Hammond expressed the opinion that cutting back was the true theory, in most cases, but would not cut the Lawton blackberry so much. He believed that it had a great influence in causing the wood to harden, and thus prevent winter killing. August 31. Meeting held at the Golden Blufl' vineyard of A. H. and G. B. Worthen, four miles below Warsaw. The Messrs. Worthen have twen- ty-three acres in gi'apes, including the vineyards of T. A. W. and A. H. W. Junior, and from their respective vineyards there were upon the table twenty-nine varieties, viz: Rogers' Nos. i, 3, 4, 5, 9, 15, and 19, Martha, To-Kalon, Ives' Seed- ling, Concord, North Carolina Seedling, Diana, Clinton, lona, Israella, Maxatawney, Creveling, Oporto, Perkins, Logan, Blood's Black, Tayloi-'s BuUit, Norton's Virginia, Dracut Amber, Isabella, Miles, Delaware, and Catawba. The vote taken on the quality of the grapes present resulted as fol- lows : Delaware, best; lona, second; Rogers No. 3, third. There were also votes for Rogers No. 15, and MaxataAvney. December 7. report ok committee on orchards. The Committee on Orchards, witli the limited opportunities for col- lecting information allowed diem, will merely make the following state- ments : appi.es. With respect to apples, regarding both quality and profit, they will say that the question, what are the best varieties for summer, fall, and winter marketing, may still be an open one, requiring furtlier experience to settle. As a general statement, the Earl)' Harvest and Red Astrachan among the early summer; Maiden's Blush and Rambo among the fall, and Ben Davis, Willow Twig, Rawles' Janet, and Winesap among the winter sorts, with some have proved most successful, while in some of our largest orchards, especially that of Mr. McCune, Red Canada, and Prj'or's Red, have also proved very satisfactory. With Mr. A. C. Ham- 320 TRANSACTIONS OF THE ILLINOIS mond, on an adjoining quaiter section, several of the varieties found profitable in Air. McCune's orcliard have been veiy unsatisfactory. Especially is this the case with the Winesap and White and Yellow Bellflower, each of which has given satisfactory results with Mr. Mc- Cune. It may be here stated that the orchard of the latter was planted in 1S46-7, consisting of some sixteen hundred trees, embracing near one hundred varieties, about one-half of which may be said to have proved nearly worthless. That of Mr. Hammond, near by, was planted in part in i8c;o, and now^ consists of over twenty-three hundred trees, with about one hundred varieties — all of which, with the exception of some twenty sorts, have proved nearly worthless. It is proper to remark generally, that each quarter section, and each locality on each quarter section, has its peculiar characteristics, which seem to suit the habits of one or other of these varieties better than others. Of one thing further the committee feel assured — that an orchard of the most hardy and productive varieties must be cultivated with care and judgment, to insure success. Aside from the depredations of insects which must be combated, we may as well look for repeated large crops of wheat and corn ft-om the same ground, with- out restoring its fertility by proper manuring, as to look for repeated large crops of apples without restoring the loss sustained. This remark is especially true of orchards which have passed their twentieth year, when the period of decay with many varieties may be said to have set in. PEACHES. With regard to successful peach culture, the committee will say that no commercial orchard has yet been brought into bearing in our vicinity; but from the success attending small orchards, we feel authorized to say that, on the bluffs of the Mississippi at least, there seems to have been reasonable encouragement for the future pursuit of this branch of fruit culture. Mr. B. G. Grover, on the bluff' immediately near the river, from an acre of peach orchard, all seedlings, marketed this year one hundred and eighty bushels in Keokuk, at an average price of one dollar and fifty cents per bushel. The same ground contained, scattered among the peach trees, eight Rawles' Janet apple trees, from which were marketed sixteen bushels of apples. The peach orchard is ten years old from the seed — has had no cultivation for four years, and is now well set in clover. The custom of planting peach trees alternately witli apple trees has been tried by some, but has been generally abandoned or condemned, as not proving a success. PEARS. There are so far, no orchards of pears planted for commercial pur- poses, which have yet come into bearing. That of Mr. Louis Stracke, consisting of some thirteen hundred trees, mostly dwarfs, is in a ffour- ishing state of growth, but has not yet borne aci"op. Mr. Stracke says, fur- ther, that whenever a tree dies, he follows Dr. Hull's advice, and replaces STATE HORTICULTURAL SOCIETY. 321 it with a standard. The pear orchard planted by the late Abram I. Chittenden, of some five hundred trees, has died out, in a great measure from blight; but of those varieties still producing, his son tells us that the Duchesse d'Angouleme, Bartlett, and Scckel, have given the best crops. CHERRIES. W'e have not yet many cherry orchards of large size; but among the \'arieties so far planteil for profit, the Early Richmond has given the most satisfactory results. The early sweet varieties arc preyed upon by the birds so as to render them unprofitable. Charles Hay, Wm. N. Grover, A. C. Hammond, H. M. Crouse, E. McCuNE. Committee. REPORT ON (iUAPES. The Committee on Grapes would respectfully report: As far as our observation extends, most varieties have done finely this year. There have been a few sorts that have not averaged more than half a crop; but they had not probably recovered from the wet summer of 1869. The Catawba seems to have taken the lead this year — setting and per- fecting its fruit even better than the Concord. One vineyard, belonging to John Rinkel, of one and a fourth acres and nine hundred vines, made thirteen hundred gallons of wine, or nearly six quarts to each vine. The Delaware did only tolerably well, and that is as much as could be expected, as the vines lost all their foliage by mildew the year previous, before they had ripened their fruit or wood. The lona has done better than ever before, having held its foliage and ripened its fruit. One of the Committee has been able to make five gallons of wine from three hundred vines three years old ! \Notc by the Secretary — The birds are said to have taken two-thirds of the fruit, and the family used them quite freely — two facts certainly exjjressive of the quality, at least.] Clintons rotted a good deal in some vineyards, and the fruit did not set as well as usual. They may have sullered from the drouth. Concords did well, as they always do; and when the shoots were pinched to two bunches, the bunches were very large. The Virginia Seedling perfected a very heavy crop where the fruit was grown on spin's. All of the Rogers' Hybrids that have been fruited here have given good satisfaction. Ives' Seedling did well, and the wine is preferred to the Concord by a good many persons. Below we give the weight of the must of the wine grapes raised in 28' ■ 32 2 TRANSACTIONS OF THE ILLINOIS this vicinity. Also the statistics, as far as could be ascertained by the Committee, of the number of acres planted, the number of gallons of wine made this year, and pounds of grapes sold within the limits of the city of Warsaw and township of Wilcox, embracing an area of about twent\'-five sections of territory. WEIGHT OF MXJST. Catawba, Oct. 3 So degrees Clinton, Oct. 13 95 '' Catawba, Oct. 24 90 '^ Delaware, Sept. 7 103 degrees Taylor, Sept. 8 85 " Concord, Sept. 11 So " Virginia, Sept. 28 100 '• [Note by the Editor. — This list contains the names of 79 Grape Gro\vei-s, with the No. acres each has in grapes, the No. lbs. fiiiit sold, and the No. gals, wine made by each; making in the aggregate, 209 acres; 138,100 lbs. sold, and 39,873 gals, wine made. Want of space excludes the details.] Of course a number of small lots are not enumerated in the above ; while of some of the acres named, the yield could not be ascertained. Portions of the above are in their first and second years of growth. Other members of the Society, residing outside of the limits named, have more or less of vineyard, the product of which is not included in this table. Among these, the most noteworthy, is that of Mr. Gabriel Marlot, ten miles east of town, consisting of about fifteen acres, of various ages and sorts, producing this year about seven thousand gallons of wine. Respectfully submitted, Geo. B. Worthen, William Bauder, Louis Stracke, Claus Albers. Committee. December, 28. A. C. Hammond, Esq., President of the Society, read the fol- lowing annual address. Custom demands of me, as your presiding officer, a few remarks, at this annual meeting. I shall endeavor to be brief, that we may proceed with the regular and more important business of the Society. Perhaps we may, without egotism, congratulate ourselves that we are making some progress, and with each passing year beginning to under- stand the peculiarities of our surroundings, and some of the causes of our many failures and disappointments. But — asks one — why so many failures in Horticulture "i — for they ai^e apparently the rule, and success the exception. As a business is it not attended with so many fluctuations and subject to such great risks, as to make it unsafe for a man to enter into it as a means of livelihood.'' In other words, Will it Pay ? This is the all-important question to be STATE HORTICULTURAL SOCIETY. 323 decided, ^vhen about to embark in any business, and sbould be carefully considered and wisely decided. In its solution, we should bear in mind that this pursuit is governed by the same laws that prevail in other call- ings. In all the departments of business into which men enter as a means of livelihood, some succeed and others make lamentable failures. In fruit-growing, the man who is patient, persevering, industrious, and shrewd, will make it pay. All others will fail disastrously. The products of Horticulture, being generally considered articles of luxury, arc subject to more violent fluctuations than those of prime neces- sity. There are certain great staples — such as wheat, corn, and beef — that arc always in demand; and if the market is tcinporarily depressed, they can be held without loss until it revives. But our strawberries, peaches, and grapes must be sent to market when they are ripe ; and if it is overstocked, we must sell for what we can get. It is, however, a well-understood fact, that articles of luxury often come into general use, and thus, after a time, become articles of necessity. So it will be with all our finer fruits, as the supply becomes more reliable and prices better regulated. It maybe safely laid down, as a general rule, that the demand for any product increases with the supply. The grape crop of the present season illustrates this principle. The supply has exceeded that ev'er grown before fully one hundred per cent., yet the amount sold in our great markets has fully kept pace with the increased supply. We may, therefore, reasonably conclude, that the supply of really good fruit will not soon be greater than the demand; but inferior fruit is always a drug in the market. The past fall, poor to fair A^jplcs have been selling in the St. Louis and Chicago markets at from one to two dollars per barrel, while really choice fruit, in good order, has brought from three to four dollars much more readily. From these facts we should learn valuable lessons, and make it a point to grow nothing but the choicest, though the quantity may not be so large. To bring about this result, we must plant only the best varieties, cultivate well, prune judiciously, and fight persistently the insects and diseases that annoy us. Speaking of insects and diseases reminds me of the suggestion of a friend, that they may not be enemies, but blessings in disguise. That if we were free from them, the over-production would be as great as in California, where the finest fruit — such as pears and peaches — is consumed by the hogs, or permitted to rot on the ground. There no special skill or industry is required, and the fruit grower can make nothing. Here he must be persevering, skillful, and industrious, and his reward is sure. While this subject is before us, let us stop to enquire if there is any practicable way of arresting the ravages of our most destructive insect, the Codling Moth. Unless some parasite attacks them, or we can devise some method of trapping them, the time will very soon come when we shall be exempt from the great drawback of the California horticulturist. The past season this insect has utterly ruined the fruit in many orcharils in this county, and unless a united and persistent effort is made to destroy thtyn, we may expect them to be more numerous the next year; for we 324 TRANSACTIONS OF THE ILLINOIS find them secreted in every available place in the orchard, and buildings and cellars where apples have been stored. I have, during the past year, tiied tlie plan of placing rags in the forks of the trees, and find that great numbers of them can be trapped in this manner. The cloth band is, however, much more effective, as the worm, in its downward journey, is sure to come in contact with it, and finding it to be a convenient place, spins up and goes into the chrysalis state. Vast nuinbers of the first brood may be destro3'ed by pasturing the orchard witli anything that will eat the fallen fruit, as it drops before the worms escape. But the second brood generally leaves the fruit while upon the tree. Hence our dependence must now be on the cloth band. Old gunny sacks will be found to be the cheapest and best material, as they can be removed from the tree, and the insects killed by scalding, or some other process, and then carefully replaced. Very little can be accomplished in this direc- tion, however, without concert of action ; for my neighbor may carefully desh'oy the larvas in his orchard, yet if I permit muie to become a breed- ing ground for the moth, he suffers from my negligence almost as much as myself. When we take into consideration the difficulties, and on the other hand, the great importance of horticultural pursuits, in a moral, estheti- cal, and sanitary point of view, we can but wonder at the indifference man- ifested in relation to it, by the great mass of our people. Is it not pass- ing sti'ange that our Society, situated in the midst of one of the best fruit-growing districts in the West, should have so few earnest, working members.'^ ******** In conclusion, let me for a moment speak of the responsibilities that invite, and the duties that urge us on, in this beautiful profession, for they are many and pressing; but its reward is ever present. The man who dwells in the midst of Pomona's treasures — whose garden is fragrant with the blooming rose, and around whose roof-tree the honeysuckle twines, lives in a pure and refining atmosphere. With such surround- ings nature grows brighter; in such a home man grows better. Home is not simply a dwelling place, in which to eat and sleep and spend our leisure hours; this w^ould identify it with the wigwam of the Indian, the ice house of the Esquimaux, or the ruder hut of the South Sea Islander ; but a place where the higher elements of man's nature are brought into action, and where he may and should create a little world of beauty. Man's first home w^as in Eden, where grew goodliest trees, loaded with fairest fruit — " Blossoms and fruit at once of golden hue Appeared, with gay enameled colors mixed, On which the sun, more glad impressed his beams Than in fair evening cloud, or humid brow. When God has showered the earth, so lovely seemed The landscape." His last home will be in heaven, where upon the banks of the Crys- tal River grows the Tree of Life, which yields immortal fruit, and " whose STATE HORTICULTURAL SOCIETY. 325 leaves arc for the healing of the nations." In creating our earthly homes, the nearer we make them approach our final one, the more perfect they will he. CONCLUSION. ' In concluding this report for tlic year, the undersigned will only cite the following as items of the most especial interest to the fruit grower in this section of the State: I. The unprecedented grape crop, and the marked absence of its dis- eases and insect enemies. 3. The superior quality of the wine made. 3. The unusual prevalence of the pear blight; seemingly attacking all varieties, and trees in all conditions of growth and culture. 4. The increase of many of the insect enemies, more especially the Codling Moth, and in some instances, the peach Curculio. 5. The increasing attention given to the planting and culture of small fruits for market. Th. Gregg, Secretary. GALESBURG HORTICULTURAL SOCIETY— ITS ORGANIZATION AND ITS WORK. BY J. S. m'cLELLAND, SECRETARY. On the 25th of February, 1S69, a notice appeared in the Galcsburg Free Press, calline a meetinsr of Horticulturists at the residence of Prof. J. V. N. Standish, which meeting was held, according to the notice, and preliminary steps taken toward forming a Horticultural Society, At an adjourned meeting, held IVIarch i ith, 1869, this Society was fully organized by adopting a constitution and by-laws, and by the elec- tion of officers. At a meeting held on the 16th of March, reports were read from the different members of the Committee on Flower Seeds and Bedding Plants. T. J. Hale gave his views on various flowers, which w'cre received with great attention. He said the French and German standard Asters are very desirable — the dwarfs unworthy of cultivation. Many of the newer kinds of Balsams, especially the dwar.^s, are exceedingly hue, and shoukl be largely grown. The Chinese and Japan Pinks are among the finest of garden flowers; with a good assortment of these alone, you can have a splendid flower garden from June until October. The double Portulaca should be planted by all. Tlie auricula-flowered Sweet Wil- liam has been greatly improved, and is now very fine. The double Zinnia should be propagated under glass to secure the best results. The Verbena we all grow, and know its beauties; some kinds will not bloom well if allowed to root at the joints, others do better thus, only experience can teach us how to treat them. The finest of all bedding plants is the Zonale Geranium, and it should be extensively grown. He had a scarlet one last year that was a perfect mass of brilliant flowers, from eight to 326 TRANSACTIONS OF THE ILLINOIS ten inches in diameter. The variegated Dahlias are better than the selfs, but even they do not generally give good satisfaction. The Gladioli are at the head of all flowering bulbs, and are worthy of all praise. Every garden should be supplied with the newer sorts, which are indeed superb They are as sure to gi^ow and bloom as a thistle. On the 29th of March the discussion was on the Grape. President Fuller has not had a great deal of experience with the Grape, but has tried trenching, and has experienced the best results. He dug his trenches two feet deep, and then put in bones, lime, plaster, etc., and had them spaded in with the sub-soil ; then he put back the top soil, and planted his vines. Was careful to have his ground so drained that the water would be carried away from the trenches. His vines had made a growth the first season of from 8 to 10 feet. Did not know whether his success depended entirely upon this method of planting. He planted principally Rogers' and Allen's Hybrids, and Delawares. Thinks trench- ing very important. Everybody admits Delaware to be the best native grape, yet we do not want all Delawares ; a variety is indispensable. R. W. Hunt thought this a very important question. He grows Hartford Prolific, Concord, Delaware, Clinton, and many others. He liked Clinton ; it was a late and a good grape. He gave great credit to those who have brought forth new varieties, but we should obey that pre- cept of St. Paul: " try all things and hold fost that which is good." Those grapes that did not prove to be valuable, should be thrown over the fence. He expressed himself as entirely opposed to trenching. We should endeavor to keep the i"oots as near the surface as possible. Any soil that will grow good corn will grow good grapes. They should not be plied with stimulating manures, nor the roots driven down into stagnant water nor uncong^enial soil. Such treatment has brought disease and death among our grapes. He read from authorities to prove his positions. His sytem of planting would be to stake off' the rows and then turn fur- rows up on both sides, planting the vines on the ridge, and having an open furrow between the rows to cany off" the surface water. Would not use a particle of manure, but would mulch. The roots musi be kept near the surface if we would have healthy vines. Pres. Fuller did not believe in high manuring, and when trenches were used they should be drained. Mr. Hunt said the drains should not be under the vines, but between the rows. Judge Kitchell has had some experience. He had planted vines near his house, on the east and south sides, which bore well and the fruit did not rot, while that on other vines, well drained, 30 feet from these, rotted badly. The vines near the house were planted on top of a pit, some four to six feet deep. Mr. Hunt stated that all vines here should be covered through the winter to secure the best results. He laid his on the top of the ground and threw a couple of inches of soil over them. They should not be trimmed too much. To severely prune our most vigorous vines injures them very materially. STATE HORTICULTURAL SOCIETY. 327 At the meeting' on the 3d of April, Dr. Ilumphrcv made some inciuirics in res^ard to hot-beds, and was replied to by R. \V. Hunt. He stated that he places the manure in a heap some time before it is wanted, and stirs it up frequently, but does not add water to it, though it might be necessary to do so if there were no rains. It is necessary to have the manure heat before it is put into the bed. Three weeks' heat is sufficient. Dr. Humphrey never heats the manure before using it, as he thus pro- longs the season of heat. T.J. Hale recited his experience in regard to hot-beds. The manure should lie as fresh as possible, and be well worked over. The subject of the evening — the grape — was then taken up. Mr. Hale said surface culture of the grape is very important. The culture should be deep for vines, garden, and the lawn, and should not be less than two feet. No plow should be taken into a garden. It is no sort of use. The spade and fork should alone be used. On gravelly soil there would not perliaps be the need for deep culture there is here, where we have a clay subsoil. The need of deep culture here is to lower the water table. Unless we assist the Avater in escaping, the ground becomes water clogged. Deep culture should always be performed in the fall, and not in the spring. Does not believe in cultivating a few feet wide for grapes. The vines should be planted just as deep as they were raised. Care should be taken not to plant too deep. After planting, the ground should be kept forked up. jNIulching has a tendency to keep the groimd cold, and is bad for the grape. The roots should be allowed to run into the ground — it is not necessaiy to keep them near the surface. He does not like close pruning. It is not good policy in this country, though it may succeed in the humid soil of Europe. The pul)lic are being taught to plant the rank growing grapes. Any one can raise a Concord grape — or field corn — but he would not reccommend a hor- ticulturist to raise field corn in his garden, or Concord or Hartford grapes in his yard. The slower growing vines, such as the Delaware, lona, and Rebecca, he would recommend. They will not need continued cutting back to keep them in their proper space. The first year of bear- ing, the Concord will exceed the Delaware, but forever thereafter the latter will produce more pounds of much superior grapes. He regards the Delaware as the best flavored of either native or foreign grapes. The lona may prove good. Next to the Delaware is the Diana, which, although somewhat of a gross grower, is a good grape, and one that every- body can grow. The Creveling is good, but its southern origin may make it tender. He said he had planted 39 varieties, and in this way expected to test which is best to grow here. Rev. W. S. Balch thought we should try difierent exposures, as this has a great deal to do with the quality of the grape. Mr. Hale thought no grape will ripen without exposure to the sun. R. W. Hunt was opposed to deep culture, but dicl not think twenty inches was more than surface culture. Gra])e borders are injurious where the land is not drained. He advocated shallow planting. They should not be planted deeper than six inches. 3^8 TRANSACTIONS OF THE ILLINOIS Mr. Hale thinks fall planting best, and Mr. Hunt coincided with him. At the next meeting the discussion on the grape was resumed. Judge Kitchell stated that the Isabella did and the lona did not ripen for him, in a shaded position. T.J. Hale, from the committee to prepare a general and an amateur list of grapes, reported the following lists: Select List, No. i — Delaware, Creveling, Diana, Concord, Maxataw- ney, Hartford Prolific, Rogers' Hybrids, Nos. 3, 4, and 15, and Clinton. Select List, No, 2 — Rogers' Hybrid No. 19, Salem, Lenoir, Allen's Hybrid, lona, Walter, Martha, Miles, Israella, and Ives' Seedling. The report of the Committee was adopted. The first list is the one recommended to all as hardy, easily raised, and satisfactoiy ; while the second list contains those more tender or yet untried here, though perhaps of equal or superior flavor. Mr. Hale stated that the Creveling is to be one of the most delicious grapes on the list. It is a rank grower, and is inclined to be a little late, but with a proper exposure will prove a fine grape. The Lenoir is the earliest of the grapes, having a southern origin, is a fine grape, and needs a southern exposvu'e to ripen the fruit. During a discussion on shade trees, many of those now most fre- quently planted were strongly condemned, and a decided preference seemed to be manifested for the elm and sugar maple. The opinion seemed also to be universal that no tree should be planted more than two inches deeper than it originally grew. On the 25 th of May, T. J. Hale, in a discussion on the Flowering Shrubs, said that we should pay more attention to many of them. The Rhododendron is the most beautiful of this class, and he thought that with proper care it could be grown here in perfection. He was experimenting with them, as was Secretary McClelland, Prof. Standish, and others. Their adaptability to our soil and climate will thus be thor- oughly tried. The Azalia is a very fine deciduous shrub, perfectly haixly, and should be planted a great deal more than it is. The Tartarian Honeysuckles, in different colors, are very effective. There are about a dozen varieties of Weigelias. Some of the Spiraeas are fine and exceedingly ornamental, while others are poor. J. S. McClelland urged the planting of azalias; they are beautiful shrubs, and with him have proved perfectly hardy. His success witli the rhododendron has not been encouraging, having succeeded in securing blossoms but one year. A most successful Fair was held by the Society in *he afternoon and evening of Saturday, June 19th. The largest hall in the city was filled with tables, on which were exhibited the choicest ffowers, ffowering plants, and fruits. It was estimated that more than three thousand per- sons visited the exhibition. Admittance was free, and one hundred and STATE HORTICULTURAL SOCIETY. 329 eighteen premiums were awarded. It was a decided success, and by it the membership of the Society was increased fully one himdred. A meeting of the Society was held at Dr. llumphrey's fruit farm, January 25th, 1S70. Orchard fruits being under discussion, the Doctor presented forty-two varieties, which the Society proceeded to discuss and test. Owing to the large number of varieties, there was, perhaps, more testing than discussion. The following was recommended as a list of one hundrctl apple trees : SUMMER APPf.ES. 3 Keswick Codlin, 2 Red Astrachan, 2 Early Harvest, i Retl June, 2 Duchess Oldenburg, 2 Benoni, I Sweet June. Varieties, 7; trees, 12. AUTUMN APPLES. 2 Fameuse, or Snow, 2 Rambo, 3 Maiden's lilush, i Bailey's Sweet, 1 Autumn Swaar, 2 Fall Pippin. Varieties, 6; trees, 11. WINTER APPLES. 6 Jonathan, 3 Milam, 5 Domine, 3 Ramsdell's Sweet, 4 Roman Stem, 5 Ben Davis, 3 Yellow Bellflower, 3 Westfield Seek-no-fur dier, 5 Fulton, 3 Smith's Cider, 2 Northern Spy, 3 Prior's Red, 5 Rawles' Janet, 4 Wagoner, 3 English Golden Russet, 3 Michael Henry Pippin, 5 Tolman Sweet, 3 Peck's Pleasant, 6 Willow Twig, 4 Winter Swaar. Varieties, 20; trees, 77. Prof. Standi sJi., from the Committee on Small Fruits, reported a list of small ii'uits, which was discussed, amended, and adopted as follows: Strawberries — Shaker's Seedling, Downer's Prolific, Downing's vSecdling, French's Seedling, Green Prolific, Russell's Prolific, Wilson's Albany, Lenig's White; and for trial, the "President Wilder." Currants — Red Dutch, White Dutcli. Cherry, and White Grape. Raspberries — Dooliltle Black Cap, Miami Black Cap, Purple Cane, Davisson's Thornless; and EUisdalc and Clarke for trial. 33° TRANSACTIONS OF THE ILLINOIS Gooseberries — Houghton's Seedling, American and Mountain Seed- lings, and Whitesmith Enghsh. Blackberries — Wilson's Early and Kittatinny. Grapes — Delaware, Concord, Clinton (for cooking and canning), Rogers' 4, 15, and 19; lona, Diana, Creveling, Hartford Prolific, Ives' Seedling, and Salem. For trial — Walter, JMartha, Eumelan, and .Israella. , An Election was held on the first Saturday in March, at which the following officers were elected : President — A. Kitchell. • Vice President — Mrs. L. F. Chase. Secretary — -J. S. McClelland. Treasurer — Miss Emily Post. Executive Committee — T. J. Hale, J. W. Cothren, Dr. A. G. Humphrey, Mrs J. W. Tryon, and Mrs. F. Fuller. The Second Annual Fair of the Society was held June 10, 1S70, which, like the first, was very successful. At this fair the fruits, plants, and flowers were arranged in classes^ which added much to the effective- ness of the display. We do not believe that a more successful exhibi- tion of fruits and flowers has ever been held in the West. At a meeting held at the residence of Secretary McClelland, on the 9th day of August, Prof. Standish delivered a discourse on Bugs. He explained the habits of various bugs and beetles injurious to vegetation, and dwelt upon the best way of destroying them. Ex-President FviUer had practiced sifting Paris green on iiis vines, of squash, melon, cucumber, and potato. It killed all the bugs of all kinds which infested them, and did not perceptibly injure the vines. R. W. Hunt coincided with Captain Fuller in regard to his method of using Paris green. Has tried it with the best results. After a discussion on the birds that should be destroyed by horticul- turists, by various members of the Society, it was decided to devote the next meeting to an address on birds. Dr. Humphrey was invited to open the discussion by a speech on that interesting subject. " What birds are injurious to the horticulturist ?" is a question fre- quently discussed in the Society. At a meeting held August 33d Dr. Humphrey led oft' in the discuss- ion on birds. He commenced by dividing the birds into seven orders: Raftores (robbers), Passeres (perchers), Scansores (climbers), Rasores (scratchers), Ciirsores (runners), Grallatores (waders), and Natatores (swimmers). The Doctor's remarks were more general than particular, although he would preserve the woodpecker family from the sports of the hunter. He thought that those birds that destroyed our fruits should be killed. STATE HORTICULTURAL SOCIETY. 33 I Mr. Standish was opposed to killing the birds, except those that do more harm than good. Most of the birds, save the hawk tribe, were insectivorous in their habits, and destroyed innumerable larvie and insects injurious to vegetation. God made them for a purpose, and it is wrong to kill them. He deprecated the barbarous practice of men and boys assembling together, choosing sides, and having what is called a "shoot- ing match." He mentioned two instances: one at North Bridgewater, Mass., the other on the Isle of Bourbon, where the extermination of the birds was followed by swarms of insects that made the region entirely bairen and desolated. He was decidedly opposed to killing the robin. Several membei's participated in the discussion; favoring the killing of those birds which greedily devour their grapes and cherries. I'o amateur flower-growers there is no more entertaining subject than the winter ti'eatment of bedding plants, roses, etc. This subject was ably discussed at a meeting of the Society, held on the 1 2th of December. R. \V. Hunt opened the discussion. The treatment of roses is very simple. They should be taken up, set aside, and allowed to remain in a dormant condition for a long time, and only brought to heat and regular watering moderately. Geraniums may be taken up and put right in the house. Large ones should be severely cut back two or three weeks before lifting them. Roses, for winter blooming, should be prepared for it during the summer, by being kept in pots, and only allowed to make a moderate growth, and all buds carefully pinched olV. They can not be made to bloom both summer and winter. None are at all suitable to take in the house but the monthly roses. Fuchsias should be treated the same as roses. They will not bloom in winter, if the buds are not pinched off in summer. He has not had much success in blooming carnations during the winter months. Camellias should have very care- ful handling. They will require the coolest part of tbe room, and must have an equable temperature, and must be watered carefully. There is more danger of over-potting plants than of under-potting. The quality of the pot has much to do with the health of the plants. The hardy plants sliould have the coolest part of the room, and the more tender ones — especially the the sub-tropical — the warmest. When plants are watered, it should be done thoroughly. Plants, when in bloom, require more water than when out of bloom. Keeping plants in small pots and withholding water will force them into bloom. Bottom drainage is use- less when proper pots are used. The space which drainage occupies in the pot is much better to be filled with good soil. Cuttings of verbenas for winter blooming should invariably be struck in SeiDtember. \^cr- benas will either grow or die; there is no half way with them. Dr. Humphrey related his experience in growing plants in a lighted cellar. His success was not flattering. A discussion on the proper temperature for plants ensued. The gen- eral opinion seemed to favor a temperature of from 65 degrees to 70 deg^'ees in the day time, and from 45 degrees to 50 degrees at night. 33 2 TRANSACTIONS OF THE ILLINOIS T. J. Hale combated the statement that no drainage was necessary. Neither was it necessary to devote one-third of the pot for that purpose. He uses a great deal of charcoal for both drainage and to enrich the soil. He deprecated puttisg common soil in pots. Prepared compost should be used in all cases. Plants that are kept in living rooms are apt to be drawn and unhealthy. There are many that should be kept dormant through the winter. He uses a cold frame for this purpose. A discussion in regard to the fundamental requisites for the growth of plants was canied on by Messrs. L. Woodard, Arthur Bryant, of Prince- ton, Parker Earle, of South Pass, and others. R. W. Hunt advocated the mulching of currants. Mr. McWhorter said currants probably do better under a heavy mulch than any other fruit. If they are planted on the north side of a board fence and heavily mulched, they w^ill do their very best. The list of membership contains 134 names of gentlemen and ladies. This Society invited the Illinois State Horticultural Society to hold its Annual Session for 1870 at Galesburg, and when the invitation was accepted, did all they could to entertain its members and forward the interests of the Society. Our Society has already accomplished a good work for Galesburg, and the interest in its meetings is constantly increasing. J. S. McClelland, Secretary. CENTRAL ILLINOIS HORTICULTURAL SOCIETY. REPORTED BY GEO. HUNTER, SECRETARY. This Society held its third annual meeting at Carlinville, Illinois, on the 7th, Sth, and 9th of February, 187 1. The use of the Citj' Hall was kindly tendered for the session, and the members and friends were enter- tained as the guests of the local Society. A few words of cordial welcome were offered in behalf of the Macou- pin County Horticultural Society by Capt. George Hunter, its Secretary. President M. C. McLain, of Charleston, then delivered his annual address, after which cherries and plums were discussed. The Pi'esident's address v^^as discussed in the evening. " The Neg- lected Spot in Horticulture" — an essay by Mr. Murtfeldt, of St. Louis — illustrated the subject of farmers' gardens, and elicited comment as to the ways and means of cultivating gardens. The apple list was taken up, and a running fire of orchard experiences closed the first day's session. Proceedings of second day opened with prayer by Mr. Murtfeldt, of St. Louis, and an essay, entitled " Hints and Suggestions on Raising of Fruits," was read by H. W. Davis, of Decatur, which raised interesting questions as to the standard of excellence among fruits, and the state of knowledge among planters, professional fruit-growers, and the public at large. An essay sent in by A. L. Hay, of Jacksonville, on " Vegetable Gar- dening," was then read, and the discussion which followed turned princi- STATE HORTICULTURAL SOCIETY. 333 puUy upon the culture and consumption of asparagus and the uses of pieplant. The afternoon of the second day was devoted mainly to Major Muhle- mann's entertaining paper on "• Mimicry in Insect Life." Though this essay was not in itself lengtli^, it elicited lengthy discussions, and drew out the savants, and as Professors Riley and Tice of St. Louis were most prominent in discussion, their views will he given Vniefly in connection with Major Muhlemann's essay as published.* The evening of the seconcl day was devoted to President McLain's essay on " Dutch Bulbs," and the " Essay on Floriculture," by Dr. W. H. Chaffee, of Carlinville, and it is to be regretted that the rain storm of this evening pre\ented the attendance of such numbers as the occasion would have otherwise called out. Proceedings of the third day opened with prayer by J. Iluggins, of Woodburn, 111. The essay by E. Daggy, of Tuscola, 111., on "Horticultural Hum- bugs," was read, and a lively discussion ensued, in which the question of wine and wine-making requested its right to be settled. This was followed by an essay from A. A. Hilliard, of Brighton, 111., on " Osage Hedging," and the subject was discussed at some length in its bearings on Horticulture. " The best of the wine at the last of the feast" was given us on the afternoon of the third day. Professor Turner's lecture on " Climatology," and Professor Tice's lecture on " Teirestrial Radiation." Nothing short of a carefid perusal can do justice to these excellent productions. Vice-President's report by B. O. Curtis, of Paris, 111. ; re- ports of committees and reports of other officers were disposed of, and added to the list of material on file; and the Society elected its OFFICERS FOR 1871: President — M. C. McLain, Charleston, 111. Vice-Presidents — A. A. Hilliard, Brighton, 111. ; B. O. Curtis, Paris, 111. ; Isaac Baldwin, Jacksonville, 111. Treasurer — H. W. Davis, Decatur, 111. Secretary — Geo. Hunter, Carlinville, 111. MEMBERS FOR 187I : H. W. Davis, Decatur. C. McNutt, Tuscola. D. S. Curtis, Paris. Tyra Montgomery, Mattoon. Jno. M. Pearson, Godfrey. B. H. Burton, Areola. J. Huggins, Woodburn. S. B. Dugger, Carlinville. B. O. Curtis, Paris. J. Baldwin, Jacksonville. Isaac Snedeker, Jerseyville. G. W. Hilliard, Brighton. M. C. McLain, Charleston. Geo. Hunter, Carlinville. E. Daggy, Tuscola. M. Eldred, » E. McCarty, " A. A. Hilliard, Brighton. A. Wallace, " F. Taggart, Carlinville. NoTS. — ^The essay of Major Muhlemann has not been received for publication. — Editor. 334 TRANSACTIONS OF THE ILLINOIS NORTHERN ILLINOIS HORTICULTURAL SOCIETY, The Annual Aleeting of this Society for 187 1, was held in Rockford, January 34, 25, 26. The meeting was well attended and all its sessions were interesting and profitable, a large range of horticultural topics being ably discussed. The oflicers elected for 1 87 1 , are as follows : President — Samuel Edwards, LaMoille. Vice-Presidents — E. Ordway, Freeport ; D. C. Scofield, Elgin ; Lewis Ellsworth, Naperville ; Robert Douglass, Waukegan ; E. H. Beebe, Galena; Arthur Bryant, Ji'., Princeton. Corresponding Secretary — D. W. Scott, Galena. Recording Secretaries — J.W. Robson, Galena, and H. H. McAflTee, Freeport. Treasurer — S. Woodard, Marengo. Executive Co?nmittee — L. Ellsworth, E. H. Skinner, S. Edwards. Princeton was selected as the place of the next annual meeting. JO DAVIESS COUNTY HORTICULTURAL SOCIETY. OFFICERS FOR 1 87 1. President — A. L. Cumings. Vice-Presidents — Capt. E. H. Beebe, J. M. Harris, T. Hallett, Dr. E. D. Kittoe, D. W. Scott. Corresponding Secretary — D. W. Scott. Recording Secretary — -J. W. Robson. Treasurer — Robert Brand. Executive Board — A, L. Cumings, J, G, Soulard, Mrs, D, S. Harris, Mrs. J. A. Newhall, Mrs. H. P. Corwith. MACOUPIN COUNTY HORTICULTURAL SOCIETY. OFFICERS FOR 187I. President — Dr. Wm. Stevenson. Vice-President — Wm. H. Fishback. Secretary — George Hunter, Carlinville. Treasurer — Milo Graham. Directors— Dr. Wm. H. Chaflee, Geo. Fishback, Dr. J. P. Mat- thews, Henry W. Burton, A. S. Ruark. STATE HORTICULTURAL SOCIETY. 335 HORTICULTURAL HISTORY. — ADDITIONAL COUNTY REPORTS. FAYETTE COUNTY. BY J. F. JERAULD. Mr. Secretary: In compliance with your request, I will give a short synopsis of the Horticultural History of Fayette County. The most of its surface havin<:j been originally covered with timber, makes it well adapted to the cultivation of such varieties of fruit trees, vines, and shrubs as flourish in this climate. The most of the early set- tlers availed themselves of diese favoring conditions of soil and climate, and planted orchards of apples and peaches, together with a few pears. But being for inland, and having to haul the fruit in wagons seventy miles to St. Louis, which was the only accessible market, and that over rough roads, injuring it in transit so that it was often sold for little or nothing, they did not find fruit growing a source of much profit ; and in consequence, this branch of industry received a serious check. The opening of the Illinois Central Railroad, however, revived the interest in fruit raising, by providing means for reaching markets, both in the North and South, and in bringing emigration from the East. Many new orchards were soon planted, and old ones pruned up and put into shape; and, from that time to the present, fruit growing has been a success. Larger profits have been realized from a given amount of ground, with proper care, than have been realized from any other branch of agriculture. APPLES. Many varieties of fall and winter apples were introduced from the Rochester nurseries, knowing them to be good sorts or late keepers, but our soil and climate change the late keepers, such as Golden Russet, Rhode Island Greening, Gilliflowcr, Spitzenburg, and Bellflower, into fall apples. Our Western nurseries furnish us with Winter Winesaps, Rawles' Janets, Romanites, Green Pippins, Limber Twigs, Baldwins, and many other good winter apples, salable in any market. Our summer and fall varieties usually bring us from forty to fifty cents per bushel at home markets; while the winter apples range from sixty to seventj'-five cents per bushel, at the nearest railroad stations. PEACHES. The soil, in many locations in our county, being excellent for peaches, several enterprising fiumers have set out extensive orchards of peach trees, and have realized large profits from them. ZZ^ TRANSACTIONS OF THE ILLINOIS This year has not been as favorable for budded fruit as some others, yet there have been about 30,000 boxes of peaches shipped out of Fayette County this year, at an average of about fifty cents per box. The}^ were shipped to Chicago, St. Louis, Iowa, and Minnesota, while a considerable portion went to Indianapolis antl farther East. GRAPES. Grapes have been equally productive with peaches, and a large por- tion of the crop has been made into wine. Among the leading varie- ties are Concoi'd, Isabella, and Delaware (many others being cultivated). The Concord takes the lead, as being the best bearer, and sells well in the marker. PEARS. Pears are not successfully raised here, as the fire-blight destroys nearly all the trees. Nectarines^ Apricots^ and Plums are so much the prey of the cur- culio and borer that people have become disheartened about trying to raise them. This year my Nectarine and Plum trees were full of fruit, early in the season, which all dropped off or rotted upon the trees. Small fruits, such as gooseberries, currants, strawberries, raspberries, and blackberries are pretty generally cultivated, and succeed well. ALEXANDER COUNTY. O. B. Galusha, Secretary of State Hotlcultural Society : Dear Sir: — On account of sickness I have been delayed in comply- ing with your request in regard to the Horticultural History of Alexan- der county; and where so little has been done, a few words will be sufficient. The north half of Alexander county is well adapted to fruit culture, being composed, or partly so, of the range of hills extending from the Mississippi to the Ohio river. This range is, I believe, what geologists call Loess. It is rather broken, but is a rich soil, and under-laid, within twenty feet of the sur- face, everywhere, with a gravel bed, which gives it a natural drainage. All of the hilly portion, comprising about one-third of the county, is well adapted to fruit-growing; yet little fruit has been raised, for want of facilities for marketing; this portion of the county being too far from Cairo to market with a team and wagon, and having no convenient access to a railroad, the only available point for any part of this fruit dis- trict being Villa Ridge, on the Illinois Central. A few seedling apple trees, planted twenty years ago, though neglected, are still in a healthy, fruitful condition. There are no commercial orchards in the county. At Cairo nearly all the cultivated varieties of fruit trees, vines, and shrubs have been planted, and flourish remarkably well. The growth in STATE HORTICULTURAL SOCIETY. 337 this wash-soil is twice or three times as great as that of the same varietie* in any other part of the State with which I am acquainted. To ilhistrate the vigor and productiveness of plants ifi this soil, I will state that I have seen seventy-five pounds of grapes, grown on a single vine, the second year after planting, and apparently without injury to the vine. The kinds of grapes which have rotted more or less, here, are Creveling, Rogers' No. 4, Concord, Hartford, and Rogers' No. 15. The following have resisted or escaped the rot, viz : Delaware, Diana, Rogers' No. i, Herbemont, Norton's Virginia, lona, and Martha. No Pear ti'ees have been known to blight in this county, though they have been quite extensively planted by amateurs at Cairo. A few have died by what is known as root-rot. Peaches do remarkably well at Cairo, where they escaped the hard freeze of last April, owing, probably, to the influence of the Mississippi and Ohio rivers. Small Fruits (except currants) do remarkably well every where on the tillable lands of the county. Should the projected railroad from Cairo to St. Louis be built soon, I predict that the northern part of this county will settle up rapidly with fruit growers, and become one of the most desirable places in the State for fruit raising. Yours ti-uly, E. J. Ayres. LA SALLE COUNTY. BY E. C. HATHAWAY. The apple crop the past season was larger than ever before known in this county, but owing to the ravages of the Codling Moth, the crop was of but little value; the most of it finding its way to the stock pen, or vinegar barrel, or what is worse, remaining on the ground to rot, thereby insuring an almost certain crop of the moth or apple worm for another yeai-'s depredations. What apples were gathered in fall, for winter use, are not keeping well ; but are rapidly going by the board with rot, with two notable exceptions, the Little Romanite and Rawles' Janet. Pears were a failure in this section the past season. Cherries — A fair crop, except Common Morello, of which there were none. Small Fruits gave promise, early, of being a large crop, but were almost destroyed by heat, except in a few instances, where they were heavily mulched or shaded. Vegetables — Poor, until quite late in the summer, when the rains came upon them, and they recuperated almost as if by magic, yielding a bountiful harvest. APPLES. The first orchards south of the Illinois River, were set in 1S33 or 1S34, by Mr. Charles Brown, Esq. Suley, Mr. Slater, and Kent & Bailey. The varieties were mostly Large and Small Romanite, Rambo, and 29 338 TRANSACTIONS OF THE ILLINOIS several other varieties, the names of which w^ere not known. These trees were mostly set on the south side of the timber bordering the Vermillion river, and are still alive and apparently healthy. In 1837, Curtis and Sons, of Edgar Co., came through this county south of the river, with a covered wagon loaded with trees, drawn by oxen. These trees were from two and a half to four feet in height. That wagon contained, what are now the old orchards in the southern part of this county, and traces of them can be found from the extreme west to east limits of the county. The varieties were largely Milam and and Rawles' Janet, with several varieties not known to farmers; some good, others not. In winter of 1855-56, the Milams were mostly killed, though many still survive, but are feeble from the injuries then received. They have proved very productive and profitable. Mr. Hoag set several hundred trees on river bottom opposite Mar- seilles, about 1845. The varieties were principally Yellow Bellflower, Rawles' Janet, Rambo, R. I. Greening, Tolman's Sweet, Domine, and others ; trees apparently healthy and productive, but have, of late years, suf- fered much from neglect. Samuel R. Lewis, in 1844, set 50 trees of Large Romanite and Yellow Bellflower — nearly all killed in winter of 1855-56. In 1S56 he set an orchard of lOo trees, Hubbells, Winesap, R. Janet, etc., all doing well ; the Hubbells are remarkably productive, and are what he considers the finest apple he has any knowledge of. The above orchard is on the south bluft'of river, south of timber belt. Geo. H. Rugg set an orchard 1852, south of Illinois river, on what was originally timber bordering the prairie. The trees (200) were obtained near Toledo. Varieties: Baldwin, Esopus Spitzenburg, Belmont, Yel- low Bellflower, Rox. Russet, R. I. Greening, Rambo, Mayflower, Au- tumn Strawberry, Fallen walder, Sweet June, Winesap, and many others. He has had ths most decided successes with the apple called the May- flower, considering its qualities as a good grower, healthiness of tree and its productiveness. The fruit is about the size and color of the Domine, but not quite as flat; better flavored but not quite as late a keeper. Russets and Green- ings nearly all killed in winter of 1855-56. He has since added to his orchard 300 to 400 trees, all of leading varieties, which have done well. The premises upon which these orchards stand, passed out of his posses- sion four or five years ago, since which time they have been very much neglected, and now appear very much in want of spade, scraper, and pruning knife. O. O. Wakefield, in 1852, set an orchard of 200 trees, principally Domine, Yellow Bellflower, Winesap, Willow Twig, and Jonathan. This orchard has done well; is situated on a prairie knoll; no protection. His Yellow Bellflower proving very unproductive, he had them grafted with Domine, which now yield very large annual crops of fine fruit; the other varieties are quite productive, especially Willow Twig. D. S. Ebersol has 200 trees set in 1854. Varieties: Baldwin, Rambo, Yellow Bellflower, Harpei-'s Sweeting, Dutch Mignonne, Pennock, Gil- pin, Rawles' Janet, Early Joe, Early Harvest, Red Astrachan, and others. STATE HORTICULTURAL SOCIETY. 339 Trees all vigorous and healthy, except Baldwin, which is troubled with canker spots, and seems to be generally unhealthy, with him. Red Astrachan is very productive. Rambo, American Siunmer Pearmain, and Dominc do well. Soil: black loam, sub-soil drift, southwest expo- sure— no protection. The foregoing are all the orchards on the south side of the Illinois River, which I will make mention of, although there are many as large or larger, dotting the prairie over here and there; and to-day almost every quarter section contains its dozens, fifties, or hundreds of apple trees, growing more or less thriftily, and are more or less productive, according to variety, soil, and cultivation. North of the Illinois River, north of Utica, I find an orchard set by Truman Hardy, on open prairie, with no protection, containing about c;oo trees, most of which were set in 1S48. The varieties are principally RaAvles' Janet, Domine, Little Romanite, Pennock, Red Astrachan, Rhode Island Greening, Winesap, Yellow Bellflovver, Northern Spy, Newtown Pippin, Early Harvest, and many other varieties. Many of these trees have been set since the first plantings, and are of later and newer varieties; names unknown to the occupants, no records having been kept of the same. Many of the old trees have been grafted over, especially the unproductive sorts, such as Yellow Bellflower. This orchard, a few y^^rs ago, was in a vigorous, thrifty, and productive condi- tion ; but bark-lice, borers, and more especially neglect^ are fast decimat- ing it. In another orchard I found many trees of the American Summer Pearmain, which, though much neglected, were annually producing large crops of fine fruit. North of Ottawa, in the town of Dayton, I find a large orchard con- taining thirty-five acres, set in 1844, by Col. Wells Wait, who at that time had also a nurseiy there, from which the trees were obtained for planting many of the older orchards in the northern part of the county. This orchard staiids on rather high ground, on open prairie, without pro- tection, and has been quite neglected, yet the larger portion, say three- quarters of the original planting, are alive and doing quite well now. Neglect, bark-lice, and borers seem to be its chief troubles. The varie- ties are about the same as mentioned in orchards spoken of before. Of these, the present proprietor informs me that he regards, as best for all purposes. Domine, Rawles' Janet, Winesap, Fall Pippin, Winter Pippin, Rox. Russet, Snow (Fameuse), Large and Small Romanite. In response to inquiries made of Martin Allen, of Mendota, I received the following reply, which I have condensed somewhat from original : " In 1833, J. and P. Dewey (father and son), settled on north side of Troy Grove. They came from Ohio; brought with them apple seeds {from good sorts), which they planted. N£xt spring got 100 trees from Teoria, which were sent out the year before from Ohio. There were thirteen sorts in the lot; some wrongly labeled and others not known. In 1836, fifty more grafted trees were obtained. Of these plant- ings, strange to say, Early Pennock and Winter Pennock, three of each, are ^et standing and doing well; while the Red Romanites are all gone. AH the Rambos 340 TRANSACTIONS OF THE ILLINOIS yet doing well. Of the sorts that are known — Domine, Early Pennock, Rawles' Janet, and Sweet Vandevere have been the best and most profitable. Soil, deep, rich prai- rie loam; trees set twenty-five feet apart, protected by timber on the south. The trees from seed, before named, produced some fair fruit, but none worth propa- gating. 1 In 1837, R. H. Wixom bought twenty-four stock-grafted trees from a peddler from the Wabash country; planted them sixteen feet apart, on soil not so deep or rich as Mr. Dewey's, They were protected by timber on the southeast. Maiden's Blush has done well; Yellow Bellflower, never borne much. I think four, bought for Rhode Island Greenings, are Willow Twig; three of them yet standing. Two out of three Rambos yet remain, and have done the best of any in the lot. Mr. Wixom, at the time of planting the above orchard, also obtained seed from cider press, which he planted, raising ti-ees from which he set an orchard, which has produced fruit only fit for cider. In the spring of 1846, S.J. Haight set 200 trees, obtained from Curtis' nursery in Edgar County. Eifty trees of Milam, which he obtained under the name of Red Winter Pearmain, he says have been worth double all of the balance, except Maid- en's Blush, of which he has ten trees. These have done very well. Tolman's Sweet and Sweet June have been satisfactory, also White Winter Pearmain. The latter is liable to scab. Sweet Bough, together with ten other sorts all failed in the winter of 1855-56. About 175 of the trees yet remain, and are in fair condition. The above favorably-mentioned sorts are all he considers worthy of notice in the lot. This orchard was planted on soil medium between prairie and timber, at southeast corner of Four-Mile Grove. In the last few years we have had home nurseries of the most approved sorts of fruits; since which the plantings of Apple and Early Richmond Cherry trees, have become quite general, 2,000 apple and 600 cherry being the largest individual risk I know of here." Mr. Baldwin, northwest of Ottawa, set an orchard of 300 trees in 1847; could get no further information respecting it, than that the trees were apparently healthy and quite productive. They were set on timber land; some protection on north and east. Wm. Galvin, who has an orchard near the last-named, speaks highly of the Early Red Margaret, on account of its great productiveness. In 1852 Nathan Hardy set 300 trees of Domine, Large and Small Ro- manite, Westneld Seek-no-further, Autumn Strawberry, Rox. Russet, M. Blush, and Early Harvest. The orchard looks neglected, some trees having been killed by borers. Mr. Hardy speaks highly of M. Blush and Seek-no-further. These trees are set on the north side of the timber belt on the bluff. In 1845 Jonathan Massey set three acres, consisting of Early Harvest, Early Sweet Bough, Barnhill Summer, Milam, Eng. Golden Russet, Domine, R. I. Greening, Bellflower, and Tolman Sweet. This orchard is on the prairie, with no protection; southern exposure; trees all healthy and vigorous. D. L. Carpenter, at Seneca, has fifteen acres planted twelve years ago, upon the Illinois river bottom, and protected on the northwest, north, and northeast by high bluffs and timber. The trees are generally healthy, when exempt from borers. The Varieties are Early Harvest, Sweet Bough, » Red June. M. Blush, Snow, Hawley, N. Spy, Jonathan, R. Janet, Flushing Spitzenhurg, Westfield, Seek-no-further, Belmont, Gilpin, Tolman Sweet, Eng. Golden Russet, Domine, Milam, Limber Twig, STATE HORTICULTURAL SOCIETY. 341 American Summer Pearmain, and Bellflower. All are fair to good bearers, except Early Harvest, Sweet Bough, Tolman Sweet, Hawley, and Yellow Bellflower. Belmont scabs badly, and Red June is too small. N. C. Wickwire, at Manlius, set ten acres in 1S55, on prairie soil, yellow clay sub-soil, well drained, no protection, northwest exposure; trees healthy and vigorous; varieties same as mentioned above, w'ith addition of Autumn Strawberry; some good and some poor bearers. Mrs. Ann Rolph in 1S5C;, set three acres; soil same as VVickwire's. The trees are healthy and vigorous; varieties: Sw^eet Bough, American Summer Pearmain, Lowell, Domine, Milam, Jersey Sweet, Tolman Sweet, N. Spy, R. I. Greening, Swaar, Baldwin, Holland Pippin, Van- devere, Eng. Golden Russet, Westfield Seek-no-further, Flushing Spitz- enburg, Pomme Grise. All fair to good bearers, except Sweet Bough, Early Harvest, Swaar, Vandevere, and Tolman Sweet. The Baldwin and Holland Pippin trees are troubled with canker spots. S. Hutchinson and the Messrs. Forbes have planted upon high prai- rie knolls four miles north of Seneca, about seventy acres of apple orchards, embracing a large number of varieties. These orchards have been planted at various times from 1856 to 1S67. The soil consists of black, prairie loam, generally well surface-drained. There is no protec- tion. The leading varieties are Duchess of Oldenburg, Red Astrachan, Maiden's Blush, Snow, Autumn Strawberry, Jonathan, Winesap, Mink- ler, Gilpin, Willow Twig, Ben Davis, Perry Russet, Grimes' Golden Pippin, Cole's Qiiince, Rawles' Janet, White Pippin, Red June, Wag- oner, Sweet June, and Bailey's Sweet. North of Seneca, skirting the timber, I find an old orchard, planted about 1840. This orchard, owned by Geo. Bosworth, stands on the east side of a fine grove of young timber, which gives it complete shelter from the west and southwest winds. It has received excellent care ; trees very healthy, vigorous, and productive. I attribute the cause of this to the extraordinary good care taken of them, together with protection from southwest winds. On the premises now owned by the writer, but formerly occupied, in part, by Norris & Murphy's Ottawa Nurseries, stand about two hundred trees, set about 1850. The varieties are, principally : Early Harvest, American Summer Pearmain, Sweet Bough, Yellow Bellflower, Rox, Russet, Maiden's Blush, Spitzenburg, Westfield Seek-no-further, Tol- man Sweet, Red-cheek Pippin, Hubbell, Porter, Autumn Strawberry, R. Janet, Domine, Baldwin, Keswick Codlin, Pound Royal, and others. All are fair bearers except Yellow Bellflower, which is worthless. The Hubbell, R. Janet, American Summer Pearmain, Maiden's Blush, and Seek-no-further are very good and annual bearers. Soil — alluvial deposit ; sub-soil — drift underlaid with sandstone, givingperfect natural under- drainage. Location — blufl^, bordering immediately on Illinois River. I will make no further mention of orchards; but as before related regarding the county south of the river, so on the north, the prairie and 342 TRANSACTIONS OF THE ILLINOIS farms bordering the timber skirting the streams, are all more or less pro- vided with orchards, large or small. I will now make a few remarks, that observation and inquiry have led me to believe connect, on the different varieties of apples : Duchess of Oldenburg — Perfectly hardy ; an annual, early, and great bearer on all soils; of large, handsome fruit; quality second rate. Red Astrachan — Neither a good nor regular bearer, except on timber land, with gravel sub-soil. Red yunc — Tardy in coming into bearing; good bearer; but fruit altogether too small to be valuable in this county, especially for the market. Col^s Quince — Spoken of very highly by Messrs. Forbes as an early bearer; perfectly hardy; good market apple. Fameuse or Snow — Not very early bearer ; good for prairie ; not for light soils. Maidens Blush — Spoken of by some on prairie as not being per- fectly hardy ; the reverse the case on light soils and on the bottom lands ; an early and immense annual bearer of very fine market fruit. Ranibo — Tender; not valuable. Sweet June — Conducts itself well on the prairie ; early, hardy, good bearer; good quality. Sweet Bough — Poor bearer; tender in tree. Hawley — Shy bearer. Early Pennock — On prairie, the tree seems to be defective ; on light soils good. Early Harvest — Generally a poor bearer. Wagoner — Good and very early bearer; tree moderately hardy. Jonathan — Sufficiently hardy; an early bearer; hangs well. Winesap — Perfectly hardy; tardy in coming into bearing, but a great bearer. Willow Twig — Perfectly hardy ; an early bearer of first-rate market fruit. Gilpin or Little Rofnanite — Hardy; good and early bearer. Domine — In north part of the county it is not spoken very well of, but in the central and southern part it is an immense bearer, alternate years, of excellent fruit, both for market and family use; tree perfectly hardy. I have found a number of trees of this variety, top-grafted on the Yellow Bellflower, that annually bear immense crops of extra fine fruit. English Golden Russet — Good and sure bearer everywhere; tree very thrifty. Roxbury Russet, do. 7l^/«/^/er— Perfectly hardy; an early and sure bearer of large, fine apples, which hang well to tree and also keep well. STATE HORTICULTURAL SOCIETY. 343 Rawlcs' Janet — Not superior on all soils; requires cultivation, with quite severe thinning of fruit. Ben Davis — Hardy, and good grower; very few in bearing in the county. Gaines' Golden Pippin — Messrs. Forbes inform me that the tree appears perfectly hardy, and is remarkably vigorous in the nursery; trees two years old blossom two years from setting. Peicry Russet — Perfectly hardy; a fine grower; good fruit. White Pippin — Moderately hardy ; an early and good bearer of large apples. Autumn Strawberry— Y^xiccXXy hardy; an annual bearer of good crops of not large, but fair, handsome apples of the best quality. Rhode Island Greening — Does not do w'ell. Baldwin — Trees perfectly hardy, and most generally healthy; but tardy in coming into bearing; trees tender in nursery; on bottom soils this apple does well. Tompkins County King — Hardy; early and good bearer; not planted much here. Kcs-wick Codlin — On the prairie opinions regarding it are veiy con- flicting; some having success with it, others, not. On the bottom lands it is highly esteemed. Pall Sxvaar — On prairie, good; on bottom, worthless. The same may be said in reference to Winter Swaar. Lowell — Perfectly hardy ; a very great bearer of large, first-rate fruit ; superior on all soils. Red Canada — Hardy; rather tardy in coming into bearing; good bearer of firm, first-rate apples. Cayuga Red Streak — Has bad reputation generally, everywhere I can hear of it. Vandevere — Same as last named. American Summer Pearmain — Immense bearer, alternate years, of splendid fruit for market or family use; good on all soils. Hubbell — Perfectly hardy; a great bearer of fine fruit of first-rate quality. West field Seek-no-further — Does well generally; tree hardy; an annual bearer of first quality fruit, which is generally exempt from attacks of Codling Moth, as far as I have observed. Yellow Belljlower — Unproductive, except in a very few instances, on very heavy clay soil. Other varieties I might mention, but must forbear, lest I task your patience beyond endurance. There are many conflicting opinions respecting soils, situations, pro- tection, etc., all sorts and conditions of each having their advocates as to their being the best suited for orchard purposes; concerning which opin- 344 TRANSACTfONS OF THE ILLINOIS ions I will not open any discussion, but merely jremark that I find the greatest success among those who cultivate and feed their trees the ?nost thoroughly. PEARS. I find but few trees of any varieties living, although thousands of them have been planted in this county. Most of the older trees have either died from blight or neglect. Almost every farm has its few pear trees, but the owners keep no record of them, and know but little about them. About the towns I find some small orchards, mostly dwarf trees; varieties principally Louise Bonne de Jersey, Duchess d'Angouleme, Vicar of Winkfield, Bartlett, Beurre Diel, Beurre d'Anjou, Seckel, and others. The Louise Bonne de Jersey, by all odds, does the best (as dwarf), and is of good quality of fruit, also. Geo. H. Rugg, of Ottawa, has about 450 trees, very few in bearing yet. I have on my place about 200 trees, old and young, both dwarf and standard, including many varieties. AH do well, except White Doy- enne, which cracks badly some years. The past season it was very fine. I have but very little blight. Early Richmond Cherry, also Large English Morello and Belle Magnifique, do very well here, bearing heavy annual crops. May Duke does moderately well; other varieties are not much known. Of the sweet varieties, veiy few, if any, of the trees can be found ; the trees of this class all having been, swept away by the cold winter of 1855-6, since which time none have risked planting them. There are now being planted in this county many orchards contain- ing from 50 to 500 trees, principally E. Richmond. My own trees are nearly all on Mahaleb stock, which experience has taught me to be pref- erable to the Morello on our light, bottom soils; but for the prairie, in heavy, black soil or clay, would rather have trees on Morello stock. With me I can see no difference in bearing, on account of the stock, but if there is any, consider it is in favor of the Mahaleb. There are a great many Plum trees scattered over the county. The varieties are principally Magnum Bonum, Smith's Orleans, Coe's Golden Drop, all of the Gages, Yellow and Purple Egg, and others, which annually set fine crops of fruit, but which nearly all fail to mature, and drop from the tree on account of attacks by the curculio. It seems a pity that the fruit which seems to be the surest here, and would never fail otherwise, should be lost in this manner; but the people are getting awake to the idea of combating the " Little Turk," which they can now do without fear of defeat, by the use of the " catcher," invented by Dr. Hull. Peaches are not grown to any extent of late years, as the cold winter before mentioned destroyed all the trees (which were many) at that time, since which, no one has had faith enough in them to plant. Grapes do remarkably well here, both upon the broad, open prairie, and upon our sheltered river-bottoms. There are a number of old vine- STATE HORTICULTURAL SOCIETY. 345 yards of Catawba, Isabella, and Clinton, of a few hundred vines each, along the Illinois River, which, in years past, have done very well when well drained and cultivated thoroughly; but of late years most of them have suffered neglect, and have become diseased. Very many grape roots have been planted, within a few years, all through the county, and very many quite large vineyards have sprung up. I find the Concord to be the one great grape of them all, although the Delaware does finely on the prairie and bluffs, but is almost worthless on the bottom. The vineyards with which I am acquainted, consist, principally, of Concord, Delaware, Diana, Ives', Hartford Prolific, Perkins, Isabella; with a few Catawba and Clinton ; also a few of the newer varieties, as Martha, Eumelan, Walter, Salem, Rogers' and Arnold's Hybrids, and others. Almost all seem to do well in whatever soil they are placed, and yield generous returns to the cultivator. Stnall Fruits all seem to be perfectly at home here. Of Raspberries, Doolittle and Golden Cap are the best. The Kittatinny Blackberry has done moderately well, while other varieties winter-kill, except Missouri Mammoth, which is good neither to bear fruit or anything else. Straw- berries, Currants, Gooseberries, and other small fruits, yield abundant returns. CLAY COUNTY. BY C. H. MURRAY. Clay City, III., Dec. 15, 1870. Mr. O. B. Galusha, Secretary of State Horticultural Society : Dear Sir: — In reply to the request you make of me to give some account of the first orchards planted in Clay County, I have the honor to report as follows : This information, as far as I have been able to get it this year, attaches chiefly to the southern part of our county. In 1838, Aaron Smith, who then resided in the southern part of our county, began a nursery of apple trees. Two years later, Aaron O. Finch, his neighbor, also planted a nursery of apple. From these two efforts nearly all the old trees of this county were derived. Their fate, as far as I have been able to learn, has been quite similar under like circumstances. The orchard of Mr. Finch merits a detailed statement. He planted the seed in 1840, and in the spring of 1843 he set out fifty trees, and the following fall, fifty more along side of those, on like soil. The orchard was set two rods apart each way in quadrangular style. The entire orchard always received the same culture, yet notwithstanding this, the half set in the spring rapidly out-grew the other, and the differ- ence at this date between the two parts of the orchard is so reinarkably in favor of the spring-set, that a person would have no hesitation in say- ing that they had been planted ten years earlier. This orchard of 100 trees always received from Mr. Finch, during his lifetime, tlie greatest care and supervision. It was kept in a fine state of 34^ TRANSACTIONS OF THE ILLINOIS cultivation; the trees were frequently washed with caustic solutions; the bark was kept smooth and healthy, and borers and all other insect pests wei'e perseveringlv dealt with. The result has been that the trees have made a most astonishing growth, many of the spring-set being now from 1 6 to 1 8 inches in diameter, with very heavy tops, and the largest trees now look to be perfectly healthy. The bark is almost as smooth and fresh as on a young tree, and the active growth of the tree seems uninter- rupted. The location of this orchard is on a slope declining to the south. Ever)' part of it is naturally well drained. It is protected by woods on the west, southwest, and south. The varieties were, origmally. Pound Pippins, 5 ; Yellow Bellflowers, 5 ; Summer Qiieens, 5 ; a few nameless ones, and the rest (the largest number of the orchard), the Vandevere. A very few of these trees were grafted on the stock at the ground. The balance were budded from one to four feet high. The present proprie- tor, Mr. J. R. Finch, tells me he can see no difference between the budded and grafted ones in respect to hardiness or other qualities. Now as to results : This orchard that appears so vigorous and healthy, is almost worthless. Last year it had at least one thousand bushels of apples on, and the proprietor did not get a bushel of winter apples. The bitter-rot blasts them like the breath of ruin, and the promise of spring ends in disappointment and decay. Many experiments have been tried to arrest this evil, but so far none of them have proved efficacious. Trees have been trimmed and thinned; holes have been bored into their trunks, and sulphate of copper, iron filings, salt, sulphur, etc., have been plugged up in the wood. Squire Finch tells me that this orchard was in its prime from the time it was 8 until 18 or 19 years old. For ten or eleven years it gave the most bounteous returns, and produced wagon loads of the finest fruit. It then began to decline. The fruit commenced to speck and the evil increased until the trees are little more than an encumbrance on the ground. The hogs have been kept in this orchard for a long time. Pens have been made under some of the trees and the hogs fed there to try the effect. It has done no good in preventing the rot. The Vande- veres all have the "bitter-rot;" also, the Bellflowers; but the Pippin and Summer Queen have not, he thinks, been attacked with bitter-rot; but they have a sweet or suinmer-rot. In contrast to this I wish to give a short account of an orchard in the same vicinity set about the same time, but which received very different treatment. Nearly as soon as set it was seeded down to timothy and kept in sod for ten years. The consequence was that it was so stunted that it scarcely grew at all. The trees just made out to live. After this the ground was broken up and thoroughly cultivated. The trees began to grow and are at this time thrifty and fruitful, and so far the fruit does not rot. I do not cite this case to recommend this treatment, for doubtles after these trees have arrived at a certain stage of growth^ their fruit will also rot. The experience with the apple, in this county, may be summed up as follows: The trees are in their prime from eight to twenty years after setting. After twenty years they begin to decline. If the trees keep STATE HORTICULTURAL SOCIETY. 347 growing, the fruit rots. In many orchards, after twenty-two or twenty- three years, many of the trees, from some unknown cause, die. No orchard, and no known tree of thirty years' growth, provided it has had reasonable cuhivation, produces healthy fruit after tliat age. The soil in our county is varied. The swells and hills are generally a warm friable clay, containing considerable oxide of iron, as indicated by a strong reddish color. The more level lands, in many localities, have a whitish appearance, and are composed of soil in a state of very fine comminution. The former appears to be the best adapted to fruit of any kind, and on it young apple orchards are very fruitful and healthy. We produce some magnificent fruit, not to be excelled anywhere in the country, either in color, size, or flavor. The Ben Davis or New York Pippin thrives here, and is of much better quality than is customary with that apple. The Yellow BcUflower, although I observe you have dropped it from the list of reliable apples, does handsomely here with us, and young trees bear heavy crops of splendid specimens. The Rome Beauty also is superior. LIVINGSTON COUNTY. BY L. BANCROFT. The oldest orchards in this county that I know, are two of seedling apples, planted in the year 1832 by Uriah Blue and Garret Blue. Uriah Blue planted thirty trees in the town of Owego, in timber land, protected by timber on the south and sotithwest. In 1S33 this orchard passed into the possession of David Rockwood. In 1835 ^^- ^' pliii^ted fifty trees of grafted fruit of several varieties. Among them were Domine, Greening, and Ram bo. The ground was well cultivated ; they came into bearing quite young, and most of them pro\ed to be annual bearers of good fruit. In 1854 he gathered fifteen bushels of large, fine fruit from each of his Greening trees. In the terribly cold winter of 1855-56 nearly all of his grafted trees split from the ground to the limbs, leaving a few trees of the Domine and Rambo, which still remain standing, and produce moderate crops of apples. Of the fifty planted by Mr. Blue, forty remain, and produce good crops every second year of rather an inferior quality. He continued to plant, and fill vacancies with seedlings, thinking it of no use to plant grafts. He thinks that protection on the south and southwest is neces- sary. In 1834 Garret Blue planted 200 seedling apple trees, in the town of Pontiac, on timber land, surrounded on all sides by belts of timber. Nearly all of the trees lived and grew well, and came into bearing in eight or nine years. The ground was planted to corn annually, until the trees came into bearing, when it was seeded to grass and pastured. In 1850 it passed into the possession of Pliram Young. Mr. Y. says the orchard has borne regularly, and that the most of the fruit is as good as grafted fruit, 348 TRANSACTIONS OF THE ILLINOIS and that timber land is absolutely necessary for the annual production of remunerative crops of apples. Dr. C. B. Ostrander, of Avoca, has about 200 trees entirely sur- rounded by a high Osage orange hedge, planted in 1857 and 1858, which he reports as being very productive. His most approved varieties are Smith's Cider, Rawles' Janet, Northern Spy, Domine, Winesap, and Jonathan; productive in alternate years. Smith's Cider is the most valuable; Raw^les' Janet and Northern Spy are No. i ; Domine is a good bearer, but not alw^ays salable ; Winesap proves a shy bearer, and Jona- than fails to keep well. Robert Smith, of Owego, Samuel Garner, of Epperd's Point, and C. M. Bennet, of Pontiac, have orchards planted in 1857 and 1858, in all 1,700 trees, all on prairie soil, and unprotected. They commenced bear- ing in six or eight years. The following varieties prove to be annual bearers, viz: Greening, Baldwin, Red Asti^achan, Snow, Minkler, Winesap, Milam, Fall Pippin, and Red and Sweet Junes. Mr. Garner has two orchards on sandy land ; one has a sandy sub-soil, and produces light crops alternate years; the other a clay sub-soil, and produces full crops every year. C. N. Bennet recommends the Early Harvest, Red Astrachan, Keswick Codlin, Snow, Minkler, Hubbardston Nonsuch, and Swaar, as being the most productive with him. With regard to the relative value of prairie and timber soil, I am inclined to agree with Messrs. Young and Blue, that timber land, or that of a similar nature, sand and clay is absolutely necessary to produce annually remunerative crops of fruit; and protection on the south and southwest sides is at least desirable, if not necessaiy. I know that orchards, unprotected, occasionally produce good crops. On timber soil, protected by belts of timber, most of the varieties with which I am acquainted will produce annually paying crops. I would say, plant shallow ; keep the roots near the surface ; cultivate thoroughly, not deeply, until your trees shall attain bearing age; then I would not seed to grass, but let the orchard grow up to weeds, and at the time of gathering fruit, if they are in the way, roll or drag them down to mulch and finally decay and enrich the land. Accompanying the above report was a letter from Mr. Amos Edwards, of Amity, Livingston county, containing the following valuable sugges- tions, as the result of his thirty years' experience and observations : He recommends shading the southwest and south sides of the trunks of tender varieties of apple trees with boards, until the branches extend sufficiently to afford a partial protection from the rays of the sun. This prevents the injuries so often seen upon the southwest sides of the exposed bodies of trees. He practices covering the ground under his trees with a thick coating of straw, in the spring, as far as the spread of the branches. This has the three-fold effect of affording a mulch, keeping the ground cool and moist, making a soft bed for the apples to fall upon when gathering, and STATE HORTICULTURAL SOCIETY. 349 enriching the land when it decays. He finds this practice gives him larger and fairer fruit than when it is neglected. This letter closes with this sensible remark: '' I believe it is too miserly to rob the orchard of its own rights by raising crops of grain or grass in it, and removing them." PULASKI COUNTY. BY JAMES H. GRAIN. The people of Southern Illinois, in common with those of other por- tions of our country, having a high average temperature, and also a deep, rich soil, experience difficulties in the production of apples which, with ordinary care, will keep through the winter season. This applies to our position with marked force, as we occupy the extreme northern of the isothermal, or heat-line east of the Rocky Moun- tains, and our soil to quite a depth is of sandy loam, largely admixed with decomposed organic matter. Unfortunately, circumstances connected with the early settlement of this country brought here varieties of apples from localities having quite opposite conditions; varieties which were at home in — and which would uniformly ripen in — short seasons of low average temperature, where the soluble matter present in the soil is far less abundant than in ours. Consequently, nearly all the orchards planted here anterior to i860 have proven disastrous foilures, so far as the production of winter apples is concerned. Indeed, they do not serve well for autumn use, as they evidently require the restraining influences of cold, or some analogous pre- servative, the moment they attain full growth. Without apprehending the cause of this uniform failure, our people had at one time almost despaired of success with winter apples of fine texture and appearance; but coming gradually to note a few examples of success with native seedlings, and with varieties satisfactorily tested in similar or more south- ern localities, they were led to extended research in that direction, and to-day we can boast of assured success with the apple in all its seasons of development. It is true there are those who still cling to the old northern and eastern favorites, regarding them as desirable in consequence of pecu- liarities of flavor, and hoping yet to succeed with them by destroying the curculio. • Without doubt the curculio hastens the decay of many tender kinds, old as well as new; still this does not aflect the general proposition, that no apple which completes its growth before the approach of frost, can. anywhere be successfully grown as a winter fruit, except upon the theory of substituting other than ordinary preservative measures. How far such extraordinary means can be made available remains for the future to prove, there having been but little eflTort in that direction as yet. Some trials made with saw-dust, finely-powdered charcoal, sand, and earth, point strongly towards success, and promise to work a revolution in the hand- ling of all apples in all climates; but, however successful, they can not justify planting the kinds accustomed to a short summer season, in local- ities having long ones. It is true that among the old kinds tliere are 35^ TRANSACTIONS OF THE ILLINOIS those very desirable, in consequence of appearance, texture of flesh, and agreeableness of flavor; but among the new varieties there are many with all these qualities combined in a rare degree. Although our people may confidently hope to make the growing of winter varieties profitable for shipment to Southern markets on the Mis- sissippi River, yet it is unquestionably true that the production of the extremely early sorts must always preponderate in orchards near favoring lines of transportation northward. This is made more apparent by not- ing that all early varieties do well with us. The prevalence of readily soluble elements in our soil, with warmth and mixture conjoined, bring them to maturity, to meet the want of our northern neighbors, who are in the main a fruit-consuming people. Add to this the fact that tlie im- mense region north of us is filling up rapidly with population and wealth. Those who contemplate planting trees here will have before them a sketch of the obstacles already surmounted, together with those yet to be met; a history of how progress thus far, has been made, and hints of the rewards of future labors. HAMILTON COUNTY. BY HOSEA VISE. The first orchards, about fifteen in number, were planted in the years 1818 to 1S30, and consisted principally of seedling trees. Each orchard, however, contained a few grafted trees, the varieties in which were mainly the following : Summer and Fall Apples — Yellow June, and an apple called here the " Bunch Apple," Horse Apple, Seek-no-further, and Winesap. The most durable Winter varieties are Green Geneting, Pearmain, Limber Twig, New York Pippin, and Roman Stem. The Rambo bears well for a few years, but soon dies. Orchards do best here on tim- ber soil. Trees grow more thriftily, grow larger, and bear better crops. Grapes have not been cultivated to any considerable extent in the county, though they prosper well where they have been tried. This county is well adapted to the culture of Peaches. There are large localities here where they never fail, but the distance we are from market renders the raising of peaches unprofitable, to sell in the fresh state. When dried they bring remunerative prices. The small fruits do well here when properly attended to. There is probably no county in the State better adapted to fruit raising than Hamilton County. At present it is nearly all dried before marketing. Our markets are Du Quoin, Tamaroa, and Ashley; towns on the Illinois Central Railroad, thirty-five to forty miles distant, WILLIAMSON COUNTY. BY WM. P. WHITE. The first few orchards planted in this county, from fifty to seventy-five years ago, were seedlings, from apples grown in the States of Tennessee STATE HORTICULTURAL SOCIETY. 35 1 and Kentucky; some of which are still standing. The introduction of grafted trees is of comparatively recent date. The principal part of the grafted trees first introduced, are still in good bearing condition. The varieties are mostly Limber Twig, Rawles' Janet, Summer Pear- main, Horse Apple, Hall's Seedling, Islem, Pennock, Smoky Twig, Winesap, and a few Ben Davis. Tliese earlier grafted orchards were small and turned to no account, except for family use. The orchard, as a source of profit, was scarcely thought of twenty years ago by any of our people, the market for green fruits being inaccessible until the Illinois Central railroad was built; but since that time tlie enlarging and planting of orchards has been wonderful. The orchard ists of the county have, how- ever, sustained a great loss, and disappointment, too, by planting Eastern and Northern varieties with the expectation of producing good winter fruits, superior in size and flavor to our orignial sorts. 1 suppose that about fifty thousand trees were set between the dates of 18150 and i860, the principal part of which are still in bearing, but are almost worthless. The change in climate did not aiFect the quality of the fruits, as I can see, but it has changed the season of its ripening. Such varieties as Tomp- kins County King, Northern Spy, Riiode Island Greening, ripen and drop their fruit in August or September, and are, consequently, almost worthless here as market fruit, except they can be marketed in the sum- mer season. The soil and situation of Williamson County are adapted to the grow- ing of all kinds of fruit that can be grown successfully in this latitude. The land 'is generally high; the forest growth is composed of oak, pop- lar, walnut, dogwood, and hickory; the soil is a little sandy, with a pale-red clayey, and somewhat porous sub-soil. Apples, peaches, pears, cheiTies, plums, grapes, and strawberries do well on our soil, no drain- age being nccessaiy. Our market has been growing better for several years. Speculators have been buying fruit and shipping it to Chicago. In the year 1868 the apple crop of the county was a very full one, and dealers in fruit paid, at Carbondale, an average of about seventy-five cents per bushel. In my opinion the apple crop of that year brought more money into the county than the wheat crop of the same year. The most popular varieties now grown in the county are Limber Twig, Rawles' Janet, Earley Harvest, Maiden's Blush, Pennock, Sum- mer Pearmain, Horse, Hall's Little Seedling, Islem, Smoky Twig, Smith's Cider, Winesap, Ben Davis, Yellow Bellfiower, and Summer Qiieen. These varieties are all hardy in tree and fruit except perhaps the Rawles' Janet, which will not live long on wet land; while the Limber Twig will thrive on the borders of a swamp, and is not subject to any disease. I do not remember to have seen a blighted limb on a Limber Twig tree. Pears — The quantity of pear trees in the county is quite limited, and confined to door-yards and gardens; are more subject to blight than apples. Dwarfs soon die, after coming into bearing, from want of suffi- cient roots to support fruit and foliage. They can be saved by raising the 35 2 TRANSACTIONS. earth around the tree so as to induce the trunk to put forth roots above coition. The most hardy variety we have is the Bartlett. Standards of it are generally preferable, as they come into bearing sooner than most varieties. The Peach is very abundant, and succeeds best on our highest north- ern slopes. The cultivation of this fruit has not been very remunerative so far, for the want of a railroad. The best soil for the peach is a loose, lively loam, with a tough, red sub-soil. An occasional dressing around the roots with wood ashes, to stimulate the trees and keep out the borers, allowing the hogs to devour all the fallen fruit, is about all that is necessary for the good of both tree and fruit. Swine, in eating up the prematurely-foUen fruit, eat up with it the larvae of the curculio. One hog in a peach orchard is worth more than a man with sheet and bumper. Heath Cling is our best peach. Grapes — But little attention has been paid to vine culture until within a very few years. Preparations are being made now, however, to grow grapes to a considerable extent. Several vineyards have been planted within the last few years for the production of wine, succeeding well. The Concord is claimed to be the hardiest of all the varieties that have been thoroughly tested. We believe the Herbemont will prove to be very hardy. I am giving it a fair trial. I produced about twenty-five pounds of them the past season on a two-year old vine, grafted on the wild stock, notwithstanding this was the worst season for grapes we have had for years. Cherries, plums, and strawberries are abundant. Wilson is consid- ered the best shipping strawberry, [Explanation — Owing to delay caused by the burning of the State Bindery at Springfield, the report of the State Entomologist has not been received for publi- cation in this volume. — Secretary.] TABLES OF FRUITS, FLOWERS, TREES, ETC. KECOMMENDED UV THh Illinois State Horticultural Society. LATEST REVISION; MADE AT TIIK Annual Meeting at Ottawa, December, 1869. N — Noi-thern, C — Central, and S — Southern Illinois. Numerals — The number of Horticultural Districts, i aud 2 — Northern; 3 and 4 — Central; 5, 6, and 7 — Southern Illinois. Recommendations of Fruit made by the Society are: m — market; f — family use; c — cider; b — baking, and trial, a — denotes for special locatities. ■Recommendations of Fruit made by individuals are denoted by. a star (*). Recommendations of Trees, etc., made by the Society arc marked \\\t'.\ a double star (**). Those made by individuals with one stir (*). The arrangement is in the botanical order according to Gray's "Forest, Field, and Garden Botany." C^° The figures, upon the left and right-hand margins, ^yill aid the reader in tracing the line of anv varictv. APPENDIX. NAMES. DISTRICTS. 1 N. C. S. 1 I 234567 Origin. 1 Use. PECULIARITIES Class, Etc. jHei't or Shape CROWFOOT FAMILY. Clematis. Patens . 1 1 i ■- Asia, etc.- orn Japan . orn climber * * Japan Japan America... orn orn orn orn orn orn orn orn orn orn orn orn G toHiiJfJoftz {l^oj'^n J^^.) * * * climber i'lrgiiiiatiu yCniiiinnn Wild)-- Anemoise ( Wind Floivt-r). * * * * * * * climber erect heibs- tuberous iofeet ** ** ** ** ** ** *# ** ** ** ** ** ## ** ** ** ** ** ** ** ♦* S. Europe. S. Europe. Delphi.niu.m {Larkspur) P.KONIA (P.EOPwY) annual, etc. herbs, etc " Officinalis ( Common 1 Pt'rcs^'rijia ** ** ** ** ** ** S:* Old World Europe China herb herb AlbifiOya {Cliinesc). * * * herb shrubby tr"s&shrubs tree tree shrub tree small tree.. tree small tree.- shrub . 3feet Sf'^et AJoutan ( C liina ) * * * ma(;nolia family. LlRIODENDKON. Tulipifira (Tulip Tree) !MaGN(iLI.V. Grandiflora {Great T/oirered ) Glauca {S-^veet Bay) * * * * * * * * * * * * America .- South America .. America .. America .. America .. China Japan America ._ Europe Oregon --. or. tim.. orn orn orn orn orn orn orn or. fruit. or. fruit, orn 100 feet 80 feet Kfeet So feet 15 — 30 feet 30 feet - 15 — 20 feet Acuminata ( Cucumber) _ . Macrophylla {Great Leared). Umbrella... ******* * * * * * Conspicua{2 ulan) _ * * Purpurea {Purple) * * * CU&T'RD- APPLE FAJVPY. ASIMINA. Triloba {Papa-w) ****** * * ****** ***** small tree.- shrub shrub perennial .. herb perennial .. herbs _ 15^20 tett BARBERRY FAMILY'. Berberis. Vulgaris { Common) Aquifo liu m { J\fa li o n it r ) 3— 4 feet WATER-LILY FAMILY. Nymph.«:a. Odor at a (Sv.>eet Scejited) * * * East N.China.. orn orn sal. etc.. FUMITORY FAMILY. DiCENTRA. Sped a bilis { Bleed ins;' Hea rt ) MUSTARD FAMILY. Bkassica. Oleracea ( Cabbage ) ** ** ** ** ** ** ** Early Flat Dutch Early York Early Winningstadt... * * * * ******* * * # * Flanders * * N. T. American Drumhead . . Drumhe.id, Savoy * * * * * * * * * * * * * Premium Flat Dutch {CaulifloTver.) * * * * * * Earlv Pans * * * * Half Early * * * * Campestris {Turnip). Flat Strap-Leaved Purple Top Strap L\'ed White Dutch * * * * * * * ******* * * * * * * * * NASTURTIUM FAMILY. Nasturtium. Armor acia ( Horse Radish) Rapiianus. ******* Europe ... Europe ... cond Chinese Rose * * cond Late ***** Lon^ Scarlet Short Top ******* * * cond cond VIOLET FAMILY.' Viola. Odorala { Sweet Violet ) Tricolor { Pansy) * * * * * * Europe Europe -.. orn orn herb herb ' PINK FAMILY. 1 APiT-NDIX. OF PLANTS. Etc. ri-:cri • I.VUITIF.S or FRUIT, Etc. Season. Hardin'sj 1 Foliage, etc Flowers. Product. Si/.c. Shipe. Color. Flavor. d 7: 1 ■ 1 hardy. . . 1 in threes. . . hardy... In threes. .. hardy... in threes. .. hardy . . . ' 3, cut-tooth . i* — 7' . .. 1 • l\J 1 1 j not hani finely cut .. verv In.rp*!' • ,,, i large red etc i ." brjghtgreen Ipale, large . 1 1 ' _--- . 1 hardy.. - half hard rich green . evergreen.. ijliucous thin very large., 'irge vellow" wliite white 1 , i " " half ha.rd verv larff"e hardy- -- half hard dark green. small ... bean _ oblong vcl. gvceii. red blue-black sweet Sep. Oc. ha-dv... half hard yellow product.. ,. hardv white hardv ninW-rpfl 1 hardy. . - very large.. large ... small ... large ... large ... large ... large ... round roundis!i.. pyramiilil pvramidal round ash-grecn. 2:ood medium early ... medium late 1 product.. 2 a product.. glaucous.. ; sea-green .'good 4 5 (i hemisph'l flat sweet best fate early ... earlv ... medium 7 hardy product.. large ... large ... blu'h-gr'n fi large large , _,....'_. 1 white '.'.'.'.'.'.'.'."'. 0 3 r 1 hardy... few 1 prolific .. medium flat purple white nurnle. etc mild best sugary early ... earlv ... late'. 2 3 hardy. . . hardy... deep green. globular .. 4 , laree pink -sharp late I very long isoherical. scarlet best V. early. earlv ... 4 heart shap'd ' 1 1 , 1 1 1 1 1 hardv various 1 1 1 1 i 1 APPENDIX. \AMES. DISTRICTS. N. C. S. Origir Use. PECULIARITIES 3 4 6 7 #* #^ #:¥ *^ ** I * S. Amt r... orn ** ** ** ** ** :^* ** Syria orn ** ** ** #* ** ** ** DIANTIIUS. C /linens is ( China Pink) PURSLANE FAMILY PORTULACA. Graihiifiora , MALLOW FAMILY. Alth.ea. Rosea {Hollyhock) , Hibiscus. Syrtacus {Althea\ Escnlentus ( Okra\ LINDEN FAMILY. LiLIA. Americana {Bassz'jood) RUE FAMILY. Zanthoxylum. Amcricanum {Prickly Ash")... QUASSIA FA-VIILY. AlLANTIIUS. Glandttlosiis (Tree of Heaven) VINE FAMILY. VlTIS. Labrusca {Fox Grape). 1 Adirondac 2 Catawba j mfmfmwmw .3 Concord mf nif mfmf mfmfmf 4 Creveling? 1 trial f f f f f 5 Delaware j f f mfmf f f f tj Diana mfmf f f f f f 7 Hartford Prolific* 'mfmf mfmfmf mfmf 8 lona I * * 9 Ives' Seedling j trial trial trial 10 Martha ' --.- trial 11 Maxatawney ' * * 12 Northern ^luscadine 13 Rebecca ? 14 Rogers No. i, Goethe ?.. 15 '' N0.3, r^Iassasoit ? 16 " No. 4, Wilder? .. ir " No. 7. ? 18 " No. i5,Agawam.' 19 " No. 22, Salem?.! * * j^stivalis {Summer Grape) ..\ \ 20 Herbemont I f f f 21 Norton's Virginia ' wine wine 22 Rulander ...: I * * f f f Cordijolia { Winter Grape). \ 2-3 Clinton mfmfmwmw wine Ampflopsis. ■ Smnquefolta {Va. Creeper)... ■ STAFF-TREE FAMILY. Celastkl's. \Scandens {Bitter-Szueet) I EU'iN-VMUS. ^Americanus {Stravjberry Tree) ' SOAPBERRY FAMILY. ^ESCfLUS. HiPPOCASTANLM (H. Ches.) Acer (Maple). Platanoides {Norvjay) Saccharinum {Snffar) ,** ** ** ** ** ** ** Nigrum (Black Sugar) | * * Dasycarpum (White) ■** ** ** ** ** ** ** Negundo. Aceroidcs {Box Eldcr^ 1** ** ** ** ** ** ** PULSE FAMILY. Laburnum. Vulgare {Common Laburnum) RoBINI.\. P.':eudacacia ( Common Locust) Hispida {Rose Acacia) Wistaria. Frulescens {Am. Wistaria)... Class, Etc. Ilei't or Shape annual. herb . Levant orn shrub S feet. E. India ..! herb America., or. tim.. tret; 100 feet. i or. med- small tree.. 25 feet.. China 'orn tim. tree 60 feet.. f f trial f'f .].."! f f ..... N. Y fruit |Vine vigorous . N. C fruit vigorous . Mass fruit ' strong ... Penn fruit ' vigorous . Ohio fruit ' weak Mass fruit vigorous . Conn fruit ' strong... N. Y fruit ' - weak Ohio fruit ' strong ... Penn fruit ! vigorous . Penn fruit ' vigorous N. Y fruit ' 'strong... N. Y fruit - weak . ... Mass fruit vigorous . Mass fruit vigorous . Mass fruit ; vigorous . Mass fruit ' vigorous . Mass fruit i vigorous . Mass fruit ' vigorous . S. C.?. Va.... fruit \ I strong ... fruit ' vigorous . iruit 1 vigorous . N. Y fruit [ strong . America., orn climber ' cp feet. j I America., orn climber '15 feet. * America., lorn Asia orn , shrub Europe . . America . America . America . America . -tree. 50 — 60 feet. 60 — 70 feet. orn tree __ ,_ or. tiin..jtree 70 feet or. tim.., tree 70 feet or. tim..jtree 50 feet or. tim.. tree 20 — 40 feet Europe .. 'orn . ** ** *# ** ** ** ** :it :i: * # * # :>( America America .timber . orn .\merica . orn . small tree. tree So— 7S feet. shrub climber '20 feet APPENDIX. OF PLANTS, Etc. Il.inUn's Foltatfcetc. hardv -- l.inceolate.. Flower?. Proihict. PECULIARITIES OF FRUIT, Etc. Size. I Shape. Color. Flavor. Season. o harily .. heartshap'd various . half hard three-Iobed various , hardy .. h»artshap*d cream color hardy?., pennate ill-scented . . hardy .. hardy .. hardy .. hardy .. hardv .. hardy .. hardy .. hardv .. hardv -- laree ' - medium. niilde-vs Jmedium. coarse '.- product.. larsre ... liir^e I jmedium. n.iidews ...' small ... mildews small .. laree ... medium medium coarfe product.. mildews ' coarse ' product.. hardy.. ' I. larofe hardy.. 1 ' [medium hardv.. 'coarse ! jmedium not hard mildews j |mediuiii hardy.. ■ i product... v. large hardy large .. hardy ; large .. hardy I round 'round 'round round round round round loval round round round oval round oval oval round 'round black ... red Mack black red red bl.ack red black green, yel. green, wht red amber yel. green. red bl.ack hardy jlarge .. hardv ilarge .. half hard smooth ' ' ;small .. hardv.. smooth, small.. half hard round ' small .. roundish., round maroon — red sweet early 1 sweet late 2 sweet early — 3 sweet early 4 V. sweet -.'early ... .5 v. sweet -.medium. 6 harsh 'v. early- 7 V. sweet ..early -.. 8 Iv. early. 9 sweet 'early — 10 V. sweet .. late 11 foxy earl}' — 12 V. sweet .- late 13 sweet late 14 early — 15 sweet 'early -.- 16 17 foxy medium. 18 stveet early 10 . round black sweet late 20 .'round Mack sweet late 21 . round black v. sweet .. medium. 22 hardiest smooth ' product., small ... ronnd hardy.. i green white . . black I I three-lob., crimson large white hardv.. ;briehlereer' hardv .. ' hardy .. i hardy .. Jight green v. hardy ' small, gr"ish] half hard' 'gold.j-ellow small white . rose .. blue purple harsh medium. 23 4 APPENDIX. NAMES. c DisTracTS. N. ■ 234567 Original. Use. PTiCULIAR'.TiES Class, P^tc. Hei't or Shape China- Europe? . England . ! S. A. Mass. 1 2j 3, t^ 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 55 Si'nettsis ( Chinese Wistaria) PHASEOI.US. Vulgaris (Bean) Early Valentine Fejec London Horticultural , Red Speckled Valentine Speckled Cranberry Speckled Crowder AVhite Dwarf Lunatus {Lima Bean). Lima - Sieva DOLICHOS. Sinensis ( China Bean ) PisuM (Pea). Sativum (Comnio?i Pea). Daniel O'Rourke Extra Early. — May McLean's Advancer. Tom Thumb * * .. Champion of England.! * * * Missouri Marrowfat..-! * * * Cercis. Canadensis (Red Bud) * * * Gymnoci.adus. Canadensis (Ky. Cojfee Tree).\ * * * Glrditschia. I Triacanthos{Honev Locust).- ** ** ** ROSE FAMILY. Prunus. j (Amygdalus) Nana. . Flowering- Almond * * * White P~lower'g Almond' * (Amvgdalus) Commu7iis. I Hard Shell Almond ' * (Amygdalus) Persica. ] i I Asia Bergen's Yellow ! * * *;n. Y Cole's Early Red * * ..iAmerica Columbia. -. - * * mfmfmfiN. J Coolidge's F.aVorite j * * iMass Crawford's Early.. | mf mfmfmfmf N. J Crawford's Late'. mf mfmfmfmflN. J Delaware White? * Druid Hill 1 * * * 'orn climber . table bush table., table., table.. 'laMe.. Stable.. ! table., 'table.. annual, annual- annual, annxjal- annual- 16 inches iS— 20 i.iches- 6feet . - perennial . -Iperennial . 10 feet .10 — 12 feet itable. America.. i table Itable I table Itable Itable [table Itable 15 inches. *; America., orn tree. * * * I America., ** ** ** America. - * Asia . . . Asia . orn 1 or. hedge tree, tree. 9 inches- 5 — 6 feet 3—4 feet lorn shrub orn shrub 30 feet 60 ieet 50-75 feet 2 — 3 feet 3-3 feet * * *;Asia. nuts tree. I fruit 1 tree - 'amateur j Imarket-.i am. can.' Early Tillotson * Illinois N. Y France - .. Ohio Maryland - * * Early York (serrate) ! * * * Galbraith ' * George the Fourth '. mf mfmfmfmf Grnsse Mignonne ' ***** Hale's Early ! mf mfmfmfmf Heath Cling I ***** Honest John (yellow) ' nifmfmf Jacques' Rareripe I * * 'Kenrick's Heath * * * La Grange * * * J^arge Early York Late Admirable Lemon Clin? Morris White Mountain Rose Oldmixon Cling j * * ] Oldmixon Free mf mfmfmfmf | President * * *.L. I PuUen's Seedling * * *' Red Cheek Melocoton * * * America Reeves' Favorite- - * * *N.J Smock mt mf.nfmfmf N. J Snow - .' * * * America Stump the World L-.. * * *,N.J Susquehanna * * *|Penn Switzerland ' mfrnfrnf .mf mlmfmfmf * * * # * * * * . f f * * * * * * imarket.. mar.can. Imarket.. Maryland . I N. Y.... market-, amateur Mass... N. E... N.J.... N. Y... France . S. C... mar. etc. mar. etc, mar. etc. market. - can. etc. mar. etc. can. etc. can. etc. can. etc, ivigorous . 'mildews . family . market, family . market, market, market- family . market. mar. etc, vigorous - vigorous, vigorous. vigorous . vigorous, vigorous, vigorous - vigorous - vigorous . APPENDIX. OK PLANTS, Etc. PECULIARITIES OF FRUIT, Etc. Hardin's Foliage, etc Flowers. Product, i Size. Shape. Season. Color. Flavor. o \ product pink , early ...II V. luirdv. deep creen. white prolific kidney -drab 'best early ...\% 1 purple ' »4in. Tfj. igg flesh while! 3 5 ■7 tender .. lo'g, smooth 'green, yel. lo'g.siiiooth 'green, yel. hardy ... yel. green., white product. ■ ■ ' I I hardy ' prolific. broad kid. Ibroad kid. dull white, dull white. l:.te. white . round. -v. early. . |v. early. I prolific, product- Jiirge ...' large ... flattened . cream . white . V. good ..., medium. V. early. Igood hardy ...narrow hardv . . . narrow pink... white . half hard rose w hite. buds ten. hardy ... buds ten. hardy ... buds ten. buds ten. hardy ... not h«alt buds h'y hardy ... buds h'y hardy . . . reniform . globose .. reniform . globose .. globose .. globose .. globose .. globose .. serrate... serrate... globose .. globose .. globose .. globose .- reniform. Ismail moderate Ismail fruitful... small jmoderate small fruitful... Ismail jfruitful... ■ small I small fruitful... small fruitful... small , moderate ilarge product.. small . . -- small moderate Ilarge large jiroduct.. Ismail moderate large .. medium, large ... large ... V. large. V. large, medium, hirge ... medium, iiicdiuin. medium. loundish. roundish, 'globular . roundish. oMong roundish. oblong loundith. round roundish, roundish.. large . lutUiuni V. lirge. roundish. round 'oblong... yellow . . red brown red A-white jellokv ... yellow . . . white red. white. red red it white red Jiwhiie best Aug ] V. good ...Jul. Aug' ibtst l^ept -.— good ... [Aug , good. good good V. good... V. good... V. good... V. good... 1 2 3 4 5 6 7 8 9 10 Aua-lii y el . red . red white ... |Aug Sept I Sept ,Sept.... Jul. Aug Jul. Au ' Jul Aug.... 12 V. good... Aug |13 good Julv H best bept.Oct 1.5 16 good f-cpt 17 good i-ept 18 best Sept. Oct 19 V. good... Aug 20 best Sept 21 good Sept. Oct 22 V. good... Sept [23 24 best Aug. Sep 25 V. good Aug. Sep 20 V. good... Sept 27 ...r :... |28 good Aug. Sep 2') good Sept ^30 good Sept.Oct,31 V. good. .- Aug. Sep 32 V. good-.-;Sept :w V. good... Sept ,34 reniform. reniform. hardy... reniform. hardy .. . globose .. hardy ... globose .. hardy ... reniform. buds ten. reniform . small product. small product. small 'product. small product. small 'product. small iproduct. small product. I large ... IV. large. 'v. large, large ... |V. large. ,v. large, (large ... 'roundish . oblong... oblong. .. roundisli. oval oblong... oval yellow . . . white white red&white white A- red yellow ... white globose.-.- small large globose small 'product., jlarge globose small I'^rge round-ova! roundish., round-oval white-red. red green buds ten. globose .. hardy ... globose .. buds ten. reniform. reniform. globose .. small small small small white 'small product, product, product. product. Ilarge large large large large large round-oval roundisli -- oval - globular . . roundish. . globular .. yellow. . . yellow. .. yellow. . - white . white-red yellow. ... APPENDIX. DISTRICTS. NAMES. N. C. Origin. 34567 Use. PECULIARITIES Class, Etc. IIei"t or Shape 36 37; 38; 30 40 41 Troth's Early Red ' »pf mfnifmfnif N. J market. . Walker's Early * * * niarket-- Ward's Late Free -- [ mfmf nf America .. market. . White Imperiil... «■ * * X. V family.. Yellow Alberge mfmf Fr.ince ... 1... Yellov.' Rareripe * * * America .. mar. eic. yar. Icon's {jVeciari'iie). 1 1' Boston * * 21 Downton * * 3; Early Violet ; * * 4i Elruge - ' mfmfmf England ..; 5 Pitmaston's Orange ' mfmfmf England - vigorous \Armetiiaca (Apricot). \ ' ' " * Mass. ... * England * France.-. 9 10 11 12 13 14 15 16 17 18 19 vigorous. vigorous- Breda * * mfmfmf Africa ... Early Golden * * * * * N. Y Hemskirke -. mfmfmf England . Large Early mfmfmf France. .. Moorpark ._ ...: mfmfmf Eng:and ' Peach ' * * * Piedmont..' ,. Sf'inosa Insii!ti\!,oy Doiiiesiica I i 1 ( Garden Plum) ■ ' Coe's Golden Drop. * * mfmfmf England ..' ...'branches Coe's L'ite Red , mfmfmf [ |do\vny Columbia ' mfmfmf N. Y ' Damson ' * * mfmfnif cook, etc slender, etc... DomineDuIl ' * * * N. Y | Ilong, smooth.. Duane's Purple 'mfmf * * N. Y ' ' 'very downy ... German Prune 'mfmf * * * * * Ger., etc. . dry, etc. - smooth Green Gage ' * * 'France ' short jointed.. Imperial Gage 'mfmf * * mfmfmf N. Y. J ■ - dark, downv .. Jefferson _ ' * * * N. Y { ; 'downy "Large Green Drying ' * * 'England..' ' smooth 20 21 22 Lawrence's Favorite ' mfmfmf N. Y ' _ .'smooth Lombard- - 'mfmf * * N. Y ' ...' nurple, glossy McLaughlin • mfmfmf Maine smooth Prince's Yellow Gage * * N. Y ' ' Red Diaper [ * * France 'smooth Reine Claude de Bavay.. * * France smootu Smith's Orleans mfmfmf X. Y i...' wiossy, purple Washington ' mfmfmf N. V I ' '3o\vny Chicasa ( Chickasaw). I i II I Chickasaw ' ****** * America..' Miner '... * 'La ' WildGoose ' * * * Tenn ' I Cerasus ( Garden Red Cherry) .\ \ 1 Kentisli or Early Rich'ndmfmf mfmf mfmfmf Belgium ..' 2 Late Kentish * * *' * *, 3 Morello, Common. 4 Morello, English. ^ Avium {Bird Cherry). 10 11 13 13 14 15 16 17 18 19 20 * * ' :): # * mfmf mfmf mfmfmf . sm'th, d'k red. spreading-, spreading', spreading. Belle de Choisey * * Belle Magnifique j * * * * Bigarreau or Yel. Spanish * * * Black Eagle * Black Tartarian I * Cleveland 1. _ * Early Purple Guigne * Early White Heart ' * Elton •>:■ Governor Wood '* * * * * Gridlev . . France ' ' upright . . . * market..! spreading *lEngland..' , * Russia ... market..' ...upright ... * Ohio j ,. ' ". *.. ' ..I. 'spreadmg. *:. j r. upright. * England . . ' Late Duke M ly Duke Napoleon Bigarreau Reine Hortense Tradescants Black Heart Mahaleb * * * Seroti7ia ( Wild Black) * * * Padtis (Bird Cherry) * SiViRjE.K (Mkadow Sweet). Optdi folia i^Nine Bark) Donglasii Caliosa * * * * Ohio . * ...market. 'round. I * j 'fastigiate * 'market..! I * I Europe | market.. * 'st'ks orn * wood or. ..'... cm ..'America., orn .. Oreg., etc. orn -- Japan orn shrub ■^bru'' shrub 3— 0 feet. APPENDIX. OF PLANTS, Etc. Hardin's Foliag^cetc Flowers. ! Product globose. .. g^lobose... globose... globose... globose... buds ten globose... PECULIARITIES OF FRUIT, Etc. Size. Shape. Color. Flavor. Season. . small product., medium -iSmall product., large ... . small ... product., large ... . small large ... . small ■ medium . fsmall moderate large ... hardy... globose small product., large ... reniform small | large ... reniform... small large ... reniform small . medium globose large large ... Ill' buds red. ..jproduct.. 'small ... product., small ... medium I i large ... ... I I modenite large ... j V. large. roundish.. 'red roundish., white-red . roundish., white-red . white roundish. .[yellow roundish. .lyel. red... ro'nd-ov'l 'yel. red... ro'nd-ov'l green-red ro'nd-ov'l green-red ro'nd-ov'l :green-red roundish., or. vellow v. good... Jul. Aug. 36 V. good... Aug 37 V. good-.- Sept 38 jbest ;good . ... |v. good.. Aug.... 39 Aug 40. Aug 41 roundish., roundish orange, orange roundish-, yellow roundish., orange roundish., orange roundish . . ' orange v. large, medium v. large, small ... medium V. large, large .-- small --- large product.. V. prod--. vigorous' I product-. I [ product.. i product.. product.. ' product.. ; I product.. I moderate large vigorous! , large .-. thrifty..!. I product.- large. .. hardy.. .j | v. prod... medium hardy I I product.- large -.. hardy... j product., large ... slow 1 large vigorous! pioduct-. large ... V. prod... large — large vigorous hardy... oval round globular .- oval long, oval oval long, oval round oval oval round roundish., ro'd-oval . round oval obovate roundish.. oval ro'd-oval . yellow purp. red . purple purple purple purple blue green green yellow gr. yellow yel. green red yellow yellow purple gr. yellow purple yellow good Aug I 1 V. good...iAug 2 V. good... Aug 3 V. good... Aug 4 best Aug 5 best I Jul. Aug.' 1 V. good...|Tulv 2 best Ijuly 3 V. good...ijuly 4 best Jul. Aug. 5 best Jul. Aug. 6 iv. good.-.'Sept 1 V. good--- Oct 2 good Aug 3 good Au.Sept. 4 good lAu.Sept. 5 good jAug 6 jv. good-.- Sept 7 best Aug I 8 best Aug I 9 best Aug 10 good Sept 11 best Aug 12 good Aug 13 best Aug 14 V. good... July, etc. 15 v. good Aug 16 best Sept 17 \'. good Aug 18 Iv. good Aug |19 20 medium oblong pur. red...i Sept 21 small ...I purple j... July 22 vigorousi hardy ' v. prod.. hardy... ." product- hardy... product. hardy. I medium Iround medium round medium 'round large ...iheart-sh'd moderate ..round- red acid v. g'd.iTune 1 red V. good. ..! July 2 black V. good... Julv : 3 black Igood July ; 4 hardy...; product., large .-- I V. large. moderate large large large... medium hardy ilo'gpetioles .good medium small ... large V. prod... large product.- large ..- large ... product., medium product.. V. large red foot stks [roundisli.- lob. h't sh. job. h't sh. jheart-sh'd r'dh't sh. r'd h't sh. h't-shape . p'k h't sh. h't-shape . h't-shape . ob. h't sh. ob. h't sh. h't-shape - amber red vellow (.1. purple.. black red purple yellow yellow vellow Mack red red yel. red... best June . sub.acid .-July .. sweet jjune . rich June . June Ijune IMav.etc. 11 5 6 7 8 9 10 rich V. good.. V. good... good iMay, J'e 12 V. rich .. best . good sub-acid rich good iune . .. 13 une — 14 'e, 'ulv 15l ulv ■..-". 16 "Mav. J'e 17 J'e, July 18 ......... 19 J'e, July 20 large ... h't shape . black good small black small red .. hardy... heart shap'd white . jlanre-obl'g. pink -. ll.ance-obl'g pink.. APPENDIX. PECULIARITIES Use. Class, Etc. * China orn shrub * * * *'Japan orn shrub 1 2 8 4 6 6 7 8 9 10 11 12 18 14 15 16 17 18 Lanceohta, or Reevesiana...' * Prunifolia * _ . Fragaria (Strawberry)... I iruit run. herbs. Agriculturist - ****** *|j,j.j Austin * * N. V Downer's Prolific. * * * * Kentucky Fillmore * * - Maryland Hei't or Shape slender French's Seedling * * f i f N. j: Green Prolific tr tr tr tr trtrtrN.J. Hovey's Seedling , ****** * Mass jmarket. Jenny'Lind ' * * * Mass market. La C'onstante * * * i strong .. vigorous. moderate vigorous, vigorous vigorous. Large Early Scarlet . Longworth's Prolific. McAvoy's Extra Red. McAvoy's Superior Monitor. f f f f f f lOhio. trial trial Ohio . * * f f Ohio.. * * N. Y.. I Necked Pine f f -America Russeirs Prolific per herbs. small vigorous. vigorous, vigorous. strong .. vigorous, vigorous. ****** * N. Y Triomphe de Gand , * * * * * Belgium Wilson's Albany mfmf mf mf mfmfmf N. Y RuBus (Bramble). . |. Occidentalis{B lack Raspberry) , \ curv. canes, long American Black * * * * ; America ..i cook, etc j American White * * * * * America.. ; Doolittle mfmf mfmf mfmfmfN. Y 'market.. McCormick, or Miami --- mfmf mfmf Ohio jmarket Ohio Everbearing f f mf mf mimfmf Ohio i- i Purple Cane f f f f f f f America., family .. | Idaus {Red Raspberry) , ; erect canes " '-■-■- . Penn everbearing - Conn market.- upright 1' =f * market-., * * [France 'canes green * * Penn amateur mfmf * * * * * Penn market * * * branching. * * Penn * * *'Illinois ... * * Mass * * trial * * * N.J amateur market, market. 7| Catawissa , * * S' Clarke I trial 9J Hudson River Antwerp 10, Imperial — ..... 11 Orange 12i Philadelphia 13 Red Antwerp Villosus (Blackberry) ...... 1 Crystal White 2 Dorchester 3 Kittatinnv 4 New Rochelle or Lawton mf mfmfmfmf N. Y 5 Wilson's Early * * iN.J ROSA (rose). I \Setigera {Prairie) America Ij Baltimore Belle I* ***** * America .. cUmbe^ 2, President * * * * *!America .. climber - 3 Queen of the Prairies ****** * America ..climber - \Rubtginosa {Szveet Brier) i ., Europe 4, Common Sweet Brier ! ****** *j — \Sempervirens {E-vergreen), ! ] 5, Bennett's Seedling * * * 6 Dundee Rambler . * * Multi flora. 7 Seven Sisters [Indica, {China^ etc.) 8 Coup d' Hebe 9, George IV Madame Plantier , Aurora Bougere Caroline Devoniensis 10 11 12 13 14] 15 16 17 18 19 20' 21 22 28 24 * * * * Gloire de Dijon j * Homer Appoline George Peabody . Hermosa Joseph Gourdon Mrs. Bosanquet Paul Joseph Queen of the Bourbons.. Sir Joseph Paxton tall V. strong, short erect. I — 6 feet slender ., * * * * * * * * * * * * * * * * * * * * * * * hybrid Chi. hybrid Chi- hybrid Chi. tea-scented tea-scented tea-scented tea-scented tea-scented tea-scented Bourbon Bourbon Bourbon Bourbon Bourbon Bourbon Bourbon... Bourbon lO APPENDIX. OF PLANTS, Etc. PECULIARITIES OF FRUIT, Etc. 1 Season. Hardin's Foliage, etc. 1 Flowers. Product. Size. Shape. Color. Flavor. oblonp* \vh'e,showy double wh'e white 1 small 1 . 1 May, J'e hardy .. hardv arge, dark. V. large, large ... medium, large ... large V. large. V. large, large ... large ... medium, large ... large ... large ... large ... conical ... crimson... roundish., b. scarlet . roundish., scarlet ... ob. con ...'d. crimson conical ... d. scarlet . round scarlet ... conieal crimson... conical .. .ih. scarlet . conical ... red V. good * 1 ............{ moderate product., moderate good early ... ?ood early ... V. good ... .. 3 8 4 hardy ' lars'e.rouErh 1 ............ pistillate ... hardy ..\ hardy ..] no^ hard medium i arge, thick burn product.. product.. pistillate . . . , product.. good early »^ood...^. early . .. ^ood ..^. V. good ... May, T'e best [May, J'e 6 6 7 8 9 10 1 roundish., roundish., irregular., round, con conical ... round, con conical, etCi irreg. con. b. crimson sc;irlet ... crimson .. b. scarlet . May, j'e n pistillate v. nrod... eood 1?l pistillate. .. product., moderate 18 14 1 pistillate — early ... IS 1 larfire product.. V. large. V. large, large ... d. crimson p-Qod 1A 1. crimson d. crimson 17 hardv -- --- product.. prnod /tnrlv 18 white 1 J'e July small ... small ... large ... large -.- flat 1 flat flat flat flat oblate black white .- 1 ?l V. prod... product.. black black black 8 sweet late 1 4 5 medium. pur. mar'n a tender .. thick white -- J. ju. etc product., product.. medium. large large . .. large ... large ... large ... large ... flat ' conical ... conical ... roundish., conical ... roundish., globular .. d. crimson br't crim.. dull red... bright red. orange pur. red... dark red.. rather acid 7 hardy?.. 8 _ _ pleasant 9 10 V. prod - product. - 11 hardy 1 V. eood 12 in not hard 1 — c; Jul. Aug not prod. medium, large ... large ... V. large, large ... oval ob. con round, con oval ob. oval... cream wh. deep black black black black sweet. 1 9 hardv - product., product., product.. sweet. ... 8 4 sweet early ... 5 clusters blush wh't blush summer, summer, summer. 1 2 haidv -. large ... globular ,. rosy red 8 sinp'le pink 4 .. pure white summer. n 6 clusters I'ge briffht - -.-- bl'h to crim br't pink.. summer. summer. summer, summer, summer. 7 large ... V. large. beautiful . R dark crim. pure white yellowrose deep blush rosy flesh., cream whi. q m clusters . 10 ill larffe fine . '19. laree perpel'al perpet'a, perpet'a perpet'a perpet'a perpet'a perpet'a perpet'a perpet'al il3 larere . . 14 large ... lull fine form . double ... 15 free bl'mr rosy pink, light pink, dvirk crim . light blush rosy flesh, pale flesh, violet pur. fawn 16 17 18 bl'ms pro large double ... 19 90 large ... double ... 91 99. pro. blmr Ifrce bl'mr perpet'a perpet'a 93 1 deep rose. i24 II APPENDIX. 25 26 27 28 29 30 31 32 33 34 35 NAMES. Souvenir de la Malmaison Imperatnce Eugenie Moschata Hybrid. America Celine Forestier Lamarque Solfaterre Centifolia {Provence). Commoi^Ibss . Common Provence * Dwarf Burgundy * DISTRICTS. N. I 234567 Origin. 30 37 38 39 40 41 42 43 44 45 46 47| 48 49 50 51 52 53 54 55 56 57 58 59 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 Luxembourg White Bath Darnascena iDaviask). Madame Hardy Lutea ? Harrison's Yellow Persian Yellow .. Not Referable? Arthur dc Sansal . Baronne Prevost.. Caroline de Sansal. Dr. Arnal Dr. Arnold Gen. Jacqueminot . Giant des Batailles. Gen. Washington.. L'Enfant du Mont Carmel La Reine Lord Raglan Lion des Combats Madame Laffay Madame Rivers Madame Charles Wood. Mrs. Elliott PaBonie Portland Blanche Pius IX Prince Albert Sydonie Amelanchier. Canadensis CJ line-Berry's. Pyrus. Communis (Pear) , Bartlett Belle Lucrative Beurre Bosc Beurre Clairgeau Beurre d'Anjou Beurre Die! Beurre Easter Beurre Giffard.. D.C. Use. PECULIARITIES Class, Etc. Bourbon... Chi.orBeng Noisette Noisette Noisette Noisette Hei't or Shape very strong... vigorous. moss Provence . |Provence . moss luxuriant .-K.. moss America . Europe . . mfmfmfmfmfmfmf England, mfmf mf mf mfmfmfj Belgium . * * mfmf mfmfmfj Belgium.. * * * j France - . mfmf * * mfmfmfj France * * * * [Belgium.. mf mf mfmfmf I .*..-' mfmf * * *|France ... vigorous, vigorous, vigorous . dwarf. vigorous. vigorous . or. etc. hy. per. good grower. shrub or tr. 10 — 30 feet Beurre Langelier ' * * Ijersey Bloodgood ' mfmf mfmfmf Buffum I mfmf mfmf mfmfmf Chaumontel * * Clapp's Favorite ] trial Oearborn's Seedling * * * Doyenne Boussock f Doyenne d'Ete Doyenne White Duchesse d'Angouleme. . Flemish Beauty Glout Morceau Howell Kirtland Lawrence Louise Bonne de Jersey . Onondaga Osband's Summer Rostiezer N. Y R. Island . France ... Mass mfmfmfj Mass f f f f j Belgium .. mfmf f f m m m; Belgium .. amfanif amf amfamf France • mfmf mfmf mfmfmf I France mfmf mfmf mfmfmf] Belgium . . f f .'Belgium.. table jtree mar. etc. 'shoots y.br.upright des. etc. vel. brown, spreading. des. etc.ibr. olive market.- [reddish vigorous.. mar. etc.'yel. brown, spreading. mar. etc.j vigorous.. des. etc. red. yellow, vigorous .. mar. ete.iyel. brown. yel. brown. table etc.: red. brown . tab: & m. moderate vigorous moderate reddish |vig. upright... slender market., j red. brown. 'vig. upright table I red. brown. ' tab. &m. red. brown, up. spreading. tab. &m. red. yellow, upright table jligrht brown iipriglit mar. etc. yel. brown, strong mar. etc. olive brown luxuriant . j^._ dessert .jdark olive., spreading mfmf mfmf mfmfmf Conn 'mar. etc. red. yellow upright , * * |Ohio amateur, olive brown moderate mfmf mfmf mfmfmf L. Island. -imar. & d. {yel. brown, moderate mfmf mfmf mfmfmfl France mar. etc.jolive brown upright mfmf * * * * * Conn ^mar. etc. lOlive brown vigorous mfmf mfmf * * *'N. Y Imar. etCiyel. brown. ' mfmf * * f f f| amateur, olive brown, straggling .. Seckel {mfmf f f mfmfmf Penn jdes. etc.. olive brown, symmetrical Sheldon ' * * * N. Y Imar. etc. |yel. brown .erect , 12 APPENDIX. OK PLANTS, Etc. Hardin's Foliage, etc Flowers. Product. PECULIARITIES OF FRUIT, Etc. Size. { Shape. Color. Flavor. Season. o V. large. .free hl'mr .free bl'nir large. Wnis pro large ... full 'large double. paie flesh. clear rose. perpefl- V. sweet... perpet'l. cream yel. pale yel... ,- ,- pale lemon perpet'l sal. yel fragrant .. perpefl perpet'l. 'perpet'l. suniiner V. sweA... summer 25 '27 28 129 i30 I iSl ,32 33 34 35 .37 38 39 |40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 free bl'mn delicate. pur. crrni.- pure white large ... double white . double double yellow .. gold. yel. summer summer summer summer luxuriant .labu.bl'mr .free bi'mr V. large, large ... full .... double deep rose. best, clear flesh, best br't crini-.lbest I perpet'l, perpet'l perpet'l . free bl'mr . free bl'mr .free bl'mr free Wmr V. large - V. large. V. large. full .... double Ifree bl'mr . abu. blmr .free bl'mr !pro. bl'mr large V. large V. large . full crini. scar- fiery crim. rosy car... pur. red... rosy lilac . sweet fiery crim.i. red scar... rosy crini- pale flesh, brill, red., rosy pur .. cherry red. pure white j pur. red... I best perpefl perpet'l perpet'l perpet'l perpet'l perpefl perpefl perpefl perpefl perpefl iPerpef 1- perpefl. hardy... white :ber. like. purplish ..sweet hardy?., ovate Iwhite product. . large .. folded '- v. prod... large ... blights I product.. . I I regular . product. blights. leaf blights. product . meduim. large ... large .. large ... large .. I large.. ' medium medium Jregular ..imedium regular ..medium large .. I V. prod... large .. I V. prod... small ... I I large ... .... small ... j ' 'medium. ....j ^ V. large. ! product., large ... blights.. I ' large ... ' jL.. early product, .'large ... 1. medium. hardy...! j medium. ! product., large .. I ] large ... prolific... Ismail ... healthy. I prolific... ismall ... hardy ...! ' prolific small ... hardy ...\ ' g. bearer., medium. 13 tap. to s'k. ob. pyr variable.. . pyriform . pvriform - ob. pyr pyriform . roundish., pyriform . pyriform . turliinate.. ob. obov. . pyriform . ob. pyr round i)yr. obovate. .. round ob.. obovate .. obovate .. obovate .. variable... round pyr. obovate... ob. pyr ob. pyr ob. pyr [obov. pyr. jobl. pyr. .. ! obovate... round obo green, etc. yellow green russet |blushed .. greenish .. yellow ... green yellow ... iyellow ... yel. rus... yellow ... yellow. ... lem. yel... light yel.. deej) yel.. yellow ... pale yel... green yel . pale yel... ^reen yel . light yel... russet lem. yel. .. bluslicd... yellow.. .. yellow blushed .. blushed .. russet high jvinous ... .sweet ... sweet ... .[sweet ... vinous ... sweet ... [sweet ... vinous ... vinous ... aromatic. 'sweet ... sweet ... sweet ... I sweet ... sweet ... liigh sweet ... sweet ... sweet ... vinous ... [sweet ... 1 sweet ... I rich vnious ... sweet ... sweet ... j sweet ... isweet ... Sum .etc. . Aug. Sep .Sept . Oct?.... . Oct. Nov .Sept. Oct . Sep. Dec' . Jan. Mar. . Aug.... -Nov. Jan . July ;... 10 . Aug. Sep n . Nov. Dec 12 . Aug.... 13 . Aug 14 . Sent.... 1.^ . Jul. Aug 16 . Sept. Oct 17 . Sept. Oct 18 - Sept.... 19 . Dec. Feb 20 . Sept.Oct 21 . Aug.Scp 22 . Nov. Dec 23 . Sept.Oct 24 . Sept.Oct 25 . Jul. Aug. 26 . Aug.Sep 27 . Aug.Sep[28 . Sep^t.Octl2ft 8 APPENDIX. NAMES. SO 81 82 83 84 35i ij 21 ^ 5l 6 7 8| 10 11 121 13 14 15 16 17 18, 19 20 21 22 23 24 25 26: 27 28| 29 30 311 321 33] 34 35' 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 64 55 66 57 58 59 60 61 62 63 64 65 66l Genesee. Stevens' Tj-son Urbaniste Vicar of Winkfield Waterloo? Winter Nelis Malus {Apple.) American Gold. Russet American Sum. Pear Autumnal Strawberry. Baccolinus F5aile)' Sweet * Baldwin * DISTRICTS. N. S. Origin. I 34567 Use. PECULIARITIES Class, Etc. Belmont Ben Davis Benoni.. Broad we' 1 Bucking^ham Garbage Carolina Red June. Cole's Quince. * * * » * N. Y lamateur dark eray.. mfmf mf mf * * *|Penn |des. etc. 'ol. yel. br.. mfmfmf Belgium ..' !yel. brown. mfmf mfmf m m m France mar. etc. | dark ol. br.. * jamateur [ol. br. gray mf mf mfmfmf mfmfjBelgium ..|des. etc. jred. brown. Asia jfruit 'tree mfmfmf des. etc. red. gray br. * ♦ f f mfmfmf America .desert .. | slender m m mfmf. JN. Y \ | * * * '" n'y * * I Mass * *Va..- * *iKy- t f Mass f f Ohio Hei't or Shape * * * * m m mfmf f f * * m m f f * * .mfmfmf Va -- dark jred. brown. table light olive. . yellowish .. . slender br.. red. brown. red. dark upright .. mod. vig: .. thrifty vigorous . straggling 20 — 50 feet . upright . slow, large upright . thriftv vigorous . spreading spreading large, upright small, upright spreading upright mfmf mfmf mfmfmf N. C table slen, dark.. * * Mass.' I |red. brown.' Cooper - ! * * i liable red. slender Grain's Spice j * * * Cullasaga * * * N. C, upright spreading, spreading. Sweet. Danvers' Win Davidge Domine Duchess of Oldenburg Dyer Early Harvest Early Pennock Early Strawberry. English Golden Russet.. Esopus Spitzenburg Fallawater Fall Janneting Fall Orange Fall Pippin Fall Wine Fall Winesap Fall Swaar of the West.. Fameuse Father Abraham, of 111.. Fink Fulton Gilpin Golden Sweeting Gravenstein Grimes' Golden Harrison Hawley Hawthornden Hewes' Virginia Crab — High -Top Sweeting Hocking Horse Hubbardston Nonsuch.. Hurlbut Terrall Jersey Black Jersey Sweeting Jewett's Fine Red Jonathan "Kentucky Keswick Codlin King of Tompkins Kirkbridgf White Ladies Sweeting.. Lady Apple Large Striped Pearmain . Large Yellow Bough Limber Twig Lowell mfmf * mfmf m f f f f f f mfmf f f ..[Mass 'gray brownirapid growth *iIllinois.'' .. j 1 . * * |N. Y ....ireddish ' m j Russia? | cooking. stout,br'wn f JFrance ...itable dark, erect. f mfmfmfiN, Y ; tab. cook red. brown. f mfmfmf jCOoking. 'erect, dark. m m * * m m f f * * * * N. Y * * * mfmfmf|N'Y"..'"^I * * *!Penn * * * Conn mfmf iMass if. if. % % % % if America . f f f f f mfmf * * mfmf Illinois . mfmf mf mf * * Va *,Ohio.., *|lllinois c c m m m m rnJVa mf mfmfmf mfmfmfConn ******* trial * * * * f f f f mfmf * * f f f mfmfmf mf mfmf mf Holstein.. Va N.J N. Y Scotland . Va Mass N. C. . Mass . Conn , H. Y. slen. olive . slen. olive . slender istout, dark. stout, dark, cooking. |red. diverg. stout, br'wn stout, dark. - stout, dark. . ired. brown. symmetrical .. small spreading spread, small. upright. . upright, large. spreading drooping .. rapid spread .. vigorous strong, erect.. spreading slender, med.- drooping . slen. red.br. jShootsdark. ierect,stout- ired. brown. stout, dark- stout, olive c'k. dry. des. etc. mfmfmf mf mfmfmf trial * * * ♦ * * 'Kentucky, England .. N.J.?.... * * * * m mfmf m * nifmfmf * nit mfmf m nifml'inflN m f f f L. France ... Kentucky. C.?.... mar. etc. mar. etc. mar. etc. desert .. des. etc. des. etc. red. brown. sparse Ight, red,br. Ight, red,br. gray brown stout drooping laig:e upright large, upright. slender med spreading spreading large large, spread. round, ugl}' small, droop., largje, spread.. upright spreading vigorous . drooping. spreading small .. strong. spreading- upright e — vigorous strong spreading. V. dark- light green. slender slender vigorous . small large compact roundhead. H APPENDIX. 8 OF PLANTS, Etc. Hardin's hardv. Foliage, etc. hardy. -.1 hardy--- i tender ..serrate, hardv tender . Flowers. Product. PECULIARITIES OF FRUIT, Etc. Size. Shape. Color. tardv .. white, etc- reddish .-- white product, product, regular . -] large .-. . medium. . 1 medium. . I large -large ... . medium. roundish, ac. pyr... ob. pyr long pyr. ob. pyr... r'na obo . yellow Iblushed . 'pale yel.. pale yel.- blushed . 'russeted . large . . . tender .. crenate hardy large thin. long.. hardy... cankers , narrow dark not hardnarrow short liv crenate tender .., crenate short liv. large .. hardy. short liv. I serrate. not hard hardy, hardy. short liv, whitish white ? product, product, product - product- product . product, product, product, product, product. reddish . whitish reddish product. - whitish reddish white .' . reddish , whitish . white . . , reddish whitish , reddish V. prod.-, product . - product -- product .. product .- product . . not prod . late bear, product. - product., product., product. - product.. Dears y'g. snKill medium, medium. small large large — large - . . large ... small latge ... large ... medium, medium, large ... large ... small ... lar^c ... large . . . large ... large ... medium, medium, medium, large . . . medium, medium, medium, [large ... conical... round r'd obi .. round round flat oblong... oblong round ronnd conical r'nd. con- oblong... rouiad flat fiat round round oonical... iflat flat round flat? conical conical round conical... round reddish white .. reddish white . hardy. hardv. product . not prod, product . not prod, product-, product. . late bear, product . reddish red .... ear. bear ,ear. bear whitish reddish reddish product I .. — I product - [product. [large V. large, medium, [medium, large ... medium, medium. I small ... large small -.. large ... large ... medium, small .. large large small ... medium. large large large medium. russet .. striped.. blushed striped.. striped.. I striped., blushed striped.. striped.. blushed striped-. vellow .. blushed yellow . . striped. - dull red. striped.. green .. striped.. striped.. striped.. yellow .. white striped., striped. - russet .. striped.. green .. Flavor. sweet. . sweet. . rich good... nous sweet. . Season. Aug.Sep 30 Aug. Sep 31 Sep. Oct. 82 Oct. Jan. -33 Sep. Oct. 34 Nov. Jan 35 sub-acid .. Nov. Dec sub-acid .. Aug Sup sub-acid .. Aug. .Sep sub-acid .- Dec.Mli. sweet Oct . sub-acid .. Oct. Jan. sub-acid .. Oct. Pec. sub-acid .- Dec. I an. sub-acid .. Jul. Aug. sweet Dec. sub-acid .- Oct. Dec. sweet Sep. Oct. 12 sub-acid -- Junejuly'l3 sub-acid -- Aug 14 sub-acid .- Sep. Oct. 15 spicy Mar. J ne 16 sweet Jan. Ap'l 17 sweet iDec.jan. 18 1 2 3 4 5 6 7 8 9 10 11 round round flat round roundish- round flat flat flat round round flat flat conical-.. flat flat round round flat round round flat blushed yellow .. striped.. blushed rus. yel. striped.. striped-. wh. yel . blushed striped.. yellow .. striped.. yellow .. yellow .. yellow .. striped.. striped.- yellow .. striped.. yellow .. striped.. striped.. sweet acid acid sub-acid .. sub. acid .. acid acid sub.acid .. acid sweet.' acid acid sub-acid .- acid sub-acid . . sub-acid . . sub-acid .- sub-acid -. sub-acid .- sweet sweet acid sub-acid -. sub.acid .. I sub-acid -- sub-acid -- acid sweet sub-acid .. sub-acid .. sub-acid .. acid Mar. Mv 19 Oct. Dec. 20 Jul. Aug 21 'Sep. Oct. 22 Iunc Vy 23 ul.Aug. 24 ul.Aue. 25 an. I'eb. 20 )ec. I'eb 27 Nov. D'r 28 29 Oct. No? 30 Sep. Pec. 31 Sep.Oct. 32 33 Sep. Oct. 34 Oct.Dcc. 35 M'y July 36 Nov. Jan 37 Nov. D'r 38 Apl.May 39 Aug 40 Aug.Sep 41 Dec. Mar 42 April ... 43 Aug.Sep 44 Jul. Aug. 45 Nov Jan 46 June J'y 47 Aug.-^ep 48 Aug.Sep 49 Oct. Pec. 50 Dec?. -.151 52 Dec .... 53 Aug.Sep .54 Dec .... 55 Nov. Jan 50 57 product . . whitish . product.. ; product.. I sparse i whitish product .. hardy. ..i hardy |.. hardv ] thrifty ..|toothed idark whitish whitish reddish . . -I- . product . product . product . product -product., [small i'arge.. large . medium, medium, medium, medium, large ... meaium. large . .. medium, large ... flat conical... flat oblong... oblong, flat oblong, round. . flat striped., striped,, striped., striped.. sub-acid -. sweet acid sub-acid .. .crenate | whitish not prod thrifty--! ^reddish not prod I i product. small large. conical,.. conical round yellow striped yellow striped... blushed . striped... j yellow .... striped... lyellow acid sub-acid .. sub-acid .- sweet sub-acid .- June Au 58 Nov. Jan 59 J ul.Aug. 60 Dec 61 Pec. Mar 62 63 sweet sub-acid . . sub-acid .. Ju. Aug. 6'! Mar.Apl 65 Aug. Si p 06 15 APPENDIX. o 67 68 69 70 71 72 73 74 75 76 77| 78! 791 SO 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95! 96 97' 98 99 100 101 102 103 104 105 106 107, 108 109 110 111 112| 113 114 115 116 117 118 119 1201 121 122, 123 1 1241 125 126 127 i 1281 DISTRICTS. NAMES. N. C. Orig-inal. Maiden's Blush May of Myers Melon ... Michael Henry Milam Minkler Mother Newtown Pippin Northern Spy. Northern S\\ eet Nickajack Ortlev Paradise Win. Sweet Peck's Pleasant... — Pennock Perry Russet Poninie Grise Porter Primate Pryor's Red Rambo Ranisdell's Sweet Rawles" Janet Red Astrachan Red Canada . Red Russet Rhode Island Greening-.. Richards' Graft Roman Stem Rome Beauty ' Roxbury Russet Sangamon Red Streak Sine Qua Non Smith's Cider Sn-oke House. Sops of Wine Sparks' Late Stannard Stark Stri'd or Scoll'd Gillifl'r.. Striped Pippin Summer Queen Summer Rose Swaar Sweet \'andevere Tart Bough Tewksbury Win. Blush.. Tolman's Sweeting Transcendent Crab Twenty Ounce Apple Vandevere Pippin Wagener Westfield Seek-no-further White Pippin White Winter Pearmain. Winesap Willow Twig Wiliiams' Favorite Wine Ap.Hays'or Pa.R.S Yellow Bellefleur Yellow Ingestrie Yellow Si^'enan Crab Spectabilis{ CliineseFlovj. Crab) Frtinifolia (Siberian Crab)... Baccafa {Berry Crab) Coronaria {American Crab).. Americana (Mountain Asli)... Aucuparia {European Ash) Cydonia (Quince). Vulgaris ( Common Quince) Orange Portugal yaponica ( "Japan Quince) I 2 3 4 567 mfmf mfmfmf mfmf trial * * f f f mfmf * * * * * f f f f f mfmf f f f f * * * * amfamf amfamfmfmf* * * * * * * mfmfmf * * mfmf mfmfmf f f f f f * * * * f f f * * N.J. N. Y. N.J.. Use. PECULIARITIES Class, Etc. Hei't or Shape mar. etc. spreading, market.. Illinois .' . Mass N. Y N. Y \'ermont. Georgia .. N.J.^.... Penn R. I 'eating Penn m.arket market.. -Idark 'reddish table dark green. tab., etc. reddish spreading.. small round head spreading.. eating ..stout, red. market., stout eating .. dark eating ..' large . large . large larif e upright spreading, large mfmf mfmfmf mfmf ; Mass. * * mfmf mfmf mfmf * * mf mfmfmfmf 111^ fmf mfmf mfmf mfmf mfmf mf mfmf Va Penn Conn Va Russia ?. * N. H. I — [slender L ;mar. etc. slender small eat. etc.. slender 'stocky eat. etc.. reddish large eat. etc upright... slender upright mar. etc. brownish .. spreading. market mar. etc. slender ... * # mfmf I * uf mf * * *j f f mfmfmf * * * * * * ***** IN. Y. N.J Ohio . .. Mass Illinois?. N. Y.... Penn imar. etc. dark crooked I I stout, dark. eating ..1 small market.. I slender, red market.. I spreading.. market.. !. eating .. light green, round head. market., slender jvigorous mfmf mfmf mfmf mf * * * mfmf I trial trial I mfmf trial m m * * * * * * f f mfmf * * N. Y... -imarket.. stout ispreading. 5^ tout ; upright ... . mar. etc. large Ispreading. . ' ; brown, red. I upright - lof-R ' — - m m * * f f "f'Y "f' * * * N. Y.. N. T... N.V.. market. . ! spreading. eating ..jstout spreading. eating ..jstout, dark, spreading. slender ' mfmf mfmf * * * * mfmf mfmf mfmf mfmf mfmf * * * mf mf * * * N.J eating ..1 upright... R. I feed, etc. I spreading. f f mfmf * * mfmfTY "f' mfmf mfmf f f mfmfmf mfmf mfmfmf m m m m m m m m * * * * * mfmfmf * * mfmf mfmfmf * * * * * Conn... Penn ?. N. Y... Conn.-. 'eating . tab. etc. N.J...... ^ irginia Mass ^^J Eni^land . China. * * * * * * * * * *1 * * * America. America. Europe. . slender round head .. stout spreading stout upright spreading mar. etclshoots dark upright dark spreading tab, etc..' spreading mar. etc. 'slender spreading ! spreading cook. etc. slender upright — 1.. eat. etc.. [yellowish .. drooj.ing orn I . orn. etc. |. orn I. orn ' . orn '. orn !. mfmf mfmf mfmfmf I * * * ******* Levant small tree small tree medium tree., low trees, etr. Japan. 16 APPENDIX. OF PLANTS, Etc, Hardin'slFoliage.etc. hardv Flowers. ' Product. red hardy. . hardv- - .1. .1. product., product.. PECULIARITIES OF FRUIT, Etc. Size. Shape. Color. Idark reddish product . dixrk tender .. wliite . V. late . .. whitish ireddish hardy. hardy, hardy, hardy. sharp large . hardy., tender . reddish product . moderate product., product., product., product., product., product.. reddisli . scattering', lisrlit green, whitish . wiiitish tender , hardy., hardv.. large wavy tender .. dark hardy., tender . .gray. hardy, hardy- hardy. white .. reddish prcduct- product . product, product - product - product, p: oduct . product . shy?.... product whitish late product, product, product . prodvrct. product. white .. whitish product-. whitish product, product, product, product. large .-. medium- large ... medium. sni;:ll large large ... I medium. .large ... Ilarge ... large I large ... large ... large ... large ... 'medum. 'small ... jlarge ... meaiuni. 'large ... nicdium. medium. medium. large ... 'medium. large ... large ... riiedium. luedium. 'large ... ,! large ... large ... med'um. , iTiedium. large ... . medium. , medium, .'large.... , jlarge. . 'flat blushed round. yellow .. flat slriptd.. conical ytllow.. striped, striped. large conical flat joblong striped round 'yellow . conical j striped. |round yellow . flat striped. jo'- long yellow . round white . . round lyellow . I5at striped. flat irusbct . flat ruhset . joblorg [yellow . [round jyellow . round russet . fl.at striped. 'oblong 'striped. |coniciu jstriped. flat striped. conical ^striped. 'rourid russet . flat green . flat 'striped. jiound yellow . 'flat.' striped. jflat russet . 'conical 'striped. 'conical white .. round striped . I flat striped. 'round striped. oblong j'tllow . roundish., striped. roundish., striped. oblong 'striped . Season. , Flavor. '* acid , swtet sub-acid sweet ub-acid sub-acid , sweet acid acid .^pweet sub-acid ac id s'.veit sub-acid sub-acid acid sub-acid acid sub-acid sub-acid sub-acid sweet... sub-acid acid sub-acid sub-.acid sub-acid sub-acid sub-acid - jsub-acid - acid - 'sub-acid . sub-acid . |sub-acid . sub-acid - sub-acid . 'sub-acid --- sub-acid ..sub-acid ..'sub-acid I .. .'Sep. Oct. - May Jun . Nov. Jan . Dec.Jan. . Dec.Jan. .Mar. Mv -iCct. Jan. - Dec.Mh. - Die. -M'y -ISept....' .Mar. My .Nov. Jan . Dec. Mar ,. Dec.Jan. i .'Dcc.Veb .. Dec.Jan. .. Jan. M'h .. I Aug. Oct ..Jul. Aug. ..,Dec.Feb ..Oct Dec; . Sep. Pec. .. Feb. M'h lulv ..-I . )ec. Feb --ijan. Ap'l -.:f;ct.Dtc.' -- Sep.Gct.[ .-Dec. Jan. j --Dec. Feb ..Nov Jan ..iNov.?... 67 m 69 70 7.3 74 75 70 IJul.Aug. jDec.Jan. 78 7!) 80 81 82 83 84 85 86 87 88 89 Julv 1 90 Dec. Feb! 91 92 93 94 95 96 97 98 1 99 loo .Oct. Nov Idi .July Sept 102 . Dcc.Jin. 1(3 . Nov. Feb 104 .'Dec. May 105 . Sepl ...- 106 •- 107- -llul.Aug. 108 ..Jul. Aug. 109 - Dec.Jan. llO -iDecIan. IH .--—."-— 112 .-iMar..\pl 113 .- Sep.J.iu. 114 .-'Aug. Sep ll5 ..Oct. Dec. Il6 ..jDec 117 ..jNov.Dec 118 ..|Dec 119 ..jDec.fan. 120 .iDec.Mar 121 .. Jan. .Mar. 122 .. Dec. Apl 123 ..Jul. Aug. 124 ..Oct. Dec. 125 ..jOct.Jan. 126 ..[Sep. Oct. 127 .. Aug.Stp 128 hardy?., crenate .whitish hardy glaucous iTarge . ... reddish product?, product, product., product.. large ... small ... large large cor ical round round flat hardv.. 1 waved hardy... , I'arte . whitish hardv jserrate. large hardv. red reddish .. product., product., product., ear. bear product., product., produi t ., product, product . product . product. lender .-small wlutisli i product shy? ... large . . smooth . ovate ... poii.ted , oblong. white.. .. rose, etc. white .white reddi.Oi .. 'white 'white product small ... medium . small ... ;large large jlarge.... medium, medium, medium, medium. large medium, large ... ,)arge ... small ... , small ... flat round oblong conical flat flat conical round 'conical conical round round flat. conical round otlong stripi d.. striped., yellow .. striped.. white blushed yellow .. Hushed striped-- striped.. striped.. striped.. white Acllow .. hlushcd striped., striped., striped., yellow .. yellow .. yellow .. ,. sub-acid .. sub-acid .. sub-.acid .-'sweet--. .-lacid ..[acid .. |Sw eet... . . sub-acid .-'acid .-lacid .-'sub-acid .- |sub-acid ..acid . .'sub-acid ..lacid ,. [sub-acid .. sub-iicid . . arid ,. acid -acid .-'acid yellowish . .1 green . scarlet . scarlet . oval ! white ] large white shy . . . large round V. Targe, ob. ovate. yellow I Sep. Oct. yellowish .'mild '7 lO APPENDIX. NAMES. DISTRICTS. j i Use. PECULIARITIES 1 i N. C. S. Origin. 1234567 Class, Etc. Hei't or Shape Blush Crimson CALYCANTHUS FAM'Y. CAI.YCANTHUS. 1 Floridus I SAXIFRAGE. RiBES (Currant, Etc.) Grossularis {Eng. GooseFry.) Woodward's Whitesm'h. Hirtelliim f • Downing's Seedling Houghton's Seedling Mountain Seedling Pale -Red Ruhrum (Red Currant.) Cherry- * * * « ***** America .1 orn truit. or.' shrub • 1 1 1 * * * * _ inf uifmf ml rafmfmf * * ******* mtmf * * mfmfmf; * * ' * * * * * * j Europe ... England ? N. Y - Mass fruit family... erect ' slender upright spreading straggling.... upright 3 4 1 2 N. Y Italy market.. strong slander stout. strong 3 La Versaillaise.. France 4 Long Hunched Red 5 Red Dutch ' i mimfmf mf mfmfmf f f f f fj mfmf mf mf * * *j f f mfmfmfmfmf fam. etc. erect 6 Victoria slender spreading 7 Whitfi nntrh 8 amateur t slender spreading Black Naples.. mfmf * * coarse * * * * * * America . i Large Fruited Missouri. Sa flP'U 271 SU 1H fruit, etc. orn ' * * Oreg., etc. 'apan? ] apan, etc. " " Philadelphus syringa. Coronarms {Mock Orange)... Deutzia. Gracilis ******** '*'"*"'*"* * * * * * * * orn. erect 1 shruh shrub 2 feet Scabra ***** America .. S feet- i3(l,feet WITCH HAZEL. LiQlTIDAMBAR. * * * orn tree annual GOURD. CucuKBiTA (Pump. & SquA.) Pepo (Pumpkin). 1 * * * * « «) * * 1 3 Yellow Field * * * * stock ... cooking, cooking. 12 feet.. 1 2 3 Verrucosa, etc. Bush Sum. Wart Cr.Neck Early Yel. Bush Scollo'd. Autumnal Marrow Hubbard ******* ******* ******* 4: ***** * ***** 2 1-2 feet 2 1-2 feet 12 feet 4 12 feet 5 Turban fi Vegetable Marrow Citrullus (Watermelon) Vulgaris. Black Snanish ******* * * 12 feet 1 o ***** 3 * * :::.::::.: 4 Mountain Sprout CucuMis (M'k. Melo.^, &c.) \Melo. ******* * 1 1 * 5 W^hite Taoan * * 6 Ward's Nectar * * 7 * * * East India. 1 Earlv Cluster ***** ^ Farlv Frame ***** 6 — 10 feet 3 * « 4 « « * « * PARSLEY. Daucus (Carrot.) Car Ota (Common Carrot). Eur'e.,etc. bien Iierb. . 18 APPENDIX. lO OF PLANTS, Etc. PECULIARITIES OF FRUIT, Etc. Hardin's Foliage.etc. Flowers. Product. Size. Shape. oval Iblush oval 'crimson . small . Ismail . dull red. Color. I Flavor. Season. green Igreen uneatable. mildews ' product.. 'large 'roundish..! white best. vigorous vigorous vigorous! vigorous' thick. large V. prod... irediuui. rourdish ..[whitish ... v. prod... intdiuni. roundish.. [pale red... product., large oval jbrown red V. prod . small oval pale red... product?. !v. large, round 'deep red.. product.. jlarge — round yellow .. iv. good... Iv. good good. V. good j'e. product V. prod... V. prod... V. prod product?, product?. V. large, round dark red .. large round deep red. large — round dee]) red.. large — round light red.. large ... round yel. white. V. large, round white yel . nch acid..; ' acid.. jlate . sweetish .., early sweet I product. V. large black sweet. yellow . . rose red. V. large. black ovate .creamwhite jlate sp'g ovate snow white 'ovate ......'dull white.. white . .'late sp'g ■ summer. • late :aut. pur. red|greenish 'large V. prod j large product. . imedium. large ... flat red or large ...'roundish..'or. yellow medium. I oblong yellow small ... hcmisph'l. [yellow medium, ovoid cr. yellow. medium.'oval 'cl.bl.ol.gr. medium. I turban t^rick rea.. small ...'oblong pale yel... sweet., coarse . .1. hardy hardy product., large ...Iroundish.. d. green'., prolific... [large ...'round pale green v. good . food ... est ... best best early . early ;late . ;late . late . best. [early . V. prod... 'large — long oval , product, product. .]large 'roundish.. v. good striped. best. product.. medium . round ' grccn niedium. [large ...joMong medium, roundish.. pale green cream whi. V. good. best best .. .. V. good. early haidv hardy v. prod. V. prod. V. prod. small 'oblong small ...[oblong... small ...[oblong... large long 'd'p good good good green, v. good- green ... . 'd'p green early . .. [early,. .. V. early . 19 II APPENDIX. NAMES. DISTRICTS. Original. Use. PECULIARITIES N. C. S. I 234567 d Class, Etc. Hti't or Shape 1 TT-irlv Horn ***** eating .. 0 inches 2 I.onti^ Orange Apium (Celery, Etc.) * * * * st'k, etc. 15 inches Europe .. bien. herb 1 White SoHd * * * * eat. etc.. stronggrow bien. herb.. tall Carum (Caraway, Etc.) * * * Europe .. cookinff. Pastinaca (Parsnip). s Europe .. bien. herb.. 1 2 3 Ouernsev * * Guernsey, cook.etc. i feet Large Hollow Crown * * * * * * *' ' ' ^DOGWOOD. CORNUS. Florida ( Flozveriiiff Dogvjood) Sa?igt4ima ( Red Ttvig' Dog''d) HONEYSUCKLE. LONI.-ERA. Semtervi'en^i Trumpet Flozv) Sc-irlet Trumpet ^nf^onicci ( C/tinese^ :?:***** -T^ orn 12 — 30 ftet * * * * * Eurone 1 orn - ******* ******* America.. orn orn climber 1 climber Japan? climber Tarlnyica ( 'Tartarian^ ' shrub 5—8 feet.. 1 2 3 1 2 ***** * * * * Upritrlit White orn TJnrio-ht Vellow * * orn Viburnum. Opuhis Cranberrv Tree America.. Europe ... China Mexico fruit, etc. orn Snowball COMPOSITE. Callistephus. Chincnsis ( C!i ina Aster) Dahlia. Varia b His ****** * ** ** ** ** ** ** ** * * * orn 5 3 4 5 6 7 e orn per. herb... * * * Bannaid Clio Dandy Dr. Bozes Duke of Wellington * * _ * * * * * * * ^ * * * * 1 * * < Q Kr':inlf !smith * * 1 1 10 ***** 1 11 12 13 14 John Keynes Marc Antony Mauve * * * * * * * j Mt RUinr * * ' 15 Pafillo Ifi rinfiTi Mnh * * * ' ] " 1 ] * * * * -f * 1 17 18 1 "R*ir-nl-it-^1TlHf * * 19 Rirhard Cohden 20 \Vil1!-,im DnHrl _ * * * * * * ■ HEAIH. Gaylussacia (Huckleb'y') Kesinosa (C(m. c- Black H.) Vacctnium. Corymhosnyn ( Com. S. Blue''y] Pen iisylva n icit m[ Dzu'J Blue'' v] ■ America -. fruit eat. etc.. fruit shrub 1—3 feet 1 shrub '3 — 10 fe-t shrub 6 — 15 inches. .. shrub I — 3 feet 1 tree 20 — 60 feet 1 . 1 EBONY. DiosPY'Ros (Persimmon). Virgtniana ( Common) * * * * < 1 America. - fruit, etc. orn orn, etc orn • BIGNONIA. Tfcoma (Thumpet Flow). Radicans (Triimpet Creeper). Catalpa. Higno7iioides - ******* ** ** ** ** ** ** KA 1 America .. Amp^rirn climber tree herbs 30—90 feet 1 VERVAIN. Verbena. POLEMONIUM. Phlox. ** ** ** ** ** ** ** America.- 1 20 APPENDIX. II OF PLANTS, Etc. PECULIARITIES OF FRUIT, Etc. Season. Hardin's Foliage, etc Flowers. Product. Size. Shape. Color. Flavor. 6 ■ 1 small ... large ... cylindrical orange red or V. good... good early ... late 1 ■" 1 2 j 1 hardy ... 1 1 1 1 earlv ... 1 1 "**""""""""i ! i 1 1 s!iort ' 9, R 1 ovate in. white yel dark . scarlet, etc. red 1 I heartshap'd 1 red red , 1 2 3 white ' 1 1 white small ... oblong bright red acid 1 •?, 1 pinnate "" 1 9 p 4 hlu. cri. etc. bright scar. ' 5 " H 7 vel. it white 8 .. 9 .-- scarlet, etc. rose & buff. 10 11 n 1 13 pure white. ! 14 1 ■ 15 Ifi 17 scar-&white dark 1 " 18 1 19 20 " liardv • oval small miind black sweet small ... small ... small ... sma. etc. round oW'g, etc. round, etc. roundish.. ililack ;bl.ck red i yellow sweet sweet acid v.swett... i 1 late Scpt.Dec 1 yellow, etc tender 21 12 APPENDIX. NAMES. DISTRICTS. N. 234567 Origin. Use. PECULIARITIES Drummondii I** ** ** ** ** ** ** Texas CONVOLVULUS. IpoMCEA (Morn. Glory). Batatas ( Szveet Potato) Brazilian Nanseinond NIGHTSHADE. Lycopersicum (Tomato), i ' .Esaikntum ,S. America] . E.&W.Ind :tuberous . ;S. Amer. ? market- - *; Virginia ..'eat. etc.. IN.J. Class, Etc. annuaL herb . per herb. an. herb Cook's Favorite I * Fejee I * Keyes' Early Prolific 1 * Large Red * Large Round Smooth 1 * * * Larare Yellow . * * * lild'en * * * SoLANUM (Nightshade). i i Melonge7ia {Egg Plant) ! ; Africa, etc. [cooking, lan. herb Long Purple i * * * * *' 1 | Hei't or Shape 2 — 3 feet 1 21 3 ^1 6' i 10 11 12 * West * * * * * * * * * * * * vigorous. medium.. Tuberosum (Potato). Buckeye --1 * * * Early Dvkeman | * * * Early Goodrich * Early Rose - * Earlv White Sprout * Earlv York- * * * English Fluke * * * Gleason - * Neshannock ' * Peach Blow _ * * * Prmce Albert--. !- * Shaker Russet | * Petunia. VioJacea (Petunias), ** ** ** ** ** ** **S. America orn DOGBANE. ViNCA (Periwinkle). ** ** ** ** ** ** **i OLIVE. FORSYHIA. Viridissima - * * Sy'ringa. Vulgaris {Common) * * Persica (Persian) ' * * Chionanthus. Virginica (Fringe Tree) tend. Fraxinus (Ash). , ; : ' Excelsior (English Ash) * * , Europe ... orn ,tree 80-90 feet Pendula i --* Americana ( White). Europe ? . an. herb . I orn ! perennial China, etc. orn i shrub Persia? ..-iorn . Persia orn . * America-- orn . shrub shrub shrub . trailing herb.. vigorous 8— isieet * lEurope. Samhucifolia ( Black) ^uadrangulata ( Blue) GOOSEFOOT. Beta (Beet). Vulgaris (Common Beet) Bassano Blood Turnip Long Smooth Blood.. .. White Sugar BUCKWHEAT FAMILY Rheum (Rhubarb). | Rhaponiicum •■ Linnseus ' * Victoria.. i * * * LAUREL FAMILY. | Sassafras | — Officinale ! * * .. SPURGE. ! Buxus. Sempervirens ( Box) NETTLE. Ulmus (Elm). Fulva (Slippery) Campestris ( English) Americana ( White) ** ** ** ** ** ** ** I America * America .. * * * I America ..orn \ I ..itim. etc.jtree lioo feet . .. ih'ps, etc. small tree..] tim. etc. 'tree - 70 feet .. S. Europe, food Italy I bien. herb. Asia?. food, etc per herb. America ..orn. etc. Mediter'n orn. bor, tree. ♦* ** ** ** ** ** ** America.. , * * European- [** ** ** ** ** ♦* ** America .. 22 orn tree. orn tree . orn. etc.ltree- 18 inches . 16 inches . 20 — 70 feet 40 — go feet 60 — ^70 feet 100 feet -- APPENDIX. 12 OF PLANTS, Etc. | PECULIARITIES OF FRUIT, Etc. Season. Hardin's! Foliagfcetc 1 Flowers. ' Product. Size. Shape. Color. Flavot. d ' 1 various ...........■•-! 1 1 1 j .. , . ... i ...........I....... ; laree 1 ; 1 1 yellow sweet- early ... 2 1 ' lightgreen.^ | prolific... medium oval 1 deep red-.l 1 hardy- -- red good ... , 1 V. early., late late .1 2 8 .'."...... large ... flat round flat red igood br. red 4 5 prolific prolific... large- large ... yellow scarlet sweet 1 6 oval good ' early ...' 7 ..... -.-- .--.-.....*. purple product., product.. oblong large ...iround large ... roundish.. purple white v. good white variable- -- white V. good... V. early, early ... v. early. 1 1 9 3 4 5 .. .. 6 7 8 9 *■ product?. large... roundish.. pink red .- 10 11 1? oblong ovate purple, etc. .... ..... pale vio. etc lilac pur.etc . hardy.. - brightgreen flat, ob ... Iiardv num. erect, erect scanty small ... medium v. large large ... flat turbincle.- rose red... nur. red... Diack pur . white 1 good V. good... V. good... sugary v. early, early ... late late 1 •? 3 fusiform .. 4 small ' DTOduCt high flavor acid early ... 1 * dp gr.aut.rd small ... oblong purple late tender . . rose red aut. yellow, aut. vellow. aut. vellow. »3 13 APPENDIX. NAMES. DISTRICTS. N. 234567 S. Origin. Use. PECULIARITIES Class, Etc. iHei't or Shape Alata ( Winged) MoRus (Mulberry.) Rubra {Red) Alba Downing's Everbearing. M-ELURA. Aurantiaca {Osage Orange).. PLANE-TREE FAMILY, Platanus. Occidentalis {Syrainare) WALNUT FAMILY. JUGLANS (Walnut.) Cinerea (Butternut) Nigra {Black Walnut) Regia {English Walnut) Carta (Hickory.) Oliiceformis {Pecan) Alba [She/lbark) Sulcata ( West. Shellbark) Amara ( Bitter nut) OAK FxVMILY. QUEKCUS. Alba {White Oak) Macrocarpa {Orercup) Primes {Chestnut) j Cocciiiea {Scarlet) - Tinctoria { Black) \Rubra {Red') \Palustris (Su'atnp, Spanish). I Castanea (Chestnut.) Vesca (European) {Americana) Fagus (Beech.) Ferrufiinea {American) Sylvatica {Etiropeati) Purpurea - CORYLUS. AreUana {Filbert) [Americana (Hazel) OSTRYA. Virgtnica (Hop Hornbean) .. ■ BIRCH FAMILY. Bjtula (Birch.) \Lenta (Sweet) - \Alba {White) \Populifolia \ Nigra (Red) \VlLLOW FAMILY. Salix (Willow.) Purpurea {Purple) Vim inalis ( Basket). Babylonia ( Weeping) Alba ( White) Vitellina { Golden ) Caprea { Goat if '. ) Forbyana {Forbes W.) PopuLus (Poplar.) Alba{Abele\.... Dilatata {Lombardy) Monilifera { Cottotnvood) Balsamifera ( Balsam) PINE FAMILY. PiNUS (Pine.) Ponder osa {Heavy Wooded).. Sylrcstris (Scotcli^ Austriaca {Austrian) Resmosa (Red) - Sirobus { White) Abies (i-PRUCE Fir.) Excelsa (Norway)..: Nigra (Black) Alba { White) --. Canadenf is (Hemlock ' * * * ******* America .. orn , America . Ciiina * * * ** ** ** ** ** ** ** N. Y, tim . etC- leav. etc. fruit Ark., etc. America . hed. etc. ** ** ** ** ** ** ** America . ** ** ** ** ** ** **lAmerica . * * *!Asia * * *llll., etc. . ** ** ** ** ** ** ** America . * * * * * America . * * * * America. ** ** ** ** ** ** **' America. ** ** ** ** ** ** ** America . * * * * * America. America. ****** *! America. ** ** ** ** *♦ ** **lAmerica. * * * America. ** ** ** ** ** ** ** * * * * -T^ ^ •P * Europe .. America . Anitrica . Eurrpe .. tim. etc. tim. etc- nuts, etc. nuts,etc- tim. etc. nuts, etc. timber .. tim. etc- tim. etc. tim. etc. tim. etc. tim. etc. tim. etc- orn. etc. lEurope.. * * * America. fruit, etc, orn. etc- orn. etc. * * * * * * * * [America. ■| nuts * * I America . * * * * * * *| * * * * 'America. * * America. * * * * * * * * * * ** ** ** ** ** *-.: ****** * * * * Europe . . Europe .. Orient * I Europe .. *lEurope .. England. England . * * Europe.. ** ** ** ** ** ** ** liurope ** ** ** ** ** ** ** America . * * 'America. ** ** ** ** ** ** ** California. ** ** ** ** ** ** **lEurope ** ** ** ** ** ** **! Austria I ***** * *|America.. ** ** ** ** ** ** **! Am.erica .. **■ ** ** ** ** ** **iEurope * * * * 'America.. ** ** ** ** ** ** **'America,. I** ** ** ** * * *l America.. timber . timber . orn orn tree. lovvtree 15— 25 feet small tree.-! low tree, tree 25 — 50 feet .. 125 feet tree :20 — 50 feet .. tree jiio itet tree 130 feet [60— So feet 60 — So feet 160 feet 70 — 100 feet. [125 feet 90 feet 8c — 90 feet.. 60—90 feet.. 60 — 80 feet. . . 60 — 80 feet loo feet 5 — 10 feet 4 — 6 feet . 30 — 50 feet. 30 — 60 feet.. 20 — 25 feet.. 20 — 25 feet. 40 — 70 feet. baskets . baskets . orn tim. etc. os'rs, etc orn bask, etc 30 — 50 feet 30 — 60 feet 30 — 50 feet orn spreading orn |fastigiate. tim. etc. [spreading .. medici'al round head. timber .. timber .. timber .. timber .. tim. etc. ^'30 — 60 feet ■ .60— So feet , 130 feet So feet orn. etc. orn orn orn 100 feet So feet . 50—80 feet ... 100 — 200 feet . I2C — 150 feet - 75 feet 25 — 50 feet 7c — 80 feet ... 24 APPENDIX. 13 OF PLANTS, Etc. PECULIARITIES OF. FRUIT, Etc. Season. Hardin's Foliage, etc| Flowers. 1 Product. Size. 1 Shape. Color. Flavor. d 1 1 .. 1 1 small --. :ylindrical jurple sweet early --- tender - small ... :ylindrical black sweet ev. bear- 1 ''lossy ----- i 1 tend. N. ^ V larp^e -. globular . . oblong roundish.. d'p. brown brown black 1 1 aut. yeUow] aut. Vellowi ■ 1 1 large ..-i large .-- sweet 1 .1 sweet 1 tender . - :::: : .:: : i 1 1 medium, small ... V. large. mcdium. small ... V. large, larsre . . . oblong-. .- best [ 1 flat flat globular .- oblong white yellowish white V. good 1 good - ' bitter pale ^reen. sweet 1 roundish.. " • * "■ oblong lanceolate . lanceolate . ob. ovate ^1. — small sweet small brown sweet ..•...--• .. ..... >..- heart-shape heart-shape ovate . large ... small--. roundish., roundish.. brown brown sweet ovate . . trloSSV .... ovate . - - - . - .. .. lanceo'ate . ovate --_ - lipart-shan** triangular lancc-ovate 3 in sheath. J2 in .sl.cath. |2 in sheath. 2 in sheath- 's in sheath. short . 1 1 j large ■ medium, medium, medium. ' lare^e 1 i la.rE^e |v. short small . short small tender . . 'v. short 1 V. small. .-...---- 35. 14 APPENDIX. NAMES. o, Balsamea (Balsam) Pectinata (Silver Fir) Larix (Larch.) Etiropea (European.) Americana (American) Taxodium (Cypress.) Disticliuin (American) Thiija (Arbor Vit^.) Occide)italis (American) Var. Siberian JuNiPERUS (Juniper.) Virginiana (Red Cedar) Sabina (Savin) Salisburia. Adiantifolia (Ginkgo) Tree... AMARYLLIS. Narcissus. Polianthes (Tuberose.) Tuberosa IRIS FAMILY. 'Iris (Flower de Luce.) Germanica ( Comtnon) LILY FAMILY. LiLIUM. Tigrinum ( Tiger) Carol! num ( Carolina) Speciosum Auraium ( Golden) yaponicujn ( Japan) Candidum Lon^iflorum TiLiPA (Tulip.) Gesneriana (Comtnon) Allium (Onion, £tc.) Cepa ( Onion) Clove Top Wethersfield Large Red. DISTRICTS. N. S. Origin. 23456 * * tend. * * * * ♦(America .. * Europe * Europe. -- * N.Amer... * * * *, America.. ** ** ** ** ** ** *=i-, America -- ** ** ** ** ** ** **^England .''- I ** ** *# ** ** ** ** America -- * * * * * Europe Use. orn . orn . tim. etc. tim. etc. tim. etc. orn orn tim. etc. Japan ** ** ** ** ****** ** ** ** ** ** ** ** Mexico ** ** ** ** *>;■ ** ** Yellow Danvers- Hyacinthus. Orientalis YUCCA. Filamentosa GRASS FAMILY. Zea. Maize (Indian Corn). 1 Adams' Early 2 Bates' Early 3 Forty Days 4 Mammoth Sugar 5 Stowell's Evergreen. 6, Tuscarora Europe PECULIARITIES Class, Etc. IHei't or Shape . I30 — 40 feet . iioo — iSo feet .. . 'So— 100 feet... ji20 feet 1 20 — 25 feet 130 — ^40 feet *, China orn . ♦America .. orn . orn ***** * * __ * * * * * * * * * Japan * jPersia, etc * * *Japan * * I Japan * --Japan AsiaMin.. [Europe ... .1: * Conn. * Mass. orn . orn . orn . orn , 40 — So feet... per. herb . per. herb . per. herb . per. herb . orn eat. etc. per. herb . per. herb . 4— S feet . 2 — 3 feet . 1—3 feet. I — 3 feet . 2 feet I foot. . |mar. etc. ** ** ** ** ** ** **, Levant ** ** ** ** ** ** ** orn per. herb , * * * * America - - gram mar. etc. an. herb . 3—6 feet. 8— II feet 6—7 feet . S— 6 feet. 26 APPENDIX- H OF PLANTS, Etc. PECULIARITIES OF FRUIT, Etc. Season. Hardin's Foliage, etc. Flowers. Product Size. Shape. Color. Flavor. 6 2; tender short larp'e short ..' laree short small V. small- short 'small ... sm'\ll ,, small * small - 'small ._ small -- small while, etc. . deep violet. 1 . or. red ...1 .-_...'.-._. while, etc 1.... ... ... white , hollow 1 1 large ... roundish. - coarse 9. roundish., globular.. red 3 product. . 'large yellow mild ... 4 ! large T— S in _ cylindrical white, etc. white not sweet. early ... 1 ' 9, 8 late medium medium 4 product.. '6—^ in conical 5 el. white, white sweet not sweet. 5 |i2 m 6 27 INDEX. Address — Of A. C. Hammond 322 Of President W. C. Flagg 5 Of Welcome, A. Kitchell 3 Allen Martin — Report 339 Amendment of Constitution 38, 40 Andrews, Dr. C.^Essay 243 Annual Meeting- — Place'of- 157, 15S Apples 335, 337 Bitter Rot of. 346 Crop of 1870, 29, 34, 36, 71, 73, 74, 76, 86, 236, 306 Crab, Siberian 26, 84, 211, 243, 255 Grafting 315 History of 12 Lists of, 234, 250, 352, 253, 255, 256, 257, 283, 286, 289, 291, 300, 319, 329, 339, 340, 341, 342. 350, 351 34S Orchards, Cultivation of, 233, 282, 383, ^ . . ■ ^ 346, 34S Orchards m Grass 29, 83 Preservation of.. 349 Reports upon 78, 210 Seedling 84 Trees, Cultivation of 78 Variations in 66 Varieties of Am. Sum. Pearmain 339, 343 Autumn Strawberry 85, 343 Baldwin Sj, 87, 339, 343 Barnhill Summer Sj Belmot 341 Ben Davis, 29,85, 251, 254,315, 3+3. 347 Benoni ij, 253 Carolina June, 34,68,85,253,317 Cayuga Red Streak, 85, 254, 343 Cole's Quince .342 Domine..85, 234, 254. 342397, 348 Duchess ot Oldenburg, 85, 87, 250, 253, 342 Early Harvest 255, 342 Early Nonpareil 234 Early Nonsuch 234 Early Pennock, 85, 234, 250,253, 339i 342 Early Red Margaret 340 Early White 234 Esopus Spitzenburg 85, 87 Fall King 284 Fall Orange S5 Fall Swaar 85,343 Fall Wine 85, 251 Kail Winesap 85, 254 Fameuse 68, 85, 234, 251, 342 Gilpin 85, 234, 315, 342 Golden Russet, 35, 76, ^5, 254, 342 Golden Sweet 250 Green Newtown Pippin 282 Grimes' Golden 343 Hawley 342 Varieties of Holland Pippin 85 Horse (Haas) 234 Hubbell 33S, 342 Jonathan, 76, 85, 251, 254, 342, 348 Keswick Codlin, 85, 250, 255, 343 Kirkbridge Wliite 234 Limber Twig 29 Lowell 85, 250,254, 343 Maiden's Blush,35,85, 250, 315, ,, n 34O' 342 Ma^ flower 292,335 Mifam... 273,283,338,340 Mmkler 85, 254, jiz Northern Sp)' 76, 254 Northern Sweet.. 85 Ortley 28, 212 Pennock 339 Perry Russet --343 Porter 251 Pryor's Red 67 Rami'" 35' 251. 342. 347i SJO Ramsdell's Sweet 85 Ra'vles' Janet, 29, 85, 242, 251, ,, , . o ^73. 343 Red Astrachan, 39, S7, 233, 250, 3«S' 342 Red Canada 343 Rhode Isl. Greening, 67, 85, 87, ^ ^., . 343.347 Romanite — See Gilfnn. Ro}Tian Stem 35, 85 Rome Beauty 35-347 Seek-no-further (Westfield), ^ . , ^. , ^S. 236, 315. 343 Smith s Cider 76, 251, 34S Snow — -See Fameuse. Sops of Wine, 85, 87, 250, 254, 255 Soulard 234 Stannard 85, 251 St. Paul 211 Summer Queen 254,315 Swaar 85 Sweet Bough 342 Sweet June. 85, 342 Sweet V'andevere 2S3 Tetofsky. 87 Tolman's Sweet 85 Tompkirs Co. King 343 Trnnscendent 244 Twenty Oz.— See Cayuga Red Streak. Vande vere 85, 343 Vandevere Pippin 273 Wagoner --S'S' 342 White Pippin 251, 342 White Winter Pearmain, 28, 85, 211, 212 Willow. 29, 34, 65, 85, 87, 234, 251, 254, 2SS, 34J 28 INDEX. Apples — Varieties of Winesap. 251,254,317,342, 34S Yellow Bellflower, 254, 27^,315, 33S. 343- 347 Yellow June 234 Argyll, Kxtracts from S9' °S Bacon, T. L. — Letter 36 Bancroft, L. — Report 347 Barlcr. O. L.— Essay 310 Belts, or Wind Breaks, 16, 30, 36, 3S, 51 , 56, S3, 286 Bills. Audited 216 Bindings Transactions 40 Birds 37, 129, 330 Blackberry — Disease of 217 Blackberries — Lists, 256, 258, 290, 300, 301, 330 Natives 301 Pruning 318, 319 Varieties — Crvstiil White 299 Kittatinny 36, 37, 285, 301, 345 La-vton 36, 37, 272, 301 Xeedham's White 299 Thornlcss 299 Wilson's Early 37 Black Walnut. " Poisonous," S3 Blia:ht... 30-75' '^o, ■23f^ 258. 3' 2. 3^5' .336 Borer — Apple 239 Bourland, B. L. T.— Letter 26 Brown. A. M. — Essay 15S Report as \'ice President 75 Bryant. Arthiir — Essay 124 Bud Variation 6t Burrill, Prof. T. J 259 Butler, W. H. County Report 290 Capps, C. S. — Report 256 Ccntralia — SJiipnients from 71 Cherries, 13, 27, 28, 29, 35, 37, 252, 253, 256, 257, 272, 285 Crop of 1870 -236, 259, 306 Lists of 253, 256, 292, 29s, 300, 30S Profits of ". 27 Stock for 344 A'arietics of — Belle .Maarnifique 344 « Early May (Richmond), 27, 236, 252, 30(1, 344 English Morello 27, 236, 34.4 Late Ken tish "252 Circular i Clay County — Horticultural History 345 Cocl'.rane. J. — on Timber Trees 31 Codling Moth 34, 81, 235, 236. 259, 273 Tr.ip for 232, 236, 323 Colman, O. M. — Essay 246 Committees- Ad Interim — expenses for 1870.. 23 Report on Apples 7S On Grapes 40 On P'-aches 178 On Pears 145 Appoiiiliiiei.t of 25, 2ib Auditing '. 25 Repoit of. 15s On Fruits 23 Final Resolutions 35 President's Address 25 Report of. ice Russian Cions SS Tree Planting 189, 214 Wine 200 Stxnding vii Constitution.. xiii Amendments of.. 38, 40 Grain, J . H .—Report 349 Crown Borer — Strawberry 119 Curculio -Apple 108, 124 Curculio— Plum. 30, 93, 94, 180, 225, 227, 229, 33'''. 35^ Curculio — Catcher 100, iSo, 305 Parasites of. 103, 100 Ransom's Trap qS Remedies 113, 285 Trapping 325, 230 Qiiince 113 Currants 29, 36, 286 Crop of 1870 236 Cultivation of. 332 I-'stsof 253,256,258, 300.329 Daggy, E.— Letter 220 Resolution of 202 Darwin's Theory 59 Douglass, R. — Essay 51 Drainage 30, 31S Drouth — Kflects of 28, 29, 36, 72 Dunlap, H. J. Report trom 272 Letter 36 Dunlap, M. L — Fruit List 250 Resolutions 38, 40, 161 Earle. Pariver — On use of Wine 208 Report, All. Interim — Pears 145 Education — Letter from Prof. Wernli 237 Tlorticultural 26S Turner's Lecture on 135 Resolution on 145 Edwards, Amos— Letter 348 Sam uel — Fruit List 252 Report on Trees 296 Report as Vice President 235 Resolution of 145 Election of Officers 15O Entomological — Walsh's Coll 7 Entomology — Lecture by Riley 89 Evergreens for Prairies.. 50 Lisc of Varieties 52 Nurse-trees 53 I''"itinP S4. 55 Executive Board — Meeting of. 21, 216 Expenses for 1869 70, 7 Ad. Interim Committee 22, 23 Secretary 22, 23 Experiment Stations — Agricultural 8 Fair — Action relating to 8, 20 Final Resolutions 213 Flagg, Pres , W. C. — Address j Fletcher, J. W.— Report 70 Flower hardening 17 Flowers, cultivation of 325 Varieties of 3^5' 3^6, 331 Forests — Meteorological effects of. 162 F'orestTrees — Essay by Bryant.... 124 Frost— Effects of. 317 Of October. 1869 25,35,52,76. 211 Fruit-crop of 1870, 25, 28, 29. 31, 34, 35, 36. 71, 72, 74. 75. 2S8,'30o; 30V, 304,337 Culture— Effects of settlement and cultivation on 190 Exhibition at Winter Meeting 210 Growing n Injured hv Frost 302 Fruits — Orrhar d 11 Lists— 250, 252. 253. 255, 257. 272, 289, 29'. 295, 300, 301, 329, 350 Appendix 2 Variations in 56 Galesburg llort. Society 315 Galusha. O. M. — Report as Secretary ai Ad. Interim 78 Essay 247 Report of Grundy County 281 Garden— Plat of 185 Gardening. Vegetable 15, 184 Gooseberries 29, 36, 37 Crop of 1870 236 List of 253, 356, 258, 285, 330 Grapes 30, 31, 37, 73, 336, 345 29 INDEX. Grapes — Californin 41 Codling .230, 232, 233 Crop ot 1S70— 29, 34, 36, 73, 237, 259, 296. 325 Cultivation of— 14, 37, 41, 45, 46, 2S0, 326 Growing from seed 48 Insects preying upon 226, 230 Lists of^253, 258, 272, 276, 2S9, 293, 29s. 300, 319, 321, 326, 328, 330, 337, 345 Must— Weight of 322 Planting 46 Pruning 46 Report — Ad Interim 40 Report on 321 Rot - -.276 Training on Trees 47, 49 Varieties — Adirondack _ 29 Aletha 44, 50, 298 Allen's Hjhrid 29 Catawba— 29, 31, 34, 42, 50, 272, 321 Clinton 42, Ji, 321, 326 Concord— 29, 30, u, 37, 42, 50, 256, 272, 276, 2S9, 321, 352 Cre veling _ 328 Croton 4E Cynthiana 2S9, 5 Delaware — 42, 237, 276, 2S9, 321. 327 Diana 2S9, 327 Euinelan 45, 237, 29S Golden Chasselas 49 Hartford Prolific 42, 237, 2i'9 Hsrbemont -276, 289, 352 lona 29, 272, 29S, 321 Isabella 29, 37, 42 Israella 29 Ives 42, so, 321 Lacon 45 Martha.- 44,49,289,25^ Norton's Virginia, 34', 42, 50, 276, 289, 321 Rogers' Hybrids, 42, 237, 272. 298, 321 Senasqua 45 Telegraph 44 Una _29S Walter ._ ---4S' ^ Vineyards 285, 322 Gregg, Th. — Report 312 Hale, T.J. Appointed Ad. Int. 214 Resolution of 215 Halle, J. — Report from. .2S6 Hammond, A. C— Address 322 Essay 314 Report 28 Hartman J. S.— Report 288 Hathaway, E. C. — Report 337 Hedges 239 Hedging 15, 31 History of 293 Henckler, Cha rles — Report 294 Horticulture — Ornament;il 17, 27 Province of 9 Scientific 18 Useful II Horticultural Education 142, 154, 237 History^ Alexander Co 336 Bond 280 Carroll 2S6 Cham paign 272 Clay 345 Fayette 335 Grundy 281 Hamilton 350 Jackson 288 Horticultural History — Jo Daviess 269 La Salle 337 Livingston 347 Marion 277 Monroe , 29J. Morgan 292 Pulaski 349 Richland ^i'jo Stark 290 Williamson 351 Woodford 275 Societies — Alton 307 Centralia 307 Central 111 332 Farina 301 Galesburg 325 Jo Daviess 334 Macoupin 334 Northern 111 334 Ona rga '. 307 Warsaw 312 House Plants 215 Huggins, J. — Fruit list 255 Letter 74 Report as J'reas 24 Hull, E. S. — Appointment 22 Anpu.l Report 217 List of Peaches 308 Report Ad. Int. Peaches 177 Hunter, Geo. — Reportr. 332 Hyde, H. J.— Report V. P 72 Illustrations, 95, loi, 102, 103, 104, 106, 109, no, 114, 117, 120, 185 Industrial University 87, 259 Influence of Stock and Cion 314 Insects .31, 37, 74,80,84,128 Apple Borer 128, 236 Bark Louse - 82 Plant Louse 81, 223 Leaf Grumpier.' 82 Tent Caterpillar 82 Codling Moth 23S, 306, 323 Curculio — See " Curculio." Grape Codling »-230 On Grape ^'ines 225 Remedies, 31, 34, 71, 74, 81, 82, 98, 100, 113, 116, 119, 128, 273, 287, 330, 352. Introduction iv Irish, E. W.— Report -301 /Kitchell, Hon. A. — Address 3 Ladies — Invitation to meetings .129 Landscape Gardening 17 La Salle Co. Hort. Hist 337 Laws Relating to Horticulture — xiv Le Baron, Dr. Wm 189 Lists of Fruits 289, 291, 300, 301 Livingston Co. Hort. Hist 347 Logan Co. — Horticulture in 256 Manning, Robert — Essay 190 Manures — Essay 310 Marketing Fruit 158 Marshall Co.— Report 29 Massey, H. H. — Report 292 McClelland, J. S.— Report 325 McWhorter, T.— Report 28 Meeting of 1S71 — located... --'S7 Membership Fee 38, .jo Members — List of. • ix Mete orol ogy— Lecture on 162 Discussion on ..176 Minier, George W. — Paper 238 Montgomery, T.— Report V. P 35 Motions — See Resohitio)is. Mulching ....348 Murtleldt, Resolution 129 Murray, C. H.— Report 345 New Fruits^Report on 296 30 INDEX. Nowlan — Resolution i6i Officers, List of vi, 156 Orange Kust 217 Orchard Fruits — Report upon 307 Orchards, Applj — cultivation of, 78, S2, 83, 320. 343. 34S In Grass., 29.83 Protection to 83, 341 Reports upon 305, 319 Ornamciilal and Timber Trees 296 Tree Pluntinpr 17, 27 Osage Oranpe, Hedges 239, 293 Overman, N.— Fruit List 255 Packages for Fruit 303 Packing F'riiit 158,159, 160, 17S Peaches 30, 31, 335 Crop of 1S70 34, 236, 259, 28S, 33d Culture 320 History of 13 Report Ad. Int. on 178 Lists 25s, 258, 2S9, 306, 307 Packages for 303 Rot of. 179 Soil for. 352 X'arieties, Hale's Early. .iSo, 182,255, 3°S ^'ellows ol 181 Pears, 27. 30, 31, 34, 71,145, 296, 300, 320. 336, 344 Ad. Int. Report on 145 Blight in Trees 145, 146,230 California 73.jiSi, 152, 153 Crop of 1870.... 29, 74, 75, 76,236, 259,306 Cultivation of. 146, 154, 269, 2S4, 312 Dwarf 351 Lists of 2S'i2S3. 277. 284.292 Root Pruning 146 ^^arieties : Bartlett, 76, 150, 153, 251, 284, 306, 352 Belle Lucrative 76, 150, '251 Beurre Clairgreau 152 Beurre d'Anjou 150, 152 Beurre Diel 153 Beurre Giftard 152 Beurre Rose 152 BufTuin 251 Clapp's F"avorite 153, 297 Dearborn's Seedling 152 Doyenne d'fite 152 Duchess d'Angoulemc, 76, 150, 270, 321 Easter Beurre 7^' 'S2 Flemish Beauty 150,284 Glout Morceau 153 Grey Doyenne 154 Howell 150 Japan 290 Lawrence 151 Louise Bonne 151, 251, 284, 344 Ott 153 Pennsylvania 154 Rostiezer 152 Seckel 151, 321 Sheldon 152 Tyson 152 Vicar 151 Winter Nelis 151 White Doyenne 154, 284, 230 Pennington, L. S. — Paper 333 Periam, Jonatlian —Essay 184 Persimmons 67 Petition to Legislature 156 Pike, Lyman — Report 300 Plants — Listof, Appendix a weti^Winter Care 331 Plates— Order for Purchase 216 P'ums. 13, 30, 31, 37, 272, 299, 3. 3'9, 329. 34S Varieties — Baldwin s Choice.. 298 Belle de Fontenay. --309 Br'uckle's Orange 309 Clarke 24S, 309 Davisson'sThornless — 36, 24S, 309 Doolittle 36, 248, 319 Ellisdale 249 Elm City 249 Fastolf 309 Franco nia 309 Golden Cap , 249, 309 Mammoth Cluster 24S, 319 McCormick — See above. Miami 36, 24S, 309 Minnesota 249 Naomi .. 249 Ohio FIverbearing 319 Philadelphia 1 247, 309, 319 Purple Cane 36 Report Ad-Interim— Apples 78 Grapes 40 Peaches 178 Pears 145 Auditing Committee 155 Central Illinois Hort. Society, 332 Champaign County 36 Christian County 36 Fourth District 35 Final Resolutions 213 Fruit Committee 210 Grape Committee 321 Hancock County 34 Horticultural Education 209 Jersey County 73 Logan County - 256 Macoupin County 74 Marshall County 29 Mason County 31 Mercer County 28 Minier, G. W 238 New Fruits 296 Ornamental and Timber Trees, 296 Peoria County 30 Printing 40 Secretary 21 Terminology 210 Timber Trees 31 Treasurer 34 Vice President — First District, 25 Second " 235 Third " 2.S Fourth '• 35 Fifth " 70 Sixth *• 72 Seventh " 75 Washington Co 74 Wine 189 Woodford Co 30 Resolutions and Motions — Binding Reports, 40 INDEX. Resolutions and Motions — Encouraging Tree Planting 156 Engraving Likenesses 156 Final 213 Fruit Packages 161 Horticulture in School 145, 154 Invitation to Ladies 215 Membership Fee 38, 40 Reserved Seats 129 Russian Cions 87 Selling by ^Veight 161 State Horticulturist 213 Terminology 210 Wine 2o8 Riley, C. V.— Lecture 89 Root Pruning 222 Rotten Root 235 Rules — Pomologicai xii Scientific Horticulture 18 Secretary — Report 21 Seeds and Nuts — Treatment 125, 12S Shepherd, S. — On Education 144 Shrubs, Flowering 328 Siberian Apples 26,84, ^n, 212, 243, 244, 297 Small Fruits 15, 29, 30 Smith, H. — Letter 2S7 Snedecker, J. — Letter 73 Snout Beetles 89, 93 Soils 25 Spalding, Dr. C. W. — Essay 199 Standing Com mittees. 216 Starr,J. E. — Reports 69, 189 State Ag'l. Society 20 Horticulturists, Employed 22 Reports 217 Resolution, Concerning 213 St. Joseph's Fruit Region 224 Storms 75, 76, 14S Effects of 289 Strawberries 29, 36, 37, 272 Crop of 1S70 230, 2S8, 301 Cultivation 246 Essay on.. 246 Lists". 253, 256, 2S5, 290, 292, 329 Varieties, Boyden's No. 30 298 Early Scarlet 29 Extra Red 29 Fillmore 29 I French's Seedling 301 Green Prolific 301 Strawberries — Varieties of— Jenny Lind 29 Kentucky 298 Longworth's Prolific 273 Wilson 39, 36, 272, 301 Swine in Orchards 273. 2S3, 305, 352 Taylor, J. S. — Report 277 Tazewell Co. — Report of 238 Terminology of tlie Vine 69, 210 Tice, J. H. — Lectuie 162, 195 Timber Plantations 16,31,127 Transactions — Distribution of 38, 39 Treas u rer — Report 24 Tree-Growing, forTimber 8, 15, 16, 124 Peddlers 302 Planting — Resolution 156, 214 Lists, 16, 27. 31, 32, 33, 125, 126, 127, 296, 323, Appendix 2 Tunnell, John — Essay 239 Turner, J. B.— Lecture 135 On Meteorology 176 Use of Wine 203 Tvsig Blight 220 Variations in Fruit 56, 66 Causes of ..60, 63, 66 Vegetable Gardening 184 Velie, Dr. J. W. — Essav 129 Vice-Presidents — Reports,25, 28, 35, 70, 72,75, 235 Vineyards — Planting and Culture, 34, 45. 46, 73. 205, 319 Vise, Hosea — Report 350 Wait, H. W.— Report 280 Warder, J. A. — Lecture - -- 56 Warrants.. 7, 23, 24 Warsaw Hort. Society. 312 Wernli, Prof. J.— Letter --237 White. W. P.— Report 350 Wier, D. B.— Letter 29 Reports 40, 296 Williamson County — Report 350 Wilgus. G.— Letter 74 Wine 4i> SJ' 73 Discussion ivpon 202 Essav on - -'99 Report on 189 Resolution on 202 Woodard, L. — Report as Vice President 25 Yellows of Peach 219- Zeller, J. G.— Letter 30 Report 27s