Se in ee tems ne tee me Ree me mts vee Ma ae tRE ET a= Bet: mE Aete yee TS ef ar aan eee ere Gon tye pve ae aw eNOS ~~ Sop ee ee DEPARTMENT OF THE INTERIOR. BULLETIN OF THE UNITED STATES GEOLOGICAL AND GEOGRAPHICAL SURVEY THE TERRITORIES. F. V. HAYDEN, U. S. GHOLOGIST-IN-CHARGE. 1879-’80. WIEARNS COLLECTION VOLUME V. 7 ‘ae igaesa WASHINGTON: GOVERNMENT PRINTING OFFIOE. 1880. U.S. GEOLOGICAL AND GEOGRAPHICAL SURVEY OF THE TERRITORIES, Washington, September 20, 1880. Bulletin No. 4, series of 1879~80, issued September 30, 1880, completes Volume V; and with this number are issued index, title-page, table of contents, and list of illustrations for the whole volume. The separately published numbers should be preserved for binding, as there is no issue of the Bulletins in bound volumes from this office, and as back numbers cannot always be supplied to complete deficient files. In concluding the fifth volume of Bulletins, a word regarding the origin and progress of this publication will not be out of place. The issue began in 1874, when it was found desirable to establish more ready means of communication with the public and with scientific bodies than the regular Reports of the Survey afforded; the design being to publish, without the delay incident to the appearance of more elaborate and extended articles, such new or specially interesting matter as should be contributed to the general results of the Explorations under my charge by the members or the collaborators of the Survey. The practical im- portance of prompt measures in such cases is well recognized, and suffi- ciently attested by the success which the Bulletins have achieved. The First and Second Bulletins, which appeared in 1874, are separately paged pamphlets, without ostensible connection with each other or with subsequent ones, but together constituting a “ First Series” of the pub- lication. Bulletins which appeared in 1875, being those of a “Second Series” and six in number, are continuously paged. With No. 6 were issued title, contents, index, &c., for all the numbers of both “series” which had then appeared; the design being that these should together constitute a Volume I, in order that the inconvenient distinction of ‘‘ series” might be dropped. With Bulletin No. 1 of 1876 the publication was established as an annual serial; the four consecutively paged numbers of that year con- stituting Volume II. The four Bulletins of 1877 constituted Volume III, which compared favorably with its, predecessors in the extent, variety, and importance of its contents, and was greatly improved in typography and general appearance. ie lil IV GEOLOGICAL AND GEOGRAPHICAL SURVEY. The four Bulletins of 1878 formed Volume IV, which maintained the | same high standard of excellence. Bulletins Nos. 1, 2, 3 of 1879 and No. 4 of 1880 complete Volume V, which is herewith offered to the public. The sixth volume having been ordered by the Department, the Bul- letins will continue to be issued at convenient irregular intervals, as material may come to hand; the strictly serial character of the publica- tion being maintained. The actual date of issue is given on the tempo- — rary cover of each, as it is important to fix with precision the appear- ance of the successive numbers of a periodical in which new genera and species are described. This publication, answering fully the special purpose for which it was established, is regarded as one of the most important means to the main ends which the Survey has had in view. It has acquired a character and standing which render it favorably comparable to the regular ‘ Pro- ceedings” or other similar publications of learned bodies of this country or Europe. Its scope includes the whole range of the subjects for the in- vestigation of which the Survey was conducted, and the appearance of which in this connection has in no way interfered with the formal Re- ports of the Survey. The volumes already issued have contained arti- cles upon Archeology, Ethnography, Linguistics, Geology, Topography, Geography, Paleontology, and Natural History in general, suitably — illustrated with plates, cuts, and maps;. and no effort has been spared to maintain a high standard of excellence. The thanks of the Survey are due to Dr. Elliott Coues, U. S. A., for his careful and able conduct of the periodical. F. V. HAYDEN, United States Geologist. CONTENTS OF THE WHOLE VOLUME. BULLETIN No. 1.—February 28, 1879. I.—Notes on the Aphidide of the United States, with Descriptions of Species occurring West of the Mississippi. PuaTes I, II. By Charles V. Lenihan? Ghavdlid [oly Karas) WS RA Ae ee cee eS Soe Se ee meee see IJ.—The Relations of the Horizons of Extinct Vertebrata of Europe and North PAINETICA Mes Vien a © OMCte se nemiclajotsisel- asic cieselstieeisancecs 05 II1.—Observations on. the Faune of the Miocene Tertiaries of Oregon. By PEDO ODE ae ete Eel fal to nie rete aim OPEN U ats Sale wle:tie! win einit's IV.—Notes on the Birds of Fort Sisseton, Dakota Territory. By Charles E. McChesney, Acting Assistant Surgeon U.S. A....-.....--5.--..---- V.—Paleontological Papers No. 9: Fossils of the Jura-Trias of Southeastern Wea ahospye © Ae Witte Mi Des ae yee ia poeiacepe eas Shieh cic Sse V1.—Jura-Trias Section of Southeastern Idaho and Western Wyoming. By AMG Os TREY IG Ds ones CSE SO nec Sap Cm ECD OA Sees Se ec eae ae prerses eeae VII.—Fossil Forests of the Volcanic Tertiary Formations of the Yellowstone NatronaliPark. |) Byp We. bl, Holmes 2-520) 5 oes sice setts /scieieiiseici- VIII.—Paleontological Papers No. 10: Conditions of Preservation of Inverte- (STII OOS MISS Ma OL ity VLU Ge eo peel oa ee sano ob abe eace pebone IX.—Supplement to the Bibliography of North American Invertebrate Pale- ontology. By C. A. White and H. Alleyne Nicholson............-.. BULLETIN No. 2.—September 6, 1879. X.—On the Coatis (Genus Nasua, Storr). By J. A. Allen.......-.....---- XI.—On the Present Status of Passer domesticus in America, with Special Reference to the Western States and Territories. By Dr. Elliott Coues, BUSTERS IS SPA past pena eee spe ilar aratciay tyes Me NS El Sect icles ioe a dials 6 XII.—The Laramie Group of Western Wyoming and Adjacent Regions. By ike (On TGR. JWG IDEs ARB OC bs eae eRe osae CoH ae CeCe OC REE Seen eee coe XIII.—On Lithophane and New Noctuide. By A. R. Grote...--.......------ XIV.—Paleontological Papers No. 11: Remarks upon Certain Carboniferous Fossils from Colorado, Arizona, Idaho, Utah, and Wyoming, and Certain Cretaceous Corals from Colorado, together with Descriptions ean(ehy dior ciseul dbaya( Coys Ylaliuts il (od D ee XV.—The so-called Two-Ocean Pass. (PLATES III, IV.) By F. V. Hayden. XVI.—On the Extinct Species of Rhinoceride of North America, and their AUliesEnvgH el CONVO paren ease tae ame Se crs cetisytte ovci sale gas) ens 55 XVII.—Second Instalment of American Ornithological ipa By Dr. TOU ne Chena DIS i 8 a ee, eee ea ee Page. 153 VI CONTENTS. . BULLETIN No. 3.—November 30, 1879. XVIII.—On the Species of the Genus Bassaris. By J. A. Allen ........-.. GN « XX.—List of a Collection of Aculeate Hymenoptera made by Mr. g. W. Wil- liston in Northwestern Kansas. By W. H. Patton ................. XXI.—Further Notes on the Ornithology of the Lower Rio Grande of Texas, from Observations made during the Spring of 1878. By George B. Sennett. Edited, with annotations, by Dr. Elliott Coues, U.S. A.. XXII.—Additional Lists of Elevations. By Henry Gannett......-....-...... XXIII.—Generic Arrangement of the Bees allied to Melissodes and Anthophora. By Wi. ER Patton! .2co-. csc s2e seine eect dec seen a ee eee ees js XXIV.—Annotated List of the Birds of Michigan. By Dr. Morris Gibbs.---.--- XXV.—The Coleoptera of the Alpine Rocky Mountain Regions.—Part II. By John Li Le Conte, M. D..2-2. 222 5252. 8-52. sa ee Sees eee eee BULLETIN No. 4.—September 30, 1880. XXVI.—Third Instalment of American Ornithological Bibliography. By Dr. Eliott. Coues, U.S. Annes eee caincie cee nee teen tee “f LIST OF ILLUSTRATIONS. PLATES. ; To face page— Pl. I.—Gall-making Pemphigine.....---. Pe eleeete te iseyh sa \ckida)= soe hed a aeiajen > o 32 iCall ma cinpabem prem oa osc. ee arsece 6 qe ciec ee elects sone aces coninn~ 32 eee O=-O Ce An mb asses aacpa ae ote e Mae ce cpem crciniats sind cece! es sayeie elec a's avelsine 226 el eplive avy O- OCGA ASS esata cna Sas oreo tela (a leisiet sioleeis o sicinisinis -'>.<'see'siess oe sess 226 Norte.—Plates I and U1, accompanying Article I, were not issued in place, having been delayed until Bulletin No. 2 was issued. They should be bound in place at end of Riley and Monell’s Article, oppo- . site page 32, each being faced by its explanatory leaf. a nie iy ‘ we s 2 E ra ¥ ie a ‘ “S - t ‘ é pig AEN # ~ to tip of wings 4.82", On petals and stigma of Tulips, April; Saint Louis, Mo. I believe that no other Aphidide have been found on Liliaceous plants, excepting an undescribed Aphis collected by Prof. Riley on Yucca flowers at Greeley, Colo. SIPHONOPHORA TILLE, n. sp.—Apterous individuals: Head and thorax yellowish or yellowish-green ; donen green; nectaries with the basal one-third green, apical por- tion black. + Winged individuals : feed and thorax reddish-yellow ; abdomen and style green. Antenne about twice as long as the body, mounted on conspicuous tubercles. Wings hyaline. Stigma yellowish. Nectaries subcylindric, four or five times as long as the tarsi. Length 2.54-3.04™™; to tip of wings 5.08™™, j On the under side of Linden leaves, causing them to eri. SIPHONOPHORA LIRIODENDRI, n. sp.—inged female: Head, thorax, and two basal joints of the antenne red. Abdomen green. Nectaries and apical portion of the an- tenn black. Antenne much longer than the body; the tubercle near the apex of the fifth joint very distinct. Nectaries usually slightly incrassated at the base, about four times as long as the tarsi. Style slender, when fully extended one-ihird as long as the nectaries, more or less greenish. Wings hyaline. Stigma lone, much tapered at base and apex; apex acute, nearly opposite the middle of the stigmal vein. Distance between the apex of the stigmal vein and the apex of the upper forklet equal to half that between the forklets. Length 2.54™™; to tip of wings 4.57™™, On Liriodendron tulipifera, Sune, July; Saint Louis, Mo. The leaves on which this species lives do not curl up as in S. tiliw, but soon turn brown ‘and drop off. The following form also occurs on Liriodendron, sometimes in company with the above, but more frequently by itself. I can find no structural differences between the two; but as it seems to present the same differ- ences in coloration in all its sees, it is possible that it may deserve to _ rank as a distinet species. Var. rurA.—General color pale reddish. Abdomen: with the eround-color green, the margins red, and a red longitudinal stripe in the middle. Stigma whitish or slightly dusky. Tibi, tarsi, antennz,‘and nectaries black. Style reddish. June, July. Saint Louis, Mo. Walker mentions the occurrence of a red variety of S. rose (Linn.). SIPHONOPHORA CRATZGI, n. sp.—Apterous individuals : General color pale yellowish- green, with a darker green mark on each side of the base of the abdomen and scarcely perceptible, darker green, irregular marks near the base of the nectaries. Antenne about three times as long as the body, black, with the basal third pale greenish ; frontal tubercles fully as long as the second antennal joint; seventh joint tapering to an exceedingly slender point, in the adult apterous individuals as long as the fourth, fifth, and sixth joints taken together. Nectaries long, subcylindric, extending beyond the tip of the abdomen, pale, almost translucent. Style half as long as the nectaries, pale yellowish. Legs entirely greenish. Length 2.98™m™, No. 1.] RILEY AND MONELL ON APHIDIDZ. ?1 On the under side of leaves of Crataegus coccinea. J uly, Saint Louis, Mo. Described from four specimens. The antennz are longer than in any Siphonophora known to me. This, together with the exceedingly long and slender seventh joint, will easily distinguish it from all described species. SIPHONOPHORA SONCHELLA, n. sp.—General color very dark dull greenish-brown. Head and thorax inclined to fuscous. General color of legs green; apical half of femora black; tibiz dusky at base and apex; tarsi black. Tail yellowish-green, very long. Nectaries entirely black, reaching to the tip, subeylindric. Dorsum smooth. Antenne much longer than the body; black; third joint very tubercular; fourth joint dis- tinetly tubercular; remaining joints not so; third joint about as long as the fifth, sixth, wad seventh joints taken together; seventh joint as long as the fourth and fifth taken together. Length 2.28—2.78™™; to tip of wings 3.81™™, On Sonchus oleracea. July, Saint Louis, Mo. This species is remarkable for the habit of at once dropping to the ground when disturbed. Several other undescribed species which occur on this same plant can be distinguished by having the third joint of the antenne very much shorter. SIPHONOPHORA CALENDULZ, n. sp.—Apterous individuals: General color brownish- black; dorsum smooth and shining, a little reddish towards the nectaries. Legs yel- low, except the knees, tarsi, and apex of the tibiw, which are jet-black. Nectaries black, subcylindric, very long. Style yellow, slender, acute, two-thirds as long as the nectaries or a little less. Winged individuals: General color black; head and thorax slightly fuscous.. Antenne black, half as long again as the body; third joint as long as the sixth and fifth taken together, very slightly tubercular; the following joints not so. Neetaries slightly fuscous towards the apex. Wings hyaline. Length 2.28—3.04™™>; to tip of wings 3.81—4.56™™, On stems of Calendula micrantha. June—July, Saint Louis, Mo. I have specimens of what is perhaps this same species, taken at Cor- dova, Ill., on Bidens chrysanthemoides, but having made no notes on the colors, cannot decide positively. The allied North American species may be arranged as follows: ee CLV RLINT eS ue TiC geese se rs oe | je rudbeckia. AA. Body dark brown. Lb. Dorsum smooth. C. Third and fourth joints of the antennx very tuberenlar.......--. sonchella. CC. Fourth joint not tubercular. Third joint short ....-......... calendule. BB. Dorsum of the apterous individuals more or less covered with tuber- CHOS Co OS Seba e ae ACCU Oe ee Bee ae nag oe ea aes a ambrosiv. SIPHONOPHORA RUDBECKIZ, Fitch. This species has been taken at Saint Louis on Vernonia noveboracen- sis, V. Lindheimeriana, Solidago rigida, 8S. serotina, Bidens chrysanthe- moides, Ambrosia trifida, Cirsiwn arvense, Silphium perfoliatum, 8. inte- grifolia, and Cacalia suaveolens. A yellowish-red variety has been found on Cirsium. It is rather remarkable that Rafinesque should have over- looked this species, which I believe is the commonest of all American 22 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. Vv. Aphidians, and is very generally distributed over the eastern portion of - the United States. SIPHONOPHORA FRAGARIZ?, Koch, var. IMMACULATA, Riley.* According to Professor Riley, this form is similar to S: fragarie Koch, differing chiefly in lacking the row of minute black spots on each side of the back, and in the head of the apterous females not being black, but yellowish. November, Kansas City, Mo. * Professor Thomas omits this species in his “‘ List of the Aphidini which have been heretofore named,” &c. As the great merit of a list is completeness, the following enumeration of omitted species may serve as a supplement to that author’s paper: Siphonophora fragarie var. immaculata Riley, Rural World, December, 1875. Aphis quercifolii Walsh, Ent. Soc. Phila. i, December, 1862, Genera of N. Am. Aphide. Aphis carduella Walsh, 1. ¢. Aphis tritici Fitch, 1861, (loc. ignot.). Referred to in Ann. de la Soc. Ent. de France, 1867, p. 26, Library Catalogue. Aphis rubecula Haldm. Proc. Bost. Soc. Nat. Hist. vol. i, p. 168, 1844. Aphis bicolor Haldm. 1. c. p. 168. Aphis marginipennis Haldm. 1. ¢. p. 168. Aphis pilosa Haldm. 1. ¢. p. 169. Aplis discolor Haldm. 1. c. p. 169. Aphis verticolor Raf. Am. Monthly Mag. and Critical Review, i, p. 361, 1817. Aphis furcipes Raf. 1. c. i, 361. Aphis rhodryas Raf. 1. c. iii, 15, 1818. Aphis diplepha Raf. 1. ec. iii, 15. Aphis oreaster Raf. 1. c. ii, 17. Aphis gibbosa Raf. 1. ce. ii, 17. Aphis xanthelis Raf. 1. ¢. iii, 17. Aphis annulipes Raf. 1. ¢. iii, 17. Aphis ambrosia Raf. (nec Thos.) iii, 17. Aphis acaroides Raf. 1. c. iii, 17. Callipterus mucidus Fitch, N. Y. Rept. iii, § 20. Callipterus castanee Fitch, 1. c. ii, § 199. Callipterus bella (Walsh), Aphis bella Walsh, 1. ec. Calaphis betulella Walsh, 1. ec. Whether or not the writings of Rafinesque on the Aphidide are deserving of credence and acceptance is a question which I do not propose to discuss; I however think that such of his species as are named in accordance with the binomial rule should be placed in the same list as the early descriptions of Fitch, and, like them, should be held subject to recognition. The recognition of these imperfectly described species is little more than a matter of courtesy, and mere courtesy would never prevail on us to burden the nomenclature of the Aphidide with such sesquipedalians as Aphis melampyrum-lati- folium, &e. Rafinesque’s statement that A. diervilla-lutea and A. erigeron-philadelphicum have bent antennz, on account of which he erects the genus Loxerates, would make me doubt whether they belonged to the Aphidide, but his mentioning the nectaries in the de- scription of the latter species places the matter beyond doubt. It is probable that the antenn are merely bent back over the body, as in many species of Siphonophora. Cla- doxus Rat. does not belong to the Aphidide. Inclusive of Rafinesque’s binomial species (and excluding the trinomial ones), the deseribed Ap hididw of the United States amount in all to 166 species, 107 of which belong to the Aphidine. Wo. 1.) RILEY AND MONELL ON APHIDIDZ. 23 The strawberries on which these Aphides occurred came from Palmyra, N. Y., and South Bend, La., from which places this species was probably imported. From an examination of a single dry specimen in the cabinet of Professor Riley, Iam inclined to think that this will prove to be a distinct species. The second cubital cell is smaller than in S. fragarie, and the distance between the first and second discoidals a little more than twice that between their bases. Aphis, Linn. (emend.). Rostrum moderately long. Antenne remote at base, not seated on frontal tubercles, or seated on very incon- spicuous ones; usually smooth, and generally shorter than the body. Seventh joint longer than the sixth. Front flat or convex. Nectaries subcylindric, rarely very small, very rarely none. Style more or less prominent, very rarely none. Wings deflexed. Front wings with four oblique veins, the cubitus twice forked. Hind wings with two oblique veins. APHIS LUTESCENS, n. sp.—Winged individuals: General color bright lemon-yellow. Antenne somewhat pilose, a little shorter than the body. The length of the joints is quite variable: in some specimens, the third joint is subequal to the preceding, while in others it is one-third longer. Seventh joint filiform, very much longer than the third. Nectaries somewhat dusky, gently tapering from base to apex, the apical diameter being about two-thirds that of the base; about three times as long as the tarsi. Style dusky yellow, blunt at apex, when fully extended about half the length _of the nectaries. Fore wings hyaline; stigma dusky yellowish, acute at the apex, which is opposite the middle of the stigmal vein. Stigmal vein in one regular curve. Discoidal veins of the hind wings nearly parallel; subcostal comparatively straight. Length 1.65—2.03"™; to tip of wings 3.04—3.54™™, On Asclepias syriaca. July, September. Saint Louis, Mo.; Montrose, Iowa; Dubuque, Iowa; Rock Island, Ll.; Cordova, IIL. The very bright yellow color will at once distinguish this from other North American species. APHIS VEkNONIZ, Thos.—JVinged individuals: Abdomen pale yellow; head and thorax somewhat dusky. Antenne two-thirds as long as the body, the fourth, fitth, and sixth joints subequal to the third. Nectaries cylindric, very slender, about three times as long as the tarsi. Aphis beccabunge, with which Professor Thomas supposes this may be identical, has the nectaries and tail black (Passerini). APHIS SETARIA (Thos.). Siphonophora setaric, Thos. Dl. St. Lab. Nat. Hist. ii, 5. Siphonophora panicola, Thos. 1. ¢. The peculiar brownish-red color of this species will easily distinguish it from other non-pulverulent species. The bases of the tibiz are always pale yellowish. Leaves and spikes of Panicum proliferum. August— September. Saint Louis, Mo.; Keokuk, Iowa; Kock Island, Il. ' APHIS CALENDULICOLA, n. sp.—Apterous individuals: General color uniform pale green, the disk of the abdomen usually a little paler, often with a few faint, irregular, 2A BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. Vv. darker green marks near the base of the nectaries. Antenne about two-thirds as long as the body, pale, slightly dusky towards the apex; apical joint as long as, or slightly longer than, the third. Nectaries entirely black, slightly tapered towards the apex, twice as long as the tarsi. Style short, pale green. Legs entirely pale, except the faintly dusky tarsi and tips of the tibie. Length f.52m™™, On the under side of leaves of Calendula micrantha. July; Saint Louis, Mo. This species may be expected to occur on the genus Tagetes, to which the “French marigold” belongs. The apical joint of the rostrum is rather short and robust. APHIS CEPHALANTHI, Thos. This species does not approach the genus Callipterus, as its deseriber supposes. The semicircular fourth vein, which I suppose suggested this, is a character common to many species of Aphidine, and is only valuable in distinguishing some genera from Lachnus. ----eee= see --- 0.048 antero-posterior ....<. -. ~ociecein Smee coes,eseceeenceiee se ens O.0D7 Diameter of second true molar} See Ee BO SUEIOI = seater snianat=4 dacinat stot oe IAT SVOTSO eae a nioveiate as eleps/4 ene Seiaidtcleere asine 0.018 Diameter of third true molar } ETRE ESOS SE CE CE Ea Cee DAM SVOTSOl-yeeisisision sisiniaieclstaiiev ee sieve ciciniciateian io ataele 0.019 Discovered by C. H. Sternberg in the Loup Fork beds of Cottonwood Creek, Oregon. Nba Poa eny i AT Sand uh tha £ De Mais Rais aR tn 2 Ve he et ate wo 1 a al a oa NL tm aS aed A aa bd Se Rt Ete ch Dk AIS f FE elt LS en ebay f r Ney pr wit it ee ee pe eek Cea i SS, PPR ‘ Nee hie Das Clee a Whe: “ 4 iy it ie ek eit -e i Sobeah gaan i eS SRN, SBMA ey ota alpen Ral aan So ae : ean ie i PAM ole a fe ah WAG bagi tx sae andl Amon feNe Wed a ca NS aig Ladd. Oh Sh) Ma naw a hie Ol wle een Sey Yee igwegr a ae lead, OO Bee eh i Aa eta aii) ee oy CRM ANTE RRR TE eikestel =) See Re ea ee eels Er et ay fain ge LON ; 4 eM LY © Tite rhe iy 1h A sien hat aa ADs is ah od WU oe la vps ooh AG ak ag a K Bhi viens ea Ay f mere | Art. IV.—Notes on the Birds of Fort Sisseton, Dakota Territory. By Chas. E. McChesney, Acting Assistant Surgeon U.S. A. LETTER OF TRANSMITTAL. ? Fort SIssETon, DAkoTa TERRITORY, December 25, 1878. Sir: I have the honor to transmit herewith my notes on the Birds of the vicinity of Fort Sisseton, Dakota Territory. I beg to tender you the use of these notes in any connection in which you may see proper to use them. As you are aware, I have spent considerable time during the past three years in a zoological examination of this region, and, as the locality has never been reported upon in the interest of ornithological science, I submit these notes as an attempt to fill the gap. j In many respects, the region differs from any other part of the Northwest. The “Coteau des Prairies” consists of an extensive plateau, rising, somewhat abruptly, nearly four hundred feet above the level of the surrounding country, having a length of over one hundred miles, and a variable width of from twenty to fifty miles. Upon this elevated plateau are many lakes, which are the annual resort of thousands of waders and wild fowl, and the region differs greatly in its fauna from that of the lower country. Descriptions of the game birds occurring in Dakota and Montana are incorporated in these pages. This has been done in accordance with the wish of many officers of the Army stationed in these Territories, and their publication would be of great benefit to a class of intelligent gentlemen from whose observations at the various posts on the frontier we may reasonably hope for much addition to our knowledge of the habits and occurrence of birds in different localities. These descriptions have been taken, with modification, from your ‘‘Key to North American Birds,” by your per- mission, for which, as well as for valuable assistance rendered me in identifying speci- mens sent you at various times, I am under great obligations. I am, Sir, very respectfully, your obedient servant, CHAS. E. McCHESNEY, Acting Assistant Surgeon U. 8. A. Dr. ELLIoTT CovuEs, U.S. A., Secretary U. S. Geological Survey, Washington, D, C. TURDID A. TURDUS MIGRATORIUS, L.—Robin. This bird appears about April 24, in small numbers, but the locality does not seem to be well suited to its summer residence, probably on account of scarcity of timber, for the bird migrates in a few days, to 71 72 BULLETIN UNITED STATES GEOLOGICAL SURVEY. (Vol. V. return in larger numbers about September 28, and finally disappears for the season, October 28, on the approach of winter. It may breed, sparingly, on the slopes of the Coteau, in the deep ravines. TURDUS SWAINSONI ALICIA, (Bd.) Coues.—Alice’s Thrush. Is seen here for the first time each season about the 20th of May; is not common at any time, and is generally confined to the dense foliage of the thick undergrowths. I have never heard its song here. MIMUS CAROLINENSIS, (L.) Gr.—Catbird. Appears about the 1st of June, and remains until the end of Septem-. ber, in large numbers. Breeds here. Is usually found in the low and thick undergrowths, and is one of the most restless of our birds. HARPORHYNCHUS RUFUS, (L.) Cab.— Brown Thrasher. Usually appears by the end of April, and remains until the end of September, in limited numbers; breeds here. The Brown Thrasher, as a rule, is found only in thick timber, the outer edges of which it occasionally skirts, and I have found it to be very shy during the entire period of its stay here, so that the acquisition of specimens is very difficult. SAXICOLID A. SIALIA SIALIs, (L.) Haldeman.—Lastern Bluebird. The typical Eastern Bluebird is found here; usually appears by the 10th of May, and I believe a very few remain through the summer in some of the heavily wooded ravines on the slopes of the Coteau, as now and then one is seen in July and August. Isat no time common. PARID A. PARUS ATRICAPILLUS, Linn.—Black-capped Chickadee. Is seen from September 28 until November 14, and occasionally later, in large numbers. When nearly all of our small birds have departed, the Black-capped Chickadee remains to represent bird-life during that short interval between fall and winter. I have rarely observed it here after November, and presume it departs before winter fairly commences. TROGLODYTID A. TROGLODYTES DOMESTICUS, (Bartr.) Coues.—House Wren. June 6, 1877, I secured at the Post one specimen of true 7. domesticus, and not var. parkmani, the usual Western Wren. Several were seen in the woods during the summer of 1877, which were probably of the latter variety, but no specimens were secured. Var. parkmani arrives in May, and, I believe, does not take its departure before October. No.1. M‘CHESNEY ON BIRDS OF DAKOTA. 73 ALAUDIDA. EREMOPHILA ALPESTRIS, (Iorst.) Boie—Horned Lark. Appears September 28, and is found in small numbers until November 15, when, as a rule, it leaves this vicinity. Returns from the middle of February to the middle of March, and is then found in large numbers — in company with the Snowbird (Junco hyemalis), with which it lives on terms of the utimost intimacy, and seems to tuke its departure about the same time, i. ¢., April 17. OCccasionally the Horned Lark is observed here during the entire winter months, but such only occurs during mild seasons, although this bird is able to withstand considerable cold. SYLVICOLID ZA. MNIOTILTA VARIA, (L.) V.—Black-and-white Creeper. This Creeper is seen in numbers from May 20 until the 1st of June in each year, after which date its numbers rapidly diminish, and I be- lieve it entirely withdraws from this vicinity by the middle of June. e DENDRECA ASTIVA, (Gm.) Bd.—Swummer Warbler. This bird arrives about May 17, and remains until September 17; is found in large numbers. Breeds here. Wherever there is timber in this region, the Summer Yellowbird will there greet you, warbling its notes, and hopping about from bough to bough, as happy, apparently, as possible; for nothing ever appears to go wrong with the Summer Yellowbird. DENDR@CA CORONATA, (L.) Gr.— Yellow-crowned Warbler. This Warbler arrives about the 10th of May each year, and is seen in numbers in the thick foliage of the smaller trees during a week or ten days. Does not pass the summer in this region. DENDR@CA BLACKBURNLA®, (Gm.) Bd.—Blackburnian Warbler. Occurs only as a spring migrant. Arrives usually the 20th of May, and tarries but a day or two in this vicinity before resuming its north- ' ward flight. DENDR@CA STRIATA, (Forst.) Bd.—BLlack-poll Warbler. Arrives about the 10th of May, and is seen in numbers until the 20th of that month, after which date only a few scattering ones are iet with; and I believe it does not breed anywhere in this vicinity, or, if so, very sparingly, in the thick undergrowth of the woods. I have never met with it after June 15. DENDR@CA PENNSYLVANICA, (L.) Bd.—Chestnut-sided Warbler. The Chestnut-sided Warbler is not common in this region. It ar- T4 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. rives about May 20, but soon passes on, so that by the 1st of June none are to be seen here. Breeds further north. DENDR@CA MACULOSA, (Gmn.) Bd.—Black and Yellow Warbler. Occurs during the spring migration, and usually arrives by May 20, in some numbers, but soon disappears, as I have not seen any after the first week in June. DENDR@OCA PINUS, (Wils.) Bd.—Pine-creeping Warbler. Is seen, in small numbers only, from May 22 until about the-1st of June each year; does not breed on the “Coteau des Prairies,” to my knowledge. SIURUS NZV1US, (Bodd.) Coues.— Water Thrush. May 14, 1878, while out collecting in the vicinity of Fort Sisseton, Dakota Territory, I secured a single specimen of the Water Thrush. This is the only one I have seen here, and its presence is believed to be rare or casual. GEOTHLYPIS TRICHAS, (L.) Cab.—Maryland Yellowthroat. This bird occurs regularly during the spring migrations, being ob. served about the 1st of June, not, however, in any numbers. It does not spend the summer in this vicinity. MYIODIOCTES CANADENSIS, (L.) Aud.—Canadian Fly-catching Warbler. This Warbler arrives by the 22d of May, and is seen in some num- bers for a few days, but appears to depart by the 1st of June, as I have never observed it after that date. SETOPHAGA RUTICILLA, (L.) Sw.—Redstart. Arrives between the 15th and 20th of May, each year, in, small num- bers. Breeds and then departs. HIRUNDINIDA. HIRUNDO HORREORUM, Barton.—American Barn Swallow. Is found in small numbers from about May 25 until September 19. Breeds about the stables and often in the deserted buildings in the vicinity of the post. TACHYCINETA (IRIDOPROCNE [*]) BICOLOR, ve Coues.— W hite-bellied Swallow. I saw quite a number of White-bellied Swallows at Fort Sisseton, June 3, 1878, and secured specimens. I did not meet with it during either 187 6 or 1877, and do not think it regularly visits this region. PETROCHELIDON LUNIFRONS, (Say) Cab.—Oliff Swallow. Appears May 4, and takes its departure about August 9; very abund- ant, and breeds here. As civilization advances, so does the Cliff Swal- — [* Iridoprocne, g. n., Cours, B. C. V. i. 1878, p. 412; type H. bicolor, V.] eT No.1.] M‘CHESNEY ON BIRDS OF DAKOTA. 75 low; for here, as elsewhere, this Swallow has deserted his native cliffs for the buildings, which they persist in using, notwithstanding their nests are often roughly handled. I have seen a pair cheerfully set to work and en- tirely rebuild in twenty-four hours a nest that had been destroyed in an instant. On one occasion, when the entrance to the nest had been closed by plugging with a newspaper, I observed the pair go for assistance, and in a few minutes return with as many of their friends as could get around the nest, when they all took hold of the paper and tugged with a will, but to no avail, as their united strength was not sufficient to re- move the obstruction; and, in consequence, the nest was abandoned. COTYLE RIPARIA, (Linn.) Boie.— Bank Swallow. Appears May 18, in considerable numbers ; breeds here, and disappears ‘about July 20. The Bank Swallow will occupy the same nest season after season if it remains undisturbed, and in case of destruction will often rebuild on or as near the site of the old nest as possible. PROGNE PURPUREA, (Linn.) Boie.-—Purple Martin. ' Arrives about the end of May, and remains until September 9; is seen in considerable numbers and breeds here. The Purple Martin appears to be following the example of the Cliff Swallow in building its nest in the eaves of houses, not to the same extent, however, as that Swallow does, and while it has not entirely deserted the hollow trees, still the change that has been observed in more settled portions of the country is becoming quite noticeable here. VIREONID Zs. VIREO OLIVACEUS, (Linn.) Vieill.—Red-eyed Vireo. A single specimen of the Red-eyed Vireo was taken by me on the 6th of June, 1877, near Fort Sisseton. I had not met with the bird before, nor have I since seen it, and its occurrence here must be accidental. VIREO GILVUS, (Vieill.) Bp.— Warbling Vireo. On the same day that the preceding Vireo was taken, I also shot a Warbling Vireo about the same place. It is the only one I have ever seen on the “Coteau des Prairies.” IJ kept a sharp lookout for these two Vireos during the spring migrations of 1878, but did not observe any. LANIID A. LANIUS LUDOVICIANUS EXCUBITORIDES, (Sw.) Coues.— White-rumped Shrike. On May 16, 1877, I secured a single specimen of this Shrike in the vicinity of Fort Sisseton: this is the only bird of the family I have seen in this region. The specimen measured as follows: 15.00 by 8.60; wing 3.90; tail 3.90; bill 0.60; tarsus 1.02; middle toe and claw 0.80. Black of side of the head meeting that of the opposite side on the forehead, and not interrupted by the white of the under eyelid. > 76 BULLETIN UNITED STATES GEOLOGICAL SURVEY. |Vol. V. FRINGILLID Zi. CHRYSOMITRIS TRISTIS, (L.) Bp.—American Goldfinch. This beautiful little bird is quite common here from May 25 until the first week in June, when its numbers rapidly diminish, a few, however, spending the summer in this vicinity. PLECTROPHANES LAPPONICUS, (L.) Seiby.—Lapland Longspur. Appears April 10, and remains till about May 25; is quite abundant. It does not appear in this region on its southern flight in the fall. The specimens measure as follows: No. 606, g, 11.00 xX 6.50; wing 3.51; tail 2.59. No. 607, 3, 11.25 X 6.63; wing 3.75; tail 2.67. PLECTROPHANES PICTUS, Sw.—Painted Lark Bunting. Is seen here from April 20 until near the end of May, in large flocks © (from 25 to 100 birds in each). It passes south in October in company ~ _with P. ornatus, and when thus migrating, I have seen immense flocks © of this bird. J have sat for two hours at a time on a duck-pass, some © _ twelve miles south of the post, and had an almost constant flight of these birds go over me. I estimated that a thousand birds passed me every minute, and their flight appeared in no wise lessening when I departed. — PLECTROPHANES ORNATUS, Towns.—Chesinut-collared Bunting. Is found here during the same period as P. pictus, and in large numbers. — PASSERCULUS SAVANNA, (Wils.) Bp.—Savanna Sparrow. Is seen from June 10 until about June 17, probably passing north. Is not common ; does ‘not breed in this vicinity so far as I have been able to discover; but I cannot understand the reason of its presence here so late in June, unless it be that it rests in the vicinity. POGCETES GRAMINEUS CONFINIS, Bd.— Western Grassfinch. Arrives about April 17 and remains until October 18; is one of the most abundant of our birds, and is found all over the prairie. Breeds — here. I observed it off and on during the entire winter of 1877-78 in sheltered places, but this was an unusual occurrence, probably accounted for by the milduess of that winter, for careful search during more severe winters has failed to reveal its presence here during that season. MELOSPIZA PALUSTRIS, (Wils.) Bd.—Swamp Sparrow. Is a rare visitor to this region. On May 14, 1878, while collecting in the vicinity of the post, I shot a single bird of this species. ee en eee, Ce ee eee MELOSPIZA MELODA [*], (Wils.) Bd.—Song Sparrow. Is seen for four or five days from June 10 in small numbers; is prob- [* The indefensible orthography ‘‘melodia” has stood long enough. There is, indeed, the Latin noun melodia (ueAmdia); but the word is obviously the adjective melod-us, -a, -um.—ED. ] No.1.] M‘CHESNEY ON BIRDS OF DAKOTA. 77 ably passing north during this time, and tarries but a few days in this region. I have not observed it returning south. As in the case of the Savanna Sparrow, I am unable to account for its presence here as a mi- grant so late in June, as it certainly does not breed in this vicinity. JUNCO HYEMALIS, (L.) Sel.— Snowbird. Is a regular winter resident. Arrives about irovenibes 14, generally with the first snow-storm, and disappears about April 16, with stragglers seen until May 8. As arule is quitecommon during this atin. butthrough mild winters but few are seen here. The specimens measure as follows : No. 602, 3, 11.75 x 6.90; wing 4.20; tail 2.85. No. 603, 9, 11.73 x 6.90; wing 4.23; tail 2.90. No. 604, g, 11.70 x 6.87; wing 4.20; tail 2.85. No. 696, 9, 12.20 x 7.00; wing 4.30; tail 2.70. No. 697, ¢, 12.25 x 7.05; wing 4.40; tail 2.90. SPIZELLA MONTICOLA, (Gm.) Bd.— Tree Sparrow. —« Appears April 10 and remains until the end of October ; is very abun- dant and breeds here. During early spring, before the trees have put forth their leaves, it is one of the most familiar birds one meets about the woods. SPIZELLA PALLIDA, (Sw.) Bp.—Clay-colored Sparrow. June 28, 1878, I shot a single Clay-colored Sparrow near the Post. This is the alr, one I have met with in three years’ collecting here, and I therefore conclude it is only of very occasional cecurrence in this region. ZONOTRICHIA QUERULA, Gamb.—Harris’s Sparrow. A single specimen of this Sparrow was secured May 21, 1878, near the Post: its presence here I believe to be purely accidental, as in all my collecting here I have met with but this one bird. CALAMOSPIZA BICOLOR, (Towns.) Bp.— White-winged Blackbird. Appears on the prairie about July 14, in quite large flocks, and remains until July 24, in this vicinity. Decors quite a strange bird, and selects its feeding-grounds with considerable care, for itis not found on the high ground, but on the fertile grassy lower ground; but noton the low moist ground, however. 4 EUSPIZA AMERICANA, (Gm.) Bp.—Black-throated Bunting. Is found here from June 9 until July 26 in considerable numbers, and I believe it breeds in this vicinity, but of this I have no positive evidence. The specimens measure as follows: No. 666, ¢,10.006.50; wing 3.13; tail 2.27; tars. 0.87; m. t. & c. 0.95; Dill 0.67 No. 667, ¢, 9.906.25; wing 3.04; tail 2.10; tars. 0.80; m. t. & c. 0.86; bill 0 ieee 78 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. GONIAPHEA LUDOVICIANA, (L.) Bowdich—Rose-breasted Grosbeak. Usually arrives by the 10th of May, and is seen in small numbers, sometimes around the buildings at the post, but generally in the woods, until the first week in June, when it retires to the more heavily wooded ravines on the slopes of the coteaus. Departs during the early part of September. It is quite familiar during the early part of its stay here, and although I have observed it closely, I have never heard it sing at this season. : The specimen measures as follows: No. 691, 13.00 x 8.10; wing 3.95; tail 3.35. CYANOSPIZA CYANEA, (L.) Bd.—Indigo-bird. The Indigo-bird is not common in this vicinity; a few are seen during the migrations each May, generally about the 25th, but the bird does not remain in this region during summer. CARDINALIS VIRGINIANUS, (Briss.) Bp.—Cardinal Grosbeak. The Cardinal Redbird is only of casual occurrence in this region. On May 25, 1877, while out collecting in the vicinity of Fort Sisseton, I saw a pair in the scattered trees on the outside of a thick growth of timber to the east of the post; they were in plain view, and as the more bril- liantly plumaged birds are rare in this vicinity, the appearance of themale bird was the more striking, as it sat watching me from the highest tree- top; the female was perched upon a tree near by, intensely interested in my movements, but not more so than I was in theirs. Despite all my endeavors, I could not succeed in securing either bird; two or three times they took to wing and alighted in trees a little further from me each time, not seeking the thick woods, but keeping me in plain view all the while; they finally took to flight in a southerly direction, and were soon out of sight. A male bird of this species was seen several times during the summer of 1877, in a deep ravine at the head of the Coteau. It would come in the early morning, and sit on the same tree, outside of the cabin, morning after morning, and if undisturbed would sing for ten or fifteen minutes, but would fly away on the slightest noise being made. I doubt not the female was well concealed in the woods near by. Many endeavors were made to capture it, but it eluded them all. ICTERID. \ DOLICHONYX ORYZIVORUS, (L.) Sw.—Bobolink ; Reed-bird; Rice-bird. Sexes are entirely different in color. g in spring: black, usually more intense beneath; back of neck buff; shoulders, rump, and upper tail-coverts ashy-white; space between the shoulders streaked with black, buff, and ashy; outer quills edged with yellowish; bill blackish horn; feet brown. g in fall, 9, and young: yellowish-brown above, brownish-yellow below; crown and back conspicuously, upper part of neck, rump, and sides of body less broadly & No.1.) M‘CHESNEY ON BIRDS OF DAKOTA. 79 streaked with black; crown with a middle and lateral light stripe; wings and tail blackish, pale-edged; bill brown. The male changing shows confused characters of both sexes. Length, 64-74 inches; wing 34-4; tail 24-3 inches. The Reed-bird forms a delicate morsel for the table, and is generally distributed over Dakota. At Fort Sisseton it arrives May 19, and remains until about July 24. Is found in considerable numbers scattered all over the ‘Coteau des Prairies,” where it breeds, and soon after takes its departure. The Bo- bolink is in prime condition for the table on its arrival, and is justly esteemed a delicate morsel. MoLoTHRUS ATER, (Gm.) Gr.—Cowbird. Is seen from April 17 until.October 28 in large numbers. AGELHUS PH@NICEUS, (L.) V.—Red-winged Blackbird. - Arrives about April 17 and remains until October 28; is quite common around the sloughs and moist places, where it also breeds. XANTHOCEPHALUS ICTEROCEPHALUS, (Bp.) Bd.— Yellow-headed Black- bird. ; Arrives April 20, to remain until September 28; is found in large numbers. It will be observed that this bird arrives a little later and takes its departure long before the other Blackbirds do. The specimens measure as follows: No. 629, g, 17.00 x 10.25; wing 5.65; tail 4.27; tarsus 1.30; bill 0.80. No. 630, ¢, 16.75 x 10.25; wing 5.25; tail 3.90; bill 0.85. STURNELLA MAGNA-NEGLECTA, (Aud.) All.— Western Field Lark. Sexes are alike in color. Preyailing ground-color gray; each feather of back and neck blackish, with terminal reddish-brown area and sharp brownish-yellow borders; crown streaked with black and brown, with a pale middle stripe; behind the eye is a blackish line, and over the eye is a pale stripe; several outer tail-feathers white; edge of wing, spot over eye, and under parts generally bright yellow; the sides flaxen-brown, with sharp blackish streaks; the breast with a large black crescent, which is obscure in the young. Length. 10-11 inches; wing 5; 9 a trifle smaller. _ This is one of the earliest of our spring arrivals, making its appearance usually about April 13; it varies with the opening of spring, of which event, anxiously looked forward to by all as the relief from our long winter’s confinement to closed houses and heated rooms, it is the sure harbinger. Very common; breeds here, and takes its departure about the middle of October. IcTERUS SPURIUS, (L.) Bp.—Orchard Oriole. Arrives usually by the 22d of May, and in considerable numbers ; breeds in the woods, all over the Coteau, and departs about September 1. 80 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. ICTERUS BALTIMORE, (L.) Daud.—Baltimore Oriole. Arrives about May 19, and remains until September 1. Is seen in © small numbers about the woods all over the head of the Coteau; breeds _ here. | The specimens measure as follows: No. 640, 9, 11.75 x 7.75. No. 660, 3, 11.90 x 7.70. QUISCALUS PURPUREUS, (Bart.) Licht.—Purple Grackle. 4 This bird arrives about April 17, and from that time until its disap- © pearance at the end of October is found in large numbers all over the — prairie and about buildings, as also in woods, where I have often found — it particularly numerous, and under such circumstances as to lead me to believe that it was indulging in that carnivorous propensity observed by Mr. Gentry and mentioned on page 204 of Professor Coues’s Birds of the Northwest. : we gt A SE CORVID2. CORVUS CORAX, Linn.—faven. r The only Ravens I have ever seen on the “ Coteau des Prairies” were — a pair I procured from Indians July 9, 1876; I believe they had been bred — in the immediate vicinity of the Post, to the north, as stated by the In- dians, and also on account of their age; although it seems strange that — their occurrence could have escaped my notice in the careful serutiny I { have given the region. ; et ert a en ae OS j CORVUS AMERICANUS, Aud.—Common Crow. ; The Common Crow is a rare visitor to this region. It is occasionally — ‘seen late in winter and in the early spring, but does not remain to mo- : lest the agriculturist. Much as elsewhere, the Crow appears as a very wary, I might almost say knowing, bird: it is exceedingly difficult to get ‘within gun-shot range of it. At Fort Berthold, D.T., where I observed it © in numbers in the spring of 1873, doing much damage to the young corn — and other parts of the crop, it was quickly driven from that vicinity by poisoning corn and sprinkling it around the scene of their operations, — 4 and although only afew dead birds were discovered, it took the hint and left for a more agreeable abode. bered ravines on the slopes of the Coteau; does not occur in any num-— bers. November 30,1878, I saw a single Blue Jay in the woods at Fort — Sisseton. This Jay was also in the vicinity of the Post as late as De- eember 10. 4 i : ‘CYANURUS CRISTATUS, (L.) Sw.—Blue Jay. | 5 Is seen occasionally during the summer months in the heavily tim- ; : TYRANNIDAL. TYRANNUS CAROLINENSIS, (L.) Bd.—Kingbird. _ Arrives May 16, and departs about September 9; is very common dur- ing the period of its stay. Breeds here. No.1.] : M‘CHESNEY ON BIRDS OF DAKOTA. 81 TYRANNUS VERTICALIS, Say.—Arkansas Flycatcher. Is found from May 22 until September 9 in considerable numbers; is associated with the preceding species, but is not nearly so common. Breeds here. CONTOPUS VIRENS, (L.) Cab.— Wood Pewee. Arrives about the 15th of May in numbers, and is seen until June 6, when it takes its departure. Does not breed in this vicinity, to my knowledge. CAPRIMULGID AS. CHORDILES VIRGINIANUS, (Gm.) Bp.—Night-hawk. The typical C. virgintanus makes its appearance about May 25, and remains until September. Is seen in large numbers, and breeds here. This bird often builds its nest on the bare ground, with scarcely any protection from winds or rains. I have also observed it build in a shal- low excavation in a large bowlder, just the place to get the full benefit of all the rain at that season of the year. TROCHILID A. (?) TROCHILUS COLUBRIS, Linn.—huby-throated Hummingbird. A single Hummingbird seen at Fort Sisseton, September 11, 1877, I place under this head with a doubt. The specimen was not secured, and I did not have an opportunity of observing it closely, as it was almost constantly in motion, flying from flower to flower. CUCULID A. CoccYGUS ERYTHROPHTHALMUS, (Wils.) Bp.—Black-billed Cuckoo. The Black-billed Cuckoo reaches this region by the end of May and remains until the end of September. Its notes are occasionally heard, but the bird is not common. It undoubtedly breeds here. The specimen measures as follows: No. 695, 9, 16.00 x 11.90; wing 5.60; tail 6.40. PICID A. PIcUS VILLOSUS, Linn.—Hairy Woodpecker. The typical villosus is a regular winter resident; it can be seen and heard on the coldest days pecking away at the trees. I have never observed it during the spring and summer months, and presume it de- parts on the approach of spring. I do not believe it breeds in this vi- cinity. MELANERPES ERYTHROCEPHALUS, (L.) Sw.—Red-headed Woodpecker. Appears early in May, and remains until the end of September; is found in small numbers ; breeds here. Bull. v, 1 6 82 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. COLAPTES AURATUS, (Linn.) Sw.—G@olden-winged Woodpecker. During the winter of 1877-78, I sometimes met with this bird in my rambles, but it was not by any means common, and its presence here at that season is an event that only occurs in mild winters. Ordinarily the Golden-winged Woodpecker makes its appearance about the end of April, and from that time till the end of October, when it usually de- parts, 1s seen in considerable numbers; generally about the dead oaks, in which it breeds. STRIGID #. BUBO VIRGINIANUS, (Gm.) Bp.—Great Horned Owl. This Owl is a summer resident on the “Coteau des Prairies,” where I have secured several specimens; itis not by any means common, how- ever. NYCTEA SCANDIAGA, (L.) Newt.—Great White Owl. Is oceasionally seen during the winter on the prairie; not, however, in any numbers. FALCONID A. CIRCUS CYANEUS HUDSONIUS, (L.) Coues.—Marsh Hawk. Arrives May 2, and remains until about the middle of October ; is seen in small numbers; breeds here. _ELANOIDES FORFICATUS, (L.) Coues.—Swallow-tailed Kite. The following note is taken from Vol. 3, No. 3, p. 146, Bulletin of the Nuttall Ornithological Club: “I am informed by my valued correspond- ent Dr. C. H. McChesney, U.S. A., of the occurrence of Elanoides Sorfi- catus at Fort Sisseton, Dakota, during nearly the whole of last winter. The Indians also informed Dr. McChesney of the residence of the bird along the James River in the winter and early spring months, and of its giving them some trouble by springing their traps, occasionally, however, getting caught itself. This account tallies with Trippe’s Minnesota record (north of Mille Sae, lat. 47°). While at Pembina, Dakota, lat. 49°, I was assured by an officer of the occasional appearance of the bird there.— Elliott Coues, Washington, D. C.” I made many attempts to secure a specimen, but the birds were very shy, and I could not succeed in getting within gun-shot range of any, as they would alight in the highest tree-tops, from which they could watch me and take to wing when necessary. ACCIPITER FUSCUS, (Gm.) Bp.—Sharp-shinned Hawk. Is found in small numbers from May 1 until about the end: of October. \Breeds here. ACCIPITER COOPERI, Bp.—Cooper’s Hawk. Cooper’s Hawk is a regular spring visitor, but does not remain aly time in this vicinity; usually arrives May 18, and none are seen after the end of that month. Is not common. ee ee No.1.) M‘CHESNEY ON BIRDS OF DAKOTA. 83 FALCO ComMUNIS, Variorum.—Peregrine Hawk. Arrives early in April, closely following the spring migration of the wild fowl, and the majority pass further north; but a few remain in this vicinity during the summer. FALCO COLUMBARIUS, Linn.—Pigeon Hawk. Is not of common occurrence on the Coteau. A tew were observed during the last week in April, 1877, and quite a number were shot during the early part of the summer of 1878, but it does not remain through the summer. FALCO SPARVERIUS, Linn.—Sparrow Hawk. _ Is found here from April 15 to near the end of October; is at no time very common. Breeds here. BUTEO BOREALIS CALURUS, (Cass.) Rigdw.— Western Hen Hawk. The Western Hen Hawk arrives about the 1st of May, and remains until cold weather drives it to a more southern climate, usually about the 1st of October; is not common. BUTEO SWAINSONI, Bp.—Swainson’s Buzzard. Arrives about May 10, and remains until October 30; 1S seen in con- siderable numbers. Breeds here. AQUILA CHRYSAETUS, Linn.— Golden Hagle. Was seen during the spring of 1878; also on November 25, 1878, a single Golden Eagle was seen on the Coteau, about 20 miles east of Fort Sisseton. HALL@TUS LEUCOCEPHALUS, (L.) Savigny.—Bald Eagle. Is only a casual visitor to this region. April 30, 1878, a single speci- men was taken in the vicinity of the post. CATHARTID A. CATHARTES AURA, (L.) Iliger—Turkey Buzzard. Is found here from May 24 ‘until October 30 in considerable numbers. Breeds here. COLUMBID 2. ECTOPISTES MACRURUS, (L.) Coues.— Wild Pigeon. Sexes are different in color. $ dull blue with olivaceous tinge on back; below, dull purplish-red, whitening on vent and under tail-coverts ; sides of neck golden and ruby ; some wing-coverts black- spotted; quills blackish, with slaty whitish and rufous edging; middle tail-feathers bluish-black, the others white or ashy, the inner webs black toward the base, with a chestnut patch; bill black; feet yellow. 9 and young duller and more brownish or olivaceous above, below dull grayish, with a tawny tinge anteriorly, or quite gray; very young have the feathers skirted with whitish: 15 to 17 inches long; wing and tail 7-8 inches. Tail of 12 feathers. 84 BULLETIN UNITED STATES GEOLOGICAL SURVEY. | Vol. V. During the fall of 1877, the Wild Pigeon was taken in some numbers about the head of the “Coteau des Prairies.” I also observed it in July of 1878, but it is only an occasional visitor to this region. ZENZDURA CAROLINENSIS, (L.) Bp.—Carolina Dove. Sexes are different in color. g brownish-olive above, glossed with blue on the crown and upper part of neck; below, purplish-red, becoming tawny-white on the vent and under tail-coverts; neck metallic golden ; a velvety black spot on the feathers covering the ear, and others on the wing-coverts and shoulders ; middle tail-feather like the back, the rest ashy-blue at base, then crossed by a black bar, then white or ashy-white; bill very slender, black; feet carmine. @ and young differ, as in the Wild Pigeon. 11-13 inches long ; wing 5-6; tail 6-7. Tail of 14 feathers. Arrives about May 17, and remains until September 30; is found in considerable numbers; breeds here. : TETRAONIDA. TETRAO OBSCURUS, Say.—Dusky Grouse. Sexes are scarcely distinguishable by color. g$ blackish, more or less variegated with slate-gray or a peculiar slaty-black; throat and sides marked with white; breast black; belly slaty; tail clouded with slate and black, and with a broad terminal slate bar: 18-20 inches long; wing 9-10; tail 7-8. 2 smaller, not particularly different in color, but not so uniformly dark, having ochrey or reddish-brown variegations in places. Rocky and other mountains. United States to the Pacific. Tail normally of 20 feathers; no peculiar feathers on the neck; legs feathered to the toes. CENTROCERCUS UROPHASIANUS, (Bp.) Sw.—Sage Cock. The sexes are alike in color. Tail very long, equalling or exceeding the wings, of twenty stiffened, graduated feathers tapering to a point; sides of lower neck with a patch of peculiar sharp scaly feathers, the shafts of which terminate in bristly filaments, sometimes 3 to 4 inches long in the ¢; legs full-feathered. Very large: 2 feet or more long; wing and tail each about a foot. 9 much smaller; above variegated with black, gray, and tawny; below, a large black abdominal patch in the adult. Sage-brush tracts of Western United States. Of all the birds of the Grouse family, the Sage Hen is perhaps the poorest for food; the young can be so cooked, by parboiling and stew- ing, up to about the 1st of October, as to furnish a fair article of diet; but after this date the flesh is too highly flavored with the wormwood to be rendered palatable by any means with which I am acquainted. PEDIG@CETES PHASIANELLUS COLUMBIANUS, (Ord.) Coues.—Common Sharp-tailed Grouse. Sexes are alike in color. Neck without peculiar feathers; tail very short, of sixteen narrow, soft, true tail- feathers, and a middle pair, apparently developed coverts, projecting an inch be- yond the rest (often worn off or not fuliy developed, so that there is but little, if any, projection of these coverts); legs fully feathered: length about 18 inches; wing 8-9; tail5-G6. The markings black, white, and especially tawny; below, the spots fewer, brown, U-shaped; throat buff. No.1.] M'CHESNEY ON BIRDS OF DAKOTA. 85 This Grouse is found here in small numbers throughout the entire year. The region is not favorable for the increase of this bird, for, aside from those destroyed by the Indians in season and out of season, the destruction of the young by birds of prey and of the nests by prairie fires, the only food it can find during the winter consists of a few scattered rosebuds. CUPIDONIA CUPIDO, (L.) Bd.—Pinnated Grouse ; Prairie Hen. The sexes are alike in color. Neck with a peculiar tuft of loose, lengthened, tapering feathers, beneath which is a patch of bare, brightly colored skin, capable of great distention; tail short, rounded, of eighteen stiffish, non-tapering feathers; feet barely feathered to the toes. Length 16-18 inches; wing 8-9; tail about 5. Above, variegated with black, brown, tawny, or ochrey, and white, the latter especially on the wing ; below, pretty regularly barred with dark brown, white, and tawny; throat tawny, a little speckled or not; vent and under tail-coverts mostly white; quills dark brown, with white spots on the outer webs; tail dark brown, with narrow or imperfect white or tawny bars and tips. 2 smaller, with shorter neck-tufts. Missouri River, above Fort Randall, and probably as high as Fort Sully, D. T. During the fall of 1876, I observed the Pinnated Grouse here for the first time, and apparently it was more common than the preceding species, and in accordance with the history of the two birds I antici- pated the speedy disappearance of the Common Sharp-tailed, but this has not occurred, and I saw only two or three specimens of the Pinnated Grouse during the season of 1877, and Tam informed none were taken during the season of 1878, so that at the present time C. cupido is not found here, while P. phasianellus is the characteristic Grouse of this region. This experience with the two Grouse is at variance with that of Sur- geon J. F. Head, U. S. A., Mimesota record, as given in Professor Goues’s “Birds of the Northwest,” and also with that of many other good observers, and I can only explain the matter on erounds of the unfitness of the locality as regards shelter, and the fact that the country has not been settled and the soil sufficiently cultivated to furnish them their favorite food ; when these conditions shall have been removed, I antici- pate the appearance of C. cupido in this region to displace P. phasianellus. BoNASA UMBELLUS UMBELLOIDES, (Dougl.) Bd—Rocky Mountain Ruffed Grouse. Sexes are nearly alike in color. The Eastern representative of this bird is known as the Partridge in New England and the Middle States, and as the Pheasant in the Southern States. Sides of neck with a tuft of numerous (15-30) broad, soft, glossy-black feathers; head with a full soft crest; tail about as long as the wings, amply rounded, of ( normally) 18 soft broad feathers; feet naked below. Length 16-15 inches; wing 7-8. Slaty-gray is the pre- vailing color in this variety. Rocky Mountain region. 86 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. ORTYX VIRGINIANA, (L.) Bp.— Virginia Partridge; Quail. Sexes may be distinguished by color. This is the Virginia Partridge or Quail: Bob White. Wherever the Ruffed Grouse is cailed ‘‘ Partridge” in the New England and Middle States, this birdis there known as **Quail,” and wherever in the Southern States the Ruffed Grouse is called ‘‘ Pheas- ant,” this bird is there known as “ Partridge.” Head completely feathered, the crown ones somewhat lengthened and erectile, but hardly forming a true crest. Forehead, a line over the eye, and the throat white, bordered with black; crown, neck all round, and upper part of breast brownish-red; other under parts tawny-whitish, all with more or fewer doubly crescentice black bars; sides broadly streaked with brownish-red; upper parts variegated with chest- nut, black, gray, and tawny, the latter edging the inner quills. 9 known by having the throat buff instead of white, less black about the fore parts,and general colors less intense; rathersmaller thanthe ¢ : 9-10 inches long ; wing 43-5; tail 24-3. Eastern United States to high central plains; the characteristic game bird of this country. Missouri River as high as Fort Sully, Dakota, where I saw them in 1871. CHARADRIID. SQUATAROLA HELVETICA, (L.) Cuv.—Black-bellied Plover. Sexes are alike in color. A sniall hind toe, hardly $ inch long (this is the only 4-toed Plover treated of in this pamphlet); plumage speckled. Adult in breeding season (rarely seen in the United States): face and entire under parts black, upper parts variegated with black and white or ashy; tail barred with black and white; quills dusky, with large white patches. Adult at other times (and this is the plumage in which seen in Dakota) and young: below, white, more or less shaded with gray, the throat and breast speckled with dusky; above, blackish, speckled with white or yellowish; the rump white, with dark bars; legs dull bluish. Old birds changing show every grade, from a few iso- lated black feathers on the under parts to numerous large black patches. Length 11-12; wing 7 or more; tail 3; bill 1-14. IT have only observed this bird in Dakota Territory during the fall migration. During the migrations I have kept a sharp watch for the Black-bellied Plover, but I have not yet discovered the bird passing this region dur- ing the spring; it arrives, however, on its southern flight, about Octo- ber 25, and remains in this vicinity for four or five days, during which time it is seen in considerable numbers. It may be that this Plover has succeeded in eluding my search during | the spring, and that it does really pass this region. I have elsewhere mentioned in these notes of this bird being one of the two exceptions, falling under my notice here, of a migratory bird appearing in the fall that is not known to pass this region during the spring. The other exception is that of the Blue Goose, which, if a valid species, we should naturally expect to find passing this region, as being within the normal migratory spring range of its kind. But with the Black-bellied Plover the case is different: its normal spring line, so far as is now known, is not near as far inland as Dakota. No.1.] M‘CHESNEY ON BIRDS OF DAKOTA. 87 On page 449 of his “ Birds of the Northwest,” Dr. Coues states that Dr. Suckley found it “‘ moderately abundant” in Minnesota. I suppose _ reference is here made to the time (1853) when Dr. Suckley was on duty as surgeon and naturalist of the Survey of the Forty-seventh Parallel, under Governor I. I. Stevens. Although the party did not leave Saint Paul until June 8 of that year, Dr. Suckley was engaged for some time be- fore in making collections in the neighborhood of Saint Paul, and was so engaged during the migration of the Golden Plover through that region; and as this bird is in full breeding plumage at this time, and much resembles the Black-bellied Plover, it is not improbable that Dr. Suck- ley mistook C. fulvus virginicus for S. helvetica. I believe Dr. Suckley’s collection, to which reference is made above, was lost in the Ohio River, which is much to be regretted, as I know of no observations made since that time (1853) that would support Dr. Suckley’s reference of this bird to Minnesota during the spring migrations. [*] CHARADRIUS FULVUS VIRGINICUS, (Borck.) Coues.—American Golden Plover. The sexes are alike in color. No hind toe; plumage speckled above, and in the breeding season (generally so seen throughout Dakota and Montana during the spring migration) black below, as in the last species, but much of the speckling bright yellow, and the rump and upper tail-coverts like the back; forehead and a broad line over the eye to the nape white; tail-feathers erayish-brown, with imperfect white or ashy bars; feathers of the arm- pits gray or ashy. At other times, the under parts nearly as in the last species. Length 10--11; wing 7 or less; tail under3; bill 1 or less. A highly-rated game bird, abund- ant in most parts of Dakota during the spring and fali migrations. Early in May, the Golden Plover’s migrations find him in this region. At this time, the birds are in full breeding plumage, and tarry but a few days. Harly morning and evening appears to be the time selected for flight, and from the 1st to the 10th of May, they pass over in flocks, containing from thirty or forty to several hundreds, and sometimes thou- sands, of birds, and so constant is the flight that a person here could _searcely be blamed for thinking that he must stand on the only route leading to their northern summer resort. At this time, the birds are in prime condition for the table, and there is no trouble in taking all that are required. From about September 23 to October 26, it loiters here on its return to the South in considerable numbers. Professor Coues, in his “ Birds of the Northwest,” page 451, states that he met with this bird between Fort Randali and Yankton on the Missouri River, in company with the Bartramian Tattler and Esquimaux Curlew, and that he found them not at all shy. Where the line of de- parture may be taken I know not, but the Esquimaux Curlew does not pass this region, and the Golden Plover has become a very shy bird by the time of its arrival here. When feeding, they are constantly on the lookout for danger, and post their pickets regularly, so that it is almost [* This is doubtless a just observation. I have found the Golden Plover extremely numerous in Eastern Dakota during the spring migration.—C. ] 38 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vel. V. impossible to get within gun-shot range of the flocks; when on the wing, however, they loose their shyness, and are then easily captured. AMGIALITIS VOCIFERA, (Linn.) Cass.—Mildeer Plover. This bird, the most restless of all the Plover family, arrives April 13, and remains until about the 1st of September, and is found in large numbers around all the lakes, and to some extent in cultivated upland, which it seems to like for nesting purposes. ANGIALITIS SEMIPALMATA, (Bp.) Cab.—Semipalmated Plover. I believe this Plover only occasionally passes this region during the spring migrations. On May 11, 1877, while out collecting, a flock con- taining thirty-five or forty birds passed high overhead, from which a single specimen was secured. I have never met with it in the fall. The specimen measures as follows: No. 690, 14.50 x 7.10; wing 4.60; tail 2.15. HAMATOPID ZA. STREPSILAS INTERPRES, (L.) [l.—Turnstone. Sexes are alike in color. Adult in summer pied above with black, white, brown, and chestnut-red, the latter color wanting in winter and in young birds; below, from the breast (which is more or less completely black), throat, most of the inner quills, bases and shafts of outer quills, and bases and tips of tail-feathers white; bill black; feet orange: 8-9; wing 54-6; tail 24; bill Z, almost recurved, sharp-pointed: legs bare but a little way: no obvious basal webbing of toes. I believe that the Turnstone will be found to occur throughout many parts of Dakota during the spring migration. Careful search should be made for the bird at this time, and its occurrence reported. It will be found usually along the beach turning over stones in search of its food, from which curious habit it derives its name. The Turnstone regularly passes this region during May of each year. I have observed it for the last three years on several occasions, and the bird was always quite shy, and I found considerable difficulty in taking specimens. As I have observed it here, the Turnstone is not a grega- _ rious bird, as I have never seen more than three or four together. This — record constitutes the only Dakota notice of this bird, so far as I am ~ aware. The specimens measure as follows: No. 649, ¢, 17.00 x 9.00; tarsus 1.00. No. 693, 9, 18.50 x 9.40; wing 5.90; tail 2.70; tars. 0.94; m. t. & claw 1.12; bill 0.93. RECURVIROSTRID A. RECURVIROSTRA AMERICANA, Gm.—Avocet. Sexes aze alike in color. White; back and wings with much black; head and neck cinnamon-brown in the adult, ashy in the young; bill black; legs blue; eyes red: 16-18 long; wing 7-3; tail 34; legs very long. Bill recurved. : a ) i 5 Arrives at the beginning of May, and breeds sparingly in this vicinity. i No.1.J M‘'CHESNEY ON BIRDS OF DAKOTA. 89 The majority pass further north, and return early in July, from which time the Avocet is quite a familiar shore bird around the preterred lakes, until the approach of winter drives it south, usually October 30. PHALAROPODID A. STEGANOPUS WILSONI, (Sab.) Coues.— Wilson’s Phalarope. Is found here from about May 17 until July 24, by which time the young are well on the wing, and fully able to care for themselves. it is singular that this bird should leave this region so early, but close search has failed to reveal its presence after July. SCOLOPACID Al. PHILOHELA MINOR, (Gm.) Gr.—American Woodcock. Sexes are alike in color. First three outer quills incised and scythe-shaped; wings short, when closed the quills hidden by the coverts and tertiaries; legs feathered nearly to the joint in front, shorter than middle toe and claw, scaly before and behind; toe slender, free to the base; bill much longer than the head, stout and deep at base, grooved nearly its whole length, the tip knobbed; gape very short and narrow; ear under the eye, which is set in the back upper corner of the head; colors above variegated and harmoniously blended black, brown, gray, and russet; below pale warm brown of variable shade. 6 10-11; 9 11-12; extent 16-18; wing 43-5; bill 23-3; weight 5-9 ozs. Bogs, swamps, wet woodland, and fields. Occurs in the eastern, and probably southern, portions of Dakota. The only Woodcock I have seen in this vicinity was one shot by my friend Capt. John Vander Horck, July 28, 1877; it was captured on a piece of low, marshy ground, some five miles north of the post, and from its manner of flight and behavior before being shot I mistook it for a Carolina Rail. It is quite probable that such has happened to me be- fore, and that this bird may occur in small numbers on the “Coteau des Prairies” during July. Since the above was written, and during my absence in the summer of 1878, several Woodcock have been taken in the vicinity of Fort Sisseton. GALLINAGO WILSONI, (Temm.) Bp.—American Snipe. Sexes are alike in color. Bill much longer than the head, perfectly straight, soft to the end, where it is some- what widened, and grooved on top; gape narrow, not reaching beyond the extreme base of upper mandible; ear under eye; legs feathered nearly to the joint, a little shorter than middle toe and claw; toes perfectly free; crown black, with a pale middle stripe; back varied with black, bright bay, and tawny, the latter forming two lengthwise stripes on the shoulders; neck and breast speckled with brown and dusky; lining of wings barred with black and white; tail usually of 16 feathers, barred with black, white, and chestnut; sides waved and dusky; belly dull white; quills blackish, the outer white-edged. Length 9-11; wing 43-5}; bill about 24; whole naked portion of leg and foot about 3. ““This is the genuine Snipe, of all birds loosely so called; its name of English Snipe is a misnomer, as it is indigenous to this country, and distinct from any European spe- cies, though closely resembling one of them. Open wet places of North America at ‘large; migratory.” i eat! 90 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. Occurs in many portions of Dakota during the spring and fall migra- tions ; a prime bird for the table. Wilson’s Snipe is seen here only during the spring migrations, which, for this bird, are generally from the 1st to the 6th of May, but some- times there is a variation of a week either way. Whatever may be the time of its arrival, the bird does not seem to pass this region in any — numbers, but the few taken are in prime condition for the table, showing that its migration has been by easy flights. Several careful searches for the bird, during the fall, have not been attended with successful re- sults, and I believe it does not pass this way on its southern flight, or, if So, it certainly does not loiter. The specimen measures as follows: No. 621, 9, 17.00 X 10.50; wing 5.21; bill 2.43; tarsus 1.21. MACRORHAMPHUS GRISEUS, (Gm.) Leach.—Red-breasted Snipe. Sexes are alike in color. A very Snipe-like bird, with the bill exactly as in the last species, but readily dis- tinguished generically ; legs bare upwards of 3 of an inch, longer than middle toe and claw ; outer and middle toes connected by an evident membrane ; tail of 12 feathers. Tail and its coverts at all seasons conspicuously barred with black and white (or tawny); lining of wings and armpits the same; quills dusky; shaft of first quill and tips of middle ones, except the long inner ones, white; bill and feet greenish- black. In summer, brownish-black above, variegated with bay; below, brownish-red, variegated with dusky; a tawny stripe over the eye and adark one from bill to eye; in winter, plain gray above and on the breast, with few or no traces of black and bay ; the belly, line over eye, and under eyelid white. 10-11; wing 5-64; tail 24; bill about 24. Occurs throughout a large portion of Dakota during the migrations, in flocks, and prefers the shores of the lakes instead of wet meadows. This Snipe passes north usually about the end of April, but often itis delayed until the 10th of May. I have taken it in considerable numbers at this time, and have always found it a prime bird for the table, being often brought into requisition to supply the place of “quail on toast 0) for breakfast. It returns to this region about the 20th of September, from which time until the end of October, when it departs, it is the most familiar Wader around the shores of our lakes. EREUNETES PUSILLUS, (Linn.) Cass.—Semipalmated Sandpiper. Is seen here in large numbers from April 29th until about the 1st of June, when its numbers rapidly diminish, and from that date until near the end of July but few have been observed in this vicinity ; returns in numbers early in August, and from that time forward until the lakes commence to close, about November 1, hundreds may be seen at a time - around the shores of any of the lakes. The specimen measures as follows: No, 673, 2, 12.00 x 6.40; wing 3.75; tail 1.70; tars. 0.77; m. t. & claw 0.83; bill 0.73. TRINGA MINUTILLA, Vieill— Least Sandpiper. Shares much the same habits here as the preceding species 3; 1S very common. No.1.) M‘CHESNEY ON BIRDS OF DAKOTA. Si TRINGA BAIRDI, Coues.—Baird’s Sandpiper. This Sandpiper appears about April 28, and remains until the begin- ning of June, after which time none are seen here during the remainder of the season. During the time of its sojourn here it is quite abundant. Its habits seem to differ greatly from its little congener, 7. bonapartii. The specimen measures as follows: No. 626, 9, 14.75 x 7.75; wing 5.00; tail 2.43; tarsus 0.82; bill 0.88. TRINGA MACULATA, Vieill.— Pectoral Sandpiper. Is found here from about the middle of July to the first of August in considerable numbers. TRINGA BONAPARTH, Schl.—Bonaparte’s Sandpiper. Arrives about the 5th of May and remains until June 13. Is seen in considerable numbers during this time. Liwosa FEDOA, (L.) Ord.—Great Marbled Godwit. » Sexes are alike in color. Color and size the same as the Curlew’s, but the bill is usually slightly curved upward, while among the Curlews it is curved downward ; this is the main point for the novice. Tail barred throughout with black and rufous; rump and upper tail-coverts like the back; no pure white anywhere. General plumage rufous or cinnamon-brown ; below, nearly unmarked and of very variable shade, usually deepest on the linings of the wings; above, variegated with black and brown or gray; quills rufous and black; bill flesh-colored, largely tipped with black; feetdark. Large, 16-22; wing about 9; tail about 34; bill 4-5, grooved nearly to the end, usually slightly recurved. Abundant through many portions of Dakota during the spring and fall migrations. The young birds are excellent food. Is found here in great numbers from June 14 until September 22, with early arrivals in the latter part of April, and stragglers as late as the middle of October. Does not breed on the Coteau, but does so about forty miles to the east, in Minnesota, as also in parts of Dakota west of the Missouri River. The specimen measures as follows: No. 641, 9, 31.50 x 19.50; wing 9.75; tail 3.00; bill 4.90; tars. 3.25; m. t. & claw 2.10. Limosa HUDSONICA, (Lath.) Sw.—Hudsonian Godwit. Sexes are alike in color. Tail black, largely white at the base, its coverts mostly white ; rump blackish; under parts in the breeding season (and this is the condition in which seen in Dakota) intense rufous, variegated (chiefly barred) with dusky; head, neck, and upper parts brownish-black, variegated with gray, reddish, and usually with some whitish speck- ling; quills blackish, more or less white at the base. Young and apparently winter specimens much paler, tawny whitish below, more gray above. Considerably smaller than the foregoing: about 15; wing 8 or less; bill 3} or less. Occurs as far south in Dakota as latitude 45° 30’ in small numbers; may be more common in the northern part of the Territory. Several flocks of the Hudsonian Godwit were observed at Fort Sisse- ton from the 6th to the 26th of May, 1878, and a few were observed in the early spring of 1877, but not, however, in any such number as the suc- 92 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. ceeding spring. It does not breed anywhere in this region, and I was greatly surprised at meeting with the bird so far south in May; though it may spend the winters further south than this place, still it is essentially a bird of high northern latitudes, and usually only enters the northern portion of the United States during the winter. TOTANUS SEMIPALMATUS, (Gm.) Temm.— Willet. Sexes are alike in color. Toes with two subequal webs; legs bluish or dark; bill straight, comparatively stout, grooved little, if any, more than half its length; toes with two conspicuous basal webs: 12-16; wing 7-8; tail 21-3; bill 2-22. In summer, gray above, with numerous black marks, white below, the jugulum streaked, the breast, sides, and under tail- coverts barred or with arrow-shaped marks of dusky (in winter, and in young birds all these dark marks few or wanting, except on jugulum); upper tail-coverts, most of themiddle quills, and basal half of outer quills white ; ends of outer quills, their coverts, lining of wings, and armpits black; bill bluish or dark. This bird arrives about April 29, and remains until September 13, in con- siderable numbers ; breeds here; it seems to feed to some extent on fish, and the flesh is not particularly desirable as food. A strange habit the old birds have of pushing forward the young when there is danger; I remember once seeing a flock containing about a hundred birds, of which probably twenty-five were old ones, quietly feeding on the edge of a lake, but the instant the birds were approached they all took to flight; and the old ones immediately arranged themselves on the out- side furthest from me, leaving the young between themselves and the source of danger, and in this order they were permitted to take their departure without molestation. TOTANUS MELANOLEUCUS, (Gmn.) Vieill— Greater Telltale. Sexes are alike in color. Feet with very small web between inner and middle toes; legs yellow or green; bill straight or slightly bent upward, very slender, grooved half its length or less, black; legs long and slender. In summer, ashy-brown above, varied with black and speckled with whitish; below, white, lower throat streaked, and breasts, sides, and under tail- coverts speckled or barred with blackish; these latter marks few or wanting in winter and in the young; upper tail-coverts white, with dark bars; tail-feathers marbled or barred with ashy or white; quills blackish. Large: length over 12; wing over 7; tail 3 or more; bill 2 or more. Arrives during the last week in April or the first part of May, and is seen in considerable numbers for a week or more while passing north. Returns in numbers in the fall, and departs about the same time as Z. flavipes. TOTANUS FLAVIPES, (Gin.) Vieill.— Lesser Telltale. Sexes are alike in color. A miniature of the last; colors precisely the same; legs comparatively longer; bill grooved rather further: length under 12; wing under 7; tail under 3; bill under 2. These two Telltales occur throughout Dakota during the spring and fall migrations, and the Lesser certainly, if not the Greater also, breeds in the northern part of the Territory. This bird arrives at Fort Sisseton early in May (sometimes in April), 2 5 q ‘a No.1.] M‘CHESNEY ON BIRDS OF DAKOTA. 93 and remains until October 28. During May and the early part of June it is very common; but from the latter time until near the end of J uly, but few are met with; but as fall comes on, its numbers increase, and from the 1st of September to the end of the season it is very abundant here. It breeds in this vicinity. The specimen measures as follows: No. 672, , 20.50 x 10.95; wing 6.32; tail 2.50; tars. 2.23; m. t. & claw, 1.43; bill 1.53. TRINGOIDES MACULARIUS, (L.) Gray.—Spotted Sandpiper. Is found here in small numbers from about 1st of July to the 8th of September. The specimen measures as follows: No. 669, g, 13.00 x 8.10; wing 4.10; tail 2.30. ACTITURUS BARTRAMIUS, (Wils.) Bp.— Upland Plover. Sexes are alike in color. Bill straight, about as long as the head, grooved 2 of its length, the gape very deep, reaching nearly to below the eyes, the feathers extending on the upper bill beyond those on the lower, which do not fill the space between the forks of the lower jaw ; tail very long, more than half the wing, graduated ; legs much longer than middle toe and claw; legs bare nearly the length of the latter: length 11-13; wing 6-7; tail 3-4; bill 1-14: above, blackish, with a slight greenish reflection, variegated with tawny and whitish; below, pale tawny, of varying shade, bleaching on throat and belly; lower throat with streaks; breast and sides with arrowheads and bars of blackish; armpits and lining of wings pure white, black-barred ; quills blackish, with white bars on the inner webs; tail varied with tawny, black and white, chiefly in bars; bill and legs pale, former black-tipped. North America; abundant; migratory; a highly esteemed game bird, usually found in flocks, in fields, not necessarily near water. The Upland Plover is very abundant here from May 10 until near the end of August, and breeds nearly everywhere on the prairie. The bird is in good condition for the table from the time of its arrival, and is justly highly appreciated for its delicate flavor. About the middle of August, this Plover commences to congregate in large flocks, when it becomes quite shy, so that its capture is attended with considerable difficulty. Takes its departure about August 26. TRYNGITES RUFESCENS, (V.) Cab.—Buff-breasted Sandpiper. This strange Sandpiper is seen here a few times each year during the spring migration. On May 22, 1876, while out hunting on the open prairie, a flock containing thirty or forty passed near me, from which one was secured. Two or three others were taken later in the season, on as many different occasions. Of the habits of this bird I know nothing. I have only seen it in open country on the wing, and quick must be the sportsman who then brings it to bag, for it is a whiz-z-z, and the birds are gone. NUMENIUS LONGIROSTRIS, Wils.—Long-billed Curlew. Sexes are alike in color. : Bill of extreme length and curvature, measuring from 5 to8 or 9 inches; total length about two feet: wing a foot or less; tail about 4 inches. Plumage very similar to 94 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. that of the Godwit; prevailing tone rufous, of varying intensity in different birds, and on different parts of the same bird, usually more intense under the wing than elsewhere; below, the lower throat streaked and the breast and sides with arrow- heads and bars ef dusky; above, varicgated with black, especially on the crown, back, and wing; tail barred throughout with black and rufous; middle quills rufous; outer quills blackish and rufous; no pure white anywhere; bill black, the under part flesh-colored for some distance; legs dark. Occurs in many portions of Dakota and Mentana. NUMENIUS HUDSONIUS, Lath.—Jack Curlew. Sexes are alike in color. Bill medium, 3 or 4 inches long; length 16 to 18; wing 9; tail 34. Plumage as in the last species in pattern, but general tone much paler; quills barred. Breeds in British America; United States, chiefly during the migrations. I have never met with this bird in any part of Dakota or Montana. NUMENIUS BOREALIS, (Forst.) Lath—Esquimaux Curleo. Sexes are alike in color. Bill small, under 3 inches long; length 12-15 inches; wing under 9; tail 3. Plum- age in tone and pattern almost exactly asin the last species, but averaging more ruious, especially under the wings, and outer quills not barred. Occurs in parts of Dakota during the migrations. ARDEIDA. ARDEA HERODIAS, Linn.—Great Blue Heron. Occurs regularly during the spring and fall migrations. It tarries but a few days in this vicinity in the spring time, but is observed in some numbers during September and October. BUTORIDES VIRESCENS, (Linn.) Cab.—G@reen Heron ; Poke. Arrives the latter part of April or the beginning of May, and remains until October; breeds in the sloughs all over the Coteau, not, however, in any great numbers. NYCTIARDEA GRISEA NAIVIA, (Bodd.) All.— American Ni ight Heron. Is seen here in considerable numbers from August 10 until October 25; is not seen during the spring migrations. BOTAURUS MUGITANS, (Bartr.) Coues.—American Bittern. Is found here from May 1 until October 1; is not at any time abund- ant; breeds here. GRUIDA. GRUS AMERICANA, (L.) Temm.— White or Whooping Crane. Occurs only during the spring and fall migrations, and even then not in any numbers. GRUS CANADENSIS, (L.) Temm.—Brown Crane. Is much more frequently met with than the preceding, and a few re- main and breed on the Coteau. No.1.) M‘'CHESNEY ON BIRDS OF DAKOTA. 95 The Brown Crane can be very easily domesticated, and they make very docile pets, following a person about from place to place much the same as an antelope or deer would; they will take their night tramps, but are generally on hand the following morning. RALLID A. PORZANA CAROLINA, (Linn.) Cab.—Carolina Rail. Sexes are alike in color. Above, olive-brown, varied with black, with numerous sharp, white streaks and specks; flanks, armpits, and lining of wings barred with white and blackish; belly whitish; under tail-coverts rufescent. Adult with the face and central line of throat black; the rest of the throat, line over eye, and especially the breast, more or less in- tensely slate-gray, the sides of the breast usually with some obsolete whitish barring and speckling; young without this black, the throat whitish, the breast brown. Length 8-9; wing 4-44; tail about 2. Occurs throughout a large portion of Dakota. Is found at Fort Sisseton, in small numbers, from May 15 until Octo- ber; breeds in the thick rushes around the margins of the lakes and sloughs. . The specimen measures as.follows: No. 631, g, 13.40X8.80; wing 4.25; tail 2.44; tarsus 1.30; middle toe and claw 1.75. FULICA AMERICANA, Gin.—American Coot; Mud Hen. Arrives about April 20 and remains until October 30; is moderately abundant during this time; breeds in the sloughs all over the Coteau. ANATID 4. CYGNUS BUCCINATOR, Rich.—Trumpeter Swan. Is seen only during the migrations; in the spring, none stop in this vicinity. When passing south in the fall, I have observed a very few to loiter in the larger lakes. / ANSER HYPERBOREUS, Pail.—Snow Goose; White Brant. Sexes are alike in color. Bill smooth, the scales or plates very prominent, owing to arching of the edges of the bill. Adult plumage pure white, but in most specimens the head washed with rusty red; outer quills broadly black-tipped; bill lake-red, with white nail; feet the same, with dark claws. Length about 30; wing 17-19; tail54-64; bill 23. About the 1st of April, this Goose commences to pass this region, and from then until the early part of May thousands are daily seen passing north; a very few remain and breed. About the middle of September it begins to return from the north, and by the Ist of October is very abundant, being found in flocks often containing several thousand old and young birds; finally departs at the end of October. The specimen measures as follows: No. 686, ¢, 59.00 x 29.00; wing 17.50; tail 6.25; tarsus 3.25; bill 2.40. 96 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. ANSER CCERULESCENS, (L.) Vieill.— Blue Goose. Sexes are alike in color. With the size and exactly the form of the next species, but the plumage ashy, varied with dark brown; the head, upper neck, tail-coverts, and most of the under parts white; the wing-coverts silvery ash. It is a singular fact that I have never observed this Goose during the Spring migrations when the preceding one is so abundant, and with which it first makes its appearance here in the fall and is afterwards con- Stantly found mixed with the flocks of that Goose, and associating with it on terms of such familiarity as to suggest to me the query whether there may not be a doubt as to its distinctness from a hyperboreus, and whether it may not in reality be the young of that Goose, or a semi- melanotic condition thereof. I have seen flocks of a hyperboreus coyv- ering acres of ground, with here and there a Blue Goose scattered appar- ently indiscriminately through the flock. I have also seen them asso- ciated onthewing. The case of this Goose and that of the Black-bellied Plover constitute the only exceptions falling under my notice of a mi- gratory bird appearing in the fall that does not pass this region during the spring migrations. This Goose departs with the preceding about the end of October. BRANTA CANADENSIS, (L.) Gary.—Canada Goose 3; Common Wild Goose. Sexes are alike in color. Tail normally 18-feathered. Grayish-brown, below paler or whitish-gray, bleaching on the under tail-coverts, all the feathers with lighter edges; head and neck black, with a broad white patch on the throat mounting each side of the head; tail black, with white upper coverts; bill and feet black. About 36 inches long; wing 18-£0; tail 63-74; bill 122. Passes this region from the 1st to the 30th of April in large numbers ; it loiters but a few days at this season (a very few may breed near the head of the Coteau). Returns about the 15th of September, after which date it is very abundant until its final departure for the Season, usually about October 31. ANAS BoscHAsS, Linn.— Mallard. Sexes are not alike in color. This Duck and the seven next described are known as the “ River Ducks,” and are distinguished from the “Sea Ducks” by having the hind toe simple. g with the head and upper neck glossy green, succeeded by a white ring; breast purplish-chestnut; tail-feathers mostly whitish; greater wing-coverts tipped with black and white, the middle quills with a violet marking, black-bordered; bill green- ish-yellow ; feet orange-red. © with the Wing as in the g; head, neck, and under parts pale ochrey, speckled and streaked with dusky. Length about 24; wing 10-12. This Duck appears to enter this region about April 16, and remains until October 30; breeds sparingly in the Sloughs; at first, the Mallard is not near as abundant as some of the other Ducks are, but as fall approaches it becomes very common. No. 1. M‘CHESNEY ON BIRDS OF DAKOTA. 97 ‘DAFILA ACUTA, (L.) Jenyns.—Pintail ; Sprigtail. Sexes are not alike in color. Tail with the middle feathers longest (female and young shorter and not so narrow), 4 to Yinches long; wing 11; total length about 24. Bill black and blue; feet gray- ish-blue ; head and upper neck dark brown, with green and purple gloss; sides of neck with’a long white stripe; lower neck and under parts white; dorsal line of neck black, passing into the gray of the back, which, like the sides, is vermiculated with black; middle quill-markings greenish-purple, anteriorly bordered by buff tips of the greater coverts, elsewhere by black and white; inner quills and shoulders black and silvery. Q and young with the whole head and neck speckled or finely streaked with dark brown and grayish or yellowish-brown; below, dusky-freckled; above, black- ish, all the feathers pale-edged ; only a trace of the greenish markings between the white or whitish tips of the greater coverts and middle quills. This Dueck arrives April 8, and remains until October 22; breeds in small numbers in this vicinity. In the early spring, as also during Sep- tember and October, it is very abundant, but during the summer only a few Pintails are seen here. CHAULELASMUS STREPERUS, (L.) Gray.—Gadwall ; Gray Duck. Sexes are not alike in color. $ with most of the plumage barred or half-ringed with black and white or whitish ; middle wing-coverts chestnut; greater coverts black ; marking of middle quills white ; ? known by these wing-marks: 19-22; wing 10-11. Is seen here from April 8 until October 22, in large numbers; breeds here. MARECA AMERICANA, (Gm.) Steph.—American Widgeon ; Baldpate. Sexes are not alike in color. Head and neck grayish, dusky-speckled; top of head white (in full plumage), its sides with a broad green patch. Bill shorter than head, grayish-blue like the feet; fore breast light brownish-red ; belly pure white; under tail-coverts abruptly black, mid- dle and greater coverts white, the latter black-tipped; middle quill-markings green, black-bordered : 20-22; wing 11; tail 5; bill 14-14. 9 known by the wing-markings. Enters this region about April 22, and the greater majority pass, in a few days, further north; it is probable, however, that a very few breed. in this vicinity, as I have taken this Duck on several occasions during the summer months; about the Ist of September, it begins to return from the north, and by the middle of the month is very abundant; finally departs October 30. The specimen measures as follows: No. 668, 3, 33.75 x 20.50; wing 10.40; tail 5.00. QUERQUEDULA CAROLINENSIS, (Gm.) Steph.—Green-winged Teal. Sexes are not alike in color. Subcrested ; head and upper neck chestnut, with abroad glossy green band on each side, whitish-bordered, uniting and blackening on back of neck; under parts white, the fore breast with circular black spots; upper parts and flanks closely waved with blackish and white; under tail-coverts black, varied with white or creamy ; bill black ; feet gray. A conspicuous white crescent on the side of the body just in front of the bend of the wing; shoulders plain ; middle quill-marking rich green. No blue on the wings. @ differs especially in the head-markings, but those of the wings are the same. Small: 14-15; wing 74; tail 34; bill 1}. Arrives April 24, and remains a few days in this vicinity before pass- Bulb ys 17 98 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [ Vol. V. ing north for the summer; returns early in August in large numbers and remains until September 30. QUERQUEDULA DISCORS, (L.) Steph.—Blue-winged Teal. Sexes are not alike in color. Wing-coverts in both sexes sky-blue, the greater white-tipped; middle quill-mark- ings green, white-tipped; armpits and most under wing-coverts white; shoulders striped with tawny and blue (not in the 9) or dark green; fore breast barred; rump and tail dark, plain; under tail-coverts dark or black; bill black; feet not dark. Head and neck of ¢ blackish-plumbeous, darkest on the crown, usually with purplish iridescence, a white crescent in front of the eye; under parts thickly dark-spotted ; 9 with head and neck altogether different; under parts much paler and obscurely spotted, but known by the wing-markings from any species here treated of, but difii- cult to distinguish from the @ of the species known as the ‘‘ Cinnamon” Teal: 15-16; wing 7; tail 3; bill 14-12. Arrives about the 1st of May, but, like all the migratory birds, it varies with the season, being sometimes as early as the 1st of April, but is seldom later than the middle of May; is very common, and breeds in all the sloughs over the Coteau; takes its departure about October 10. SPATULA CLYPEATA, (L.) Boie.—Shoveller ; Spoon-bill Duck. Sexes are not alike in ebtie! Bill twice as wide at the end as at the base, ratte very numerous and prominent plates. Head and neck of ¢ green; fore breast peere belly purplish chestnut; wing- coverts blue; middle quill-marking green, ealer sal with black and ee. some ‘shoulders blue, others green, all white-striped; bill blackish; feet red. 9 known by bill and wings. 20; wing 94; bill 24-23. This Duck is very abundant in all the lakes and sloughs on the“ Coteau des Prairies” from April 18 until October 30; breeds throughout its range. The specimen measures as follows: No. 682, 9, 27.25 x 17.75; wing 8.60; tail 3.50. AIX SPONSA, (L.) Boie—Summer Duck ; Wood Duck. Sexes are not alike in color. Crested; head iridescent green and purple, with parallel-curved white stripes over and back of eyes, and a broad, forked, white throat-patch; 9 with the head mostly gray: 18-20; wing 83-93; tail 44-5; bill13}. Nests in trees. A single specimen of this beautiful Duck was killed near the post in the summer of 1874 by Captain Pearson of the Seventeenth Infantry. ' ‘This is the only Wood Duck I have seen among the many thousands annually killed at this post. FULIGULA MARILA, (L.) Steph.— Greater Scaup Duck; Big Blackhead. — Sexes are not alike in color. This and the following described Ducks belong to the subfamily Butiginied (Sea Ducks), and are distin: vishe d generally from the preceding by having the hind toe with amembranous flap depending therefrom, larger feet, shorter legs, &c. ¢ with the head, neck, and body anteriorly, black, the former glossy-green; lower neck, rump, tail and ats coverts, blackish; below, white, with fine black waving on the sides and lower pelly; bill dull blue with black nail; legs plumbeous; middle quill-marking white. © with the head and anterior parts brown, with the face pure white or not, and other black parts of the g rather brown, the black and white vermiculation less distinct. About 20 inches long; wing 9. | SAPS . No.1.) M‘CHESNEY ON BIRDS OF DAKOTA. 99 Arrives April 19, and resting a few days resumes its long northern flight. Returns about the Ist of October in some numbers, and finally disappears, for the season, October 31. The specimen measures as follows: No. 653, 2, 29.00 x 18.00. FULIGULA AFFINIS, Eyton.—Lesser Scaup Duck; Little Blackhead. Sexes are not alike in color. Extremely similar to the last: smaller, about 16; wing 8; gloss of head chiefly pur- ple. Q asin the last species. It is very difficult to define this bird specifically, and it may be simply a small southern form; but it appears to preserve its characters, although constantly associated with the last. For my own part, I am inclined to keep the two separate; for, as I have observed it, the Little Blackhead maintains its characters under all cir- cumstances: I have seen it associated with the Greater in feeding, but when disturbed and put to flight the two species will be found separate. Arrives about the same time and follows the same course as the pre- ceding species does; is much more abundant, however, during October than that Duck is. The specimen measures as follows: ! No. 627, ¢, 27.75 x 17.00; wing 8.00; tarsus 1.47; bill 1.60. FULIGULA FERINA AMERICANA, (Eyton) Coues.—American Pochard; Redhead. Sexes are not alike in color. Bill dull blue, with a black belt at the-end, broad and depressed, shorter than head (2 or less), the nostrils within its basal half; color of head rich pure chestnut, with bronzy or red reflection, of back, mixed silvery-gray and black in about equal amount, the dark waved lines unbroken; body anteriorly, rump, and tail-coverts black. 9 head and neck pale brown; body darker brown, with other markings of the back, sides, and shoulders less distinct than the $; middle quills bluish-ash. Length about 20; wing 9-10. Arrives about April 15 and remains until October 30; breeds in con- siderable numbers in the deeper sloughs on the “‘ Coteau des Prairies,” at first not very abundant; it begins to receive accessions to its numbers from further north about the middle of September, and by the 1st of October large flocks of the Redheads are common; finally departs for the season about October 31. - The specimen measures as follows: No. 635, 3, 30.50 x 19.50; wing 9.50; tail 3.00; tars. 1.55; m.t. & claw 2.80; bill 1.95. FULIGULA VALLISNERIA, (Wils.) Steph.—COanvas-back Duck. ' Sexes are not alike in color. Bill blackish, high at the base and narrow throughout, not shorter than head (23 or more), the nostrils at its middle; head much obscured with dusky ; black waved lines of the back sparse and much broken up into dots, the whitish thus predominating ; © varies as in the last species. _ Many persons experience difficulty in distinguishing between the Red- head and Canvas-back Ducks; careful attention to the foregoing descrip- 100 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [ Vol. v. tions will enable any person to identify all his specimens, with possibly the exception of some immature ? specimens; but as the two species are seen in Dakota, instances of this will be very rare indeed. This Duck arrives about April 15, and I think it probable that a very few remain in this vicinity and breed, but the greater majority continue their northern flight with little more than a passing notice of this region at this season; returns in the early part of September and gradually inereases in numbers until the middle of October; takes its final de- parture for the year about October 39. The specimen measures as follows: No. 676, 9, 31.00 x 20.75; wing 9.10; tail 3.00. BUCEPHALA CLANGULA, (L.) Coues.—Golden-eye. Sexes are not alike in color. $ with the head and upper neck glossy dark green, and a white oval or rounded spot between the bill and eye, not touching the base of the bill throughout; white continuous on outer surface of wing; bill very high at base, black with pale or yellow end, and nostrils in anterior half; feet orange; webs dusky; eyes yellow; head uni- formly puffy; lower neck all around, under parts including sides, most of the shoul- ders, wing-coverts, and middle quills white; lining of wings and armpits dark; most of upper parts black; no waving on back and sides. 9 head less puffy, snuffy brown, no white patch in front of eye, and less white on the wings. Length 16-19; wing 8. Arrives about April 15 and soon passes on to the north. About Oc- tober 1 returns in considerable numbers, and remains until October 30. BUCEPHALA ISLANDICA, (Gm.) Bd.—Barrow’s Golden-eye. Sexes are not alike in color. Very similar to the last species; gloss of head purplish and violet, the spot between the bill and eye larger, triangular or crescentic, applied against the whole side of the bill at base; white on surface of wing divided by a dark bar: rather larger than the last; 19-22; wing 9-10; feathers at back of head lengthened into a slight crest; bill shorter. ¢ probably not distinguishable with certainty from that of the foregoing, unless by the dark bar on the wing. Is seen here only during the spring migrations. Arrives about April 15 and remains for a few days; several specimens have been taken at this time. Does not appear to pass this region during the fall. The specimen measures as follows: No. 652, Q, 27.50 x 17.00. BUCEPHALA ALBEOLA, (L.) Bd.—Bufile-head Duck. _ Sexes are not alike in ae é with the head particularly puffy, of varied rich iridescence, with a large white ear-patch, confluent with its fellow on the nape: small, 14-16; wing 7-8; bill 1, with nostrils in basalhalf. © still smaller, an insignificant-looking Slee with head scarcely putty, dark gray, with traces of ie white ear-patch. Arrives April 9 and in a few days departs; returns ben the mile of September to remain until October 22. During the fall is quite com- mon, but is not seen in any large numbers in the spring. - The specimen measures as follows: No. 687, $, 23.25 x 14.50; wing 7.00. No. 1] M‘CHESNEY ON BIRDS OF DAKOTA. 101 ERISMATURA RUBIDA, (Wils.) Bp.— Ruddy Duck. Sexes are not alike in color. Remarkably distinguished from the other Sea Ducks (with the exception of the St. Domingo Duck) by the stiffened, narrow, tapering tail-feathers (16-20 in number), ex- posed to the base by reason of extreme shortness of the coverts; bill broad, flattened, the nail large, overhanging. The ¢ in perfect plumage, with the neck all round and the upper parts brownish-red, the lower parts silky silvery-white watered with dusky, the chin and sides of the head dead white, the crown and nape black, but not often seen in this condition in the United States as generally observed, and the @ at all times brown above, finely dotted and waved with dusky, paler and duller below, with darker undulations and sometimes a slight tawny tinge, as also occurs on the sides of the head; crown and nape dark brown; bill dusky; under tail-coverts always white. Length 14-17; wing 5-6. A few specimens of this Duck in full plumage have been taken here during June. It is, however, rare, occurring only during the spring migrations. The specimen measures as follows: No. 662, ¢, 20.00 x 15.25. MERGUS MERGANSER, Linn.—Fishing Duck. At any time from April 10 until October 30, this Duck can be seen in the lakes and sloughs on the ‘Coteau des Prairies” in numbers. The flesh of this and the following Duck are not fit for the table, as they feed to a great extent on fish. MERGUS CUCULLATUS, Linn.—Hooded Merganser. Is seen for about a week from April 10, and then passes further north to return about October 1 in small numbers; disappears October 30. The specimen measures as follows: No. 632, 2, 25.00 x 18.00. PELECANID A. PELECANUS TRACHYRHYNCHUS, Lath.— White Pelican. Arrives April 20, and the greater majority pass north, but quite a number spend the summer here. During the fall migrations it again becomes quite common ; finally departs for the season October 30. PHALACROCORACID &. GRACULUS DILOPHUS, (Sw.) Gray.—Double-crested Cormorant. Is found in the larger lakes in this vicinity from April 18 until Octo- ber 30, in considerable numbers; breeds here. LARIDZ. LARUS ARGENTATUS SMITHSONIANUS, Coues.—American Herring Gull. Arrives about the Sth of April, to remain until October 30; is com- mon and breeds here. The specimens measure as follows: No. 611, 9, 51.25x20.75; wing 15.00; tail 6.25. Stomach loaded with worms. No. 661, 2, 50.5021.08; wing 15.00; tail 6.00. 102 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.V. LARUS ATRICILLA, Linn.—Laughing Gull. Is found in this region from April 8 until October 30, in large num- bers; breeds here. The specimen measures as follows: No. 622, ¢, 35.30X 15.50; wing 11.50; tail 4.61; bill 1.27, at base 0.40, at gonys 0.34; tarsus 1.76. LARUS FRANKLINI, Rich.—Franklin’s Rosy Gull. . Arrives April 8, and remains until the lakes in this vincinity close, which generally occurs by the end of October; is common, but not quite so abundant as the preceding species. STERNA FORSTERI, Nutt.—Jorster’s Tern. Arrives April 20,.and remains until October 1; very common and breeds here. STERNA HIRUNDO, Auct.—Common Tern. Is found here in large numbers from April 20 until about the 1st of October; breeds here. Is ever on the wing hovering over the lakes in Search of its food. The specimens measure as follows: No. 623, 9, 29.25% 15.25; wing 10.75; tail 7.20; tarsus 0.97; bill 1.39, at base 0.43, at gonys 0.43. No. 624, g, 29.50 x 15.50; wing 10.75; tail 7.25; tarsus 0.93; bill 1.53, at base 0.42, at gonys 0.42. HYDROCHELIDON LARIFORMIS, (L.). Coues.— Black Tern. Is very common from April 20 until the beginning of October, about which time it departs south. Breeds here. The specimen measures as follows : No. 636, ¢, 23.00X 9.75; wing 8.50; tail 3.17; tars. 0.65; m. t. & claw 0.95; bill 1.05. « COLYMBID 4i. COLYMBUS TORQUATUS, Briinn.—Great Northern Loon. The Great Northern Loon or Diver passes north in the early spring. A very few remain in this vicinity during the period the lakes are open, but the great majority pass on, and, returning October 1, are then seen in large numbers until October 39. PODICIPIDA. ALCHMOPHORUS OCCIDENTALIS, (Lawr.) Coues.— Western Grebe. Is occasionally seen during the migrations, but not in any numbers. I have secured but a single specimen of this Grebe, as its flight is gen- erally at a considerable height. PODILYMBUS PODICEPS, (L.) Lawr.—Pied-billed Grebe. Arrives about May 1, and remains until October 27; is common in all the smaller lakes, which it seems to prefer, and it breeds in the tall No. 1.] M‘CHESNEY ON BIRDS OF DAKOTA. 103 grass surrounding them. This Grebe is certainly one of the clumsiest birds on the wing with which I am acquainted, appearing incapable of sustaining any prolonged flight, so much so, indeed, as to be a matter of surprise how it ever makes its extended migrations. The Indians do not believe this bird ever leaves any locality, stating that, as cold weather comes on and the lakes freeze over, this Grebe is transformed into a muskrat, and in that state passes the winter, returning to his Grebe condition when spring returns. Recapitulation of Species Treated. : No. of . No. of eenalye species. Family. species. PAIRING 9B se safe ctois sei Se Ses sie e siejacain oe Soe @athartid ire. sacceceasosce cleensmcceeece 1 Saxicolidwe= 522-5225. || Colambidsar.-2 se oeee soe. saan eee ee 2 Pari d ees see 1 || Tetraonidw......... 6 Troglodytids 2 || Charadriide -.-.-.- a Alaudide .... 1 || Hematopide -.-... 1 Sylvicolide .-. 12 || Recurvirostride .. 1 Hirundinide - 5 || Phalaropodide ..- 1 Vireonide -.- 2 || Scolopacide ......-- 19 SAMI GeO Maat each a cert oece ew taosicee ee i, | PAT era case at tte ys Lae yee AE 4 Fringillid@ .....---.-------------------- a PCHIECE B erob (BE 0) Sryeyes oa ote ca ee eer Seer oo 2 SHC GETS Ae eae oe 8s Sonia corse Winieielwle cSrsiclnwieja' Ge BRANT eae tess AON aes eR Re oe as 2) COLE TIES) es Se a 9 aa a EN ee ee Bo |PAnatidmeete Ue enceccemac see ccaisicela aise 22 Ploy MAINO eae eisiocseraseieiee s sisicsjere == a= Szllpbelicanidseesescsc noses ke ace eeneccact a Caprimulord ss ss-2 3a sncee cise sin sa os i) | *Phalacrocoracidp2s.--------5 1 5 3----- 1 MTOCHMICB Hes ce cas ccmsstceeeessisse sce cise Pel | Barada Set. 2h 5 sacs ot wean i acekenes 6 Cire nbidsais en eee een d eyes Seece cine mele \CColumpidal. j-ccaoet ao snes ee eee ec eease 1 NCU GS). ance SCOURS cone ReOB OC SOBEL USaSecE Sul OdICipidDi se seen cctetsomiccee ons sate 2 Simimeid p)sse-s2" cise e ssecanee sees cess 5s 2 pHa COMIC) soe eae dae one sine ces ceisdsicss 11 Motalesaeeei cect ece we pease meteclsee 155 Notre.—Information received from Dr. McChesney since the foregoing article was prepared, enables me to add two species to the list, namely: PINICOLA ENUCLEATOR, (L.) V., and AEGIOTHUS LINARIA, (L.) Cab., thus raising the number of Fringillid@ to 19, and the total to 157.—E. C. Art. V.—Paleomtological Papers No. 9: Fossils of the Jura-Trias of Southeastern Idaho. By C. A. White, MI. D. In Southeastern Idaho and the adjacent portion of Wyoming, numer- ous exposures of strata are reported by the field-geologists, which are, or are assumed to be, equivalent with those which, in the Western Ter- ritories, have, by common consent, been assigned to the Jurassic period, or, more recently, they have received the designation of Jura-Trias, in consequence of the growing opinion that no paleontological plane of de- markation exists among those strata of the Western Territories which have hitherto been assigned respectively to the Jurassic and Triassic periods. Ata part of the localities above mentioned, some species of fossils occur which have for many years been especially assigned to the Jurassic, but those particular species do not occur with other fossils at some of the other localities. The species referred to are, for example, Pentacrinus asteriscus Meek and Hayden, Belemnites densus M. & H., Humicrotis curta Hall, Camptonectes bellistriatus M. & H., &e. At others of the localities above referred to, notably those which are especially considered in the following paragraphs, the fossils are mostly or entirely of new species. Among the exposures of Jura-Trias strata in the district here indi- cated (and they are numerous and comparatively small in consequence of the great disturbance which they, together with their associated strata, have suffered), there are three localities which are especially interesting, because the strata there exposed contain not only a number of new forms, but because some of the types in which those forms are expressed are such as in Europe are regarded as characteristic of the Trias. For convenience of reference, these localities are designated as Nos. 1, 2, and 3. Locality No. 1 is in Idaho, about sixty-five miles north of the bound- ary line between that Territory and Utah, about eighteen miles west of the boundary line between Idaho and Wyoming, and about five miles south of John Gray’s lake. The region embracing this and neighbor- ing localities has not yet been visited by myself, but Dr. A. C. Peale, geologist of one of the surveying parties, in whose district for 1877 the locality especially referred to occurs, has examined it briefly, and fur- nishes the data for the following section at locality No. 1, the member A being the highest of the series. ie = o 106 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Yol. V. ' The strata at this locality have been much displaced, the dip being to the southwestward and at an angle of about 55°. At the southern por- tion of the exposures of the strata of this locality, however, the strike curves to the eastward, so that the dip is then to the southward and the angle lessened; but the details of this subject will be embraced in Dr. Peale’s final report, and also briefly in Art. VI, pp. 119-123. Section at Locality No. 1. A.—Alternating limestones and arenaceous shales; outcrops obscure. The following fossils were obtained from near the top of this mem- ber: Yerebratula semisimplex White, T. augusta Hall and Whit- field, Aviculopecten idahoensis Meek, Gervillia ?, and an 71,000 feet. undetermined Conchifer. B.—Limestones; outcrops somewhat obscure. The fossils are: Lumicrotis curta Hall and Aviculopecten idahoensis Meek. C.—Greenish and reddish fossiliferous sandstones, followed by arenaceous shales and limestones. The fossils are: Aviculopecten pealet White 850 feet. and three or four undetermined species of Conchifers. x D.—Bluish-gray limestones, with fossils near their base. The fossils are >| Meekoceras gracilitatis White, M. mushbachanus W., Arcestes? cirratus | 700 feet. W., Arcestes? ?, Arcestes? (another species), and Lumicrotis * curta Hall. E.—Reddish and greenish laminated sandstones......-----. .--2-)-------- 400 feet. F.—Very dark blue linn estone) 222 gecieee a = dwlato oe asieelaeteietecta ayaa ; 800 feet. Ge Wihtte quartzite as someoses. - se Paki Saale tele leimie mite leit et einai oleate H.—Massive grayish-blue limestones ..---. ...--. 22-222 2-22. 2e ne wen ne -- 400 feet. At locality No. 2, which is about fifteen miles a little east of south from locality No. 1, occurs another limited exposure of limestone strata, which are equivalent in part with those of locality No. 1, and which there occupy a synclinal axis. From these strata, Meekoceras aplanatum White and MW. gracilitatis W. were obtained. The presence there of the latter species indicates the equivalency of those strata with member D of the foregoing section, because numerous examples of that species were obtained from that member of the section. About the same distance as before (15 miles), almost due west from locality No. 1, is locality No. 3, the strata being calcareous sandstones. From these strata, Dr. Peale brings Aviculopecten idahoensis Meek and A. altus White, examples of the former species being somewhat abundant. This species occurs in both A and B of the foregoing section, with which members the strata of locality No. 3 are doubtless equivalent. Mr. Meek’s types of this species, which he referred to the Jurassic, were obtained several years ago by Dr. Peale in Lincoln Valley, near Fort Hall, about fifty miles northwestward from locality No.1. So far as I am aware, the species has not been discovered elsewhere, and it may therefore be regarded as a common associate of the Cephalopods herein described. ~ The relations of the strata of the three localities here discussed with those which precede and follow them in natural order have not been so completely studied as could be desired, but Dr. Peale regards members F, AS a No. 1.] WHITE ON JURA-TRIAS FOSSILS OF IDAHO. 107 G, and H of the foregoing section as of Carboniferous age, although he did not obtain any fossils from either of those three lower members at that locality, and he also thinks the horizon of these fossiliferous beds is be- neath the so-called Red Beds. The fossiliferous strata of the three locali- ties herein especially considered contain all the new fossil forms which are described in this paper, together with the three following identified spe- cies, namely, Terebratula augusta Hall and Whitfield, Aviculopecten idaho- ensis Meek, and Humicrotis curta Hall. No other species besides these and the eight new ones, and no other localities except the three specially designated in foregoing paragraphs, will be considered in the present paper, but it is intended that these strata, together with their equiva- lents and associates in that region, shall be carefully studied at the earliest opportunity. One object in presenting these few species only in the present paper, is, that they embrace all the forms which are now known to be associated with these interesting Cephalopods of Triassie¢ type. From our present knowledge of the subject, it seems that the strata containing the fossils herein described and noticed belong at or near the base. of the series which in the Western Territories has latterly been generally designated as the Jura-Trias, but it is noticeable that the Red , Beds, which have been so generally assigned to the Trias, are wanting here, although Dr. Peale now thinks they are present not many miles away, and, as before said, that they oceupy an immediately succeeding horizon. It is probable that we may yet find satisfactory data for separa- ting the strata which carry the fossils described and noticed in this paper, together with their equivalent strata elsewhere, as distinctively Triassic, from the other strata which have been so generally regarded as repre- senting the Jurassic of Europe; but until more detailed studies can be made, I prefer to use for all of them the provisional designation of Jura- Trias. It is worthy of observation in this connection that none of the well-known species which have been generally regarded as certainly of Jurassic age, except Humicrotis curta, occur associated with any of the fossils embraced in this paper. It seems evident from Dr. Peale’s ob- servations that those well known Jurassic species occupy a higher hor- izon; and it also seems evident, from the frequent mention which £. curta has received from the various geologists of the Western surveys and explorations, that this species has a wide geographical and great vertical range ; and, furthermore, that it is associated with both Jurassi¢ and Triassic types. It should also be remarked that the Terebratula, here identified, not without some doubt, as T. augusta Hall and Whit- field, is referred by those authors to the Jurassic. According to European standards, the Cephalopods here described are unquestionably of Triassic types, and, as pointed out by Professor Hyatt in following remarks, they have more resemblance to certain Cephalopods of the Muschelkalk of Europe than to any other. Thisis an interesting and somewhat unexpected circumstance, since the only other 108 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. Vv. Cephalopod forms from strata of the Western Territories which have been assigned to the Trias as distinct from the Jura have been regarded as especially representing the horizon of the St. Cassian, Aussee, and Hallstadt deposits of Europe. The fossils referred to are those which were obtained from the West Humboldt Range, Nevada, and described by Gabb in Vol. I of the Paleontology of California, and by Meek and Hyatt in Vol. IV of the United States Geological Survey of the For- tieth Parallel. Having recognized the unique character and Triassic type of these Cephalopods, and the fact that, although closely related to typical Cera- tites, they presented some important generic modifications, I desired the opinion of Prof. Alpheus Hyatt, whose excellent and exhaustive labors upon this class of fossils are so well known. I therefore forwarded them to him for examination, and have received from him the notes which, on the following pages, appear in quotation-marks above his initials. Professor Hyatt proposes one new genus, which has not only important and significant relations with other genera, but the fact js an interesting one that with its first and only discovery three strictly conforming, but well-differentiated species, were found associated together, indicating thereby the permanent establishment of that generic form. BRACHIOPODA. Genus TEREBRATULA Llhwyd. TEREBRATULA SEMISIMPLEX White.—Shell small, obovate or sub- elliptical in marginal outline; width less than the length; cardinal slopes gently convex or faintly angular; margins of the shell obtuse; both valves somewhat regularly and nearly equally convex; beak of ventral valve moderately prominent, with the usual curvature over that of the ventral valve, and with the usual apical perforation. Shell-struecture minutely punctate. Surface of both valves marked by numerous small radiating plications, sometimes slightly irregular in size, with about equally wide spaces between. These plications never reach the beaks, and.sometimes extend only a short distance from the margins; the remainder of the surface being plain, or marked only by faint lines of growth. Length, 14 millimeters; breadth, 11 millimeters; thickness, 9 milli- meters. ( The form and more especially the plications of this shell give it the appearance of a Rhynchonella, but its punctate structure forbids its ref- erence to that genus. Perhaps it is really a Waldheimia; but as the in- ternal structure is not yet known, it is at present referred to Terebratula. Position and locality—Jura-Trias strata, member A of the foregoing section; at locality No. 1, Southeastern Idaho. Collected by Dr. A. C. Peale. . TEREBRATULA AUGUSTA, Halland Whitfield.—Among the collections | No. 1.] WHITE ON JURA-TRIAS FOSSILS OF IDAHO. 109 made at locality No. 1 there are several examples of another species of Terebratula which were obtained from member A of the foregoing section, the same member from which 7. semisimplex was obtained, but it comes from a different, although near layer. These possibly belong to a new Species, but they answer too closely to the figures and description of T. augusta, aS given by Hall and Whitfield in Vol. IV of the United States Geological Survey of the Fortieth Parallel, to make it advisableat present to propose anew name. ‘The original locality of 7. augusta is at Sho- Shone Springs, Augusta Mountains, Nevada; and the strata from which it comes are assigned to the Jurassic in the reports just cited. Collected by Dr. A. C. Peale. CONCHIFERA. Genus AVICULOPECTEN McCoy. AVICULOPECTEN PEALEI White.—Shell, exclusive of the ears, sub- ovate in marginal outline; obliquity of the axis to the hinge-line back- ward, and forming with it an angle of about 70 degrees; hinge-margin not quite as long as the greatest transverse diameter of the body of the Shell. Left valve moderately convex, the convexity being nearly uni- form, except in the umbonal region, where it is, as usual, greatest ; beak moderately prominent, incurved, and elevated slightly above the hinge- margin; anterior ear moderately large, prominent, extending as far for- ward as the front margin of the shell, distinct from the body of the Shell, but not separated from it by a distinct auricular furrow ; its antero- inferior border convex, sloping backward to a moderately deep, angular, byssal notch; front margin of the valve regularly convex; antero-basal margin convex, but not quite so much so as the front; postero-basal margin somewhat abruptly rounded up to the nearly straight posterior margin. Posterior ear moderately large, but not quite so prominent as the anterior ear, moderately distinct from the body of the shell, its pos- terior margin forming nearly a right angle with the hinge-margin, and a very obtuse one with the posterior margin of the body of the shell. Surface marked by numerous raised radiating lines and small coste, the ~ latter being less numerous than the former, and differing from them only in being larger, all of them being slightly undulating in their direction from the umbo toward the margin. Near the margins three or four of the lines occupy each of the spaces between the cost. Both ears are marked by radiating raised lines similar to those on the body of the shell, but they are more numerous and finer on the posterior ear than on the anterior. Crossing these radiating lines and cost, there are numer- ous fine, but distinct, concentric lines, and some larger wrinkles of growth. Right valve unknown. Height from base to beak, 37 millimeters; antero-posterior diameter of the body of the shell, 33 millimeters; length of hinge-margin, 28 mil- limeters. 110 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. Ve Position and locality —Jura-Trias strata, member C of the foregoing section; Southeastern Idaho. Collected by Dr. A. C. Peale. AVICULOPECTEN ALTUS White.—Shell, exclusive of the ears, sub- ovate in marginal outline; axis almost perpendicular to the hinge-margin, or having a very slight backward obliquity; hinge-margin shorter than the greatest transverse diameter of the body of the shell. Right valve depressed-convex, the convexity being nearly uniform in all parts, except the umbonal region, where it is, as usual, greatest; beak small, moder- ately narrow, pointed, and projecting very slightly above the sane -mar- gin; anterior ear moderately large, its anterior point extending about as far forward as the front of the shell, not very distinctly separated from the body of the shell, its anterior pannier broadly and not deeply notched; front margin aay straight from the shallow notch of the anterior ear to a point a little below the mid-height of the shell, from which point the margin is rounded with considerable regularity to the poste- rior side; from that side the margin is a little more abruptly rounded to the base of the posterior ear, the outer margin of which forms nearly a right angle with the-hinge-margin. Posterior ear small, distinct from the body of the shell, but not separated from it by an auricular furrow. ' Surface marked by numerous radiating raised lines and costa, which are irregularly undulating in their direction, the latter being more numerous than the lines, the two differing from each other only in size. The surface of the anterior ear is faintly marked by numerous fine radiating raised lines, but the surface of the posterior ear is apparently unmarked except by fine lines of growth. Crossing these radiate mark- ings, there are concentric lines and wrinkles of growth. Left valve unknown. Height from base to beak, 55 millimeters; antero-posterior diameter, 43 millimeters ; length of He oe. margin, 28 millimeters. _ This species bears considerable resemblance to the one just before described; but it differs from it in its much greater proportionate height, its almost perpendicular axis, its shorter hinge-margin, smaller posterior ear, and in having the heavier radiating lines or costa more numerous in proportion to the smaller lines. Position and locality—Jura-Trias strata; locality No. 3 of the intro- ductory portion of this paper, Southeastern Idaho. Collected by Dr. A. C. Peale. AVICULOPECTEN IDAHOENSIS, Meek.—Associated with the species last described; and also from members A and B of the section at local- ity No. 1, a number of examples of A. idahoensis were obtained. The type-specimens of this species, as before stated, were obtained at a locality in Lincoln Valley, about 50 miles northwestward from locality No.1. Meek’s description of it isin Ann. Rep. U.S. Geol. Surv. Terr. for 1871, p. 374. This species and the two herein described as new much resemble each No. 1.] WHITE ON JURA-TRIAS FOSSILS OF IDAHO. 111 other in their surface-markings, and are evidently all strictly con generic; but it is probable, as Meek a suggested in relation to A. i ae, that neither of them will be found to conform strictly with the typical examples of Aviculopecten. Their reference to that genus is therefore to be regarded as provisional only in this instance. CEPHALOPODA. Five species of Cephalopods, and perhaps six, are represented among _ the collections brought in from localities No. 1 and No. 2, three of which belong to the genus here proposed by Professor Hyatt, and the others probably to Arcestes. The following are Professor Hyatt’s diagnostic remarks upon the proposed new genus. Genus MEEKOCERAS* Hyatt. ‘‘These species, so far as they go, are unlike the Ceratites of any foreign locality, but have more resemblance to the Muschelkalk than to the St. Cassian or Hallstadt faunas. They possess in common one char- acteristic which separates every species from the typical forms of Eu- ropean Ceratites. There are but three distinct lateral cells and two lateral lobes besides the finer auxiliary lobes and cells. This occurs in the most involute species—‘C” [M. gracilitatis], as well as in the least involute—‘A” [M. aplanatum]. This characteristic would be of no small value in any group, but in this one it is unusually constant in spite of the great differences of form and the variations in breadth of the sides of the whorls between the different species. The typical Ceratites, the C. nodosus and C. semipartitus, have at least four distinct lateral cells and lobes besides the auxiliary ones, and the distinction is slight be- tween the two series. In this genus, on the contrary, the auxiliary series, when present, is not divided from the third lateral cell by a distinct lobe as in Ceratites, and the aspect of the third lateral cell is often like that of a Goniatites. The auxiliary series is of course not present in the less involute and narrower sided forms, such as “A” [M. aplanatum], and Amm. parcus, Amm. boydianus, and Amm. ottonis, as figured by von Buch; and Ceratites carbonarius Waagen. These and the Goniatites levidorsatus Gabb (which I have in Meek’s report on the Paleontology of the Geol. Expl. 40th Parallel erroneously referred to Clydonites) are quite distinct, but the adult sutures of the latter are not known and its position is therefore uncertain. “The compressed whorls of all the species is of course a characteristic which is obvious when they are contrasted with typical Ceratites, as is also the absence, or merely transient appearance, of heavy nodes and ribs, except perhaps in the least involute species, if levidorsatus be found to belong to this genus. The young shells appear to be quite dis- tinct from the young shells of the true Ceratites so far as these have * ‘Dedicated to the memory of my friend F. B. Meek as some slight testimony of my respect for his works and regret for his loss.”—(A. H.) 112 BULLETIN UNITED STATES: GEOLOGICAL SURVEY. [Vol. V. been compared, though no exact observations could be made for want of good specimens of the young of true Ceratites.”—(A. H.) MEEKOCERAS APLANATUM White.—Shell compressed-discoidal, hav- ing the peripheral or siphonal side of the outer volution flattened, that of the inner volutions being a little rounded, and although narrow, its breadth is considerable as compared with the slight transverse diameter of the volutions; umbilicus open, shallow, its width in the adult being about equal to that of the greatest vertical diameter of the outer volu- tion, but it appears to have been proportionally wider in young exam- ples; volutions flattened-convex on their sides, but their inner edges are abruptly rounded inward to meet the next volution; all the volu- tions slightly embracing, the inner ones apparently more slightly than the outer. Siphonal cell of the septa, near the outer portion of the largest example obtained, small; the outer, middle, and inner lateral cells larger, regularly and plainly rounded and of about equal size; the outer lateral lobe of about the same size as the lateral cells, bearing at » its rounded extremity five or six small digitations of uniform size; inner lateral lobe smaller than the outer, bearing about four digitations like those of the outer one; ventral lobe very small, about equal in size with the ventral or siphonal cell, and apparently simply notched at the end; no auxiliary lobes or cells apparent in the examples yet discovered. Sur- face of the outer volution nearly plain, but the sides of the small inner volutions marked by moderately distinct transverse ridges. Diameter of the coil of the largest example in the collection, 60 milli- meters ; extreme vertical diameter of the outer volution, 22 millimeters ; tranverse diameter of the same, 12 millimeters. Position and locality—Jura-Trias strata; locality No. 2 of the preced- ing pages, Southeastern Idaho. Collected by Dr. A. C. Peale. Professor Hyatt makes the following remarks upon this species: “This species belongs to that group of this genus in which the shells have but a slight amount of involution, and possess also the narrow and numerous whorls which are the invariable accompaniments of this char- acteristic in all the Ammonitoids and Nautiloids. The resemblance to Amm. parcus von Buch* is very close so far as the outlines of the sutures are concerned, but the sides are too flat, the umbilical shoulder very — abrupt, and the siphonal side flattened. There is an equally close resem- blance to Ceratites carbonarius Waagen,t but here again the siphonal side is flatter and the involution greater, the last whorl at the same size as in the largest one figured being broader on the side. The septal sutures are, however, very similar. “The young, when of the same size, are very similar to the figure of — Goniatites levidorsatus Gabb,t but when larger, as in Meek’s figure, § ry * Ueber, Ceratiten. Abhand. Akad. d. Wissensch. 1848, pl. ee tMemoirs Geol. Surv. India, Pal. vol. ix, art. 4, pl. 1. ¢Pal. Geol. Surv. California, vol. 1, pl. 3. § Geol. Expl. 40th Parallel, vol. iv, pl. x. No. 1.] WHITE ON JURA-TRIAS FOSSILS OF IDAHO. nals: very considerable differences appear. The levidorsatus being a heavily ribbed shell, even when quite large, with a rounded abdominal side ; though here again I doubt if the sutures differ much. “The young shell of species “A” [Meekoceras aplanatum] has rounded, smooth whorls, which increase very slowly by growth, and are full half an inch in diameter before the sides and abdomen (siphonal side) begin to show the flatness which characterizes the adult. At about this size also the whorls grow perceptibly broader in proportion on the sides, and the amount of involution increases gradually until it covers about one-third of the side, in a specimen about two and a half inches in diam- eter; the umbilical shoulder also changes at the same time, becoming abrupt and subangular. ‘In some specimens there are indications of nodes on the sides, and in some the young until a late period are distinctly ribbed, the ribs being thick straight folds, reaching across the sides, but not up on to the siphonal side (abdomen). “The age at which the serrations of the lobes appear could not be seen, but great caution should be exercised in this group in describing these characteristics, since they are liable to disappear with the removal of the shell, on account of their shallowness. Thus a full-grown shell may be readily mistaken for a Goniatite; or the young, before the ser- rations appear, for one of that genus.”—(A. H.) MEEKOCERAS MUSHBACHANUS* White.—Shell compressed-discoidal, having the peripheral side abruptly rounded ; umbilicus open, shallow, about two-thirds as wide as the breadth of the outer volution in the adult, and proportionally narrower in the young; volutions flattened- convex on their sides, the convexity merging gradually into that of the peripheral side, but upon the umbilical side the volutions, especially the outer one, are abruptly shouldered ; volutions in the young distinctly embracing, but the amount of involution increasing with the growth of the shell, so that the outer one embraces nearly one half of the next adjacent; siphonal cell of the septa, at or near adult size of the shell, small, wedge-shaped, narrowing toward the front end, where it is slightly notched; middle and outer lateral cells of nearly equal size, larger than any of the lobes, except in some cases the outer lateral one, somewhat abruptly rounded in front; inner lateral cell smaller than either of the other lateral ones, its inner anterior border a little more abruptly rounded than elsewhere; ventral and outer lateral lobes nearly equal in size, or the former a little the larger than the latter; their sides nearly Straight and their ends subtruncate, that of the ventral lobe bear- ing six or seven narrow, prominent digitations, and that of the outer lateral lobe eight or nine; the inner lateral lobe about half as wide as the outer lateral, but otherwise similar; auxiliary lobes and cells between the inner lateral cell and the inner edge of the volution fou *The specific name is given in honor of Mr. J. E. Mushbach, assistant topographer, who first discovered the species. Bull. vy, 1 8 114 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. each, irregular in size and shape, but all much smaller than the lateral lobes and cells; the auxiliary lobes much resembling the digitations of the lateral lobes. Surface in adult shells showing the usual lines of growth and strong transverse wrinkles, some of which assume a slight degree of regularity as transverse ridges; but in the case of the young these ridges, although not prominent, are distinct, and almost the same as in the young of WM. aplanatwm. 9 Diameter of the coil of the largest example in the collection, 118 mil. limeters; that of a smaller, but more perfect one, 95 millimeters; breadth or vertical diameter of the outer volution of the same, 43 milli- meters; transverse diameter of the same, 22 millimeters. Position and locality—Jura-Trias strata; member D of the foregoing section at locality No. 1, Southeastern Idaho. Collected by Dr. A. ©. Peale and J. EK. Mushbach. The following are Professor Hyatt’s remarks upon this species: “This species differs from “A” [Meekoceras aplanatum] in never having -aflattened abdomen. Thisis rounded. The sides in the young and the aspect of the shell are precisely the same as in “A” [JL aplanatum], but the increase of the whorls by growth is much more rapid, so that at the diameter of an inch, or even somewhat less, they begin to flatten on the sides, show an abrupt umbilical shoulder, and cover up one-third of the whorl by involution. In consequence of the rounding of the abdo- men, however, the sides actually appear in the full-grown to be more gibbous than in “A” [JL aplanatum]). One specimen at the total diameter _of two and a half inches has one-half of the adjacent internal whorl cov- ered by the outer one, an amount of involution which occurred much _ earlier in the history of the shell than at the diameter measured. Large, .coarse folds are present in some of the specimens. “This species in some cases has a strong resemblance to Arcestes ? _perplanus Meek, but is less involute.” (A. H.) MEEKOCERAS GRACILITATIS White—Shell depressed-disecoidal or - sublenticular; siphonal side of the volutions flattened, the flattening being very distinct upon the inner volutions, even upon the smaller ones, but sometimes less so upon the living-chamber of full-grown specimens; umbilicus shallow in consequence of the slight transverse diameter of the shell, but it is somewhat open, although narrower than that of either of the preceding species, its width in the adult being not more than one-half the greatest vertical diameter of the outer volution, and in the young it is proportionally much less; volutions flattened- convex on their sides, rounded somewhat abruptly inward to meet the next volution within, but they are not so distinctly shouldered there .as in the two preceding species, except perhaps in the younger of the volutions; the amount of involution being so great in the young shell that the earliest volutions are nearly or quite covered, but it so dimin- ishes with the growth of the shell that in fully adult specimens the outer volution does not embrace more than one-half the width of the next No. 1.] _ WHITE ON JURA-TRIAS FOSSILS OF IDAHO. 115 within; siphonal cell of the septa near the outer chamber of the largest examples rather broad, shallow, and broadly rounded, occupying some- times a little less and sometimes rather more than the whole of the flattened portion of the siphonal side; the outer and middle lateral cells about equal in size and regularly rounded; inner lateral cell shallower than the others and broadly rounded, its inner border being defined by a short abrupt curve backward; the ventral and the outer and inner lateral lobes all, except perhaps the outer lateral one, smaller than the cells; the ventral one being smallest, wedge-shaped, and bearing two slender digitations, the inner lateral next in size, with four or five digi- tations, and the outer lateral largest, with six or seven digitations; the auxiliary lobes and cells occupying a space adjacent to the next inner volution about as wide as that of the outer lateral lobe, and consti- tuting a finely serrated suture, the lobes being minute and pointed, and the cells a little larger and rounded at their ends; the one adjacent to the suture being a little larger than the others. Surface of young examples nearly or quite plain, but in fully adult shells there is a ten- dency to form nodes or ribs, the latter sometimes crossing the periphery ; but they do not appear to assume that regularity which we find in typical Ceratites. Diameter of the coil of the largest example in the collection, 100 mil- limeters; vertical diameter of the outer portion of the living-chamber, - 45 millimeters; transverse diameter of the same, 20 millimeters. Position and locality—Jura-Trias strata, member D of the foregoing section; at locality No. 1 and also at locality No. 2, Southeastern Idaho. Collected by Dr. A. C. Peale. The following are Professor Hyatt’s remarks upon this species: “This species differs from “B” [Meckoceras mushbachanus] in about the same way that “B” differs from “A” [M. aplanatum] except in so far as it approximates more closely to “A” in having a similar flattened abdo- men. This flattened abdomen appears at a much earlier age than in the less involute form, “A.” In fact, before the shell reaches the diameter of three-sixteenths of an inch not only is the abdomen flattened, but the sides also; and the increase by growth is so rapid that the sides of the internal whorls; even before this period, are almost entirely hidden. This is therefore similar to those forms among Ammonites, which I have so often described as accelerated types, those which display in the earlier periods of growth and developement, in quick succession, characteristics which come out in slower* succession in other species, Like many of those forms also, a kind of premature degeneration appears, even before the animal can be said to have reached its adult condition. Thus, at the diameter of an inch and a half, or even less sometimes, the sides of the whorls no longer increase by growth with the same rapidity as in the young. The amount of involution consequently is not maintained am MeN eet eee DTT AMORA RNa ey gs * “This expression, of course, isrelative; applying not to the absolute Ripnere of time occupied in the growth, but to the age at which the characteristics appear.” ~ 116 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. Vv. at the same rate, and the sides of the internal whorls become more ex- posed, until in some old specimens they are only about half covered up. “Thick folds or ribs are present in some old specimens, and a tend: ency to form nodes. In some large specimens, the ribs cross the abdo- men, and in one fragment a curious effect is produced by the retention of the constrictions formed by the transient mouths of the shell. These make depressions with swellings between, which give the abdomen a scalloped appearance, amply sufficient to found a new genus upon if economically used. There may be two rows of slight nodes on either side of the abdomen, giving this shell a slight resemblance to Trachy- ceras I Some Cases. “The forward part of the living-chamber seems to be more rounded or gibbous than the after part, which has the square abdomen, even in old specimens; though I think that in extreme old age the whole shell would exhibit a round abdomen and more gibbous sides. These peculi- arities, and its flattened abdomen, might readily mislead an observer to identify this species with Amm. semipartitus von Buch, but a glance at the septa would satisfy any one that they are distinct.”—(A. H.) MEEKOCERAS GRACILITATIS var.—Among the examples of M. gracili- tatis which were obtained at locality No. 1 is one which shows a consid- erable modification in the character of the septa. These appear to be in all respects like those of the typical forms except as regards the inner . lateral cell and the auxiliary lobes and cells. The inner lateral cell is smaller than in the typical forms, and its inner border is not so abruptly defined from the auxiliary series. This series occupies a wider space, and consists of more numerous serrations than in the typical forms; appearing, indeed, to consist of a finely serrated, nearly straight suture. The umbilical shoulder is also less abrupt than in the typical forms. Professor Hyatt thinks it may possibly prove to be a distinet species when better known. Genus ARCESTES Suess. ARCESTES? CIRRATUS White.—In his notes upon this collection of Cephalopods, Professor Hyatt refers this form provisionally to the genus Arcestes with the following remarks: ‘““The specimens are too fragmentary to tell with any certainty the Species; and even the genus ought perhaps to be considered doubtful, because the whole outline of the suture was not seen. The ‘runzel- schicht,’ however, was so marked that this appeared to show them to be identical with Arcestes. The septal sutures are, however, not entirely unlike those of Gymnotoceras.” There are only two specimens of this species in the collection, both of which, it is true, are too imperfect to afford the means for the satis- factory characterization of the species. The characters which are shown, however, are quite sufficient for its identification; and for the conye- No.1.] WHITE ON JURA-TRIAS FOSSILS OF IDAHO. 117 nience of future reference, and the characterization of the strata from which it comes, I have applied the above specific name. This shell, like those of the three species of Meekoceras which have already been described, is depressed-discoidal; the siphonal side rounded in the young and apparently a little angular in the adult, but the latter feature is not plainly shown in the examples; umbilicus open, but com- paratively narrow; sides of the volutions flattened, those of the outer one of adult shells almost flat, or only slightly convex except near the outer and inner sides; the latter abruptly shouldered; involution very great in the young, but so lessening with growth that the outer portion of the living-chamber of adult shells does not embrace by more than one- fifth of its own width that next within. The examples do not show the character of the sutures satisfactorily, but the lobes and cells are both seen to be constricted about the middle, the ends of the former oblique, but digitate, as in Meekoceras, and the latter plain, as in that genus and Ceratites. Surface conspicuously marked by numerous longitudinal, abruptly raised lines, which enlarge into ridges in the adult, and which are separated by spaces a little wider than themselves; being also appa- rently continuous from the young state to the fully adult, so that the ridges and spaces, especially the latter, increase in width with the growth of the shell. This species is much larger than either of the other species of Cepha- lopods which are described in this paper; the extreme diameter of the coil at fully adult size being not less than 180 to 200 millimeters; and the vertical diameter of the outer portion of the living-chamber about 80 or 85 millimeters. Position and locality—Jura-Trias strata, member D of the foregoing section; at locality No. 1, Southeastern Idaho. Collected by Dr. A. C. Peale. ARCESTES ? ?_Three or four young examples only of this species were obtained by Dr. Peale from member D of the section at locality No. 1, shown on a previous page, all of which are too imperfect for spe- cific determination. They are, however, so very like A. gabbi Meek, Vol. IV, Geol. Expl. 40th Parallel, p. 121, pl. x, figs. 6, 6*, and 6°, as to leave upon the mind a strong impression of their identity. ARCESTES? ?__Associated with the foregoing, a single speci- men of another species, also very young, was obtained, which differs from the last in’ havin g a much more open umbilicus, and in the proportion- ally greater transverse diameter of the volutions. ith nll Art. Vi.—Jura=-Trias Section of Southeasterm Tdaho and Westerm W/yomime. By A. C. Peale, M. D. In connection with Paleontological Papers No. 9, published in this Bulletin (Art. V, pp. 105-117) by Dr. C. A. White, in which a number of new and specially interesting species of fossils are described, I have thought it may be both interesting and useful to give briefly a few notes on the section of the Jura-Trias of the region from which these organic remains were obtained. The rocks under consideration are exposed in considerable areas in the district assigned me for examination during ‘the field-season of 1877, especially between the Wyoming and Portneuf Ranges. The former is in longitude 110° 48/ and the latter in approximate longitude 112°. The region thus indicated is one of complicated folds and great dis- placements, and the Jura-Trias rocks, with the conformably underlying Carboniferous, enter largely into the structure of the mountains; entire ranges, indeed, being carved from them. The Triassic Red Beds are found on the summit and on the western slopes of the Wyoming Range, in the former occupying a broad synelinal depression, and in the latter dipping westward into the valley of John Day’s River. An immense fault extends along the eastern front of the Wyoming Range, giving it a monoclinal structure at this place, and when we cross the fold, which forms the western side of the range, we ' find another similar fault along the eastern side of the Salt River Range, which is parallel to the Wyoming Range, and only from eight to ten miles west of it. These faults are several thousand feet in extent. In the Salt River Range, the Jura-Trias rocks are found entering into the complicated folds that form its central portions. Twenty-five miles farther west, we reach the Blackfoot Basin, in which the Jura-Trias forms a large portion of the surface, the ridges having a comparatively low elevation, and the folds not being so greatly eroded as in the higher mountains. It is in this locality that the interesting collection of fossils, described by Dr. White, was found, and to which his paper is confined. The following is the general section of the Jura- Trias, beginning at the top: 119 120 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [ Vol. V. General Section of Jura-Trias in Southeastern Idaho and Western Wyoming. co} S = = | 5. Redand gray shales with green sandstones and irregular greenish arenaceous S 3 limestones at the top. Thickness, 700 teet. 5 |S 2 | % ie) < - & % = S = = 4 | 4. Laminated limestones, blue at base, passing into gray at top, succeeded above : Ss by grayish, calcareous shales; many of the layers are probably arenaceous. | Zi BAR Thickness, 800 feet. | es aS ; Kc) s ‘3 | 3. Red quartzitic sandstones with shaly arenaceous and caleareous layers at the p 8 base cf the section. These are probably the equivalent of the typical ‘‘Red > 3 Beds” of the Eastern Rocky Mountains. Thickness, 1.000+ fect. r a : 4 < 2. Alternations of reddish and greenish sandstones and arenaceous and calcareous. BS sa) shales with blue and gray limestones, generally laminated. Thickness, 3,000+ a % feet. . = These with No. 1 are the beds of the section given in Dr. White’s paper (as that 3 of locality No. 1). The beds are fossiliferous at four horizons, containing species BS of a new Triassic? genus named Meckoceras by Professor Hyatt, together with S forms that have been heretofore regarded as of Jurassic age. | ‘ ST CS SE CARBONIFER- | 1. Massive grayish-blue limestone, overlaid by quartzite and dark bluc laminated OUS? limestones. Thickness, 1,200+ feet. | The thicknesses in this section are estimated, and when the region is more thoroughly studied may have to be somewhat modified. The fossils described in Dr. White’s paper came from No. 2, which I have called the “‘ Meekoceras Beds,” from the new genus named by Pro- fessor Hyatt. They are the following: Meekoceras aplanatum White. Meekoceras mushbachanus White. Meekoceras gracilitatis White. Besides these, the following were obtained: Arcestes ? cirratus White. Arcestes ? sp.? Arcestes ? sp.? Terebratula semisimplex White. Terebratula augusta Hall and Whitfield ? Humicrotis curta M. & H. Aviculopecten idahoensis Meek. Aviculopecien altus White. Aviculopecten pealet White. Gervillia sp. ? No. 3 yielded no fossils. No. 4 yielded the following: Pentacrinus asteriscus. Camptonectes bellistriatus. Trigonia sp.? Myacites sp.? Wo. 1.] PEALE ON JURA-TRIAS OF IDAHO AND WYOMING. 121 From No. 5 I obtained: Belemnites densus. Aviculopecten idahoensis ? Gryphea sp. ? Undetermined bivalves. At no one point was the entire section, as given above, exposed. The evidence for the section is as follows: Nos. 1 and 2 were determined by the section at and near Station 66, south of John Gray’s Lake (section at locality No. 1 in Dr. White’s paper). Near Station 56 in the Salt River Range, about 28 miles east of Sta- tion 66, beds lithologically similar to those of No. 2in the general section just given, and containing Aviculopecten pealet and Gervillia, were seen in position above limestones similar to those of No. 1, which here con- tained quantities of Productus multistriatus. On this ground I have referred No. 1 to the Carboniferous. Above the arenaceous and caleareous bed (which correspond litho- logically and paleontologically with No. 2 of the section) in the Salt River Range are the red sandstones (No. 3). They are also probably in place above the section of Station 66, as is evident from the following: Descending the ridge leading southwest from Station 66, southwest- erly dips are noted in the strata last seen (the upper ones of section at locality No. 1, White’s paper). After passing through the timber, which conceals the remainder of the section, we come to red sandstones, in all respects like those of the Salt River Range, having a northeasterly dip. We have therefore crossed a synclinal. These facts, therefore, appear to justify me in connecting the sec- tions. Nos. 4 and 5 are determined by sections made in John Day’s Valley, where they rest conformably on the “Red Beds.” The entire section is conformable. Above the “ Belemnites Beds” is a quartzite followed by a series of shales and sandstones several thousand feet in thickness, which has been referred to the Cretaceous. It is not my intention to enter into any paleontological discussion ; but there are some points based on the paleontological contents of the sec- tion to which I wish to refer briefly. Pentacrinus asteriscus was found at a number of localities, other than those of the section, throughout the district, and always in beds above the horizon of the Red Beds. The following were the associated fossils identified by Dr. White: Camptonectes bellistriatus. Ostrea strigulecula. Trigonia sp. ? Tancredia sp.? Modiola sp.? 122 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. Myalina sp.? Myacites sp. ? Neritina sp.? Undetermined Conchifers and Gasteropods. I believe the only instance in which P. asteriscus has been found asso- ciated with Triassic forms is the one mentioned in the Reports of the Fortieth Parallel Survey,* in which it is stated that it was found associ- ated with what are regarded as unmistakable Alpine Trias fossils, and a Spirifera, a paleozoictype. Mr. Emmons says:t “ It should be stated also that these disks of Pentacrinus found in the Dun Glen limestone vary somewhat from the type-specimens, and are all of larger size, reaching one-fourth of an inch in diameter, while those of Jurassic age scarcely reach one-fifth of an inch. Professor Whitfield suggests that the Dun Glen variety may possibly be a new species.” HLumicrotis curta was not found associated with Pentacrinus anywhere in our district, but at several localities where the section was obscure it “was found with Aviculopecten idahoensis, Lingula brevirostris, Myalina sp.?, Myacites sp.?, and several undetermined species of Aviculopecten. The beds from which they were collected were above the “Red Beds,” but I was unable to determine their relation to the “Pentacrinus Beds.” In other areas, Humicrotis curta has been found associated with Species of Jurassic aspect. In the areas surveyed by the Fortieth Parallel Survey, it occurs with Belemnites, Gryphea. Lerebratula augusta Hall & Whitfield,t as Dr. White remarks, has been considered by the authors as a Jurassic species. The Cephalopods (from No. 2 of the section described) by Professor White are, according to his identifications, unquestionably Triassic ac- cording to EKuropean standards, resembling certain Cephalopods of the Muschelkalk of Europe. The only other Cephalopods from our Western Trias are those obtained by the Fortieth Parallel Survey from the Star Peak Group, which have been considered the faunal equivalents of the St. Cassian and Hallstadt beds of the Austrian Alps. The Star Peak Group is referred by King to the Upper Trias, and is supposed to correspond to the Upper Red Beds of the Eastern Seas (Rocky Mountain Region, &e.). If this be So, we may perhaps consider the “Meekoceras Beds” of the section as the * Descriptive Geology, vol. ii, p. 711. Systematic Geology, vol. i, pp. 279, 280. t Descriptive Geology, vol. ii, p. 711. : + Report U. S. Geol. Expl. 40th Parallel, Systematic Geology, vol. i, p. 292. ieee. No. 1.) PEALE ON JURA-TRIAS OF IDAHO AND WYOMING. bpp equivalent of King’s Koipato Group, which is below the Star Peak Group. The localities, however, are too widely separated, and too imperfectly known, as regards the one in my district, to attempt to correlate the two sections more definitely. We cannot be too cautious in predicating the age of these beds before _ a detailed study of the stratigraphy is made, and a careful paleontolog- ical examination of the whole region undertaken and completed. The “Meekoceras Beds,” when first seen by us, were referred to the Upper Division of the Carboniferous. There are numerous circumstances that appear to indicate that in the Jura-Trias, aS in other formations, we have at either end of the forma- tion a plane of paleontological indefiniteness, as it may be called; and the probability is that in the immediate vicinity of the lines separating the formations the strata should be considered as transition series. When the deposition of sediments is continuous from one formation to another, itis not so strange, as Dr. White has frequently remarked, that forms of life should continue uninterruptedly from one to the other, and that we should find, as in New Mexico,* Triassic plants at the top of the Jura, and as in our district and many other localities Jurassic inverte- brates near the base of the Trias, and as in Nevada palzeozoic types in the Lower Mesozoic. In predicating the age of any group of beds, the organic contents of all deseriptions, vertebrate, invertebrate, and vegetable, should be con- sidered. With the accumulation of data, many of the points that are now obscure and doubtful will assume the certainty of facts. Until we know more of the rocks under consideration, I shall retain the name Jura-Trias for the formation. To recapitulate, the investigations of 1877 in Southeastern Idaho and Western Wyoming indicate— 1. The lithological separation of the Jura-Trias into three divisions;— the upper and lower calcareous, and the middle mainly silcieous. 2. The presence of Jurassic forms in the upper division, the absence of organic remains in the middle group, and the presence in the lower of Triassic types associated with what have heretofore been regarded as Jurassic species. * See Report U. S. Geol. Surv. for 1875, 1876, pp. 84-87. Anse ER Ran cee ‘lb are «ati % crs eae e | eo : ; ate i bays: 4 ce y Et 7 be ik 2 eect ey z f S 4 Pe r Dinas a pret pevpaene. if Log Cane, toe aad wig: a ahs ‘peur i yo tis Sa UR Pep Ht igi tae Phe A Ainihe Hedi ‘ wesaiti bei ref sini iN Art. VEH.—Fossil Forests of the Volcanic Tertiary For- mations of the Yeliowstome National Park. By W. H. Holmes. The prevalence of extraordinary voleanic activity throughout that part of the Tertiary age represented by the post-Cretaceous rocks of the Yellowstone region has given to them a most unique and interest- ing character. So destitute of animal remains are they, and so unlike the formations of the age in other parts of the Rocky Mountain region, that, notwithstanding the frequent visits of geologists, no divisions into sub-groups have been made, and no more definite appellation for the whole group has been found than the “ Volcanic Tertiary”; this name, although so general, is singularly appropriate, and, in the absence of specific determinations, may be used to designate the entire group of Tertiary strata in the Park district. It is not my intention in this brief notice to attempt the classification or correlation of these strata, but to give a brief account of some very remarkable features brought to ight by last year’s explorations. In the valley of the East Fork of the Yellowstone River, where this peculiar group of rocks is typically developed, they have a thickness of upwards of 5,000 feet. The prevailing materials which enter into their composition are fragmentary volcanic products, which have been appar- ently redistributed by water, and now form breccias, conglomerates, and sandstones. It has been noticed by nearly all visitors that these strata contain a great abundance of silicified wood, and in a few cases trunks of trees in situ have been reported. The lowest observed occurrence of the strata of this group is in the valley of the main Yellowstone, between the first and second cations, at an elevation of about 5,000 feet above the sea. They are also finely developed in the Gallatin Range to the west of this valley, and about the sources of Caiion and Boulder Creeks reach a thickness of between 3,000 and 4,000 feet. At a number of points covering this entire thickness, masses of silicified wood occur, and near the divide at the head of Boulder Creek silicified trunks, many feet in height, and of gigantic proportions, stand in the identical strata in which they grew, the crumbling conglomerates having withered away, leaving them standing upright along the steep slopes of the mountain. In general, these strata are horizontal. The bedding is often heavy, and in places not well marked; sub-aérial voleanie deposits apparently alter- nate to some extent with the sub-aqueous. Three miles above the mouth of Gardiner’s River, in similar strata, there 128 126 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. are a number of silicified trunks in situ, most of which occur in a stra- tum of sandstone that lies directly upon the eroded surface of a series of mica-schists that belong to the metamorphie range north of the Yel- lowstone River. This is at an elevation of 6,000 feet. On the south side of the third eaiion, opposite the mouth of Hell Roar- ing Creek, is a massive promontory composed of conglomerates, in which are very numerous intercalated beds of sandstones and shales. In the steeper faces of this promontory, many fine trunks are exposed. In 1872, Dr. Peale obtained some very perfect specimens of fossil leaves from these beds, on the Elk Creek side, which were determined by Professor Lesquereux to be of Hocene types. The walls of the caiion in the vicin- ity of Hell Roaring Creek are formed of the same series of rocks, which eccur also at a number of points on the river between Elk Creek and the lower falls. : In the valley of the East Fork, the sedimentary formations of the Vol- ceanic Tertiary reach their maximum developement. Here they rest upon the unevenly eroded surfaces of the paleeozoic and granite rocks, and form a great part of the mountain ranges that enclose the valley. They are horizontal and apparently conformable throughout the entire thickness of 5,500 feet. The greater part of this immense group of strata is filled with the silicified remains of a multitude of forests. The section given in the accompanying plate oceurs in the north face of Amethyst Mountain, opposite the valley of Soda Butte Creek, and in- cludes upwards of 2,000 feet of strata. The bed of the river is at an eleva- tion of 6,700 feet above the sea, and the summit of Amethyst Mountain, 9,400. On the north side of the valley, near the mouth of Soda Butte Creek, there are between 300 and 400 feet of Carboniferous strata exposed — along the base of the mountain slope. On the south side, occasional ledges of limestone appear above the detrital deposits. Thin sheets of basalt cover the flat part of the valley, which is here less than a mile in width. : The north face of Amethyst Mountain does not present as abrupt a profile as that given in the section, the middle part only being so pre- cipitous. At the base and top there are comparatively gentle slopes; nevertheless, the actual stratigraphical conditions are truthfully repre- sented. As we ride up the trail that meanders the smooth river-bottom, we have but to turn our attention to the cliffs on the right hand to discover a multitude of the bleached trunks of the ancient forests. Inthe steeper middle portion of the mountain face, rows of upright trunks stand out on the ledges like the columns of a ruined temple. On the more gentle slopes farther down, but where it is still too steep to support vegetation, save a few pines, the petrified trunks fairly cover the surface, and were at first supposed by us to be the shattered remains of a recent forest. In ascending one of the steep spurs that project from the main wall, the strata were found to consist, toward the base, of shales and fine- 2.1] HOLMES ON FOSSIL FORESTS OF YELLOWSTONE PARK. 127 ( t iss Se} eeres UES) = oS OSS PERS OARIOS SE oie Sesser! SS GSOSAOSESSCSEBSOTSSS0ES ee Nase! = 2. Sia SD: ae Sele SS = = = aN 2S ——————— = TS Ot es JESTER SS Gu RSS oS ae A FS I aR i NG Sea = ate, RO SAD EGY OSS eee Roy BCC cr OUR AOR ORE) WOES —= SSE NSS = == = SSS OAS SS aan ee SS SS esta CRETE RSS ay OS DIRE NIE HOS LENG Ainge na ny pases PRESSES we Oa fee: NSE RC Cr Ree a PEN Bn BOs Serer SOY o SS Sees ase eee PO Eee eS = WB YE SPREE a. > A ee ba CASES paeiasnetes IRSA SONisnS De: ra == SS SS SS = ee = Saas araa SS SRE BS i i A pat CoO Fig. 1.—Section in the north face of Amethyst Mountain. 128 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. grained sandstones. Higher up conglomerates oceur, and still higher coarse conglomerates and breccias prevail. Interbedded with the mas- Sive, irregular beds of the latter rocks are always thin layers of sand- stones and shales. The sandstones are fine-grained, thinly bedded, and contain more or less tufaceous material. Their prevailing color is green- ish and greenish-gray. They are apparently composed chiefly of materials derived directly or indirectly from volcanic sources. In no case are pebbles of quartz or other granitic constituents found in either the sand- stones or conglomerates. The exposures of strata in the first three or four hundred feet at the base are not good, and but few of the silicified trunks appear above the covering of vegetation. At the height of 500 feet, the occurrences be- come very numerous, and the great size and fine state of preservation of many of the trunks was a matter of much surprise. Prostrate trunks, 50 and 60 feet in length, are of frequent occurrence, and not a few of these are as much as 5 or 6 feet in diameter. The standing trunks are generally rather short, the degradation of the - compact enclosing strata being so slow that the brittle trunks break down almost as fast as they are exposed. In many cases the roots are exposed, and may be seen penetrating the now solid rock with all the original ramifications One upright trunk, of gigantic proportions, rises from the enclosing strata to the hei ght of twelve feet. By careful meas- urement it was found to be ten feet in diameter, and as there is nothing to indicate to what part of the tree the exposed section belongs, the roots may be far below the surface, and we are free to imagine that there is buried here a worthy predecessor of the giant Sequoias of Cali- fornia. Although the trunk is hollow, and partly broken down on one side, the woody structure is perfectly preserved, the grain is straight, and the circles of growth distinctly marked. The bark, which still re- mains on the firmer parts, is four inches thick, and retains perfectly the original deeply lined outer surface. Specimens of the wood and bark were collected, but no microscopic examinations have been made. Tt 1S clear, however, that the tree was not a conifer. The strata which en- close this trunk are chiefly fine-grained greenish sandstones, indurated clays, and moderately coarse conglomerates. They have been built around it as it stood in comparatively shallow, but doubtless quiet waters. As would naturally be expected, these strata contain many vegetable remains: branches, rootlets, fruits, and leaves are extensively enclosed. One stratum of sandstone that occupies a horizon nearly on a level with the present top of the giant tree contains a great variety of the most perfectly preserved leaves. Such specimens as we were able to bring away with us have been submitted to Professor Leo Lesquereux for identification. They are found by him to belong to the Lower Pliocene or Upper Miocene, and correspond in a number of their Species with the Chalk Bluffs specimens of Professor Whitney. They include— Aralia Whitneyi, Magnolia lanceolata, No.1.1 HOLMES ON FOSSIL FORESTS OF YELLOWSTONE PARK. 129 Laurus canariensis, Tilia (new sp.), Fraxinus (new sp.), Diospyros (new sp.), Cornus (new sp.), Pteris (new sp.), Alnus (new sp.), and a Fern (new sp.). It will be observed that most of these species are new, which was also the case with the collection of Professor Whitney. ‘It is also worthy of remark that none of the genera are identical with those of the Elk Creek locality previously mentioned. The stratigraphical relations of the two localities cannot easily be made out, as they are separated by fifteen miles of broken country in which the strata are obscured by igne- ous flows and Quaternary drift. The Elk Creek strata are lower by fully one thousand feet. As far above the leaf-bearing horizon as I was able to ascend, the sili- cified trunks were very numerous and well preserved, and, by the aid of a field-glass, others could be detected in all parts of the cliff to the highest stratum. At another point, nearly a mile farther east, I climbed the rugged walls of the mountain for the purpose of examining a number of large trees that were visible from below. Trunks and fragments of trunks were found in great numbers and in all conceivable positions. In most cases the woody structure is well preserved, the trunks have a tendency to break in sections, and on the exposed ends the lines of growth, from center to circumference, can be counted with ease. In many cases the wood is quite completely opalized or agatized, and such cavities as ex- isted in the decayed trunks are filled with beautiful crystals of quartz and calcite. Our party was so fortunate as to procure some very hand- some specimens of amethyst and ferruginous quartz. It is a matter worthy of observation that nearly all of the beautiful crystals that occur so plentifully in this region have been formed in the hollows of silicified trees. The same fact has been noticed in regard to similar crystals in many parts of the West, and notably in the case of the smoky quartz of the Pike’s Peak region in Colorado. The silicifying agents have been so unusually active in the strata of the Volcanic Tertiary that not only are all organic remains thoroughly silicified, but all cavities in the loosely bedded rocks and all fracture- lines in the strata are filled with chalcedony or other forms of quartz. On reaching the heavily bedded conglomerates of the upper third of the cliff, I found the trees still more perfectly preserved. Many of the trunks are twenty and thirty feet in height. Their roots are in most cases imbedded in the layers of finer-grained materials, in which they grew, while the battered and branchless trunks are encased in the coarse conglomerates and breccias. These latter rocks are composed chiefly of Bull. v, 1——9 130 BULLETIN UNITED STATES: GEOLOGICAL SURVEY. [Vol. V. basaltic fragments, many of which are of great size; there is, however, always enough tutaceous and other fine-grained material to fill in the interstices and act as a cement. These beds are massive and irregular, and seem to have accumulated too fast to be thoroughly redistributed by the waters. Only the stronger trees of the forest seem to have with- stood the fierce storms of rocks that must have prevailed at the period of their entombment, as the smaller trunks and branches are prostrate or totally destroyed. In most cases where upright trunks penetrate the entire thickness of an enclosing bed, the tops may be seen to terminate with the upper surface of that bed, as if causes had acted at the begin- ning of the deposition of the succeeding stratum to plane down the irregularities of the old surface. In due course of time, this succeeding stratum produced its growth of forest, which followed its many prede- cessors into the subterranean depths, and in its turn was buried by the rapidly accumulating conglomerates. This remarkable alternation of events seems, in a general way, to have been kept up from the beginning to the end of the period. The very precipitous character of the cliffs prevented me from reach- ing the upper part of the wall at this point, but I succeeded in making my way to the summit of the mountain at two other points, and found that everywhere the section was practically the same. On the opposite side of the valley the same conditions were observed: the fossil trees occur at the highest point reached, 3,000 feet above the river. ‘The ranges that form the rim of this valley on the north and east reach an elevation of 11,500 feet, and as the conglomerates may be seen reaching and forming the loftiest summits without perceptible break or change of character, it is probable that they will be found to enclose the remains of forests throughout. On some of the higher summits to the east of Yellowstone Lake, simi- lar stratified conglomerates contain silicified wood in a very fragmentary State. These conglomerates are composed mainly of basaltic and tra- chytic materials, but contain large quantities of fragments of sand- stones and quartzites, which leads to the conclusion that portions of the earlier Tertiary strata have been broken up and ejected with the igneous products. It is quite probable that these strata were among the later products of the Volcanic Tertiary age proper. They are generally found abutting against masses of unstratified igneous materials that probably mark the sites of islands which were doubtless voleanic centers. I find that as we recede from these centers of eruption the strata diminish very perceptibly in thickness and coarseness of materials, and have at the same time a very perceptible dip toward the surrounding valleys. One is at times led to suspect that portions, at least, of these beds are of sub- aérial formation, as is the case with extensive strata about the cones of modern volcanoes, but there are a multitude of facts that go to prove that the greater part of the formations of this age were rearranged or sedimented in water. = No.1] HOLMES ON FOSSIL FORESTS OF YELLOWSTONE PARK. 131 As to the character of the seas or lakes in which the Voleanic Tertiary beds were laid down, it is clear that their waters were fresh, but as to their extent or distribution little is known. The formations cover or have covered an area of not less than 10,000 square miles, but they lie at a much greater elevation above the sea than the formations of syns chronous lakes of neighboring provinces, and, so far as is known, have no actual connection with them. It has been suggested by some one that these coarse volcanic strata may have been formed in very restricted bodies of water held high amongst the mountain ranges; but lakes cannot exist without barriers, and as has already been shown, the conglomerates, although naturally disintegrating more rapidly than any of the older rocks, now form the summits of many of the highest peaks that face the eastern plains, and the basins in which they were formed must have had free communication with the lowlands to the west, from the beginning to the end of the period. For my present purpose it is sufficient to know that the bodies of water of this period were of sufficient extent not to be greatly affected in level by the filling-in of volcanic products or by the oscillations of the district under discussion, since we can have no correct measure of those oscillations of the surface which define the thickness and decide the character of strata without the barometer-like records of a sea-level. The change of level produced by the great oscillation that preceded the Volcanic Tertiary period, and brought the lofty ranges of this region into existence, cannot fall far short of 20,000 feet. In order to reach these figures, we have but to add to the full thickness of the paleozoic and . Inesozoic strata the present elevation of the granitic ranges above the lowest observed stratum of the Tertiary rocks. At the beginning of the deposition of the Volcanic Tertiary rocks, however, the upward movement had ceased. The land had undergone enormous erosion, and subsidence had commenced. The great ranges that had lifted their crests to such lofty heights were again sinking beneath the sea. This subsidence did not cease until all, or nearly all, of the mountain peaks were submerged. It is in the strata deposited during this great subsidence that we must look for evidences.of conditions and events that made the entombment and preservation of a vertical mile of forests possible. The Yellowstone Valley, from the head of East Fork to the Lower Cation, is carved out of strata which were formed along the west and south bases of the main eastern range of mountains. In many places the river has penetrated the full thicknéss of Tertiary strata, and has cut down into bodies of metamorphic rocks that at the beginning of the age were promontories or islands. It is plain, therefore, that those parts of the tree-bearing strata examined, were deposited along a shore- line, or, at least, near the borders of the Tertiary lake. Over large dis- tricts there must have been, during the period of general subsidence, a frequent alternation of land and sea. Land would have to exist while 132 © BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.V. the forests grew and matured; water would have to cover the same area to deposit the succeeding stratum; and again this stratum would have to rise above the water before a second forest could grow. There are two ways in which this result could be brought about. In a district subject to such intense volcanic action as this must hare been, a succes- Sion of minor oscillations might have been associated with the general subsidence, so that large areas of the lake border districts would be alternately above and beneath the sea, or, as was doubtless often the case, the shallow portions of the sea became filled up with the rapidly accumulating ejecta, and sub-aérial deposits of sufficient depth were laid down to allow the growth of forests, which, in time, were depressed by the general subsidence, to be buried by a succeeding stratum of the volcanic débris. But this latter method was not the ordinary one, as is attested by the fact that many of the forests have grown in beds of fine- grained material that must have been formed beneath the surface of the water. I shall, however, not attempt to pursue this matter farther until all the data and materials collected have been examined. A thorough study of the various volcanic rocks will probably throw niuch light upon this very interesting group of strata. Art. VHHE.—Paleontological Papers Ne. 10: Condi- tions of Preservation of Invertebrate Fossils. By C. A. White, M. D. During the prosecution of his field-work, the paleontologist often ob- serves certain interesting relations, not only between the lithological character and composition of the different kinds of fossiliferous rocks and the condition in which their contained fossils are preserved, but also between the lithological composition of those strata and the faunal characteristics of their fossils. In the latter instances, the case is largely one of original character and condition of the sea-bottom sediments as the ground of the habitat of those animals, while they were living, whose fossil remains they as rocky strata now inclose. It is proposed to make this latter subject the basis of a future paper, but the present one will be devoted to a discussion of some of the conditions of fossilization and preservation of invertebrate remains as they are found in the various kinds of stratified rocks of the different geological ages, and to institute some comparison of their mineral composition as fossils with that which they possessed in the living state, assuming that of the latter by the known composition of their present living representatives. It would add greatly to the interest and scope of this subject if a series of careful chemical analyses of these substances, both fossil and recent, could form a part of the basis of its discussion, but no opportunity has yet occurred for accomplishing such a task. Although detailed chemical analyses do not enter into the data for these discussions, a consideration of the min- eral composition of the fossil remains as they now exist, and a compari- son of that composition with what it was in the living state, necessarily forms the basis of a considerable part of the present paper. Such com- parisons, while they show a close similarity in a very large proportion of cases, always exhibit at least some degree of contrast; and in some cases, a total change of mineral composition is found to have taken place. Many of the facts herein stated are patent to every collector of fossils, but the subject to which they relate is seldom discussed in paleontological writings, and the few references that are made to it are usually of a special or local character. Therefore in view of the somewhat extended field observations of the writer in the median portion of North America, it has been thought advisable to embody some general observations upon this subject in the present paper. In a general way we may divide the substances which in life consti- tuted the skeletal parts of invertebrate animals, which parts alone have 133 134 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. been preserved in a fossil state, into the chitinous, siliceous, and calea- reous. Chitinous skeletal substances are almost wholly, if not entirely, confined to the Articulata (including the lyopomatous brachiopods) and certain Acalephs; the siliceous, excepting the teeth of certain mollusks, to the Protozoa; while, with the exception of all but a few of the Articulata, all other invertebrates possess skeletal parts, if any, which are composed of calcareous substance only as their mineral constituent. These remarks, of course, apply to the composition of those Skeletal parts in their living state. The mineral change which some of them have undergone after their first fossilization will be considered in following paragraphs. In fact, then, we find that the original mineral composition of far the greater part of invertebrate fossils was, in the living state, lime-carbonate combined with a greater or less proportion of animal substance ; having been the same indeed as that of the shells and corals which constitute their present living representatives. Since the animal substance of these bodies, as is also the case with bones, was displaced during the process of fossilization, usually by the infiltration and precipitation of additional lime-carbonate, it would seem that the chances for, and the condition of, the preservation of all kinds of these calcareous skeletal remains would be equal in identical circumstances of environment. But there is, as we shall see, a greater variety of condition among fossil forms of this kind than is referable to either their original mineral composition or the environing circumstances of their fossiliza- tion and preservation. Three divisions may be made of the manner in which fossil forms are preserved, namely: (1) fossilization proper of the substance of the skeletal parts; (2) moulds; (3) casts; (4) pseudomorphs. In the first case, the ori- ginal substance, as well as the external form of the object, is more or less completely preserved. In the second, the whole substance of the object, at some time subsequent to its rocky entombment, has been removed by decomposition or solution, and its consequent escape through the porous imbedding matrix, leaving a cavity which is the exact counterpart of the external form of the formerly inclosed object. In the third case, the more or less complete external form of the object has been restored by the refilling of the mould with a substance similar to that of the matrix, or the deposition of some mineral either wholly or in part different from the matrix; such as calcite, pyrite, &c. In the fourth case, that of pseudomorphs, the substance of the fossil in its original condition has been exchanged, atom by atom, for another mineral substance, usually Silex. Pseudomorphs thus resemble casts, and in one sense they are such, but they differ from casts, which consist merely of the filling-substance of previously formed moulds, by the manner of their production, and in — many cases, at least, by having the texture and even the microsco- pic structure of the original body preserved. This method of preser- vation is perhaps more clearly exemplified in the case of silicified ¥o.1.] WHITE ON CONDITIONS OF PRESERVATION OF FOSSILS. 135 wood than in any other, where not only the character and appearance of the woody fibre is perfectly retained, but the microscopic structure is often so perfectly preserved as to distinguish the botanical divi- sion to which it belongs. In the case of pseudomorphiec silicification of invertebrate fossils, the microscopic structure is seldom, if ever, so perfectly preserved as it is in the case of wood, but their true pseudo- morphism, nevertheless, occurs, the more common cases of which consist of the silicification of shells, corals, &c., in limestone. In these cases, the objects were without doubt first fossilized as calcareous substances, and as such they could not have been removed by sclution, leaving their moulds in the matrix, because that matrix was of essentially the same composition as themselves and nearly or quite equally soluble. There- fore it is evident that the change of substance must have been effected by the process of pseudomorphism which has just been explained, and which was initiated by a movement ard segregation of the siliceous atoms that were previously distributed in the substance of the imbed- dling rock, which movement and segregation were much the same as took place in the formation of flint-nodules in chalk and similar sili- ceous nodules and masses that are often met with in limestones. That this pseudomorphism of calcareous fossils by silicification began long after they had become perfectly fossilized, is indicated by the fact that the process has, in most cases at least, taken place in connection with the weathering of the strata which contain the fossils. For example, it is very common to find shells, corals, crinoid fragments, &e., wholly or partly silicified upon and near the surfaces of certain paleozoic limestone strata, as well as in the interstices which are filled with the débris of their decomposition ; while fossils of the same kinds which are imbedded in the solid and unweathered portions of the same strata, are wholly calcareous. Although fossilization proper of calcareous remains 1s more complete in limestones than in other rocks, it is in limestones also that most of the cases of silicious pseudomorphism of invertebrate remains, as just defined, takes place, the latter cases as compared with the former being very few. Casts and moulds are more common in sandstones than in other rocks, although they are not uncommon in magnesian limestones, and in both sandy and argillaceous shales. The common occurrence of moulds in sandstone is easily accounted for by the porous character of the rock, which admits of the percolation of water charged with solvents of lime- carbonate. Such percolation is, of course, necessary in the production of moulds in all kinds of rock, but it is more complete in sandstones than in any other rocks. Some of the finest moulds of both fresh-water and marine species, those which preserve not only the form, but also the delicate surface-markings of the fossils most perfectly, are found in hematite; but such instances are very rare compared with the occur- rence of moulds in sandstones. While ordinary limestones are, as a rule, more fossiliferous than any other rocks, magnesian limestones notably 136 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol Vv. contain very few fossils. There are some exceptions to the latter rule, but in all cases, so far as I am aware, when the rock approaches a true dolomite, the contained fossils are all and of all kinds in the form of moulds, the inner surfaces of which usually have a drusy lining. Casts of the more perfect kinds are formed by the infiltration of for- eign mineral matter into complete moulds which were previously formed in the manner already explained, and by its precipitation there until the cavities became completely filled. Such casts are sometimes com- posed of iron pyrite, some of which are often very perfect and beautiful.: More frequently, however, the casts are such as have been formed by a filling of the spaces which the fossils formerly occupied by the sub- stance of the rocky matrix in which they were imbedded, the fossils themselves having gradually passed away by solution, while the sub- stance of the adjacent matrix followed closely upon it in consequence of the pressure of the superincumbent strata. It is in the form of such casts as these alone that many fossils, especially the shells of several families.of Conchifers, have been preserved ; and single valves of such, Shells are often very well preserved in that manner. The manner of preservation of invertebrate fossils which is here des- ignated as fossilization proper consists of the minimum of change in the mineral constituents of the skeletal parts. As already stated, some change is always effected in the mineral composition of the object fos- suized, but almost all molluscan as well as certain other shells, and also corals, being composed almost wholly of lime-carbonate, when preserved in limestone strata, or in such strata as contain any considerable amount of lime-carbonate, still retain in the fossil state much the same compo- sition which they had while living. In most of these cases, the change has been so slight that even the microscopic texture of the shells and the minute and intricate details of the corals are as perfectly preserved as they were in the living state. Thus, the fibrous shell-structure of certain families of Brachiopods, and the punctate structure of others, the pearly shell-structure of certain Cephalopods, Gasteropods, and Conchifers, and the prismatic shell-structure peculiar to certain families of Conchifers, are often, indeed generally, as easily studied in the fossils as they are in their living representatives. ‘ The siliceous skeletal parts of fossil invertebrates, when such were produced, seem to have been so purely siliceous that they have appar- ently not changed at all by fossilization. Chitinous substances, how- ever, seem always to have undergone more or less alteration, although they are among the more permanent of fossil forms. For the purposes of this discussion, under the head of chitinous fossils are included the Shells of lyopomatous brachiopods (such as those of Lingula, Discina, &e.), the crusts of trilobites and other crustaceans, and stipes of graptolites. Tn- limestones, chitinous fossils seem to have become quite calcareous in some instances, and in all cases they are more brittle and mineral-like than living chitine is, and yet in all cases they are readily recognized as No.1.) WHITE ON CONDITIONS OF PRESERVATION OF FOSSILS. 137 of chitinous origin when they are compared with fossils of calcareous origin. Chitinous fossils are also among the most permanent of fossil forms, and they are often found in a perfect condition, when all their associated fossils, which were originally calcareous, exist only in the form of casts or moulds. This is especially noticeable in the case of lyopomatous brachiopods in sandstones and some magnesian limestones. Although the mineral composition of calcareous fossil shells and corals is usually that of almost pure calcite, it is seldom, if ever, the case that, upon fracture, they show the planes of cleavage of that mineral; but they generally, as before stated, preserve their original microscopic struc- ture. On the contrary, in almost all cases, all parts of every fossil ech- inoderm shows upon fracture the true crystallized form of calcite. The mineral is evidently nearly pure, but it is never transparent and seldom translucent, except in thin flakes along the cleavage planes. It is also an interesting fact in this connection that while the substance of every one of the numerous and often minute pieces which compose the body and appendages of fossil echinoderms of all kinds, may be so perfectly erystallized as to allow free cleavage upon all sides of the fundamental rhombohedron of calcite, none of the planes of cleavage ever pass from one joint or piece to another, even though the parts may be not only in their natural position of contact, but solidly mineralized together. The perfect mineralization of echinodermal bodies, and almost invariably in the form of calcite, appears the more remarkable when it is remembered that the substance of those bodies in the living state is much less solid than that of any molluscan shell. Possibly this porous character, admit- ting the addition of a greater proportion of calcite in solution by percola- tion or saturation than could enter the more solid shells, affords the true ground for explaining the phenomenon just noted, but it still remains unexplained why the granular texture of the original substance of the echinodermal body is always obliterated, and why the sutures between the parts always form perfect barriers to the continuation of the planes of cleavage. These planes are not only interrupted by the sutures, but their direction is always different in each piece, Showing that the process of crystallization was independent in each piece, however small it may have been. Although calcareous fossils are fully preserved in the purer and ordi- narily compact limestones, they have in such cases become so compacted with the stone itself that it is always difficult and usually impossible to arrive at a full knowledge of their structure and characteristics. It is, therefore, in strata which are only partly calcareous that invertebrate fossils are, as a rule, the most completely preserved. In these cases, the fossils seem to have served as nuclei to which was attracted a sufficient amount of lime-carbonate in solution to solidify them by its precipita- tion within their substance and interstitial cavities, while the imbed- ding rock was not greatly hardened either by that or any other process. Therefore, the most perfect calcareous fossils are found in the clayey 138 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. and shaly partings of limestone strata and in sandy and clayey shales which are also caleareous. — It seems difficult to explain why the segregation of lime-carbonate should have ceased at the full solidification of the fossil itself, and why it did not continue until at least the immediately surrounding portions of the imbedding matrix were also hardeneu, with the fossil as a nueleus. This latter condition does sometimes occur; but, as a rule, to which there are only rare exceptions, the matrix is no more fully charged with lime-carbonate, and no harder from any cause, in immediate contact with the fossils, than it is in other parts of the same stratum, even when the rock contains enough of lime-carbonate to have thus preserved many more fossils than it has ever contained. So completely are the fossils thus preserved, and so distinctly separate are they from the matrix, that it is often the case that not only their delicate surface-markings, but their minute and fragile appendages also, are so perfectly preserved that they may be as easily studied as the Corresponding parts of living forms. That there should be a difference in the manner and completeness, or otherwise, of the preservation of fossils which were originally different in their mineral composition is too evident to excite remark; but one would not a priort expect to find any material difference in the complete- ness of the preservation of shells and other fossils which were originally nearly or quite identical in the original composition of their mineral constituent, and that were fossilized under identical cireumstances of environment. Such differences, however, do occur, and they are more- over as great between certain forms which are zodlogically nearly re- lated, as they are between certain others which are distantly related. Thus, for example, the difference in this respect is greater in some in- stances between the shells of different families of the same class of mol- lusks than it is between those of some mollusks and the shells of certain worms. These remarks will be closed by citing a few examples of this unequal condition of preservation of invertebrate fossils under identi- cal circumstances of environment. Argillaceous shales which are also more or less calcareous prevail in all the paleozoic formations of the eastern portion of North America; and for our present purpose we may select the Hamilton Shales of New York as furnishing an example of uniformity of circumstances of envi- ronment during the fossilization of an invertebrate fauna. In these shales, the abundant and diverse forms of arthropomatous brachiopods are beautifully and perfectly preserved in almost all cases, and the eal- careous character of the fossils is uniform and perfect. The same may be said of the Corals and Polyzoa; while in the same layers which con- tain these fossils, the associated shells of all the Conchifers, without ex- ception so far as I am aware, exist only in the form of moulds and casts, the substance of the shells having entirely disappeared. Associated chitinous fossils, as represented by the crusts of trilobites and shells of No.1.) WHITE ON CONDITIONS OF PRESERVATION OF FOSSILS. 139 lyopomatous brachiopods and Ostracoids, are well preserved, and in such condition as to plainly indicate their chitinous origin. In these shales also the crinoidal and other echinodermal remains exist in their usual condition of crystallized lime-carbonate. In some of the shales of the coal-measures of Mlinois and the adjoining States, however, certain species of Conchifers are as perfectly preserved in a caleareons condition as any of the arthropomatous brachiopods are; but, as a rule, the shells of Conchifers are not so well preserved in these shales, nor in the paleozoic rocks generally, as those of the bra- chiopods are. It is also noticeable that the shell-substance of the Cepha- lopods of the paleozoic rocks is not so completely preserved as it is in those of the mesozoie strata. Well preserved mesozoic fossils appear to have undergone, in some respects, a less complete change than those of the paleozoic rocks. For example, the shells of Cephalopods, and some other mollusks, usually retain their original pearly lustre and iridescence, and the fossils gener- ally have a less mineralized aspect than those of the paleozoic rocks. There is, of course, much difference in these and other respects to be observed in the different strata of that age and in different regions. The following remarks relate mainly to the mesozoic strata and their fossils in the western portion of the national domain, and principally to the Cretaceous strata there. The mesozoic rocks of the Western Territories consist very largely of sandstones and sandy shales, with occasionally clayey layers, which are usually also more or lesssandy. Limestones are rare among those rocks, but the sandstones and shales all contain more or less lime-carbonate, usually in comparatively small proportion, but sometimes enough to be detected without a chemical test. In the mesozoic sandstones it is often the case that all the contained fossils are in the form of casts and moulds, with the not infrequent exception of the Ostreidw alone. It is often the case also that all the fossils of a sandstone are preserved by fossiliza- tion proper, and all in essentially the same calcareous condition, includ- ing the shells of Cephalopods, Gasteropods, and Conchifers among mol- lusks, as well as the few Radiates and Articulates which occur there ; ‘but it is often noticeable, especially in the Cretaceous sandstones, that the shells of the Ostreide resist the solvents, to which they have all been exposed, better than those of any other mollusks. Indeed, it sometimes occurs that in sandstones which carry a great variety of molluscan shells in the form of casts and moulds, the Ostreide alone are completely pre- served in their natural calcareous condition, having evidently never been materially affected by the solvents which reduced all their asso- ciated mollusean shells to the condition of moulds and casts. In the Cretaceous rocks of the Western Territories, all other fossils than the shells of mollusks are very rare; and when the latter are well preserved by fossilization proper, so far as the writer’s observations have gone, there appears to be very little difference in the condition in which those 140 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. of the different classes and families have been preserved. That is, in such eases all the Conchifers appear to be nearly or quite as well pre- served as any of the other mollusks. In other words, when the circum- stances were very favorable, all molluscan shells are well preserved and, when unfavorable, the Ostreidw are found to have been the last of molluscan shells to yield to their adverse influence. A collection of invertebrate fossils that has been sent to the Office of the Survey from the Cretaceous strata of Bell County, Texas, unlike the collections from the Western Territories before referred to, shows a very decided deficiency of preservation of the shell-substance of the Gastero- pods as well as of all the Conchifers (except the Ostreidw) as compared. with their associated fossils, although the soft strata from which they came is largely composed of lime-carbonate. In that collection, the Os- treide are abundant and varied, embracing nearly all the known generic and subgeneric forms of that family, and all are most perfectly preserved. Their condition in this respect is even better than that of the few asso- ciated arthropomatous brachiopods, although, as already shown, their paleozoic representatives are among the best preserved of all paleozoic fossils. Among those Texan Cretaceous fossils it was observed that the Corals, Echinoderms, Rudistz, and Serpulie, as well as the Ostreidee, were thoroughly calcified and well preserved, showing a marked con- trast in this respect with the Conchifers and Gasteropods, and in part with the Cephalopods. In the case of the fossils of this collection, the power of the Ostreidz to resist solution seems to have been shared with several other, but distantly related, fossils; while the want of such resist- ance on the part of the Conchifers was shared by the Gasteropods and Cephalopods, instead of being peculiar to the first-named class alone, as it seems to have been in the Hamilton Shales and some other paleozoic strata. Since the condition of the marine Tertiary fossils will not be consid- ered in the present paper, it remains only to make a few remarks upon the condition of preservation of the brackish- and fresh-water fossils of the Laramie Group and the succeeding Tertiary groups of the West. The invertebrate faunz of these formations are far less diversified than those of the marine formations, being confined almost entirely to the two mollusean classes, Gasteropods and Conchifers. These shells are found mostly in sandstones and shales which are more or less sandy. They are very often found in the condition of moulds and casts, and sometimes occur as siliceous pseudomorphs; but they are commonly caleareous and properly fossilized. No material difference in the con- dition or perfection of their preservation has been observed among the different kinds of these fossils. The environing influences seem to have affected all the families and classes alike, but it was observed that some examples of certain species of Conchifers, which were found in some argillaceous shales of the Laramie Group in Wyoming, had a much thin- ner test than those of the same species which were found in some sandy No.1.) WHITE ON CONDITIONS OF PRESERVATION OF FOSSILS. 141 Shales of the same formation only a few miles distant. This may have been the result of a deficiency of lime in the water in the first-named instance, but it is not unlikely that the difference was produced by a diminution of the substance of the shells during the process of their fos- silization. | Briefly reviewing the subject of the manner of preservation of inverte- brate fossils, it appears that those of the various kinds whose original composition was calcareous and apparently identical, or nearly so, have resisted unequally the solvents with which they have been brought in contact in the circumstances of their fossilization. It thus seems that, as a rule, the shells of certain families of the Conchifers have resisted solution less effectually than any others, and that among paleozoie fos- sils the arthropomatous brachiopods, and among mesozoic fossils the Ostreide, have resisted solution most effectually. It also appears that chitinous substances, although not originally so completely mineral-like as shells and corals, are even more permanent as fossils than those which were originaliy calcareous, since they have resisted solution more effect- ually. No explanation is at present offered of the reason why certain fossils are much more perfectly preserved than others under the same environ- ing circumstances ; and, indeed, it seems difficult to suggest an explana- tion. Asalready remarked, it might a priori be expected that substances so different as chitinous and calcareous shells are would differ in the condition of their preservation under the same environing circumstances, but it could not thus have been expected that so great a difference as we have seen should exist in that respect between the calcareous shells of the different families of mollusks. FgAlintty ay 1 MERE ERE ae Heisei varia att t= Art. IX.—Supplement to the Bibliography of North American Invertebrate Paleontology. By C. A. White and H. Alleyne Nicholson. ep Akoe alin PUBLICATIONS MADE IN THE UNITED STATES.—By C. A. WHITE. PREFACE TO PART I. The Bibliography of North American Invertebrate Paleontology, which was published last year as Miscellaneous Publications No. 10 of the U.S. Geological Survey, was brought down to the close of 1877. The following Supplement embraces the publications which have been made during the year 1878, and also all the omissions pertaining to the first publication which have been detected. The year 1878 has not been productive of many publications of North American Invertebrate Paleontology, and the larger part of the entries in this Supplement are, therefore, such as supply the omissions referred to. As to these entries of previously omitted publications, some of them ought to have been included in the original work, in accordance with the plan announced in its Preface; but a considerable proportion of them were intentionally excluded from it, as not being within its then proposed scope. It was then intended to prepare the work mainly as an annotated catalogue of the publications which would be constantly needed by the working paleontologist, rather than as a finished Bibli- ography, such, for example, as Dr. Coues’s Bibliography of North Ameri- can Birds. : The difficulty then experienced in fixing a limit to the scope of such a work has increased rather than diminished since the original work was published, by the expressed desire of some of those who are interested in the work to see its scope extended. I have, therefore, admitted some entries of mere catalogues of fossils, and some, also, of works which, according to the rules recognized by naturalists, are not regularly pub- lished. In these cases, however, those facts are stated in the entry, and they may be easily discriminated by the working paleontologist who is in search of other matter. Many persons have assisted me, but I am under especial obligations to my friend Mr. S. H. Scudder in this respect. . CAL WN: 143 4 144 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.V. Anon. List of Fossils belonging to the Several Formations alluded to in the Report; arranged according to localities. < Nicollet’s Rep. Hydrog. Basin U. Miss. River (Appendix C), pp. 167-170. 1843. Atrypa lingulata is described on p.167, and Ostrea congesta on p.169; the latter by Conrad.— There is, apparently, nothing in the book to tell who is the author of the catalogue, or of the first-naméd species, but it is probably attributable to T. A. Conrad. Anon. [Hall, James, andR. P. Whitfield.] Preliminary Notice of the Lamellibran- chiate Shells of the Upper Helderberg, Hamilton, and Chemung Groups; with others from the Waverly Sandstone. 80 pp. 8vo. 1809. This memoir was noticed in the Am. Journ. Sci., vol. xlix, 2d series, p. 276, and attributed to James Hall, although the work itself bears the name of no author. It does not appear that Prof. Hall has anywhere claimed sole authorship; but, on the contrary, Prof. Whitfield has claimed the autuorship to be jointly with Prof. Hall and himself. See Ann. Rep. Wisconsin Geol. Sur. 1878, p. 51, and Paleontology of Wisconsin (now in press), pp. 136, 137, and 138.—Genera Paleeaneilo, Limo- ptera, Mytilarca, Pholadella, Cimetaria, Phthonia, and Modiomorpha. Barrett, S. T. The Coralline or Niagara Limestone of the Appalachian System. remarks upon others well known, from the Cincinnati Group. < Journ. Cincinnati Soc. Nat. Hist., vol. i, pp. 100-108, 1 plate. 1878. Mr. Miller proposes the genus Angellum for a small shell of doubtful relations; and also announces the discovery of a perforated foramen in the ventral valve of Pholadops cincinnatiensis Hall. Miller, S. A. Description of Eight New Species of Holocystites from the Niagara Group. xtent, geological age, &c. Whitfield, R.P. Preliminary Descriptions of New Species of Fossils from the Lower Geological Formations of Wisconsin. < Ann. Rep. Geol. Surv. Wisconsin for 1877 (Chamberlin, 8vo pamphlet, 93 pp. Madison, Wisconsin, 1878), pp. 50-89. 1878. Genus Scevogyra, with three species. Professor Whitfield also describes a species each of Ellipsocephalus, Bellerophon, and Triplesia from the Potsdam Sandstone, showing an antiquity for these genera not hitherto known. Whitfield, R. P. Remarks on sonie Lamellibranchiate Shells of the Hudson River Group, with descriptions of four new species. < Journ. Cincinnati Soc. Nat. Hist., vol. i, pp. 187-141, one plate. 1878. Part of the plate is devoted to the article of Mr. Miller in the same volume. Whitfield, R. P. See Hall, James, and R. P. Whitfield; and also under head of Anon. A six-page pamphlet has been received from the author, bearing the following title: “Kent Scientific Institute. (Miscellaneous Papers No.3.) Notes upon the Fossil Remains of the Lower Carboniferous Limestone exposed at Grand Rapids, Michigan. By E. A. Strong.” It is without date or place of publication, and probably ought not to be regarded as regularly published; but it is noticed here at the suggestion of those who think a work of this kind ought to contain a notice of all printed matter relating to its subject, leaving the question of validity of pub- lication to be settled by the practice of naturalists. The following species are described as new: Cladodus irregularis, Phillipsia longispina, Nautilus ellipticus, N. kentensis, Allorisma elongata, and A. quadrata. 150 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.V. PART JI. : PUBLICATIONS MADE IN BRITISH NORTH AMERICA, WEST INDIES, AND EUROPE.*—By H. ALLEYNE NICHOLSON. Barrande, Joachim. Etat actuel des connaissauces acquises sur la faune primordiale. [The actual condition of our knowledge as to the Primordial Fauna.] < Bull. de la Soc. Géol. de France, 2° sér., t. Xvi, pp. 516-546. 1859. A portion of this memoir refers to the Primordial Group and its fossils in North America. Barrande, Joachim. Observations sur Vexistence de la faune primordiale dans la Chaine Cantabrique. [On the existénce of the Primordial Fauna in the Canta- brian Mountains.] < Bull. de la Soc. Géol. de France, 2° sér., t. xvii, pp. 542-554. 1860. Refers to and describes a Paradoxides found by Prof. W. B. Rogers near Boston, U. S. Barrande, Joachim. Assentiment de Prof. James Hall, et autres documents nouveaux au sujet de la faune primordiale en Amérique. [Assent of Prof. James Hall, and other new documents on the subject of the Primordial Fauna of America.] < Bull. de la Soc. Géol. de France, 2° sér., t. xix, pp. 721-745. 1862. Bigsby, J. J. Thesaurus Devonico-Carboniferus: The Flora and Fauna of the De- vonian and Carboniferous Periods. The genera and species arranged in tabular ’ form, showing their horizons, recurrences, localities, and other facts. Svo. 1878. Relates in large part to the Devonian and Carboniferous fossils of North America. Brady, Henry B. Description d'une nouvelle espéce de Foraminifére des conches Mio- céne de la Jamaique. < Ann. de la Soc. Malacologique de Belgique, t. xi, p. 15, [original pagination not known to the writer]. 1876. Describes, under the name of Tinoporus pilaris, a new Foraminifer from the Miocene Tertiary of Jamaica. Dawson, J. W. New Facts relating to Eozodn Canadense. < Canad. Naturalist, new ser., vol. viii, pp. 282-285. 1878. From the Proceedings of the American Association for the Advancement of Science, Buffalo meeting, August, 1876. Desor, G. Note sur l’existence de coquilles marines des mers actuels dans le bassin du lac Ontario (Canada) jusqwa Valtitude de 310 pieds. [Note on the existence of marine shells of existing species in the basin of Lake Ontario, up to elevations of 310 feet.] < Bull. de la Soc. Géol. de France, 2° sér., t. viii, pp. 420-423. 1851. Etheridge, Robert. Paleontology of the Coasts of the Arctic Lands visited by the late British Expedition under Captain Sir George Nares, R. N., K. C. B., F. B.S. < Quart. Journ. Geol. Soc. Lond., vol. Xxxiv, pp. 568-636, pls. xxv—xNix. A large number of invertebrate fossils from the Silurian, Devonian, and Carboniferous rocks of the Arctic regions are described in this important paper. The new species and varieties described are Receptaculites arcticus, Monograptus convolutus, his var. eoppingeri, Halysites catenulatus, var. feildent and var. harti, Syringopora parallela, Zaphrentis ofleyensis, Amplexus feildeni, Pentamerus coppingeri, Strophodonta feildeni, Murchisonia latifasciata, Helicotoma naresii, Pla- tyceras naticoides, all from the Silurian, and Spirifera aldrichi from the Devonian. Mr. R. Ethe- ridge, Jun., appends a valuable bibliography of the Arctic fossil Polyzo« ; and there is also a table showing the geographical distribution of the Polar P:leozoic fossils. Geinitz, H.B. Sur les Graptolites. [On Graptolites.] < Bull.de la Soc. Géol. de France, 2° séx., t.ix, pp. 186-188. 1851. Graptolithus gracilis, Hall, and G. hallianus, Prout, with some other forms, are regarded by the author as being Sertularians rather than true Graptolites. *The writer takes this opportunity of returning his best thanks to his friends R. Etheridge, Esq., Jun., and R. Bullen Newton, Esq., from whom he has received kind assistance in the preparation of the following list. Dr. Scudder has also been good enough to supply references to additional publications of his own, either omitted in the Catalogue or not published at the time of its appearance, and the help thus afforded is here gratefully acknowledged. No.1.) BIBLIOGRAPHY OF INVERTEBRATE PALEONTOLOGY. 151 Jones, T. Rupert, and W.K. Parker. Notice sur les Foraminiféres vivants et fossiles delaJamaique. whether the two species anywhere oceur together. Art. X¥.—On the Present Status of Passer domesticus im America, with Special Reference to the Western States and Territories. By Dr. Elliott Coues, U. §. A. Now that the enormous increase and rapid dispersion of the Euro- pean House Sparrow in America have resulted in the appearance of this objectionable bird in various portions of the Western States and Territories, it is time to consider what means may be taken to check its westward extension; for the agriculturists of that portion of our country have already enough to do to contend with the grasshopper scourge without having to guard their crops against a plague only less formidable and imminent.. Should the noxious birds become as numer- ous and as widely diffused in the West as they are already in the - thickly-settled portions of the United States, they would there prove even more destructive to the crops than they are known to be in the East. For here they still live for the most part in cities, towns, and villages, where they derive their subsistence chiefly from street-garbage, espe- cially horse-manure; but in the West, where such supplies are more limited, these granivorous birds would at once and continually prey upon the crops. Iam not informed to what extent they may have mul- tiplied already in some of the places, as at Salt Lake City, to which they have been transported, and where they have obtained a foothold; but it may not be too late, if vigorous measures are taken at once, to stamp out the plague. The strongholds of the birds are few, comparatively speaking, and isolated to such a degree that the eradication of the birds from that -part of the United States may not be now absolutely impracticable, as unfortunately seems to be the case in the East. The Great Plains offer a natural barrier to the westward progress of the birds from the Mississippi; and if pains be taken to destroy the advance guard as fast as they move westward, the evils now suffered in the East may be long delayed or even avoided. In most parts of the West where the Sparrows have appeared, it is believed that they have been imported, not that they reached these spots by spontaneous migration or natural dispersion. If this be the case, indeed, it may not be a matter of the greatest difficulty to destroy them, root and branch, in the comparatively few places in which they have already become natu- ralized. Should this be done, and laws be passed prohibiting the intro- duction of the birds into the Western States and Territories, immunity from invasion might be secured for a practically unlimited period. To 175 176 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [ Vol. V. bring this matter to the attention of the people in the West, and to urge that such measures be taken without further dangerous delay, is the object of the present paper. This may seem an extreme course, to the few who still look favorably upon the presence of the Sparrow in America; but such may be assured that it is no more than the exigencies of the case demand. Unless the Sparrows can be made to devour grasshoppérs, there is absolutely no occasion. for their naturalization in the West, not even the flimsy excuse for them that we sometimes hear made in the East. That they will not subsist upon grasshoppers to any extent, or upon potato-beetles, may be regarded as a foregone conclusion; and in the absence of other sources of food-supply, they will infallibly fall upon the crops. Though it must appear to all well-informed persons a work of super- erogation to point out what mischief the Sparrows have done, what worse evils are in prospect, and what thoroughly undesirable birds these are from every standpoint, yet the people of the West may not be fully apprised as yet of the actual state of the case. Their attention is there- fore called to the present status of the Sparrow in’ America, as fully. exhibited in the following review of the situation. For it occurs to me that the facts in the case can in no way be more . forcibly presented or more clearly illustrated than by the simple and lucid method of setting forth, in sufficient detail, the controversy which the introduction of the Sparrow into America has occasioned, and analyzing the mass of evidence we have accumulated.. To such a record, moreover, attaches a degree of historical interest. Instead of expressing my own views, or of preparing statements which might be open to an even unfounded charge of prejudice, I have therefore thrown what I have to say into the form of a commentary on the record itself, leaving each one to form his own opinion on the subject. The following record forms a portion of a more elaborate article which I have in preparation upon the general subject. Though very incom- plete,—in fact, representing but a fragment of the literature which the Sparrow Question has occasioned,—it is sufficient for present purposes. It is compiled from all available sources, without partiality or prejudice, and the commentary is written without fear, favor, or affection. It in- cludes every article which I have seen, and a few others, the titles of which I have taken from Mr. T. G. Gentry’s book. For some, I am indebted to the kindness of Prof. C. V. Riley. Articles in favor of, as well as those unfavorable to, the Sparrow, have been collated with equal care; but those of the former character are so few and weak in comparison with those of the latter category, that if the contributions to the subject made by the eminent ornithologist, Dr. Thomas M. Brewer, be excepted, little remains on that side of the question. Additional titles of articles bearing upon the off side of the controversy are there- fore the special desiderata of this piece of bibliography; but any addi- tions to the list or corrections of errors which may be detected will be very acceptable to the compiler. en en No.2. COUES ON PASSER DOMESTICUS. Vee 1867. PICKERING, C. [On the Introduction of the European House Sparrow into America, as threatening a Great Evil.] < Proc. Bost. Soc. Nat. Hist. xi. 1867, pp. 157, 158. It appears from the record herewith presented that the credit of being the first in this country to foresee and predict the evil to result from the introduction of Sparrows into Ame- rica belongs to Dr. Charles Pickering. This article may be regarded as the entering-wedge; and as such it is entitled to special consideration. It was not, however, until 1874, that the controversy was fairly opened, though in the mean time several American writers ventured to express their apprehensions, and to give warnings which passed unheeded. Cf., ¢.g., BRUCE, Amer. Nat. vi. 1872, pp. 469, 470; Cours, Key N. A. Birds, 1872, p. 146. 1868. BREWER, T. M. The European House Sparrow [Passer domesticus]. < Atlantic Monthly, May, TR68; pps —=-—: : Not seen. 1868. SwEETAPPLE, E. English Sparrows [Passer domesticus] in America, < Zool- ogist, 2d ser. iii. 1868, pp. 1375, 1376. 1869. ForNry, J. W. The Sparrows [Passer domesticus]. > = SEE “yy ZZ Zi | LZ Ziff % —— = Hyp bd [ILEBS,, = = SSE 3 UNE wl WSS Zz SSS a SSW ZC ot ly Whee % 2 SSNS Fh BSS, SE AN Yao Zh Mi\\s 5 ees iI COO ee 7 [E q, = A, 4 BN = FH, = 2 ZB Nw", GANS, HME AV MI uy ses y I MN 108 Z “| fly DSN "as IIS GY Yl / SS 2 = L Y), WA WwW, =) \\SS> VAIN AWS 2 b> SS = \S = SS JINN - a ; [I[Xs ous ° ~ 2 ee fl | Wg Aap NG } WZ 23 Y= t Nyy \) ‘ \ oi é “Hy We, = — Zz Zs, = = SS X q\ \ Wes W, ZA Y, \I W Zee ——~. { iit | " UNS “4 9YUDTLT SS CG 7} /, My 4) 5 N77 ae Wy, Art. XVI.—On the Extinct Species of Rhinoceridz of North America and their Allies.* By E. D. Cope. Twelve species of mammals which may be called rhinoceroses, have been defined from materials obtained from the Tertiary formations of North America; and five additional species have been distinguished, which may be regarded as more or less nearly allied to that family. A few additional names have been proposed for supposed species whose characters are not yet established. In the corresponding formations of Europe and Asia, the fossil remains indicate a still larger number of species. The forms here included first appear in both continents in the Lowest Miocene or Oligocene epochs; that is, in North America in the White River formation. The proper definition of the family Rhinoceride is not yet perhaps attainable, owing to our ignorance of the structure of some of the earlier forms. The description given by Huxleyt is evidently not designed to be a family diagnosis, as various generic and other characters are intro- duced. Perhaps the dental formula at the head of his article may be regarded as such, from the context. It is I. [=} or (=0; ©. 2=5; 0—0? 0=0? IP eee M. 7. Of this it may be remarked that the superior in- cisors are sometimes 2—2; the canines are frequently 3 and the premolars are often2=%. A little later,{ Professor Gill offered a special diagnosis, as follows: ‘‘aa. Neck abbreviated. Incisor teeth (attypically reduced in number or entirely suppressed. (Rhinocerotoidea Khinocerotiformia.) “Skull with the basioccipital comparatively well developed behind and narrowed forwards (with tympanic and periotic bones anchylosed and wedged in between the squamosal, exoccipital etc., Huxley), with the nasal bones produced forwards and more or less arched and meeting an upward development of the supramaxillary bones. Upper molars with a deep valley extending obliquely inwards from the median portion of the inner wall, and (P. M. 4, M. 1 — 2) a shallow one extending from * Read before the National Academy of Sciences, April, 1879. +The Anatomy of Vertebrated Animals, p. 307, 1872. t Arrangement of the Families of Mammais: Smithsonian Misc. Pub. Nov. 1872, . 85, ia 227 228 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. the posterior wall. Lower molars (P.M. 2, M.3) with two curved trans verse crests.” Of these characters, it may be remarked, that those derived from the molar teeth must be included in a diagnosis of this family, because they belong to it, although they do not distinguish it from the tapiroid groups; the one character of the superior molars (see my diagnosis be- “ow) which defines the family, being omitted by Professor Gill. Of those derived from the cranium, the form of the nasal bones is specific or generic, and that of the basioceipital, one of proportion only. The state- ment as to the periotic bones does not express the peculiar character of the family, but describes the condition usual in the order. The union of the maxillary and nasal bones is also found in the tapirs. The reduc- tion of the superior incisor teeth is a significant character, and the length of the neck may be so also. Under these circumstances, I will endeavor to offer a definition free from the above objections in the present state of our knowledge. At the same time I propose to make the genus Hyracodon the type of a distinct family, as I have found its characters to be much more distinct from those of the Rhinoceride than has been supposed. I introduce these families by distinguishing them in an ana- lytical table from those of several other families of Perissodactyles, mostly extinct. I. The external crescentoid crests of the superior molars subequal; inferior molars with crescents. 1. Inner part of crown of superior molars supporting tubercles.... Chalicotheriide. 2. Inner part of crown of superior molars supporting cross-crests. . -Palwotheriida. II. Exterior crescentoid crests of superior molars subequal; inferior molars with cross-crests. 3. Superior molars and premolars alike and with cross-crests -.----.---- Tapiride. III. Anterior exterior crescent of superior molars shortened; inferior molars with cross-crests ; premolars different from molars, 4. Superior molars with cross-crests; a diastema .....--..-.--.--- Lophiodontide. 5. Molars as above; no diastema ...-..... sgioeeacce = = dee Me iets epee Tapirulide. IV. Anterior exterior crescent of superior molars much reduced; inferior molars with cross-crests; superior molars and premolars alike, with eross-crests. 6. Mastoid bone forming part of the external wall of the skull; no posteotyloid tuberosity of the mandible; neck.elongate ...-.-..---------- Hyracodontide. 7. Mastoid bone excluded from the walls of the skull by the contact of the occipital and squamosal; a postcotyloid tuberosity of the mandible; neck SHORb see Pose Sob LLNS eS eee oP reat ea tye Tthinoceride. The genera of Chalicotheriide are as follows: Eocene: Limnohyus ‘Leidy; Paleosyops Leidy; Leurocephalus 8. L. & S. Oligocene: Menodus Pom.; Symborodon Cope; Dceodon Cope. Miocene: Chalicotherium Kaup; Nestoritheriwm Kaup. The genera of Palwotheriide are, Paleotherium Cuv., Pr pet um Gery., Paloplotherium Ow., and perhaps some others. The Tapiride include Painaivais L., Miocene to recent; Miocene, Lis- triodon Meyer, Tapiravus Marsh,’ Anchisodon Cope. The Lophiodontide enibrace: pigeaue forms, Lophiodon Cuv., i aolophus Pom., Hyrachy yus Leidy, Colonoceras Marsh. No. 2:] COPE ON EXTINCT RHINOCERID. 229 The only genus of Tapirulide is the Eocene Tapirulus Gervais. The genera of the Rhinoceride differ as follows: I. Four anterior digits. Incisors +; canine $; no horn; posttympanic bone distinct ........ Aceratherium, II. Three anterior digits. Incisors aS: canines $; no horn; posttympanic bone distinct ......... Aphelops. Incisors +; canines $; a dermal horn; posttympanic distinct ....--. Ceratorhinus. Incisors #; canines ?; a dermal horn; posttympanic ?...................Zalabis. Incisors +; canine $; a dermal horn; posttympanic process codssified with post- MEHOrd Process + NO areal: SEpUUMS. ise ctor 2s tds os te sw dsepen ee Rhinocerus. Incisors }; canines }; a dermal horn; posttympanic process not united with post- elenoid; no nareal osseous septum... --.~ .. 020... nnn n-ne eee ones eo Atelodus. Incisors §; canines ¢; a dermal horn; posttympanic coésified with postglenoid ; PAP OSSEOUS TSE PULLIN ALTUMemelseefaaaicate ciel ani Seca ementes ce eae Celodonta. The species of these genera are the following; the names of the exist- ing species are in Roman letters, the extinct ones in italies: ACERATHERIUM Kaup. A. incisivwm Cuy. Middle Miocene. Europe. A. gannatense Duy. Middle Miocene. Europe. A. lemanense. Middle Miocene. Europe. A. mite Cope. Lower Miocene. North America. A. occidentale Leidy. Lower Miocene. North America. A. pacificum Leidy. Middle Miocene. North America. A. truquianum Cope. Middle Miocene. North America. APHELOPS Cope. A. meridianus Leidy. Upper Miocene. North America. A. megalodus Cope. Upper Miocene. North America. A. jossiger Cope. Upper Miocene. North America. A. malacorhinus Cope. Upper Miocene. North America. CERATORHINUS Gray. C. sumatranus Cuv. Recent. Sumatra. C. lasiotis Sclater. Recent. Malacca. O. schleiermacheri Kaup. Middle Miocene. Europe. C. aurelianensis Gaudry. Upper Miocene. Europe. ZALABIS Cope, gen. nov. Z. sivalensis C.F. Upper Miocene. India. RHINOCERUS Linn. R. unicornis L. Recent. India. R. sondaicus Cuv. Recent. Java. R. paleindicus C. F. Upper Miocene. India. R. platyrhinus C.F. Upper Miocene. India. ATELODUS Pomel. A. bicornis Linn. Recent. Africa. A. simus Burch. Recent. Africa. 5 A. pachygnathus Wagn. Upper Miocene. Europe. A. leptorhinus Cuv. Pliocene. Europe. 230 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. CaLopontTa Bronn. C. etruscus Falconer. Pliocene. Europe. C. hemitechus Fale. Postpliocene. Europe. C. antiquitatis Blum. Postpliocene. Siberia; Europe. The above list embraces twenty-seven species, of which six are living. There are probably several other distinct fossil species; but their char- aeters have not yet been sufficiently made known to enable me to refer, them to their proper places. It will be observed, from the preceding catalogue, that eight species have been found in North American for- mations, ten in European, and three in those of Hindostan. It ap- pears also that no extinct species of the true genus of Rhinocerus has yet been found in North America or Europe, and that no extinct rhinoceros of North America which is known, possessed a median dermal horn. It can readily be seen that the genera above defined form a graduated series, the steps of which are measured principally by successive modi- fications of four different parts of the skeleton. These are, first, the reduction of the number of the toes of the anterior foot; second, the re- duction in the number and development of the canine and incisor teeth; third, the degree of closure of the meatus auditorius externus below; and, fourth, in the development of the dermal horns of the nose and its supports. While these characters have that tangible and measurable quantity which renders them available for generic diagnosis, there are others which possess a similar significance, and which I now notice, so far as they are observable in the extinct species of North America. I premise by observing that the Aceratheria of this continent have only been found in the eastern and western divisions of the White River formation, while the species of Aphelops are confined, so far as is known, to the Upper Miocene or Loup River formation. The posttympanic process is, it is well known, well separated from the postglenoid process in the tapir, so as to leave the auditory meatus widely open below. The arrangement is similar in Hyracodon. In Ehinocerus, as shown by Flower, the meatus is closed below by the coésification of the two processes. In the oldest genus of the family Aceratherium, the relations of the parts are as in Hyracodon. In Aphe- lops the two processes approach each other, but do not come in close ~ contact as in the genus Ceratorhinus. The postglenoid process is low and transverse in the tapirs; in Rhi-— nocerus itis long and has a triangular section. In some species of Amer- ican Aceratheria its form is much like that of the tapirs (A. mite, A. occi- dentale) ; while in others (A. pacificum) and in the species of Ap the © form of this process is-as in Rhinocerus. . In the tapirs, the foramina sphenodrbitale and rotundum are distinct. - They are also distinct in Aceratherium mite. In A. pacificum they are confluent, but the walls of their orifice present two opposite projections, which are the rudiments ef a dividing septum. In Aphelops these No. 2.] COPE ON EXTINCT RHINOCERIDS. Dae foramina are one, as in Rhinocerus. At the same time, the external wall of the alisphenoid canal is shorter and thinner in the Aceratheria than in the Aphelopes. In the older types of Perissodactyla, e. g. Symborodon, the foramen oyale is situated well in advance of the foramen lacerum medius, and is sepa- rated from it by a considerable space of the sphenoid bone. The same structure is seen in Hyracodon and in Aceratherium. In Aphelops, the foramen ovale approaches near to the f. lacerum, so as to be separated by a narrow bridge only in A. megalodus, which is wanting on one side in a specimen of A. malacorhinus. In the genus Rhinocerus, these fora- mina are not divided. In the structure of the teeth, the same serial order is to be observed. Commencing with the incisors 3 in the tapiroid types and Hyracodon, and canine t, we find 4 2 in Zalabis; = in Aceratherium; — fin Aphelops ; 41 * in Ceratorhinus and Rhinocerus, to i ¢ in Atelodus and Celodonta. As to the molars, in those of the upper jaw the series of modifications consists of successive complication of the transverse crests. In Hyraco- don, as in the tapiroid genera, the external wall of the posterior molar is continued beyond the posterior cross-crest; in the Rhinoceride, gener- ally the external wall is not continued beyond this crest, but is in line with the posterior cross-crest. In a specimen of Aceratheriwm occidentale, the posterior superior molar of one side is like that of Hyracodon, while that of the other side is like that of Rhinocerus. The cross-crests in Aceratherium are quite simple, having slight bulges into the median valley. In the species of Aphelops these bulges are more prominent, es- pecially that of the posterior crest, which is more externally s‘tuated than that of the anterior cross-crest, so that the fundus of the valley is turned abruptly backwards. In several of the existing species, this bulge becomes an antero-posterior crest, and the fundus is further di- vided by other crests from the outer wall and elsewhere. The cingula become so elevated as to cause an isolation of the valleys as fosse at a comparatively early stage of wear. This state of things commences in the extinct species of Kansas, the Aphelops fossiger. In the bones of the skeleton, modifications accompanying those of the cranium and dentition may be observed. The femur of the species of the earlier formations may be readily distinguished from that of those of the later Tertiaries by the forms of both the extremities. In the Ace- ratheria this bone resembles that of the tapirs in the form of the great trochanter. This process is produced at its external border, has a recurved apex, and encloses a deep trochanteric fossa. In Aphelops it is precisely as in Rhinocerus, obliquely truncate externally, without promi- nent apex or well marked fossa. In the Aceratheria the inner crest of the rotular groove is but moderately prominent; in Aphelops and Khi- nocerus it is greatly developed. The succession of development of the line of the Rhinoceride is now Zan BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. not difficult to trace, and I give the following diagram in explanation of it. Celodonta. VW Rhinocerus. Atelodus. NX Ceratorhinus. | Aphelops. Zalabis. Aceratherium. \ It is evident that the descent diverged at a comparatively late period of geological time into two lnes, which are represented at the present day by the African and Indian species respectively. The earliest species - of the toothless or African series is the Atelodus pachygnathus of Wag- ner, whose characters have been so well worked out by Gaudry in his great work on the Fossil Fauna of Attica. That species sometimes pre- sents a single small incisor or canine tooth in the mandible. From what has preceded it is also apparent that the generally most specialized type of rhinoceros, the genus Celodonta, has become entirely extinet. Its species yet known, were confined to Europe and Northern Asia, and the most formidable of them extended its range with the hairy mam- moth within the Arctic circle. The Celodonta antiquitatis was evidently the most effectively armed of the family, as it had two horns, which, judging from the character of the surface of the skull to which they were attached, must have been of unusual size. To provide further against the shocks incident to their use in combat, the nareal septum was ossified, thus becoming a solid support to the nasal bones, ete., on which they stood. It remains to look backwards, and to discover, if possible, the probable _ origin of the family in that of its earliest known genus, Aceratherium. A late survivor of this ancestral type is seen in the genus Zalabis Cope, of which one species, the Z. sivalensis, has been discovered by Cautley and Falconer in the late Tertiary of Hindostan. In this form, according to Falconer, there are 2 incisors and 2 canines. The early type, which corresponds most nearly with this genus, and which preceded the Acera- theria in time, is the genus Amynodon Marsh, which has left-a species in the Uinta or Upper Eocene of Utah. Here the incisors are 2 and the canines +. This formula is intermediate between that of Aceratherium and that of the Eocene tapirs, where the normal numbers 2 4 preyail. According to Marsh, Amynodon further differs in the primitive condition of the premolars above, which, as in the Lophiodontide, differ from the molars in their greater simplicity. Thus it is probable that. tapiroid animals, probably Lophiodontide, gave origin to the Rhinoceride, as Marsh has suggested. And it is further altogether probable that the general type of dentition presented by the Rhinocerideé, Lophiodontide, ini eticd: ren No. 2.] COPE ON EXTINCT RHINOCERID. 233 ete., which I have named the paleotheriodont, took its origin from the ie which is intermediate between it and the bunodont, viz, the sym- borodont, as I have pointed out in an essay on this subject. The first appearance of dermal horns was apparently in a pair placed transversely on the nasal bones, in species of Eocene Lophiodontide of the genus Colonoceras. The same character has been observed by Marsh in species of the Lower Miocene, which probably belong to the true Rhinoceride, and which he has called Diceratherium. This genus ap- pears to eos terminated the line exhibiting this structure, and the family in North America remained without horn. As we have seen, the types possessing the median horn arose in Europe, in the Ceratorhinus schleiermacheri of the Middle Miocene, and still survives. It may be observed in conclusion that a successive increase of size in the species of this line has taken place in North America with the ad- vance of geologic time. Thus, their probable ancestors of the genus Hyrachyus were the least of all. The Aceratheria of the White River formation were larger; the oldest, A mite, being the smallest; and the later A truquianum of Oregon, being the largest. The species of the Loup River or Upper Miocene formation were all larger, and were nearly equal to the large existing species. The characters of the American genera and their allies, Hyracodon and Anchisodon, are pointed out in the following pages. ANCHISODON Cope. American Naturalist, 1879, 270, April; published March 26, 1879. This genus is represented by maxillary teeth only, so that the charac- ters of the incisor teeth and inferior molars are unknown. There are four premolars and three true molars. The true molars are constructed much asin Lophiodon. They have two external confluent crescents, each of which gives origin at its anterior part to a transverse crest, which is directed more or less obliquely backwards. The anterior part of the ante- rior external crescent is well developed, and not shortened asin Acerathe- rium and Rhinocerus, and terminates in a low cusp. The external wall of the last true molar is continued posterior to the posterior transverse crest as in tapiroid types. The third and fourth premolars resemble the true molars. The second premolar differs from the others in a relatively greater elongation of the external portion, which presents three cusps instead of two. Of these one is opposite to the origin of each cross-crest, and the third is between them. The anterior part of the anterior exter- nal crescent is produced, as is also the posterior part of the posterior. In the milk dentition, the teeth which occupy the position of the third and fourth permanent premolars are first protruded, and afterwards the second deciduous premolar, and later the first true molar. *The Homologies and Origin of the Molar Teeth of Mammalia, ete. Journal Academy Nat. Sciences, Philada., 1874, pp. 13-14. Bull. v, 2 6 254 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. Vv. Two species of this genus are known to me, one of which has been found in the White River beds of Colorado, and the other in the corre- sponding horizon in Oregon, viz: the A. quadriplicatus and the A. tubifer. Without fuller material it is not easy to determine the near affinities of Anchisodon. While the identity of the forms of some of the premo- lar and molar teeth is much as in the Rhinocerida, and distinguishes the genus from Lophiodon, Iyrachyus, ete., the details of the molars are more like those of the latter genera. The elongation of the second pre- molars have, on the other hand, a point of similarity to the Anchitheroid forms. HWYRACODON Leidy. Proceedings of the Academy of Natural Sciences, Philadelphia, 1856, p. 92; 1857, p. 89; Extinct Fauna Dakota and Nebraska, p, 232. Professor Leidy has published the dental and several cranial charac- ters of this genus, so that there remain but few of these to be observed. Professor Marsh has stated the number of the toes,* and I will add some points not noticed by either of these paleontologists. The dental formula is I. #; C. 4+; Pm. 4; M.% The incisors and vanines form uninterrupted series in both jaws, which are separated by diastemata from the molar series. In their unworn condition, the crowns of the incisors and canines are subconic. The molars of both jaws do not differ in character from those of Aceratherium, but the last superior molar differs in not having the posterior cross-crest confounded with the external wall. According to Leidy, the premaxillary bone reaches the base of the nasal. The temporal fosse are large and approach each other above, A character heretofore unnoticed is the appearance of the mastoid bone between the posttympanic and the paroccipital processes, as in horses, thus differing from rhinoceroses. As in Aceratherium, the posttym- panic does not close the meatus auditorius inferiorly. Postglenoid well developed, This genus also differs from the rhinoceroses in the absence of the tuberosity behind the condyle of the lower jaw. The vertebral column is characterized by the length of the cervical portion as compared with the dorsal, especially of the axis. The ver- tebrarterial canal is long and external; the centra are keeled below, and the transverse processes of the atlas are not elongate. The opis- thocelous character is well marked in both cervical and dorsal centra. The zygapophysial faccts of the dorsals are not recurved in any way, and there are some metapophyses on the posterior dorsals. There are no enclosed spinal foramina on the dorsals. Liumnbars unknown. A single species of this genus, the JZ, nebrascensis, was found by Hay- den in Nebraska, and I obtained in Colorado in 1873 a second one, the HI. wreidens. oe a A ee a *Amer. Journ, Sci. Arts, 1877, p. 361. No. 2.] COPE ON EXTINCT RHINOCERIDZ. 235 ACERATHERIUM Kaup. Isis, von Oken, 1832; Jahrbuch fiir pina 1832, 419; Ossemens Fossiles, 49-61. Dentition: I.5; C.$; Pm. 4; M.2; digits 4—3; nasal bones without horn basis. This genus is characteristic of the Miocene or Middle,Tertiary forma- tions of Europe, and is the primitive form of the true rhinoceroses. Its four anterior digits relate it to the lower or more generalized perisso- dactylous types of the same and of older geological horizons, which are equally allied to the tapirs. Thé dentition differs from that of the genus Ethinocerus in the presence of two superior incisors, but agrees with it in the existence of one incisor and one canine on each side below, and in the forms of the premolar teeth. The species display great simplicity in the character of the crests of the molars. They also possess the ta- piroid feature of the non-closure of the auditory meatus below by the posttympanic process; and the postglenoid process is generally more hike that of the tapirs than are those of the later genera Aphelops and Fthinocerus. The form of the femur is also quite characteristic, present- ing tapiroid characters again in the shape of the great trochanter. This process is not flat and obliquely truncated as in the genera above named, but is horizontal proximally, and with a produced recurve . apex and posterior crest, which bound a large fossa. In this paper, four species are referred to this genus, but provisionally only, on account of the absence of certain diagnostic parts of the skele- ton. These species are, in the order of size, beginning with the smallest, as follows: A. mite Cope; A. occidentale Leidy; A. pacificum Leidy; A. truquianum Cope. I only possess the feet in A. pacificum, and these are not entirely complete; the nasal bones are wanting from all my specimens. The inferior incisors or canines are present in all; but I have only the superior incisor of A. pacificum. Leidy describes that of A. occidentale, and I have the premaxillary bones with the incisive alve- oli of thesame. I possess the posterior cranial regions of all the species except the A. truquianum, and these present the characters above de- scribed. The species above mentioned are generally of smaller size than those of the Loup Fork formation, which have been referred to the genus Aphelops. The largest Aceratherium, A, truquianum, is not much less than the smallest of the Aphelopes, A. megalodus. Should any of the four species here included be found to possess but three toes in the anterior foot, such must be referred to Aphelops. 236 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol V. APHELOPS Cope. Paleontological Bulletin, No. 14, p. 1, July 25, 1873.—Proceedings Amer. Philosophical Society, 1873, (1874), p. 520:—Hayden’s Ann. Report U.S. Geol. Survey Terrs., 1873, (1874), p. 519.—Report U. S. Geol. Geogr. Surv. W. of 100th Mer., G. M. Wheeler, vol. iv, pt. ii, p. 315. Dental formula; I.'4; 0.2; Pm. ; M. 3. Digits 3-3. Nasal bones with persistent suture, weak, not supporting a dermal horn. This genus occupies a position intermediate between Aceratheriwm Kaup and Rhinocerus Linn. It agrees, with the former in the presence of incisor and canine teeth, and in the absence of indication of a nasal horn, but differs from it in lacking the fifth digit of the’ anterior foot. In the last respect it is identical with the genus Rhinocerus, differing from it in characters already mentioned, in which it agrees with Ace- ratherium. From Atelodus Pom. it differs still more widely, as that genus wants incisor and canine teeth. The evidence on which this genus rests is furnished by two species, the Aphelops megalodus, and a second form, whose bones I have provi- sionally associated with the crania of A. fossiger. In both of these ani- mals, the number of anterior digits is known to be only three, and in the former the inferior canines and alveoli for incisors can be seen in the specimens. In two other species provisionally referred to the same genus, the A. crassus and A. malacorhinus, the digits and incisor teeth are unkown, but the last named species was certainly hornless, and itis supposed that the first named was so also. Of the many mandibu- lar symphyses from the Loup Fork formation which I have seen, none lack the canines and incisor teeth, so that it is probable that this character belonged to the two species above mentioned. Libro IV. Vermi, Insetti, Rettili, Pesci, Uccelli, o Quadrupedi del Chili, pp. 196-367. This is the editio princeps of the celebrated work. There are numerous later editions in various languages, which see below: German, Leipzig, 1786; Spanish, Madrid, 1788; French, Paris, 1789; American, Middletown, Conn., 1808; English, London, 1809; Italian again, Bo~ logna, 1810. See especially 1808 and 1810. Consult also 1776, ANON. See Trans. Linn. Soc., vii, p. 225; Oken’s Isis, ix, 1833, p.$24; Rev. Zoologique, 1840, p.147. See also Philippi’s Co- mentario, Anal. Univ. Chile, xxix, 1867, pp. 788-795. Molina is famous in the annals of South American ornithology. Being a binomenclator after the most approved fashion of the time, he is citable as authority for species, and most of those he describes are new, antedating Gmelin (1788) and Latham (Ind. Orn., 1790). The ornithological matter consists, first, of a general treatise on the birds of Chili, pp. 232-268; second, of a synopsis, pp. 343-345, in which the species receive formal Latin diagnoses in the Linnzan manner (Catalogo delle nuove specie descritte in questo Saggio ordinate secondo il Sistema Linneano). The general text of the former is accompanied also by Latin diagnoses of the species treated in footnotes. As this edition is not very generally accessible, I give the names of the species treated, with the pages on which each occurs. All are new except- ing the three marked ‘‘ Linn.” Anas regia, pp. 234,344; A.coscoroba, pp. 234, 344; A. mclancoripha, pp. 234, 344; Ardew erytrocephala, pp. 235, 344; A.galatea, pp. 295,344; A. cyanocephala, pp. 235, 344; A. thula, pp. 235, 344; Columba melanoptera, pp. 236, 345; Picuslignarius, pp. 236, 343; P. pitius, pp. 286, 343; Diomedea chilensis, pp. 238-344; D. chiloensis, pp. 239, 344; Pelecanus thagus, pp. 240, 344; Anas hybrida, pp. 241, 344; Pheenicopterus chilensis, pp. 242, 344; Tantalus pillus, pp. 243, 344; Trochilus minimus (‘‘Linn.”), p. 246; LT. cyanocephalus, pp. 247, 343; T. galeritus, pp. 247, 343; Fringilla barbata, pp. 247, 345; F. diuca, pp. 249, 345; Turdus thilius, pp. 250, 345; T. thenca, pp. 250, 345; Turdus ewreus, pp. 252, 345; Sturnus loyca, pp. 254, 345; Phytotoma (gen. nov.) rard, pp. 254, 345; Psittacus cyanalysios, pp. 256, 343; P. choreeus, pp. 257, 343; P. jaguilma, pp. 257, 343; Parra chilensis, pp. 258, 344; Otis chilensis, pp. 250, 344; Struthio rea (Linn.), p. 261; Strix cunicularia, pp. 263,343; Falco tharus, pp. 264, 348; Vuleur [sic] jota, p. 265, 343; Vultur gryphus (Linn.), p. 266. The following is a complete and exact transcript of the systematic catalogue, pp. 343-345, giving the names and diagnoses of all Molina’s new species :— AYES. Accipitres. Vultur Jota niger, remigibus fuscis, rostro cineraceo. Falco Tharus cera, pedibusque luteis, corpore albo-nigrescente, vertice eristato. Strix Cunicularia capite levi, corpore supra fusco, subtus albo, pedibus tuberculatis pilosis. a ae ene io COUES’S ORNITHOLOGICAL BIBLIOGRAPHY. 245 1782, Mouina, G. I.—Continued. Pice. Psittacus Jaguilma macrourus viridis, remigibus apice fuscis, orbitis fulvis. Psittacus Oyanalysios brachyurus luteo-virens, collare czeruleo, uropygio rubro. Psittacus Choreus brachyurus viridis, subtus cinereus, orbitis incarnatis. Picus Lignarius pileo coccineo, corpore albo, cruleoque vittato. Picus Pitius cauda brevi, corpore fusco maculis ovalibus albis guttato. Trochilus Cyanocephalus rectivostris capite, remigibus, rectricibusque caruleis, abdomins rubro. Trochilus Galeritus curvirostris viridi-aureus, remigibus, rectricibusque fuscis, crista pur- purea. Anseres. Anas MWelancorypha rostro semicylindrico rubro, capite nigro, corpore albo. Anas Hybrida rostro semicylindrico, cera rubra, cauda acutiuscula. Anas Regia caruncula compressa frontali, corpore ceruleo subtus fusco, collari albo. Anas Coscoroba rostro extremo dilatato, rotundato, corpore albo. Diomedea Chilensis alis impennibus, pedibus compedibus tridactylis, digitis omnibus con- nexis. Diomedea Chiloensis alis impennibus, pedibus compedibus tetradactylis palmatis, corpore Januginoso cinereo. ; Pelecanus Thagus cauda rotundata, rostro serrato, gula saccata. Gralle. Phenicopterus Chilensis ruber, remigibus albis. Ardea Erythrocephala crista dependente rubra, corpore albo. Ardea Galatea occipite subcristato, corpore lacteolo, rostro luteo, pedibus coccineis. Ardea Cyanocephala vertice cristato ceruleo, remigibus nigris albo marginatis. Ardea Thula occipite cristato concolore, corpore albo. Tantalus Pillus facie, rostro, pedibusque fuscis, corpore albo, remigibus rectricibusque nigris. Parra Chilensis unguibus modicis, pedibus fuscis, occipite suberistato. Otis Chilensis capite, juguloque levi, corpore albo, vertice tectricibusque cinereis, remigi- bus primor. nigris. Passeres. Columba Melanoptera cauda cuneata, corpore cerulescente, remigibus nigris. Sturnus Loyca fusco, alboque maculatus, pectore coccineo. Turdus Thilius ater, axillis luteis, cauda cuneata. Turdus Thenca fusco-cinereus, subtus pallido-cinereus, remigibus rectricibusquo apice albis. Turdus Cureus ater nitens, rostro substriato, cauda cuneata. Fringilla Barbata lutea, alis viridibus, nigro rubroque maculatis, gula barbata. Fringilla Diuea cerulea, gula alba. Phytotoma (gen.nov.) Rostrum conicum, rectum, serratum. Nares ovate. 1. Phytotoma Rara. _. ns Lingua brevis obtusa. 1783. Mona, G.I. Essai sur Histoire Naturelle de Chili. Paris. 1783. 8vo. Not seen: title of this French version from Ag. & Strickl., Bibl.—Orig. ed. 1782, q. v. There is another French ed., 1789, q. v. 1784. DOBRIZHOFFER, M. Historia de Abiponibus, Equestri, Bellicosaque Paraquarie Natione, locupletata copiosis Barbararum Gentium, Urbium, Fluminum, Terrarum, Amphibiorum, Insectorum, Serpentium precipuorum, Piscium, Avium, Arborum, Plantarum, aliorumque ejusdem Provincie Proprietatum Observationibus; Authore Martino Dobrizhofter, Presbytero, et per Annos duodeviginti Paraquariz Missionario. Vienna, 1784. The editio princeps, not seen by me. There isaGerman translation, Vienna, 1784, and a later English version, London, 1822, q. v. 1785. SONNINI DE Manoncour, C. N.S. Du Sasa, Oiseau dela Guyane. < Journ. de Physique, xxvii, 1785, pp. 222-224.— Licht. und Voigt’s Magaz., (3), iv, 1787, pp. ‘45-50 (tiber den Sasa, einen Vogel aus Guiana). Not seen: titles of both these articles from Carus and Engelmann. The ‘‘Sasa” is Opistho- comus cristatus. Giebel makes ‘‘du Sasa” a part of Sonnini’s name. 1786, Fantperc, S. Slutet, af Samlingar til Natural-Historien dfver On St. Bar- thelemi i Vestindien. < Kongl. Vetcnsk.-Acad. Nyt Handl., vii, 1786, pp. 248-254. Chiefly botanical ; a few birds given on p. 253. ‘246 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. 1786. Mouina, G. I. Versuch | einer | Naturgeschichte | von | Chili. | — | Von | 1788. M Abbé J. Ignatz Molina. | Aus dem Italiinischen tibersetzt |.von | J. D. Brandis, | Doctor der Arzneywissenschaft. |— | Mit emer Landcharte. |—| Mit Churfiirstl. Sichsischer Freyheit. |— | Leipzig, | bey Friedrich Gotthold Jacobier 1786. ‘1 vol. 16mo (sigs: “Rib; *2, 11); *3, 115 “4; 11; *5, 41): 9 p. IL, pp. 1-328, map. See the orig. ed., 1782. In this German version, the birds are at pp. 205-238, 304-306. OLINA, G. I. Compendio | de la Historia Geogratica, | Natural y Civil | del Reynode Chile, | escrito en Italiano | porel Abate Don Juan | Ignacio Molina. | Primera [Segunda] Parte, | que abraza la Historia Geografica | y Natural, | traducida en Espafiol | Por Don Domingo Joseph | de Arquellada Mendoza, Individuo de la | Real Academia de Buenas Letras de Sevilla, y Maestrante | de Ronda. | En Madrid | por Don Antonio de Sancha. | Aio M. DCC. - LXXXVIII. | Se hallaré en su Libreria en la Aduana vieja. 2 vols. sm. 4to shape, l6mo type-bed (sigs. *1,11.; *2,4 11; **2,41l.,ete.). Vol. I, pp. i-xx, 1-418, 1 map. See the orig. ed., 1782. Only the first vol. is here cited; the second has a different title, though beginning similarly, relates to the civil history of Chili, translated and augmented by various notes by Nicolas de la Cruz y Bahamonde, and dates 1795; has portrait of Molina and several maps. In this Spanish version, the bird-matter is in Part or Vol. I, as above cited, pp. 257-301, 390-393. 1789. BROWNE, Patrick. Civiland Natural History of Jamaica. London. 1789. Fol. Not seen: said to. contain a Linnzan index. Itis the 2ded. See the orig. ed., 1756. 1789. Motina, G.I. Essai | sur | L’Histoire Naturelle | du Chili, | Par M. VAbbé Molina; | Traduit de l’Italien, & enrichi de notes, | Par M. Gruvel, D. M. | — } A Paris, | Chez Née de la Rochelle, Libraire, rue du | Hurepoix, pres du pont Saint-Michel, n°, 13. | — | M. DCC. LXXXIX. | Avec Approbation et Privilége du Roi. 1-vol. 16mo. (sigs. a1,11.; a2,11.; a3,11.5; a4, 511). pp. i-xvj, 1-352, no map. See the orig. ed., 1782. In this French version, the bird-matter is at pp. 211-249, 321-324. The translator makes a separate head (‘‘§ XXXV. Oiseaux. Gtntn en Chilien.”) for the birds, and introduces Molina’s binomials into the general text, in brackets. 1792. RicHARD, L. C., and BERNARD, J. P. Catalogue des Oiseaux envoyés de Cay- enne par Le Blond. < Actes Soc. Hist. Nat. Paris, i, 1792, pp. 116-119. Not seen:. title from Carus and Engelmann, Bibl. (1794. West, H. Beytriige | zur | Beschreibung | von | St. Croix. | — | Nebst einer | 21802-05. kurzen Uebersicht | der benachbarten Inseln, | St. Thomas, St. Jean, Tortola, Spanishtown | und Krabbeneyland | von | Hans West, | Rector am Westin- dischen Schulinstitut. |-— | Aus dem Danischen, | mit Verbesserungen und Vermehrungen des Verfassers. |— | Kopenhagen, 1794. | Bey C. G. Proft, Sohn und Compagnie. 1vol. 16mo. 2p.ll., pp. 1-274. Orig. ed. 1793, [q. v., beyond, ADDENDA,] Ardea coerulea and Fulica chloropus, p. 243. AzaRA, F. DE. Apuntamientos | para la Historia Natural | De Los Pa- xaros | del Paragiiay | y Rio de la Plata, | escritos | Por Don Felix de Azara. | Tomo Primero [Segundo, Tercero]. | Madrid MDCCCII [MDCCCY]. | en la imprenta de la viuda de Ibarra. | Con licencia. 3 vols. very small 4to (type- bed size of a12mo). Vol. I, 1802, 1 p. 1., pp. i-xx, 1-534-+-11. Vol. II, 1805, 1p. 1. pp. i-vili, 1-562-++11. Vol. III, 1805, 1 p. 1., pp. i-vi, 1-479 +11. Editio princeps—scarce, and seldom actually consulted, though constantly quoted. Sonnini’s French translation, Paris, 1809, is oftener handled. Azara describes 418 species, all unfortu- nately under Spanish names only, as many of them are here published for the first time, and form the original basis of many binomial names later bestowed by Vieillot, Temminck, Lichten- stein, and others, to which, in the nature of the case, much uncertainty and no little confusion attaches in many instances. Hartlaub has published an invaluable Systematic Index (Bre- men, 1847) to Azara, identifying the species as far as possible, with a concordance of ed. prince. and ed. Sonnini, and a considerable synonymy. From the latter I quote the following, referring to the learned and accurate commentator himself for further particulars :-— “Nur Wenigen ist'Azara’s bertthmtes Werk tiber die Vogel Paraguay’s in der spanischen 4 No. 2. COUES’S ORNITHOLOGICAL BIBLIOGRAPHY. 247 1802-05. Azara, F. prE.—Continued. 1802 bis 1805 zu Madrid erschienenen Originalausgabe bekannt. Erst durch Sonnini’s sehr verdienstliche Uebersetzung wurde dasselbe fiir die Wissenschaft im weiteren Umfange zuganglich. In dieser Uebersetzung sind die oft etwas verworren aneinandergefiigten Origi- nalbeschreibungen zweckmissig in Formen, Maasse und Farbung gesondert, und des Ver- fassers Bekanntschaft mit den Végeln Gujana’s erhéht den Werth des critischen Theils desselben. Das erste Werk, in welchem Or- nithologie, | par Alcide D’Orbigny. | [Dessin.] | Paris, | Arthur Bertrand, éditeur, | Libraire de la Société de Géographie | et de la Société Royale des Antiquaires du Nord, | Rue Hautfeuille, 23. | — | 1839. 8vo, paper, form- ing part (with the mammals) of one vol. of the series, separately paged, pp. xxxi, 336. Folio atlas of pll.i-xix, xix bis, xx—xxi. A standard work, to be used in connection with Vigor’s earlier and Gundlach’s and others’ later treatises on the same subject. The Introduction, pp. vii-xxxi, is arésumé, from which it appears there were known 129 Cuban spp., of 33 families—14 South American, 49 North Amer- ican, 26 American, 8 Arctogzean, 5 Neotropico-Arctogeean, and 27 Cuban and Antillian. The main text treats of those species seriatim, systematically, and is synonymatic, descriptive, and general. French, Latin, and Spanish indexes follow. The plates are published separately ; they are as follows:—P1.1, Falco sparverioides. 2, Otus siguapa D’Orb. 3, Noctua siju O'Orb. 4, Turdus rubripes. 5, Turdus minor. 6, Sciwrus [sic] sulfurascens. 7, Turdus carolinensis. 8, Sylvia palmarum. 9, Sylvia caerulescens. 10, Sylvia maritima. 11, Tanagra zena. 12, Tyrannus caudifasciatus D’Orb. 13, Tyrannus magnirostris D’Orb. 14, Tyrannus matuti- nus. 15, Passerina olivacea. 16, Linaria canicepsD’Orb. 17, Pyrrhula nigra. 18, Quiscalus barytus. 19, Q. atroviolaceus D’Orb. 19 bis, Xanthornus dominicensis. 20, Icterus humeralis. 21, f. 1, Orthorhynchus colubris ; f.2, O.ricordi. 22, Todus multicolor. 23, Oolaptes superciliaris. 24, Oolaptes fernandine. 25, f.1, Saurothera merlini D’Orb. ; f. 2,3, Crotophaga ani. 26, Trogon temnurus. 27, Columba portoricensis. 28, C. inornata. 29, Phoenicopterus americanus. 30, Aix sponsa. 31,f.1, Totanus flavipes, egg; f.2, Parra jacana, egg; f. 3, Aramus guarauna; f. 5, Rallus longirostris (head). ; _ 1839. D’ORBIGNY, A. Naturhistorische Schilderung des nérdlichen Patagonien, Ornithologie | bearbeitet von | Dr. J. J. von Tschudi | mit Anmerkungen | yon | J. Cabanis, | Adjunkt am zoologischen Museum in Berlin, | — | 1845 und 1846, 1 p.1., pp. 1-816, pl. eol’d i-xxxvi. Contains a systematic synonymatic conspectus of Peruvian birds (ef. Arch. f. Naturg., x, 1844, p. 262; xi, 1845, p. 360), followed by a general systematic account of the Peruvian avi- fauna, descriptive, critical, and biographical. The new species appear to haye been mostly described already, as the ‘‘Conspectus” (Arch. fii Naturg., 1.‘c.) is quoted in the present volume. Turdus swainsonii Cab., p. 187; Procnias viridis Cab., p. 197; Syealis chloris Cab., p. 216; Conurus frontatus Cab., p. 272, spp.nn.—P1. I, Hypomorphnus unicinctus (pl. marked Polyborus taeniurus). II, Cireaetus solitarius. III, Cireus poliopterus. IV, Noctua melanonota. V, f.1, Caprimulgus decussatus ; £.2, C. ocellatus. WI, f.1, C. climacocercus; f. 2, O. pruinosus. VU, f. 1, Ampelis rufaxilla ; f. 2, Ptilogonys leucotis. VL, f.1, Scaphorhynchus chrysocepha- lus; £. 2, Tyrannus cinconeti. VX, f. 1, Buscarthmus pileatus ; f. 2, Elaenia viridiflava. X, f. 1, Mionectes poliocephalus ; f. 2, Leptopogon supereiliaris. XI, f. 1, Thamnophilus olivaceus ; 262 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. 1845-46. Tscuupt, J. J. v., and CaBANnis, J.—Continued. f. 2, Lithys leucophrys. XII, f. 1, Setophaga melanocephala ; f. 2, Ptyonura albifrons. X11, f. 1, Hylophilus frontalis; f. 2, Procnopis atrocoerulea. XIV, f. 1, Myiodioctes tristriatus ; f. 2, Procnopis argentea. XV, f. 1, Cineclus leucocephalus ; f. 2, Mimus longicaudatus. XVI, f. 1, Cyphorhinus thoracicus; f. 2. Cilhirus palliatus. XVII, f. 1, Tanagra frugilegus; f. 2, Callispiza xanthocephala. XVILI, f. 1, Tanagra analis, f.2; Callospiza puichra. XIX, Phry- gilus plebeius ; £.2, Arremon frontalis. XX, f. 1, Anabates montanus; f. 2, A. ochrolaemus. XXI, f. 1, A. melanorhynchus; f. 2, Dendrocolaptes validus. XX, f. 1, D. chunehotambo ; f.2, Trochilus leucogaster. XXIII, f. 1, T. insectivorus ; f. 2, T. otero. XXIV, f. 1, Lypornix ruficapilla ;. f. 2, Capito glaucogularis. XXV, Picus haematogaster. XXVI, f. 1, OConwrus vupicola; f. 2, OC. mitratus. XXVII, Psittacus mercenarius. XXXVI, Columba frenata. XXIX, C. meloda. XXX, C. gracilis. XXXI, Penelope rufiventris. XXXIT, Crypturus kleei. XXXIITI, Odontophorus speciosus. XXXIV, Charadrius winterfeldti, XXXV, Larus modestus. XXXVI, Merganetta leucogenys. 1846. BripGss, T. [Letter addressed to G. R. Waterhouse, Esq., Gontaining notices of Bolivian Mammals and Birds.] Aves, pp. 185-496. Atlas, folio. 1846. { No.2] COUES’S ORNITHOLOGICAL BIBLIOGRAPHY. 263 1847. Gay, C.—Continued. Gay was little of an ornithologist, and his work passes for no more than it is worth. The text consists of a diagnosis and description of each species and group, witha slight syno- nymy and miscellaneous matter, chiefly relating to habits. Birds are divided into Rapaces, Pajarillos, Trepadoras, Palomas, Gallinaceas, Zancudas, and Nadadoras. Ulula fasciata, p- 252; Sylviorthorhynchus (g.n., p. 315) desmurii, p. 316; Ohlorospiza aldunatei, p. 356; Zenaida souleye- tiana, p. 380; Peristera auriculata, p. 381; Nothura punctulata, p. 391; Squatarola urvillii, p. 401, spp.nn. Cf. Edinb. New Philos. Jowr., n.s., iii, 1856, pp. 335-338. 1847. Gossr, P. H. The | Birds of Jamaica. | By | Philip Henry Gosse; | assisted by Richard Hill, Esq., of Spanish-town. | London: | John Van Voorst, Paternoster Row. | M.DCCC.XLVII. lvol. 8vo. 1 p.1., pp. x, 447, and 11. of advts. (A separately-titled vol. of 52 colored plates attends this work. See 1849.) Nearly 200 spp. Text almost entirely biographical and ‘entirely from original investi- gation” of the author and R. Hill, ‘‘whose notes pervade this volume”. . . ‘An observer is hardly competent to determine what circumstance is trivial and what is important; many a recorded fact in science has lost half its value from the omission of some attendant circumstance, which the observer either did not notice, or thought irrelevant.”—(Gosse, p. iv.) The new species are:—Hphialtes grammicus, p. 19: Nyctibius pallidus, p. 49; Tachornis pheenicobia, p. 58; Hirundo peciloma, p. 64 (lege peciloma); H. euchrysea, p. 68; Mellisuga humilis, p. 127; Sylvicola eoa, p.158; S. pannosa, p. 162; 8. pharetra, p. 163; Myiobius palli- dus, p. 166; I. tristis, p.167; I. stolidus, p. 168; Spermophila anoxantha, p. 247; S. adoza, p. 253; Pyrrhula robinsonii, p. 259; Geotrygon sylvatica, p. 316; Egretta nivea, p. 334; EB. rusi- collis, p. 338; Jtallus concolor, p. 369; Anas maxima, p. 399; Cyanopterus inornatus, p. 402; Erismatura ortygoides ‘‘ Hill”, p. 406. 1847. Gosse, P. H. Extracts from the ‘Birds of Jamaica, by Philip Henry Gosse.’ < Zoologist, v, 1847, pp. 1808-1820. 1847. HarrLaus, G. Systematischer Index | zu | Don Felix de Azara’s | Apantami- entos para la historia natural | de los Paxaros | del | Paraguay y Rio de la Plata. | — | Von | Dr. G. Hartlaub. | — | Bremen, | Druck von C. Schiine- mann. | 1847. 1 vol. sm.4to. pp. i-vi, 1-29. : Important commentary on Azara. See 1802-05, AZARA. 1847. HarTLaus, [G.] [Note sur quelques especes nouvelles oiseaux de la Jamaique, Rk. Z. 1846, pp. 320-322.] < Rev. Zool., x, 1847, p. 64. 1847. HartTLaus,[G.] [Sur quelques oiseaux de la Jamaique recemment décrits par M. de Lafresnaye.] < Rev. Zool., x, 1847, pp. 271, 272. 1847. LAFRESNAYE, [F.] DE. Quelques oiseaux nouveaux ou rares rapportés par M. Delatire, de Bolivie, de la Nouvelle-Grenade, et de Panama. < fev. Zool., x, 1847, pp. 67-79. 27 esp.—Grallaria monticola, p. 68; Tyrannula frontalis, p. 70; Tanagra palpebrosa, Aglaia wilsomi, p.71; A. fanny, Tachyphonus delattrii, Arremon aurantiirostris, p. 72; Saltator striati- pectus, S. maculipectus, p.73; Coecoborus cyanoides, p.74; Linaria analoides, L. inornata, Geositta peruviand, p.75; Dendroplex picirostris, p. 76; Picumnus granadensis, p. 78; Malacop- tila panamensis, p.79, spp. Dn. 1847, LArrESNAYE, [F.] DE. Réponse de M. de Lafresnaye aux Observations du doc- teur Hartlaub, du dernier numéro de la Revue Zoologique. < Mev. Zool., x, 1847, pp. 80-83. 1847, LAFRESNAYE, F. DE. Mélanges ornithologiques sur Vesptce de Ramphocéle a plumage variable, rapporté de la Nouvelle-Grenade par M. Delattre; et sur le Cassicus uropigyalis [sic]. < ev. Zool., x, 1847, pp. 215-218. Ramphocelus varians, sp.u., p.216; Cassicus uropigyalis (sive curvirostris, sp. n. supp-), p. 218. ; 1847. LAFRESNAYE, [F.] DE. Réponse de M. de Lafresnaye 4 la notice de M. le DF Hartlaub, de ’avant-dernier numéro de cette Revue. < Rev. Zool., x, 1°47, pp. 350-352. 1847. ScHomBuRGK, R. H. The History of Barbadoes, .. . London. 1847. Roy. 8vo,. ; Not seen.—Cf. P. Z. S., 1871, p. 267. [See beyond, ADDENDA. ] 1847, Tscuupr, J. J.v. Animal Life in the Peruvian Forests. <~Zoologist, v, 1547, Seah pp. 1716-1728. 1847, Tscuupr, J. J. v. Animals of the Puna of Peru. < Zoologist, v, 1947, pp. 1758-1763. 2064 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. 1847. Tscuvun!, J. J. v. Zoology of Valparaiso. < Zoologist, v, 1847, pp. 1763, 1764. 1847. Tscuup1, J. J. v. Zoology of Chiloe. < Zoologist, v, 1847, p. 1764. 1847. Tscnupi, J. J. v. Animals in the Bay of Callao. < Zoologist, vy, 1847, pp. 1764-1766. This and the four preceding papers are extracted from ‘‘ Travels in Peru”. 1847. YARRELL, W. Descriptions of the Eggs of some [about 30] of the Birds of Chile. Vogel, bearbeitet von J. Cabanis, pp. 662-765, The third volume, as just indicated, has a special title, by which it is sometimes cited apart from the rest, giving the impression that it is a different work. Schomburgk’s Guiana becomes a very important work in South American ornithology, from the number of new genera and species described by Cabanis in his elaborate presentation of the subject. Various touchings of birds, by Schomburgk himself, occur through the other volumes; but Cabanis’s article is the formal presentation of the ornithological affair. Itisa systematic synopsis, with synonymy, description, and much critical comment by Cabanis, and miscellaneous matter by Schomburgk. According to Schomburgk’s opening paragraphs: ‘‘Meine Vogelsammlung enthalt 424 Arten, also noch 6 Arten mehr, als in der Einieitung zur Fauna angegeben sind: Oscines 83, darunter 12 neue; Clamatores 93, darunter 11 neue; Strisores 36, darunter 3 neue; Scansores 77, darunter 2 neue; Raptatores 43, darnnter 1 neue; » Gyratores 6; Rasores 15, darunter 1 neue; Grallatores 55, darunter 1 neue; Natatores 16. Im Ganzen 31 neue Arten. ‘* Bei der systematischen Anordnung ist das neuaufgestellte System des Herrn CABANIS zu Grunde gelegt worden, was hoffentlich um so willkommener geheissen werden wird, als dies jedenfalls unter allen bisher aufgestellten, das erste ist, welches den Anforderungen, die man an ein natiirliches System zu stellen berechtigt ist, wirklich entspricht.” Vergl. Ornithologische Notizen yon Cabanis in: Archiv fiir Naturgeschichte, Bd. i, 1847, SS. — -—; und besonders abgedruckt. : Turdus gymnophthalmus, p. 665; LT. phaeopygus, genus Basileuterus, p. 666; Setophaga cas- taneocapilla, p. 667; Huphona minuta, p. 671; Troglodytes rufulus, p. 672; Lhryothorus al- bipectus, p. 673; Diglossa major, Saltator olivascens, p. 676; Arremon personatus, Coccoborus ater, p. 678; Sporophila castaneiventris, Sycalis minor, p. 679; Molothrus atronitens, Lamprop- sar (g.D.) guianensis, p. 682; Chaleophanes minor, ?Cyanocoraaz hyacinthinus (‘‘Natt.”), p. 683; Conopophaga angustirostris, p. 685; Dasycephalw uropygialis, p. 686; Anabates pyrrhodes, Premnocopus (g. n.) undulatus, p. 689; Copurus poecilonotus, p. 702; Campylopterus hypery- thrus, p. 709; Caprimulgus nigrescens, p. 710; ? Nyctibius rufus, p. 711; Coecygus helviventris, p. 714; Psittacula modesta, p. 727; Buteo abbreviatus (‘‘ Licht. Mus. Berol.’’), p. 739; Tirachy- pelmus (g. n.) suberistatus, p. 749; Crex schomburgkii deser. orig. Theil ii, p. 245, spp. nn. Other genera of Cabanis’s here new, or lately new, are Geothlypis, p. 666; Phoenicosoma (for Phoenisoma), Pogonothraupis, p. 669; Arbelorhina, p. 675; Calyphtrophorus [sic], p. 678; Pyr- rhocoraxz, p. 713; Monasta (for Monasa), p. 719; Ortygarchus, p. 759. y No. 2.) COUES'S ORNITHOLOGICAL BIBLIOGRAPHY. 265 1848, 1848. 1848. 1848. 1848. 1848, 1848. 1848, 1848. 1849. 1849, 1849, [Casor, 8., JR.?] Incidents of Travel | in Yucatan. | By John L. Stephens, | Author of ‘Incidents of Travel in Egypt, Arabia, Petriea, andthe | Holy Land,” “Incidents of Travel in Central America,” etc. | Illustrated by 120 engrav- ings. | In two Volumes. | Vol. I [II]. New York: | Published by Harper & Brothers | for Henry Bill. | 1848. 2 vols. 8vo. Vol. I, pp. i-xii, 9-459, 54 en- gravings. Vol. II, pp. i-xvi, 9-478, 70 engravings. > Vol. II, Appendix, Memorandum for the Ornithology of Yucatan, pp. 469-476. I find no indication of the authorship of this ‘‘ Memorandum”, but am under the impression that it is by Dr. Samuel Cabot, jr. It consists of a brief general essay on the subject, con- cluded with a list of ‘‘Birds observed in Yucatan during the winter of 1841, ’2, between the months of October and June, which are also found in the United States, and have been figured and described by Wilson, Audubon, Bonaparte, and Nuttall’, pp. 475,476. Both volumes also contain cursory bird-matter by the author. CASTELNAU, [F. DE]. Considérations sur l’ornithologie de Amérique tropicale. Appendix F. Birds. By John Cassin. pp. 172-206, pll. (col’d) xiv—xxviii. Systematic account, with miscellaneous field-notes, of 119 spp. of (chiefly? entirely 2?) South American birds. Pl. xiv, Faleo nigriceps; xv, Psaracolius [sic] cwreus; xvi, f. 1, Agelaius thilius; p. 2, Sturnella militaris; xvii, Chrysomitris marginalis; xviii, f. 1, Calliste eyani- collis; f. 2, C. larvata; xix, f.1, C. gyroloides ; f£.2, C. desmarestii ; xx, f.1, Buphonia rujiven- tris; f. 2, Chlorophonia occipitalis; xxi, f. 1, Ericornis melanura; f. 2, Scytalopus fuscus ; xxii, Psittacus ochrocephalus; xxiii, Branta antarctica; xxiv, Bernicla magellanica; xxv, Anas melanocephala ; xxvi, Querg. creccoides ; xxvii, Fuligula metopias ; xxviii, Phalacrocorax brasilianus. 1855. Drs Murs, P. O. Oiseaux nouveaux ou rare recueillis dans ’ Amérique du Sud, par IF. de Castelnau, etc. Paris, 1855. 4to. 20 pli. Not seen: title from a bookseller’s catalogue. Compare 1856, same author. 1855. GouLp, J. Descriptions of Eight New Species of Birds from South America. App. J. Notes on the Birds collected by the La Plata Expedition. By John Cassin. pp. 599-602. Merely a list of the species collected, with a slight commentary of general character. 1859, Epiroriau. [Letter from Mr. Fraser at Nanegal, Pichincha, relating to various birds.] < Lbis, i, 1859, pp. 208. 1859. Epirortau. [Correspondence from Mr. Fraser, in Eeuador.] < Ibis, i, 1859, pp. 332, 333. 1859. EpirorraL. [Correspondence from O. Salvin, en route to Guatemala.] < Ibis, i, 1859, pp. 333, 334. 1859. Epitor1au. [Annotated extracts of letters from Fraser, at Quito and Babahoyo, June and July.] < ibis, i, 1859, pp. 462-464. 1859. EpirortaL. [Extracts from a letter of O. Salvin, en route to, and in, Guate- mala.] < Ibis, i, 1859, pp. 466-469. 1859. GouLpD, J. List of Birds from the Falkland Islands, with Descriptions of the Eggs of some of the Species, from specimens collected principally by Captain C. C. Abbott, of the Falkland Islands Detachment. < P. Z, S., xxvii, 1859, pp. 93-98. 38 spp.— Gavia roseiveniris, p. 97, sp. 1. ’ 1859. GUNDLACH, J. Ornithologisches aus Briefen yon Cuba. >Chap. XIU, pp. 193-198. Treats of a very few spp., with running commentary. 1860. LAWRENCE, G.N. Description of a New Species of Bird of the Genus Phaeton, also of a New Species of Humming Bird of the Genus Heliopaedica. < Ann. Lyc. Nat. Hist. New York, vii, 1860, pp. 142-145. Ph. flavo-aurantius, p. 142; H. castaneocauda, p. 145. 1860. LAWRENCE, G. N. Notes on some Cuban Birds, with Descriptions of New Spe- cies. < Ann. Lyc. Nat. Hist. New York, vii, 1850, pp. 247-275. 27 spp. critically treated; many observations of Dr.J.Gundlach’s. p. I, pp. 1-632, 611, 14 maps. “‘This French translation of Tact, Sontais many materials not found in the original Dutch, ... This work is full of the most excellent and curious details of the natural history, . . .” 1682. NrEvHOF, J. Johan Nieuhofs | Gedenkweerdige | Brasiliaense | Zee- en Lant- | Reize. | Behelzende | Al het geen op dezelve is voorgevallen. | Beneffens | Een bondige beschrijving van gantsch | Neerlants Brasil, | Zoo van lantschappen, steden, dieren, gewassen, als | draghten, zeden en godsdienst der inwoon- ders: | En inzonderheit | Een wijtloopig verhael der merkwaardigste voor- vallen | en geschiedenissen, die zich, geduurende zijn negenjarigh | verblijf in Brasil, in d’oorlogen en opstant der Portugesen | tegen d’ onzen, zich sedert het jaer 1640. tot 1649. | hebben toegedragen. | Doorgaens verciert met ver- scheide afbeeldingen, na’t leven aldaer getekent. | [Afbeeld.] | t’ Amsterdam, | — | Voor de Weduwe van Jacob van Meurs, op de Keizers-gracht. 1682. lyol. Folio. Eng. title, illum. title, dedication, arms, privilege, introduc- tion, each one leaf; pp. 1-308, 2 ll. (directions to binder, and index); 44 en- gravings. See what is said anted, p.241. In addition to this, there is on p. 281a heading ‘‘Indiaense en Javaense vogels en viervoetige dieren’’; under which descriptions of various East Indian and particularly Javan birds run to p. 288, including two engravings on which the Dodo and various other birds are figured. The above is the full printed title. The work is scarcely citable in the present connection, being of a more general character, 1724. [LaBat, Pére J. B.} Nouveau | Voyage | [du Pere Jean Baptiste Labat] | aux Isles | de l’Amerique. | Contenant | L’Histoire Naturelle de ces Pays, | VOrigine, les Meurs, la Religion & le Gouvernement des | Habitans anciens & modernes: | Les Guerres & les Evenemens singuliers qui y sont arrivez pendant | le long séjour que J’Auteur y a fait: | le Commerce et les Manufac- tures | qui y sont établies, & les moyens de les augmenter. | Ouvrage enrichi @’un grand nombre de Cartes, Plans, & Figures en Taille-douce. | Tome pre- P. Husson. T. Johnson. J. Van Duren. R. Alberts. M. DCC. xxiv. 2vols. 4to. Vol. 1,3 p.11., pp. j—viij, 1-360, mier [second]. | [Vignette.] | A la Haye, | Chez) P. Gosse & C. Le Vier. 211, 47 maps and plates. Vol. II, 4 p. ll., pp. 1-520, 9 1., many maps and plates. There are many editions. Sabin’s Bibl. gives the following, besides the above :—Paris, 6 vols., 12mo, 1722.—La Haye, 6 vols., 12mo, 1724.—Paris, 8vols., 12mo, 1742; augmented.—Paris, 8vo, 1831; abridged.—Dutch, Amsterdam, 4 vols., 4to, 1725.—Latin, Niirnberg, 7 vols., 12mo, 1782-88. The celebrated work is very full on the Natural History of the West Indies, and ornithol- ogy comes in for its share of treatment; but the copious details are so scattered through the _yolumes that formal citation of the bird-matter becomes inconvenient. : 1745. WARREN, G. Impartial Description of Surinam, &c. The date of the original is said to be 1667. The only shape in which I have handled it is as a part of Vol. Il of Osborne’s ‘‘A Collection of Voyages and Travels”, etc., folio, London, 1745, where it is given with a half-title-page as follows:—An impartial | Description | of | Sur- imam j upon the | Continent of Guinea | in| America. | With a | History of several strange No. 2.] COUES’S ORNITHOLOGICAL BIBLIOGRAPHY. 307 1745. WARREN, G.—Continued. | Beasts, Birds, Fishes, Serpents, In- | sects, and Customs of that Colony, &c. | Worthy the Perusal of all, from the Experience of | George Warren, Gent.| pp. 919-931. Chap. IV. Of the Birds; p. 924, a column of remarks, of no consequence. 1765. FERMIN, P. Histoire | Naturelle | de la | Hollande Equinoxiale: | ou | Descrip- tion | des Animaux, Plantes, Fruits, et autres | Curiosite’s Naturelles, qui se trouvent | dans la colonie de | Surinam; | avec Leurs Noms différents, tant Frangois, que Latins, | Hollandois, Indiens & Négre-Anglois. | Par | Philippe Fermin, | Docteur en Medicine. | [Vignette.] A Amsterdam, | Chez M. Magé- rus, Librairee MDCCLXY. lvol. 8vo. pp. i-xii, 1-240, 11. Seconde Partie, Des Oiseaux, Poissons, et Testacées, pp. 57-108, where a few birds, fishes, and mollusks are given in alphabetical order, mixed together, with slight descriptions, or definitions of the names, of each. 1782. [PALLas, P.S8.] Beschreibung zweyer sitidamerikanischer merkwiirdiger Végel. <_ Neue Nordische Beytrige, iii, 1782, pp. 1-7, pl. i. 1. Der Kleine schwarze Kukuk aus Surinam (Cuculus tenebrosus), p. 2,pl.i,f1. 2. Der allerkleinste Specht oder Wendehals, aus Siidamerika (Picus minutissimus), p. 5, pl.i, f. 2, 1793. West, H. Bidrag | til | beskrivelse | over St® Croix | med en | kort Udsigt | over | St. Thomas, St. Jean, Tortola, | Spanishtown og Crabeneiland. | Af | H. West, | Rector ved det vestindiske Skole-Institut. | — | Kiébenhavn, 1793.. | Trykt hos Frederik Wilhelm Thiele, 1lvol. 16mo. 3p. 1L, 1-364, folded sheet opp. p. 204. This is the ed. prince. ; there is another, German, Kopenhagen, 1794. The only bird-matter consists of alist of 2 spp., on p. 317—Ardea coerulea and Fulica chloropus (= Gallinula galeata). 1810. Lepru, A.-P. Voyage | aux Iles | de Ténériffe, | La Trinité, Saint-Thomas, | Sainte-Croix et Porto-Ricco, | exécuté par ordre du Gouvernement Frangais, | Depuis le 30 Septembre 1796 jusqu’an 7 Juin 1798, sous la | Direction du Capitaine Baudin, pour faire des Recherches | et des Collections relatives a VHistoire Naturelle; | contenant | Des Observations sur le Climat, le Sol, la Population, | ’Agriculture, les Productions de ces Iles, le Caractere, les | Meeurs et le Commerce de leurs Habitants. | Par André-Pierre Ledru, | [etc., trois lignes. ] | Ouvrage accompagné de notes et @’additions, | par M. Sonnini. | Avec une trés-belle Carte gravée par J. B. Tardieu, d’aprés Lopez. | Tome premier [second]. | A Paris, | Chez Arthur Bertrand, Libraire, rue Haute feuille, n° 23. ;— | 1810. 2vols. 16mo. Vol. I, 2p. lL, pp. i-xlviij, 1-315, 1 J. Vol. II, 2p. l., pp. 1-324, 11., map. Vol. I, Chap. XII, Essai sur Vhistoire naturelle de Vile de Ténériffe, pp. 176 et seq- Oiseaux, pp. 177-185, par l’auteur. Notes sur les animaux dont il est question dans le chapitre précédent, par Sonnini, pp. 219-231. Note sur le Pélecan, par Sonnini, pp. 245, 246. Chap. XVI, Notice sur Vile de la Trinité, par auteur, pp. 247 et seq. Oiseaux, pp. 258-261. Notes sur V’histoire, et particuliérement sur l’histoire naturelle de l’ile de la Trinité, par Son- nini, pp. 267 et seq. Oiseaux, pp. 296-307.—Vol. II, Chap. XIX, Essai sur histoire naturelle des iles danoises, pp. 36 et seq. Oiseaux, pp. 38, 39. Chap. XXVIII, Histoire naturelle de Porto-Ricco, pp. 194 et seq. Oiseaux, pp. 199-209. Addition & histoire naturelle de Porto- Ricco, par Sonnini, pp. 255 et seq. Oiseaux, pp. 256-274. 1811. HumBoxpt, A. v. Recueil d’Observations de Zoologie. 1811. Not seen; said to contain a few brief notices of the birds of Colombia. 1811-12. Lepru, A.-P. Reise nach den Inseln Ténériffa, Trinidad, St. Thomas, St. Cruz, und Porto-Rico, . . . Aus dem Franzésischen, mit Bemerkungen iiber Colonialwaaren von E. A. W. Zimmermann. Leipzig, 1811-12, 2 vols. 8vo. ‘Not seen: title from Sabin’s Bibl. 1823-31. Sprx, J. B. v., and Martius, C. F. P. v. Reise | in | Brasilien | auf Befehl Sr. Majestiit | Maximilian Joseph I. | Kénigs von Baiern | in den Jahren 1817 bis 1820 gemacht und beschrieben | von | Dr. Joh. Bapt. vonSpix, | Lete., 3 Zeilen,] | und Dr. Carl Friedr. Phil. yon Martius, | [ete., 3 Zeilen.] | Erster 308 BULLETIN UNITED STATES GEOLOGICAL SURV:Y. ‘[Vol. V. 1523-31. Sprx, J. B. v., and Martius, C. F. P. v.—Continued. [-dritter] Theil. | — | Mtinchen, 1823 [1828, 1831]. . . . 3vols. 4to.— Erster Theil, Miinchen, 1823, gedruckt bei M. Lindauer, 4p. IL, pp. i-x, 1-412. Zweiter Theil, bearbeitet und herausgegchen von Dr, C. F. P. von Martius, Miinchen, 1828, gedruckt bei I. J. Leutner, pp. i-viii, 413-884, 11. Dritter Theil, bearb. u. herausg. yon Dr. C. F. P. von Martius, Miinchen, 1831, bei dem Verfasser, Leipzig, in Comm. bei Friedr. Fleischer, pp. i-vili, 885-1388, geographischer Anhang, 1p. 1., pp. 1-40, und Karte vom Amazonenstrome. The copy examined contains no formal presentation of the ornithology, and only one map. There is an English translation of a portion of the work, 1824, g. v. The natural history is said to be contained in a special appendix to Theil IL], and to be also found separate under the title ,,Die Pflanzen und Thiere des tropischen America‘: u. s. w., Miinchen, 1831, gr.-4to mit 4 Taf. in-folio. 1824. Sprx, J. B. v., and Martius, C.F. P. v. Travels | in | Brazil, | in the years | 1817-1820. | Undertaken by command of | His Majesty the King of Bavaria. | By | Dr. Joh. Bapt. von Spix, | and Dr. C. F. Phil. von Martius, | [etc., 3 lines.] | — | Volume the first [second]. | — | London: | printed for | Long- man, Hurst, Rees, Orme, Brown, and Green, | Paternoster-row. | 1824. 2 vols. inl. 8vo. Vol. I, pp. iii-xxii, 1-527, 4pll. Vol. II, pp. iii-x, 1-298, 5 pll. This is an English translation of portions of Spix and Martius’s Reise, not of the whole work, which was not completed until 1831. It does not contain the natural history proper of the work, which is in the concluding part of the German work; only giving some little bird- matter incidentally, here and there. (See this Bibliography, anted, p. 250, at date of 1823-31.) 1831. WaGner, J. A. Beitriige | zur | Kenntniss der warmbliitigen Wirbelthiere | Amerika’s. | Von | Professor Dr. Johann Andreas Wagner. | [n. d., n. p. Kempten, 1831.] lvol. 4to. pp. 94, pll.yv. Diese mit Halbtitel versehene Broschiire enthialt: Osteographische Beitrage zur Kenntniss einiger siidamerikanischen Vogel. I. Crypturus variegatus, pp. 56-66, pl. ii, f.1-6. II. Dicho- lophus cristatus, pp. 66-72, pl. iii, f. 7-11. IIL. Psophia crepitans, pp. 72-77, pl. iv, f. 1-4. IV. Myeteria americana, pp. 77-83, pl. iv, f. 5-7. 1831-35. Kirriirz, F. H. v. Uber einige Vogel von Chili, beobachtet im Mirz und Anfang April 1827. < Mém. présentés a V Acad. Imp. des Sci. de St.-Pétersb. par divers Savans Etrang., i, 1831, pp. 173-194, pll.—?; ii, 1835, pp. 465-472, pl. 1-5. (Auch als Sepa antvner erschienen. ) I. 1831.—Phytotoma silens, p.175; Pteroptochos rubecula, p. 179; P. albicollis, p. 180; P. megapodius, p. 182; Troglodytes paradoxus, p. 184; Synnalaxis 1 humicola, p. 185; S. aegithaloides, p. 187; Opetiorynchos [sic] rupestris, p. 188; Muscicapa parulus, p. 190; I. pyrope, p. 191; Fringilla diuea (Mol.), p. 192; Oryptwrus perdicarius, p. 193. (Title calls for 12 colored plates; no plates found in copy examined.) Il. 1835.—13, Tamnophilus [sic] lividus, p. 465, pl.1; 14, Sturnus aterrimus, p. 467, pl. 2; 15, Alauda fissirostris, p. 468, pl.3; 16, Fringilla arvensis, p. 470, pl. 4; 17, Anas chalcoptera, pl. 471, pl. 5 (lettered chalcontera). Obs. This reference is often misauoied as if it were to the regular Mim. del Acad. St.- Pétersb. 1833. ScHREIBER, [C.v.] Collectanea ad Faunam Braziliz. Not seen. ‘‘M. Schreiber of Vienna commenced, in 1833, the ‘Collectanea ad Faunam Bra- zilize’, but only one number of that work was ever published.” 1834. Lesson, R. P. Sur quelques Oiseaux du Chili. < L’Institut, ii, 1834, No. 72, p. 316. (Soc. des Sc. et Arts de Rochefort.) Not seen: title from Carus and Engelmann. 1834-41. Swarnson, W. The | Ornithological | Drawings | of | William Swainson | Esq., A. C. G. | [ete., 4 lines.] | — | Part 5 [mut. mut.]. | The Birds of Brazil. {| —| London: | Baldwin & Cradock. | Treuttel. Wirtz & Richter Paris, & Strasbourgh. | Oliver & Boyd, Edinburgh Robinson’s Liverpool. | Rob‘. Havell, 77, Oxford St*. Price 7/. Cold. 10/6. Double Plates 15/. | [m. d. “¢1834-1841.”] 8yvo. Engr. cover-title and 62 (‘‘78”) colored plates. ‘Pub. in 7 parts.” The piece handled consists of 62 colored plates, without any oe there being only the en- graved cover-title above transcribed. Itis not dated; but there is pencilled in mse. of T. N. No. = ] -COUES’S ORNITHOLOGICAL BIBLIOGRAPHY. 309 1834-41. Swainson, W.—Continued. Gill a date, “1834-1841”; and the same hand notes on the fly-leaf ‘‘Part 6 wanting”, leaving it open to infer that there are several lots or ‘‘Parts”. The number of Part ‘'5” is also written, not printed; so that probably the same engraved title covers other parts. The dates above cited are presumed to be those of publication of the whole series. The plates are as follows; I do not know that these 62 (some cite ‘‘78”’) are all of them:—PI. 1, I[eterus] hemorrhous. 2, Classicus] afinis. 3, O. icteronotus. 4, C. nigerrimus. 5, Blueheaded Tanager, ‘‘A.” cyanocephala. 6, A. citrinella. 7, A.cuculata. 8, A. cyanoptera. 9, Long-billed Puff Bird, “Tlamatia?]” somnolenta. 10, T. leucotis. 11, LT. maculata. 12, T. leucops. 13, T{roglo- dytes| equinoctialis. 14, T. carinatus. 15, T. nititans. 16, Thryothorus striolatus. 17, Black- masked Tanager, R[hampho...?] gularis. 18, R. coccineus. 19, same, 9. 20, R. atro-cocci- neus. 21, T[rochilus] cristatus. 22, T. delalandii. 23, P{ipra] galeata. 24, Oalyptura cristata. 25, Plipra] strigilata. 26, Pepra [sic] manacus. 27, Mango Hummingbird, young. 28, L[am- pornis] mango. 29, T{rochilus] auritus. 30, T. moschitus. 31, Black-backed Tanager, ‘A.’ melanotus Sw. 32, Olassicus] cristatus. 33, Lochinias squamulata Sw. 34, Lypornix striata. 35, L. rubicula. 36, L. tenebrosa. 37, Tlanagra] cana Sw. 38, TL. olivascens Licht. 39, 7. epis- copus. 40, T. mornata [sic—lege inornata}. 41, T. celestes. 42, T. ornata. 43, Black-backed Tanager, “A.” melanotis [sic—lege melanonotus]. 44, Pipra pareola. 45, P.caudata. 46, Ty. rannula superciliosa. 47, T. megacephala. 48, T. modesta. 49, T. caniceps. 50, Tyrannus cireumeinctus. 51, Megalophus regius. 52, same. 53, Tyrannula ferruginea. 54, TL. eurtipes. 55, Platyurus corniculatus. 56, same, 2. 57, P.afinis. 58, Cyclarius [sic] guianensis. 59, Thamnophilus nevius. 60, T. bicolor. 61, Trogonauratus. 62, same, 9. The complete series is said to consist of 78 plates, published in 7 parts. Other titles of the same thing in current quotation are: ‘‘Ornithological Drawings, being figures of the rarer and most interesting Birds of Brazil’’; and ‘‘A selection of the Birds of Brazil and Mexico.” 1836, Kirtiitz, F.H,v. Cinq nouvelles espéces d’Oiseaux du Chili. < L’Institut, iv, No. 190, 1836, p. 442. Not seen: title from Carus and Engelmann. Compare 1831-35, sameauthor. See, also, Isis, 1836, pp. 347-351. 1843. GoupoT, J. Observations sur organisation et les habitudes du coq de roche péruvien (Pipra peruviana, Lath.), et du caurale (Ardea helias, Lin.). Cae By W. Hi. Patton. The collection here named is of interest, not only for the great rarity of several of the species, but for the exact information given in regard to locality and date. These latter points are too often neglected by collectors in the West. The species included in the main list were all taken within a few minutes’ time from a patch of golden-rod in North- western Kansas, on the 8th of September, 1877 SCOLIADi. 1. MyZINE NAMEA (Fabr.), 32. Syn. 9 Meria collaris Say. g Sapyga subulata Say. 2. MYZINE INTERRUPTA (Say) Smith, °. Syn. 9 Meria costata Say. g Myzine hamata Say. & Myzine menechma Lepel. 3. TIPHIA INORNATA (Say), ? 4, PARATIPHIA ALBILABRIS (Spin.), 2 Syn. ¢ Tiphia albilabris Spin., Ann. Ent. Soc. France, x, p. 98 (1841).—Lepel., Hym. iii, p. 556 (1845). 2, Length 8™™ to 9™™. Black; mandibles, the tip excepted, anterior tarsi, claws of all the tarsi and tip of the abdomen rufo-piceous; edge of the clypeus and the flagellum beneath piceous; pubescence white, segments of the abdomen with a fringe of pubescence which is inter- rupted or narrowed on the disk of all the segments excepting the fifth. Body coarsely punctured, posterior margin of the collar and the tegule without punctures, punctures on disk of thorax and scutellum less numerous than elsewhere, sides of prothorax and metathorax longitudi- nally striate; upper face of the metathorax without punctures, finely rugose laterally, the triangular space enclosed by two carinw and divided by a median longitudinal carina, the truncated posterior face of the metathorax slightly concave, finely g fanalated, bounded by a carina. Posterior femora with a slight angle near the middle of the lower edge. 349 350 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol V. Wings white-hyaline, nervures testaceous, stigma black. First segment of the abdomen squarely truncate, the truncation bounded by a carina and “suture,” the base of the second segment with a transverse space, narrowed laterally, marked off by a slight carina. From the ¢ of the Mexican Paratiphia Sumichrasti (Epomidiopteron Sumichrasti Sichel, Sauss. & Sich. Cat. Spee. Gen. Scolia, p. 267), this species differs in the color of the wings and pubescence, in that species the wings being tinted with ferruginons and the pubescence with red. These 2 specimens differ from the description of the Californian ¢ albilabris (the only sex described hitherto) in the white-hyaline wings, in the nervures and costa not being exactly “rufous,” and in the clypeus not being white. But the white clypeus is a male sexual character of the genus; in P. Sumichrasti the color of the nervures varies, and in all the specimens of albilabris which I have seen the nervures and costa are black. Yet in specimens of albilabris ¢ the wings have not the white tinge which is apparent in these 2 specimens. iat. In albilabris 3 the metathorax has two small rectangular enclosures on the disk, and a transverse row of similar reticulations on the obli- quely deflexed posterior border just above the carina, which limits the posterior truncation. The base of the mandibles is sometimes white. It differs from the ¢ of Sumichrasti in the posterior border of the first abdominal segment not extending over the second segment ip the form of an angle so as to give the appearance of a “‘subcordiform suture.” The genus Paratiphia (Sichel in Sauss. & Sichel, Cat. Spec. Scolia, p. 269) differs from Hpomidiopteron in the distinct stigma of the 2 and the large stigma of the ¢, in the second submarginal cell being as large as the first, and in both the first and second receiving the recurrent ner- vures beyond the middle, in the unenlarged tegule, in the triangular form of the enclosure on the metathorax of the ?,in the transverse carina on the sessile first segment of the abdomen, and in the second ventral segment not being tuberculate. It agrees with Tiphia in the distinct stigma, large second submarginal cell, and unenlarged tegule, but differs in the other characters in which it differs from Hpomidiop- teron, and also differs from Tiphia in the partial division of the first submarginal cell into two by an abbreviated vein descending from the marginal cell. In the presence of this vein it agrees with Hpomidiop- teron, but I find alsoa rudiment of the vein in some specimens of Tiphia inornata Say. The three genera agree in having the marginal cell open in the 2 and closed in the ¢. iss In Paratiphia the eyes are slightly sinuate within. The ¢ differs from the ¢ in the clypeus being white, in the mandibles being tridentate, the two inner teeth minute, in the sculpture of the metathorax, and in the dorsal valve having a median carina. 5. SCOLIA LECONTEI Cress., ? G6. SCOLIA OCTO-MACULATA Say, °. No. 3.] PATTON ON ACULEATE HYMENOPTERA. 351 POMPILID A. 7. PEPSIS C&RULEA Linn., °. 8. CEROPALES TEXANA Cregs., 3. These specimens agree well with the brief description of the species, but there is a fine white iine on the postevior orbits, and the white spots at the base of the abdomen are on the first segment and not on the “second.” This is probably the male of ni gripes Cress. 9. POMPILUS ICHNEUMONIFORMIS 0. sp., &. Length 16°". Elongate; pale ferruginous with yellow markings; face yellow, clypeal suture, space about ocelli, a line connecting it with the top of the eyes and a forked line (bounded by ferruginous) connecting it with the insertion of the antenne, black; clypeus truncate, narrowly bordered with ferruginous, and with a quadrate ferruginous spot, broad posterior orbits yellow; antenne ferruginous, scape yellow beneath, fifth and following joints black above; labrum cleft, the epipharynx Shorter and concealed ; mandibles short, and with a slight notch near the tip, yellow, the tip rufo-piceous. Margin cf*prothorax subangular; lateral and posterior margins of prothorax, four lines on mesothorax, the tegulz, a spot on each side of the scutellum and a narrow posterior border of the scutellum, postscutellum and a spot on each side, large spot beneath the posterior wing, line beneath the anterior wing, large spot above the intermediate cox, broad band on the metathorax pos- teriorly, the elevated margin beyond (interrupted medially), and a dot on each side beneath, all pale yellow; sutures of the thorax, pectus, and cox within black; legs pale ferruginous, spots or stripes on the cox, tips of the four anterior femora, the tibiz, and the tarsi yellow; the tibize beneath, the tips of the posterior pair, and the tips of the tarsal joints ferruginous.. Claws of all the tarsi with a short tooth beneath, the claws of the anterior tarsi with the tooth a little beyond the middle, the other claws with the tooth at the middle. All the spines of the anterior tarsi much shorter than the second joint of the tarsus; first joint with five spines externally in addition to those at the tip, two of che spines situated lower than the others and a little smaller; second and third joints each with one spine in the middle. Wings as in interruptus (Say); yellowish varied with fuscous, the fuscous shade more distinct in a stripe beneath the marginal cell and in the second discoidal cell; mar- ginal cell oyate-lanceolate, third submarginal cell much narrowed toward the marginal and smaller than the second submarginal cell; submedial cell of the posterior wings extending well beyond the medial cell on the externo-medial nervure. Abdomen with the extreme base of the first segment and the visible seventh dorsal segment* black ; narrow borders *In Betis the sixth ventral is longer than the sixth aera ae hee re is present a membranous piece filling up the space thus left vacant; in Agenia the sixth ventral is also longer than the sixth dorsal, but the space is only partially filled by the piece -B52 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol V. of segments one, two, and three fuscous; broad bands at the base of segments one to four, narrowed in the middle, two spots at the base of the fifth segment, base of the first ventral segment, and spots on the second and third ventral segments yellow; the second to the fifth ven- tral segment stained with fuscous. P. interruptus (Say) agrees in the structure of the feet and the form of the labrum and mandibles, but the mandibles have two short and blunt teeth near the apex. As the wings of the Kansas specimen are badly worn, it is probable that the teeth of the mandibles have been worn off also. P. navus Cress. appears to be exactly intermediate in coloration be- tween this species and P. interruptus. From navus this species differs in the much paler ground-color and the more extended yellow markings throughout, and in the absence of all black from the thorax, excepting the pectus and incisures. In the Southern States occurs another form resembling interruptus more in the markings, and ichnewmoniformis in the ground-color. It is probable that the four will be united under one variable species. 10. POMPILUS WILLISTONI n. sp.,?. Length 21™". Dark ferruginous; wings fuscous, with a blue reflection, a large subapical spot on the anterior wings and the broad posterior borders of the posterior wings paler fuscous; costal and marginal cells and all the nervures of the anterior wings, except the apical ones, stained with yellow. Clypeus truncate at the apex. Labrum cleft in the middle, the epipharynx large and broad, extending beyond the labrum proper. Mandibles long, with two teeth on the inner border beyond the middle, the proximal tooth the smaller. The face yellow- ferruginous, a broad line above the median section of the clypeal suture, and a space enclosing the ocelli and connected with the insertion of the antenne black, narrow posterior orbits yellow; mandibles yellowish, the tips black, antennz black, the five basal joints ferruginous. Poste- rior margin of prothorax subangular; posterior border of prothorax, the tegulz and a line above, the postscutellum, angles of metathorax, tips of femora, stripe on tibiee, and the tarsi dull yellow; tibize and tips of tarsal joints fuivous; prothorax anteriorly and the anterior border of the mesothorax, sutures of the thorax, the pectus, the coxe, tro- chanters and base of femora (extending into a stripe on the posterior pair) black. Claws of the four posterior tarsi with a simple median tooth; claws of the anterior tarsi with a stout truncated tooth beyond the which I regard as a part of the seventh dorsal segment. These are the only instances in which an external seventh segment has been recognized in the 2 of the Aeculeate Hymenoptera. In Priocnemis the sixth dorsal segment is produced and as long as sixth ventral, which it completely covers. Since the above left my hands I have found this seventh dorsal segment of the 9 externally apparent in Pelopeus, Priononyx, Harpacto- pus, and Ammophila, and its edge apparent in Chalybion, Chlorion, Isodontia, and Sphex— i.e., in all the typical Sphecidee—, being in each case closely appressed to the sixth ventral segment and forming the real dorsal valve. No. 3.] _ PATTON ON ACULEATE HYMENOPTERA. 353 middle, forwardly directed, and giving to the claws the appearance of being cleft. Anterior tarsi armed with eight stout spines, each spine as Jong as the second joint of the tarsus, the spines arranged one at the tip of each of the four basal joints, two additional ones on the first joint, and one each on the middle of the second and third joints. Marginal cell ovate-lanceolate; third submarginal cell a littie larger than the Second, narrowed one-half towards the marginal; submedial cell of poste- rior wings extending weil beyond the medial cell on the externo-medial nervure. Abdomen with obscure spots on base of the second segment and broad bands at the base of seginents three to five, deeply emargi- nate posteriorly, dull yellow. Extreme base and the apical margin of the first segment black. ; A second specimen, length 18", is much paler in color and the wings are yellowish-fuscous with darker borders and longitudinal stripe; the clypeal suture only is black, there is no black line between the ocelli and antenn, and there are yellow spots on the prothorax anteriorly and on the scutellum; the cox and thorax, excepting a spot on the pectus and some of the sutures, are without black markings, and the yellow markings on the abdomen are more distinct. This species agrees in the structure of head and tarsi and in the vena- tion of wings with P.algidus Smith and may be the Western form of that species, but the wings are much paler and the coloring throughout is much paler. In algidus the third submarginal cell is no longer than the second in the specimens compared. - SPHECIDA. 11. AMMOPHILA PROCERA Dahlb.,¢. Syn. Ammophila gryphus Smith. 12. AMMOPHILA INTERCEPTA Lepel., 2. Syn. Ammophila procera Lepel. (nec Dahlb.). 13. AMMOPHILA ABERTI Hald., Stans. Salt Lake Ex. p. 368 (1852). Four female specimens agreeing with Haldeman’s description recover this species to science. Haldeman’s single specimen had neither head nor anterior wings. The wings are yellowish hyaline with rufo-testa- ceous nervures. The head is black, with thin white pubescence on cheeks and mandibles; the face about antenne and the cheeks silvery; the margin of clypeus and middle of mandibles ferruginous. The punctures on the head are very slight, those on the clypeus larger; the clypeus arcuately produced, subtruncate anteriorly ; mandibles with two teeth on the inner border, the proximal tooth small (mandi- bles similar to those of A. violaceipennis, but stouter); labrum elongate, the length to the breadth as three to two, the anterior border angular. Prothorax with a notch above; mesothorax with a median groove, an impressed line above the tegule anteriorly, a longitudinal depres- ‘sion on each side posteriorly, mesothorax finely punctured, the seutel- 304 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.V. lum more densely punctured; enclosure of metathorax sharply and densely striate obliquely. First and fifth joints of the posterior tarsi shaded with black. First segment of,the abdomen more or less black above, sometimes a black line on the base of the second segment above; the fourth and fifth segments vary from entirely black to red with @ black spot above. 14. PRIONONYX ATRATA (Lepel.) Sm.,é %. 15. HARPACTOPUS RUFIVENTRIS (Cress.), 2. Syn. Sphex rufiventris Cress., Tr. Am. Ent. Soe. iv, p. 211. In this specimen, one of the spiracles of the first segment of the abdomen is situated upon a protuberance. The claws of the tarsi are rufo-piceous, except at the base. The males described below appear to be the Sphexr abdominalis Cress. (from which they differ oniy in the abdomen being entirely black), and are regarded by me as the male of H. rufiventris, with which they agree in all points of sculpture. Length five-eighths to six-eighths of an inch. Black; mandibles near the tip and the margin of the tegule piceous; wings violaceous, fuscous, the apical border darker, claws of the tarsi rufo-piceous except at the base; margins of the abdominal segments dull piceous. Vertex very delicately and closely punctured, with shal- low punctures of larger size intermixed; ocelli enclosed by a delicate impressed line, the anterior ocellus enclosed in a slight depression, from which three lines (or one line) extend anteriorly, and one line extends to the enclosing line posteriorly. Pronotum and mesonotum delicately roughened, the latter with two slight longitudinal ridges anteriorly en- closing a narrow smooth area; metathorax delicately striate transversely. Abdomen very slightly and sparsely punetured, petiole a little longer than the posterior coxe. The fourth and fifth ventral segments are clothed with a fine brownish pile, which is visible only when viewed from the side or in front. In another specimen, the two basal joints of - the antermz and a broad band on the vertex behind the ocelli are dull ferruginous, and the second segment of the abdomen has a piceous tinge. Harpactopus leviventris (Sphex leviventris Cress., Proc. Ent. Soe. Phila. iv, p. 463) differs from the other species (according to the deserip- tion) in the thorax being smooth above and the face of the male being adorned with silvery pile. 16. SPHEX ICHNEUMONEA Linn., 3°. CRABRONID A. LARRITES. 17. LARRA a:THIOPS (Cress.), 4 More coarsely and closely punctured fhe the typical form from Colo- rado. The clypeus is elesely punctured and opake, the metathorax No. 3.) PATTON ON ACULEATE HYMENOPTERA. 355 transversely rugose, and the abdomen distinctly punctured. The median portion of the clypeus, in the male, is produced, its margin rounded, not dentate; the mandibles are not dentate within, or have two or three minute notches. The margins of several segments of the abdomen have a silvery reflection at the sides. 18. TACHYTES CELEBS 2. sp., ¢. Length 105°", Black; the head, thorax, legs, and base of the abdo- men clothed with white or silvery pubescence, particularly brilliant on the face. A slight pit behind the ocelli, from which an impressed line extends upon the vertex; median portion of the clypeus produced, the process glabrous, margined with an impressed line, the apex broadly truncate, a slight notch at the base of the process on each side; labrum concealed, its tip transverse and entire, as in abdominalis 2, where the tip is exposed ; mandibles bidentate within, the distal tooth the smaller ; third and fourth joints of the antenne narrowed at the base and wid- ened at the apex, the eleventh and several preceding joints dilated posteriorly, the twelfth and thirteenth joints not at all dilated. Thorax and abdomen microscopically punctured ; metathorax subtruncate, a small pit at the apex above the truncation, and an elongated depression beneath the truncation. Apical joints of the tarsi ferruginous. Wings hyaline, the tegule and nervures honey-yellow. Two basal segments of the abdomen red; margins of the four basal segments silvery; apical segment with no enclosure, silvery. Venter with scattered punctures ; the eighth segment slightly narrowed towards the broadly sinuate apex. This is probably the ¢ of abdominalis Say, although Mr. Cresson has suggested that his T. rufo-fasciata may occupy that position. PHILANTHINZ. 19. PHILANTHUS VENTILABRIS Fabr. var. FRONTALIS Cress., 3. Syn. Philanthus frontalis Cress. This specimen has no yellow spot on the mandibles, and there are two or three black dots in a line, just above the antenne, separating the frontal spot from the yellow face. 20. PHILANTHUS INVERSUS 0. sp.,&. Length 12™™,. Pale greenish-yellow; head, thorax, and first segment of the abdomen with a loose white pubescence; face finely punctured, vertex more coarsely and confluently punctured; thorax densely pune- tured, the punctures on disk of mesothorax and seutellum less numeréus, sides of the enclosure of metathorax impunctured and polished; abdo- men coarsely punctured, the punctures less numerous towards the apex and beneath. Narrow anterior borders of the elypeus and the lateral borders of the upper lobe, spot on disk of lypeus, spot on each side of the face lower than the antenna, a zigzag line above the antenn# con- nected with their base, and in one specimen connected also with the 356 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol V. lateral spot, space about ocelli connected on each side with the top of the eye, a stripe extending obliquely backward from the top of the eye and reaching the occiput in the median line of the posterior border of the vertex, and the occiput, all black; in one specimen the vertex is black with two oblique yellow stripes behind the ocelli, and is bordered on each side posteriorly by the yellow orbital stripes; tips of mandibles piceous; antennz black above, fulvous beneath, the scape yellow beneath. Sutures of the thorax more or less broadly, prothorax anteriorly, three broad stripes on the mesothorax connected both anteriorly and poste- riorly, spot on each side of the mesopectus, borders of the scutellum (and. in one specimen the scutellum, excepting two yellow spots, and an inter- ruption of the band on the postscutellum), a triangular basal spot on the enclosure of the metathorax (extending posteriorly in one specimen along the median line to the base of the abdomen), base of the coxe and the anterior coxe beneath, trochanters more or less, stripe beneath all the femora and the intermediate tibize, stripe on the four anterior tibize above and on the femora above but abbreviated on the anterior and posterior pairs, all black ; anterior tarsi with spatuliform bristles, poste- rior tibie serrato-spinose. Large spot on anterior face of the first segment of the abdomen produced into a point posteriorly, narrow basal margins of the segments more or less produced into a tooth on the disk, small spot on each side of the second ventral segment, and in one speci- men a spot on each side of the basal dorsal segment posteriorly, black ; narrow apical borders of the abdominal segments depressed and pol- ished, segments slightly constricted; the basal segment little narrower than the succeeding ones, transverse, subtruncate anteriorly. Wings subhyaline, nervures and stigma testaceous; submedial cell of the pos- terior wings extending slightly beyond the medial cell on the externo- medial nervure. ! In the form of the basal segment of the abdomen and in the punctur- ing of the abdomen this species resembles P. ventilabris Fabr., but im the sculpture of the thorax it resembles P. flavifrons Cress.; in coloration it is very distinct from any other species. 21. HUCERCERIS SUPERBUS Cress., 3. In this specimen the spot above and between the antenne is connected with the yellow face below, and the second ventral segment is mostly yellow ; the coxe are black above, and the tubercles are black with fer- ruginous borders; a spot on the postscutellum, the apical margins of the first, second, third, and sixth segments of the abdomen, and the entire seventh segment are ferruginous; the third and fourth ventral segments and the apical border of the fifth and sixth ventral segments are fulvous. The elypeus is three-toothed at the apex, the median tooth the longest; the lateral lobes of the clypeus are distinctly separated from the eyes; there is a triangular smooth spot above the intermediate ~ coxe; the third, fourth, and fifth ventral segments have a subapical No. 3.] PATTON ON ACULEATE HYMENOPTERA. ane erect fringe of long curved bristles; the eighth ventral segment is nar- rowed towards the apex, extends slightly beyond the seventh dor sal, and is emarginate at the tip. In the ¢ of EZ. superbus and EF. canaliculatus the clypeus is well sepa- rated from the eves, and the median lobe has the central tooth lon gest ; in the ¢ of E. fulvipes and EF. cingulatus the side lobes almost touch the eyes and the median tooth does not extend beyond the others; but in the form of the tip of the abdomen ZL. superbus ¢ stands alone and the three others agree. There are three distinct sections in the genus Eucerceris represented by zonatus, canaliculatus, and fulvipes. To the first belong also superbus and laticeps. 22. EUCERCERIS LATICEPS Cress., ?. This specimen differs from the description of the 2 from Massachusetts in the following particulars: there is no whitish line on the collar, the vellow spots on the sides of the second segment of the abdomen are each connected internally with a smaller brown spot, the apical segment is entirely black. In this species, the clypeus is very short and broad, and apparently borders the eyes for a considerable distance above the base of the mandibles; there is no suture marking off the side lobes of the clypeus, but the fovez are as in Philanthus ; the median lobe is triangularly produced subapically into a flat obtuse tooth with a depressed margin ; the margin of the clypeus on each side of the tooth is broadly bisinuate, the angle between the sinuses being situated beneath the fover; beneath the tooth of the median lobe is a tuft of a few bristles. The labrum is slightly rounded anteriorly and has the anterior border sin- uate. There is a triangular smooth spot above the intermediate coxe ; the mesopleura have a prominent angle beneath, and behind this angle a less prominent one. The tip of the sixth ventral segment is deeply bilobed at the apex, the sting appearing between the lobes. 23. EUCERCERIS CANALICULATUS (Say) Cress., 3 2. Syn. 2 Cerceris bidentata Say, West. Quart. Rep. ii, 80 (1823) $ Philanthus canaliculatus Say, West. Quart. Rep. ii, 79 (1825), and Am, | Ent., p. 111, pl. 49, fig. 1 (1828). 3 Eucerceris canaliculatus Cress., Proc. Ent. Soc. Phila. v, 112 (1855). In this species the body is densely punctured, the punctures tending to form striz upon face, sides cf prothorax, and sides of metathorax; on the disk of the prothorax and the mesothorax and on the abdomen _ the punctures are usually less dense, and on the highly polished scutel- lum and postseutellum they are sparse; the enclosure at base of meta- thorax is highly polished, and, except at apex, transversely striate, the apex smooth; on the venter the punctures are slight, and tend to pro- duce ruge, onl segments three to five (9) or six (4) have a slight me- dian longitudinal groove; dorsal segments two to five have a transverse, 5 358 BULLETIN UNITED STATES GEOLOGICAL SURVEY. — [Vol.V. finely and closely punctured median depression. There is a triangular smooth spot above the intermediate cox, and in the 2 the mesopleura are slightly angulated beneath. The antenne are similar in the two sexes.—In the ? the lateral lobes of the clypeus almost touch the eyes; these lobes are bounded above by an evenly arched suture, and the me- dian lobe extends no higher upon the face than the lateral lobes; the median lobe is depressed, and is terminated by three teeth, the central tooth minute and having a small tuft of bristles just above it; from the upper portion of each of the lateral lobes arises a large and blunt conical tubercle, which in some specimens is slightly curved downwards. The labrum is slightly narrowed anteriorly, and the anterior border is deeply and broadly emarginate. The mandibles are stout and armed with a short, broad tooth near the apex. * The sixth ventral segment is deeply cleft at the apex, so as to form two flat, parallel, black lobes, between which the sting is protruded.—In the ¢ fhe lateral lobes of the clypeus are much narrower, distinctly separated from the eyes, do not extend as high as the median lobe, and are bounded above by an arched suture, with the outer side of the arch much longer than the inner; the median lobe has three teeth at the apex, the central tooth the longest; the mandibles are more slender and without teeth; the labrum is a narrow, curved band, concealed under the clypeus. The carine bounding en- closure on seventh segment of the abdomen terminate in projecting teeth, and between them extends a process from the eighth ventral seg- ment, bearing two similar teeth at its apex; the third and fourth yven- tral segments bear an apical fringe of long, curved bristles, and the apical margin of the fifth ventral segment has a row of short, evenly cut -bristles, which are so numerous and closely appressed as to have the appearance of a rigid chitinous plate. This fringe on the fifth ventral segment is probably of the same nature as the ‘“‘ waxed moustache” on the clypeus of 3 Cerceris. | These specimens show considerable variation in the markings. The head behind the eyes varies from dark ferruginous to yellow, the vertex from dark ferruginous to honey-yellow with two pale yellow spots; san many of the males there is a transverse black band, between the sum- mits of the eyes, including the ocelli, and in some specimens connected by slender black lines with the base of antennz, and also connected with a short black line on the anterior orbit; in other specimens the yellow of the face is continued upwards to include the oeelli, and the vertical stripes at the base of antenne are short and ferruginous; the mesoseutum varies from dark ferruginous with a yellow lateral border to reddish-vellow, in some specimens there being two median stripes of yellow; in some males the anterior and posterior borders of the mesoseu- — tum are black, the black of the anterior border extending upon the disk in the form of three stripes; the sutures of the thorax vary from black to ferruginous; the metathorax in all the specimens is entirely or almost entirely yellow; the legs vary from ferruginous to honey-yellow and to No. 3.] PATTON ON ACULEATE HYMENOPTERA. 359 pale yellow; the amount of ferruginous on the sutures of the abdomen varies, the transverse depressions on segments two to five in some speci- “mens are not marked with ferruginous; the apical segment is mostly ferruginous, as are also several segments. of the venter. The length varies from 11™™ to 17™™, Since 1820, when Thomas Say, while on Major Long’s Expedition to the Rocky Moneine captured one male and one female specimen which he described as distinct species under different genera, this species has remained unrecovered. In establishing a new genus for the reception of those speciés in which the venation of the male resembles Philanthus and the venation of the female resembles Cerceris, Mr. Cresson in 1865, re- lying on Say’s description, referred P. canaliculatus to Eucerceris, while he left C. bidentata in Cerceris, not suspecting that they were the sexes of one species. The fine series collected by Mr. Williston enables me to unite them. The ? may be at once distinguished from all other wasps by the conical protuberance on the lateral lobes of the clypeus. 24. HUCERCERIS UNICORNIS 0. sp., &. Side lobes of the clypeus not separated from the median lobe by a suture, but bounded above by an evenly arched suture, extending from the fovee to the eyes, the sides of the clypeus touching the eyes. Anterior margin of the clypeus armed with two remote teeth, between which is a broad process equalling the teeth in length and having its border sinuate and its sides thickened ; above the process is a thin fringe of bristles arising from a ridge at the base of a stout conical tubercle. This tubercle arises from the basal portion of the median lobe of the clypeus, and is of the same form and size as the tubercles arising from the side lobes of the clypeus in the 2 of H#. canaliculatus. The man- dibles have a stout but short tooth on the middle of the inner margin. The labrum is narrowed anteriorly, and has its anterior border broadly emarginate. The sixth ventral segment has two slightly divergent lobes at the tip, the sting protruding between the lobes. The area on the sixth dorsal segment narrower than in ZL. canaliculatus and LF. laticeps—Black ; the head ferruginous, tips of the mandibles, apical half of the antennze and two stripes passing through the bases of the antenne and uniting in a spot enclosing the ocelli black; posterior margin of collar and the postscutellum yellow; tubercles, tegule, legs, and elongate spots on the sides of the metathorax ferruginous. Head and disk of thorax deeply and sparsely punctured; the side of thorax and the metathorax densely punctured, the punctures running into striz; the area above intermediate cox finely striate, leaving no smooth triangle; pectus sparsely punc- tured ; mesopleura unarmed; enclosure at the base of the metathorax polished, divided by a median groove, regularly rugose transversely ; abdomen deeply and sparsely punctured above, the transverse impres- sions on the second, third, and fourth segments closely and finely pune- tured; a fodeetidinal median groove on the raised portion of the ventral 360 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. segments. Yellow fasciz on all the abdominal segments except the last, the fascia on the first segment notched on the disk, the others much dilated at the sides, those on the second, third, and fourth segments abruptly so; narrow anterior margin of the fascia on the first segment, the extreme sides and the venter of the first and second segments, and the apical margins of the other ventral segments ferruginous. Wings hyaline, the marginal and submarginal cells occupied by a smoky stripe, which is darker and violaceous beyond the stigma, the costa and stigma yellow. Length 11”". In a larger specimen (length 14") the ferruginous color is more ex- tended and of a fulvous tint; on the face there are only a small spot enclosing ocelli and short stripes at the base of antenne remaining black ; the collar, tubercles, three spots beneath the wings, two spots on scutel- lum, the sides of the metathorax almost entirely, the posterior margin of the metathorax, and the legs are ferruginous; three fine lines on collar, a dot on the tubercles, a line on the scutellum, and a dot on each side of the metathorax posteriorly are yellow. The transverse impression on the second segment of the abdomen is punctured similarly to the other portions of the segment, the punctures on the vertex and on disk of thorax are more sparse. The three anterior fasciz of the abdomen are broadly bordered with ferruginous, and the apical segment and the venter are entirely ferruginous. From L. fulvipes Cress., this species differs in being larger, in having ferruginous markings, in the vertex being more sparsely punctured, and the enclosure of metathorax being less closely striate. The margin of the clypeus has two teeth and a median process, and the upper portion of the median lobe has a stout conical protuberance. In ZH. fulvipes, the median lobe of the clypeus is flat or slightly convex, and the anterior margin is armed with four distinct teeth of equal size. In other respects the species are much alike. In the ¢ of EH. fulvipes the side lobes of the clypeus are separated from the median lobe by a short suture, the suture above the lobes is oblique and the clypeus does not touch the eyes; the middle of the anterior margin has three short teeth, of which the central one is the smallest. The fifth ventral segment has a marginal fringe of long curved bristles ; the eighth ventral segment is produced beyond the seventh dorsal and its narrowed tip is terminated by two teeth; the limiting carine of the dorsal area are prolonged into divergent teeth. ) 25. CERCERIS FULVIPES Cress., ?. Differs from eastern specimens only in the more developed yellow markings. It may be a variety of the C. occipitomaculata Pack., for that species, although it is said to be closely allied to C. nigrescens, is described as having the clypeus depressed. In this specimen there is a yellow spot on disk of clypeus, and none ou scape of antennz or on interantennal ridge; the legs are fulvous, the coxz more or less, and a No. 3.] PATTON ON ACULEATE HYMENOPTERA. 361 stripe on anterior femora within are black; a spot on posterior cox above, the four’ anterior femora beneath, and the four anterior tibize in front are yellow; the ventral segments are tinged with ferruginous, and segments two to five have a large yellow spot on each side beneath. The mandibles have a blunt tooth beyond the middle and a smaller tooth before the middle; the anterior margin of the clypeus is armed with five teeth, the exterior teeth smallest; the apical ventral segment is apparently emarginate at the tip. In C. nigrescens Smith, the mandibles have two small and sharp teeth, both before the middle; the anterior margin of the clypeus is armed with four teeth, the median teeth placed on a lower plane than the others; the apical ventral segment is deeply lobed at tip; and the clypeus is armed with a quadrate process arising from its base. 26. CERCERIS SEXTA Say, ¢. In one large specimen there are no black markings upon the femora. In a small specimen, the flagellum, excepting basal joint, is black, the legs are pale yellow, with the coxe and four anterior trochanters more or less black; the four anterior femora behind, a broad ring near tip of posterior femora, and an external and internal stripe on posterior tibiz are black; the tips of posterior femora, their tibize above, and the basal joint of their tarsi are honey-yellow, and the apical joints of posterior tarsi above are fuscous. The clypeus of this species has three short blunt teeth at the apex, the central tooth broader than the others; the mandibles are slightly sinuate on the inner margin, and slightly angulated exteriorly. The terminal joint of the antenna is curved, and, like the preceding joints, ridged and excavated within with sensitive pits. BEMBECID 2A. STIZINI. 27. STIZUS UNICINCTUS Say, °. One of the specimens is peculiar for having on the disk of the labrum a depression in the form of a large oval pit; probably the result of an injury. BEMBECINI. 28. MONEDULA SPECIOSA Cress., 3 2. Syn. Monedula formosa Cress. The specimens have a spot on the scape of the antenne above, the bases of the cox and trochanters, and a line on coxze and femora above, black. The spot about the ocelli is not connected with the yellow of the face, and the spots on the venter are connected on the second segment only. The ¢ differs greatly from the. The face is narrower, the apical joint of the four anterior tarsi is dilated and flattened, the three preced- Boe BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol V. ine joints are small and compressed, and their spines are obsolete, the intermediate femora are serrulate beneath nearly to the base, the first joint of the intermediate tarsi is much arcuated and excavated beneath, and has a longitudinal row of three or four stout spines near the pase; the abdomen is slightly pubescent, the disk of the second ventral seg- ment has a tuberele on each side of the median line, the lateral margins _ of the seventh dorsal segment are fringed with short stout spines towards the base, the seventh and eighth ventral segments are clothed with long pubescence; the three terminal spines are large, the median spine compressed and slightly curved downward, the lateral spines flattened and slightly hooked. The dis black; the labrum, mandibles, except the tip, the sides of face and ffcmeeecd spot between antenne, an irregular line beneath the ocelli, sometimes interrupted, the scape of the antennz, excepting a spot above, the second and third joints of the antenne beneath, the posterior orbits, the prothorax, excepting a spot in front and a line each side, a large spot on each side of the pleura beneath, the tubercles and a line behind them, the tegule and a line above them, a line on the scutellum, another on the postscutellum, a spot above the intermediate cox, ths angles of the metathorax, an angulated line on the disk of the metathorax, a large spot on each side of the first segment of the abdo- men, four spots on the second segment, sometimes connected, narrow irregular fascie on segments three to six, the tip of the seventh seg- ment, a fascia on the first ventral segment, and spots on three or four of the following segments, all yellow or yellowish-white. The legs are col- ored as in the female, excepting that the terminal joint of the four ante- rior tarsi is black, strongly contrasting with the preceding joints. 29. MONEDULA VENTRALIS Say, ¢ . 30. BEMBEX SAYI Cress., 2. All the coxe are yellow externally, and all the tibie have a black spot or stripe internally; there isa black dot on the four anterior knees, and two black dots on the posterior knees. In one of the specimens the fascia on the third segment of the abdomen encloses two black spots similar to those on the second segment. This is not Say’s variety of fasciata; the 2 of the latter has been described under the name of terana Cress., and is a distinct species. 31. MICROBEMBEX MONODONTA (Say), ¢ Syn. Bembex monodonta Say. The ? of this widely distributed species has never been described; a Connecticut specimen presents the following characters : Black; the face with a dense silvery pile, the vertex with long silvery ath aeauaee) thorax and abdomen with a microscopic silvery pubescence, which is more dense on the sides. Base of the mandibles, sides of the labrum, line on posterior orbits, line on collar connected oh the tuber- No. 3.] PATTON ON ACULEATE HYMENOPTERA. 363 cles, line behind tubercles, the tegule and a line above, the costa of wing, a large spot on each side of the scutellum shaped like a comma, line on postscutellum, an arcuated almost interrupted line bordering the upper face of the metathorax posteriorly, the tips of the femora, the tibiz (excepting a line within, and, on the anterior pair, an exterior line connected with the inner line posteriorly), the base of the four posterior tarsi, a band occupying the posterior half of all the dorsal abdominal Segments excepting the last, two spots on the last dorsal segment, and a dot on each side of the second and third ventral segments at the tip, all yellow. On the mandibles, collar, and tibie, the yellow is whitish, on the abdomen it is pale and greenish. The tarsi are testaceous, the ter- minal joint of the four posterior darker, the ciliation of the anterior pair black. The wings are hyaline, with a faint smoky cloud across the middle, the nervures fuscous. The bands on the abdomen are notched on the disk, and all but that on the first segment are slightly sinuate on each side. Clypeus elevated, its anterior margin distinctly sinuated (much more so than in B. fasciata), the anterior border of the clypeus (more broadly in the middle) free from pubescence, and highly polished. The marginal and third submarginal cells separated by a sinus as deep as thatin Monedula. Anterior tarsi dilated externally, and fringed with long flattened spines. Abdomen finely punctured, the sixth segment more coarsely punctured, the sides of the sixth segment denticulated, its apex with a sharp notch. Length 11™". The specimens from Kansas all differ in having the wings hyaline (or with the slightest trace of a cloud), the nervures paler, the metathorax with a yellow stripe on each lateral] angle, and the apical segment of the abdomen immaculate. In one specimen, the markings have a deeper yellow tint. In most of the specimens, the silvery pubescence is more conspicuous, and the yellow markings are more developed. The speci- men presenting the greatest difference has the clypeus, a line on scape of antenne, most of prothorax, broad lateral margins, and two longi- tudinal discal stripes (shaped like the tooth of a Dinosaur) of the mesoscutum, large spot on side of mesothorax, spot above intermediate coxe, scutellum except median line, upper surface of metathorax except spot at base, broad lateral angles of metathorax, upper surface of the first segment of abdomen except a notch on anterior middle, and broader abdominal bands, yellow ; the bands of the second and third segments of the abdomen with a broad rectangular notch on each side anteriorly. A specimen of the male from Northern Mlinois (Mr. E. J. Lake) differs from Say’s description in the following respects: there is scarcely any green tinge in the yellow markings, and the bands on the abdomen are entirely yellow and cover nearly the whole surface excepting the black seventh segment; the tubercles, a small transverse spot behind them, a dot on the tegule, an indistinct yellow line on each side of the meta- thorax at the tip, and a small spot on each side of the second and third ventral segments are yellow; the anterior tibiz have a short black line Bull. v, 3——3 364 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [ Vol. V. above as well as beneath, and the arcuated yellow line on the metatho- rax is situated as in the female. The mandibles are black, the head is more pubescent than in the female, and the marginal and third submar- ginal cells are not quite so widely separated as in the female. There are three genera of Bembecide with short palpi. They are: | BemMBex.—Labrum twice as long as broad; mandibles armed with a tooth; maxillary palpi three- or four-jointed, the fourth joint variable in size and sometimes obsolete; the maxillze when folded concealed by the labrum ; labial palpi represented by a free clavate joint; no sinus be- tween ihe marginal and third submarginal cells; apex of the abdomen entire. MICROBEMBEX n. g.—Labrum twice as long as At: mandibles slender, unarmed; maxillary palpi four-jointed; the maxille when folded concealed by the labrum; labial palpi obsolete; a distinct sinus between the marginal and third submarginal cells, second submarginal cell much narrowed towards the marginal, its inner side straight; apex of the abdomen notched in the female. In addition to the type, monodonta, two Cuban forms (argent Cress. and armata Cress.) belong to this genus. They appear to be varieties of monodonta. STENIOLIA Say.—Labrum not twice as long as broad, the base swollen, the apex broadly truncate; mandibles armed with a tooth; maxillary palpi three-jointed; the maxillz when folded extending be- yond the mesothorax ; labial palpi represented by a free cylindrical joint as long as the first joint of the maxillary palpi and which may consist of two joints united; a distinct sinus between the marginal and third submarginal cells, the second submarginal cell not narrowed towards the marginal; apex of the abdomen entire in the female. _ In addition to the type, Steniolia longirostra (Bembex longirostra Say), this genus contains Steniolia obliqua (Monedula obliqua Cress., Proc. Ent. Soc. Phila. iv, p. 469). EUMENID ZL. 32. HUMENES BOLLII Cress., 3. 33. ODYNERUS VAGUS Sauss., 3. 34, ODYNERUS ANNULATUS Say, ¢ 30. PTEROCHILUS QUINQUE-FASCIATUS Say, ¢ 9. The male is similar to the female. Specimens occur-having the meso- scutum marked with ferruginous. ; VESPIDA. 36. POLISTES AURIFER Sauss.,é. 37. POLISTES VARIATUS Cress.,¢ 2. No. 3.] PATTON ON ACULEATE HYMENOPTERA. 365 ANTHOPHILA. 38. COLLETES ARMATA Patton, ¢. Length 9"". Black; the pubescence white; space between eye and mandible less than the width of the eye; labrum with a central enclosed pit and two or three less distinct pits on each side of it; clypeus con- fluently punctured, at the apex polished, and with irregular scattered punctures; vertex densely punctured, opake. Prothoracic spine promi- nent, mesothorax deeply punctured, the disk shining and more sparsely punctured, anteriorly a faintly impressed median line free from pune- tures. Base of the metathorax with a transverse series of regular reticulations, the posterior face coarsely and irregularly reticulated, shining. Calcaria testaceous, apical joints of tarsi rufo-piceous, the tips of the joints with golden pubescence. Wings hyaline, the nervures testaceous, postcostal nervure black, second submarginal cell narrowed more than one-half towards the marginal cell. Abdomen polished, densely and finely punctured, the base of first segment without pune- tures; first segment thinly pubescent, the remaining segments with short scattered pubescence and all the segments except the last with an even apical fascia of appressed pubescence; the fasciz on the ventral segments uninterrupted. Agrees very closely in all respects with the male of C. armata from Connecticut, but it may be readily distinguished by the form of the second submarginal cell and the color of the wing-nervures. The differ- ence in the form of the submarginal cell, however, is likely to be a sport, as differences in the venation, although presenting good generic charac- ters, are rarely available for the separation of species. In C. consors Cress., the second submarginal cell varies in form. 39. AUGOCHLORA HUMERALIS nN. sp.,é &. 2, Length 8™™ to 10™™. Golden or blue green; thinly clothed with white pubescence; head very closely and finely punctured, with large deep punctures on the clypeus; flagellum beneath, anterior margin of clypeus, the labrum, and mandibles dark rufo-piceous. Pubescence on the thorax more dense behind the tubercles, behind the wings, and be- tween the seutellum and postscutellum; thorax closely punctured, the punctures on the sides of the disk very fine and on the sides of the metathorax more shallow; angles of prothorax very sharp and promi- nent, connected with the prominent tubercles by a sharp sinuous ridge; base of metathorax finely roughened or granulated, not distinctly en- closed; posterior truncation shining, very sparsely punctured, median. eroove deep, lateral ridges sharp. Legs golden-green, black beneath ; tarsi and posterior tibiz piceous, sometimes with a testaceous or a blue tinge; posterior legs with a dense pale pubescence. Wings hyaline, nervures and stigma testaceous, tegule with a smooth piceous spot. Abdomen covered with very close and fine punctures of different sizes, 366 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. the margins of the two basal segments fringed with short pale pubes- cence, fourth segment sometimes of a deeper blue than the preceding segments; venter piceous, sometimes with a blue tinge, the margins of the segments testaceous. é, Length 9™™ to 10™™. Blue-green, face golden-green, apical seg- ments of the abdomen darker and with a beautiful violet reflection, venter blue. Tegule with asmooth black spot; metathorax more closely punctured; legs green, with a thin, pale pubescence; tarsi dark piceous. Some male specimens have the first recurrent nervure received within the third submarginal cell. The same variation occurs in the females of Augochlora pura (Say). Allied to A. fervida Smith. Differs from all species known to me in the very prominent angles of the prothorax, the sharp ridge connecting these angles with the tubercles being sinuous. The Texan species which has been mistaken for A. lucidula Smith agrees in most respects with A. humeralis, but the angles of the prothorax are not so sharp. The species may vary in this character. Au gochlora lucidula Smith, occurring in Connecticut, has the abdomen more sparsely punctured, is smaller, and is the female of A. viridula Smith. 40. NOMIA NORTONI Cress., 3. Syn. Nomia Cressoni Westw., Tr. Ent. Soc. Lond. 1875, p. 218, pl. v, fig. 3. On the posterior tibize I can discover only two spines, the usual number in Hymenoptera, although Mr. Cresson, in the description of the species, states that there are “three.” The chitinous ridge connecting one of the spines with the base of the tarsus may have been mistaken for the third. Between the spines there is an oval transparent spot. The error in regard to the spines misled Westwood, and caused him to give a new name to the species. The broad plates on the venter belong to the third and fourth segments, and not to the “second and third,” as stated by both Cresson and Westwood. 41, HALICTUS OCCIDENTALIS Cress., 3 2. 42. CALLIOPSIS COLORADENSIS Cress., 2. 43, EPEOLUS OCCIDENTALIS Cress., 3 9. The seventh ventral segment of the male, retracted in most specimens, is slightly emarginate at the apex and armed with a tooth on each side at the base. Small specimens (male and female, length 9") have the legs more-or less black. 44, NOMADA TEXANA Cress., ¢. 45, ANTHOPHORA 2, Length 15™"; breadth of abdomen 6.3. Black; the head, thorax, and basal segment of the abdomen clothed with dense pale pubescence, No. 3.] PATTON ON ACULEATE HYMENOPTERA. 367 the pubescence on disk of clypeus fuscous, and that on thorax above ochraceous. The base of the mandibles touches the eyes. Labrum with. coarse confluent punctures, the apex smooth and with two slight elevations, one on each side of the median line. Clypeus densely and strongly punctured, with no median smooth line, the margin with an impressed line. Thorax and abdomen opake, impunctured. Anterior femora beneath, and the intermediate tibiz and the basal joint of their tarsi above, with pale pubescence. The scopa upon posterior tibiz and base of first tarsal joint white externally. Tarsal claws ferruginous at the base. Wings hyaline, the nervures and tegule dark piceous. Apical margins of the four basal segments of the abdomen milk-white; the margin of first segment narrow, that of the three following segments broad and slightly sinuate on each side anteriorly. Segments two to five with a thin black pubescence, which becomes white at the sides and is very short on segments two and three. Venter shining, the seg- ments punctured and set with black pubescence. The large size and the white margins of the abdominal segments readily distinguish this from all described species, except Smithii Cress. and Walshii Cress. The females of Smithii and Walshii are not described in such a manner as to be independently recognizable, but are said to have white bands upon all the segments “except the last.” If this statement is correct, the present species differs in having no white margin on the fifth segment. But, as Mr. Cresson has in other instances described the fifth segment as “the last,” it is impossible to determine what his meaning is. 46. BOMBUS PENNSYLVANICUS (De Geer), °. 47. BOMBUS SCUTELLARIS Cress., 9. ADDITIONAL SPECIES FROM WESTERN CENTRAL KANSAS. PLANICEPS CONCOLOR Smith, &. From Smith’s description this differs only in the greater size (length .56 in.). Compared with P. niger Cress., the face is more flattened, the head is densely pubescent, the thorax is longer and the median impressed line on the metathorax is very indistinct, the second recurrent nervure is received well beyond the second submarginal cell, the submedial cell of anterior wings extendsupon the externo-median nervure barely beyond the medial cell, and in the posterior wings falls very little short of the medial cell. In P. niger the second recurrent is received barely beyond the second submarginal cell, the submedial cell of anterior wings extends well beyond the medial cell and of posterior wings falls well short of it on the externo-median nervure. CEROPALES ELEGANS Cress., 3. Differs from the 2, the only sex described, as follows: length .40 in.; face below and between antennz and broad orbits yellow, two basal 368 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.V. joints of antennz yellow beneath, anterior tibice and basal joint of their tarsi yellow anteriorly; incisures of thorax black; a band on the first segment of the abdomen, even anteriorly and uneven posteriorly, bands on segments two to four, deeply excavated on each side anteriorly, and a large median spot on segments five and six, yellow. CEROPALES BREVICORNIS 0. Sp. ¢. Antenne very short, reaching to the scutellum only. Costal nervure and stigma pale testaceous. This may prove to be the male of C. longipes Smith, but it differs from that species in having no yellow spot above the anterior cox, in the mandibles being black, and in the white color of the abdominal bands, which are not interrupted on the second and following segments. From C. fasciata Say it differs besides in the ornamentation of the legs and in having no yellow line on the disk of the mesothorax. From C. fulvipes Cress. (of which the ? only is described) brevicornis differs as follows: length .30 in., labrum, face below and between anten- ne, two basal joints of the antenne beneath, anterior tibize in front and spots at the base and near the tip of intermediate tibiw, and the basal joint of the four anterior tarsi, yellow ; no fulvous color on the posterior cox ; markings on the abdomen white, the first segment with large lateral spots, the second to the fifth segments with broad apical bands, which are dilated laterally and sinuate on each side anteriorly. In the description of fulvipes there is, I think, an error in locating the abdominal bands upon the “anterior” margins of the segments, for in all other species of the genus the bands are subapical. If this be the case in fulvipes, brevicornis is, in all probability, its male. TACHYTES TEXANUS Cress., 3. The antenne are not crenulated, as is usual in ¢ Tachytes, but are grooved internally, and the joints from the third to the ninth are angu- lated at the tip posteriorly. The eyes are somewhat sinuous on the inner border. The metathorax is subtruncate. The second submarginal cell is less narrowed towards the marginal than usual, the nervure be- tween the second and third submarginal cells being nearly straight; the radial cell has a faint appendiculation. The area on the seventh dorsal segment is distinctly limited by lateral carinz, and is broadly truncated at the apex. The eighth ventral segment is produced into two snarp spines, which project beyond the angles of the truncation of the dorsal area. LARRA DIVISA 2. Sp., &. Length 11™™ to 14™™; expanse five-thirds of the length. Black; the wings black, violaceous ; the abdomen red, the basal segment, excepting the apical margin, black; mandibles near the base, border of the tegu- le, anterior tarsi and tips of the four posterior tarsi piceous. Head much broader than the thorax, compressed, the front not prominent; No. 3.} PATTON ON ACULEATE HYMENOPTERA. 369 eyes but slightly convergent, the space between them on the vertex being unusually wide; antenne slender, unusually long, extending to the base of the abdomen; median portion of the clypeus broadly pro- duced, armed with two teeth on each side; the labrum concealed ; man- dibles long, very slightly dentate near the base within. Head and thorax closely punctured, opake; the anterior portion of the clypeus with larger punctures intermixed ; anterior ocellus in a pit, from which an impressed line extends to the insertion of the antenn; posterior ocelli obliquely distorted, an angular depression behind them connected with the depressions on each side. Mesothorax with four short impressed lines anteriorly, a longitudinal impressed line on scutellum and disk of metathorax, disk of metathorax finely striated transversely, the pos- terior face with a deep elongated pit above, from which an impressed line extends to the insertion of the abdomen. The median joints of the anterior tarsi narrowing rapidly towards their base; the anterior tarsi armed with short stout spines externally, there being six spines on the basal joint and two at the apex of the following joints externally, each spine as long as the third tarsal joint. Margins of the abdominal seg- ments shining, apical segments clothed with an appressed golden pubes- cence, area on the sixth segment sharply defined, strongly punctured. Allied to L. wthiops (Cress.). MONEDULA EMARGINATA Cress., ¢. The four anterior tarsi with slight spines at the tips of the joints. Intermediate femora not serrate beneath, or with only the indication of a tooth near the knee. Basal joint of intermediate tarsi slightly curved and with a row of four or five slender spines near the base beneath. Abdomen slightly pubescent, the disk of the second ventral segment with a tubercle on each side of the median line. The apical segment of the venter bearing the four stout teeth is the eighth; the lateral teeth nearly straight. COLLETES CILIATA ND. sp., °. Length 8"™. Robust; black, tips of the mandibles and tarsi rufo- piceous, flagellum piceous beneath. The pubescence pale ochraceous, the segments of the abdomen with an even fascia of appressed pubes- cence. Space between the eyes and mandibles unusually short; clypeus coarsely punctured, the punctures running into rugve, an abbreviated transverse depression just before the tip ; labrum with several irregular longitudinal depressions at the base. Sides of the prothorax angulated, not prominent. Disk of the thorax shining, finely and sparsely punc- tured, a spot in the centre without punctures. Base of the metathorax irregularly reticulated, the sides closely punctured. Anterior cox unarmed, all the tarsi ciliated with long hairs, the tarsal claws cleft, the inner tooth almost equalling the claw. (In this species, as in C. estivalis mihi, the cleft claws of the female have the prongs more divergent than 370 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [ Vol. V. they are in male Colletes.) Wings hyaline, tegule, stigma, and some of the nervures testaceous, the other nervures piceous. Abdomen convex, shining, very delicately punctured; venter moderately pubescent, the margins of the segments testaceous. BOMBOMELECTA n. g. (Bombus + Meiecta). 2, Mandibles with a short and stout tooth on the middle of the inner margin. Maxillary palpi distinctly six-jointed. Scutellum with a short spine on each side. Claws of all the tarsi alike and not dilated. Third submarginal cell rather shorter than in Melecta. In other respects this genus agrees with Melecta, which has only five joints in the maxillary palpi, has the scutellum bituberculate, and the claws of the four poste- rior tarsi dilated. BOMBOMELECTA THORACICA (Cress.). Syn. Melecta thoracica Cress., Rep. Wheeler’s Survey, vol. v, p. 726 (1876). Melecta pacifica Cress., Tr. Am. Ent. Soe. vii, p. 91. The 2 specimen from Western Kansas has a black, coriaceous, trian- gular spot on the margin of the wing at the tip of the marginal cell, and the face above the antenne is tufted with pale pubescence, and it agrees with pacifica var. fulvida. A specimen from Como, Wyoming, also collected by Mr. Williston, has no such spot on the wing, the marginal cell having a very slight appendiculation; the specimen is a little smaller, has the pubescence on face entirely black, has the proboscis shorter and the tooth on the man- dibles less developed, and the third submarginal cell more narrowed towards the marginal. Melecta Edwardsti Cress. may belong to the genus Pseudomelecta Rad., which differs from Melecta in having the scutellum terminate in two large horizontal spines. Art. XXI.—Further Notes om the Ornithology of the Lower Rio Grande of Texas, from Observations made durimg the Sprimg of 1878.* By George B. Sennett. Edited, with Annotations, by Dr. Extiorr Covss, U.S. A. LETTER OF TRANSMITTAL. MEADVILIE, Pa., May 30, 1879. Sir: I herewith present the notes of my observations and collections in Texas in the spring of 1878. Three months covered the time from my departure from Erie, Pa., to my return in June; but.two months, only, were spent in the field, the remainder of the time being taken up in travelling and necessary delays attending it. Ten days at Corpus Christi, cruising about the bay and its adjacent waters, gave me a better knowledge of the water-birds than I had before acquired. The objective point, Lomita Ranch, situated on the Rio Grande, seven miles above Hidalgo, and sixty-five miles from Brownsville, was reached April 8, and was the locality chosen for field-work. Nothing occurred to stay the fulfilment of my plans, excepting an accident, in shape of the entering of a poisonous thorn into my knee, which laid me up for three weeks in the middle of the breeding season. Although suffering intense pain, I was able to be bolstered up, so as to study and prepare specimens, and direct the work of my assistant, whom I was obliged to depend upon, and who proved very efficient. Not- withstanding this drawback, we prepared over five hundred birds, including a large majority of the 168 species observed (five of which are new to our fauna); some four- teen hundred eggs, nearly all rare, and some entirely new; a few mammals and rep- tiles; quite a collection of Lepidoptera, many of which are interesting; a few fishes; and various kinds of insects that came within our reach. The Lepidoptera were sent to Mr. J. A. Lintner, who is now preparing a paper on my collections of both trips. Of the birds, nearly every family of the North American Ornis is represented on our southern border. It is remarkable, however, that, on both trips, no Nuthatches and only one species of the Crow family (Rio Grande Jay) were observed. At Ringgold Barracks, or Rio Grande City, only thirty-five miles above Lomita, Crows are said to be common, but what is told of their boldness makes it seem more probable that they are Ravens. My grateful acknowledgements are due to my assistant, Mr. J. N. Sanford, of Grant *[For ‘Notes on the Ornithology of the Lower Rio Grande of Texas, from Observa- tions made during the Season of 1877,” see this Bulletin, vol. iv, No. 1, pp. 1-66, Febru- ary 5, 1878. The present article continues the subject, giving in full the results of Mr. Sennett’s important observations and collections made during his second season in Texas. The species of this paper new to the United States fauna were first announced in The Country of July 13, 1878, p. 184. Some early notes, more especially relating to odlogy, have appeared in Science News, vol. i, No. 4, Dec. 15, 1878, pp. 57-59; No. 7, Feb. 1, 1879, pp. 106, 107; No. 8, Feb. 15, 1879, pp. 120, 121; No. 9, March 1, 1879, pp. 132-134; No 10, March 15, 1879, pp. 151- 153. —E.C.] 371 By 2A BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. Co., Minn.; to Mr. J. B. Bourbois, the proprietor of Lomita Ranch, for hospitalities and valuable assistance; to the Hon. Geo. W. McCrary, Secretary of War, and the commanding officers at Fort Brown and Camps Santa Maria and Edinburgh, for assist- ance in transportation from Fort Brown to Lomita; to Mr. C. P. Patterson, Chief of the Coast Survey, and his assistant, Capt. R. E. Halter, stationed on Padre Island, for favors extended; to Dr. James C. Merrill, Asst. Surg. U. 8. A., Fort Brown, for cheer- ful coéperation; and to you, Sir, for identifying my birds and editing these notes. Very truly, yours, GEO. B. SENNETT Dr. ELLIoTT Cougs, U.S. A., Secretary U.S. Geological and Geographical Survey, Washington, D. C. TURDIDA. 1. MIMUS POLYGLOTTUS (L.) Boie.—Mockingbird. Less abundant in the densely wooded and sparsely populated country about Lomita Ranch than about the towns lower down the river, but still common. Found one nest almost wholly within a half-decayed limb, and with but a very few twigs and grasses on the open side. 2. MIMUS CAROLINENSIS (L.) Gray.—Catbird. On May 8 I shot a male of this species at Lomita, and about the same time saw a few others. These were the only ones seen on both trips, and they must be rare summer residents, as none of the natives had noticed the bird before I showed them this one. I found no eggs. 3. 62 | #286 | a | WOmiibareas iss: se GAs ssa Eee ee eee BI7oy ade | 3. 50 3. HARPORHYNCHUS RUFUS LONGIROSTRIS (Lafr.) Coues.—Long-billed Thrasher. This Thrush, also called Texas Thrasher, I found much more abundant at Lomita than on my former trip, owing to my being further up the river, in more wooded districts; the tangled thickets about large scattered trees being preferred by it to the chaparral. The bird is resident through- out the whole Lower Rio Grande country, and very abundant. I saw it quite frequently at Corpus Christi in the latter part of March. As regards its habits, I can add little to my notes of last year. Of a very large series of eggs taken on this trip, I found that four were usually laid in the first clutch in April, while second clutches, late in May, con- tained generally three. It is more wary about habitations than the Curve-billed Thrush, and builds its nest in more secluded places and nearer the ground. It feeds upon the como and other berries, as well *TIn these lists of specimens the first number is that of the specimen. The sign for sex follows. Locality and date come next. The next four numbers indicate respec- tively the length, extent of wings, length of wing, and length of tail. Other meas- urements are preceded by the name of the part. No. 3.] SENNETT ON THE ORNITHOLOGY OF TEXAS. 373 as insects and larve. During its mating season it sings as well as our Brown Thrush. Results of last trip, seven birds and forty-five sets of eggs. 3 , PEM | Lomita. as oe eh. April 12} 11.25] 13.00] 4.00 | 4.75 PM Vee 00. ee) on ee occ April 19 | 11.50] 13.00] 3.87 | 4.87 Pama fe do; Whale. chet ised Mees May 1] 11.50] 13.00] 4.00 | 5.25 | Berl alo! co eh Boe dopon mn May 5] 11.25] 13.00] 4,00 | 5.00 MMM. co dO t caccte senna May 15 | 01550 | iearo at Las ie | mere | edo (ow Pred. dead May 15] 11.25 | 13.5 4.00 | 5. 00 ed Ni: eM WA ai as dns May 15| 11.50] 13.25 | 4.00 | 5.00 | 4, HARPORHYNCHUS CURVIROSTRIS (Sw.) Cab.—Curve-billed Thrush. This Thrush, by some called the “ Gray Curve-billed,” reaches into our southern border from Mexico. Its nearest relative, Palmer’s Thrush (var. palmeri), and other curve-billed forms of the genus, are found in the higher altitudes of New Mexico and Arizona. The northern limit of this Thrush is not fully determined, but it can be considered com- mon in Southern Texas, and most common between Fort Brown and Ringgoid Barracks, along the river. Here great alluvial deposits pro- duce berries and insects in abundance for food, and tangled thickets, as well as great prickly-pear cactuses, afford cover and breeding resorts. In 1877, I collected from Hidalgo down to near the mouth of the river. On this trip I collected most of the time at a point several miles above Hidalgo, in the heart of the greatest growth of timber to be found on the river; and it was there that I found the Curve-billed Thrush more numerous than ever before. In point of numbers it nearly equalled the Mockingbird and Long-billed Thrush. The three species comprise all the representatives of the family observed by me during the trip. The Curve-billed Thrush in color somewhat resembles the Mocking: bird, and in the bushes, where other characteristics are not readily ‘distinguished, may be taken for it at short range. This species, like the Long-billed, is usually more fond of dense cover than the Mocking- bird, and while not often found, in the heaviest timber, yet will be found in the thickets common on the edges of such tracts. In open wood- land, where clumps of tall thorny bushes and cacti surround the scattered ‘trees, it is always found, and usually in company with the Long-billed Thrush. I did not obtain many fresh-plumaged specimens. By the Ist of April, the plumage becomes faded and worn; and, by the latter part of May, moulting begins. About this time, also, the small black fruit or berry of the como-tree, upon which the bird feeds, ripens, and it becomes almost impossible to shoot and prepare a specimen without the plumage becoming stained with the purple juices which issue from the mouth and yent. I brought home only five birds, but over forty sets of eggs. In nesting, the habits of this species vary to suit the locality. In dis- tricts where chaparral covers the country, there is no respectable growth of timber, but now and then openings, principally occupied by / 374 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. prickly-pear cactuses and stunted mesquite-trees, and here their nests will be found in cactuses more frequently perhaps than in trees. But at Lomita I found five nests in trees to one in cacti. Though usually suspicious and wary, this bird is wonderfully bold at times in choosing sites for its nest. In my notes of 1877 I mention a nest with four eggs taken from an outhouse, in the centre of a village. At Lomita Ranch, close by a large and much frequented gateway, stands a young . ebony-tree, from which, in plain sight, and scme twelve feet from the ground, I took a nest and four eggs in April of the following season, and on May 20 I took a nest and three fresh eggs, at a height of four- teen feet, in a large ebony, close by a pathway on the edge of a corn- field. These were the highest nests found, and in both instances the birds were as tame as Robins. Nests are seldom found lower than four feet from the ground. The last nest I examined, just before leaving the ranch, was a very bulky one of this species, which I had seen built in the place where, a number of days before, I had destroyed the nest of a Mockingbird, after its young had departed. It was situated on the lowest branch of a small tree near the house, entirely exposed to view, and, standing upon achair, I was able to look into it.” It was just com- pleted and ready for the eggs, and I did not disturb it. The second nest was much larger than the first, but composed quite similarly of thorny twigs, and lined with a few grasses. This fearlessness is exceptional, but indicates that, were the country thickly settled, this bird might become as domestic as the Mockingbird or Robin. It is resident where found, commences to breed in March on the Rio Grande, and rears several broods in a season. The first is hatched in April, and generally num- bers four. By the middle or latter part of May, clutches for the second brood are full, and consist nearly always of three eggs. I have ee however, a Ae sets of four from the second laying. The eggs vary in shape from oblong oval to almost pyriform; the ends are round-pointed, and the greatest diameter nearer one end. The color is pea-green, covered more or less over the entire surface with fine brown dots. Of the large series of eggs taken, only one set was com- paratively free from spots. ha ined Lr eg a May 15| 9.37] 14.75 | 4.75 | 3.25 Adela Ores ado 2b ee A ei yee ce May 15| 8.50] 13.25| 4.12) 3.00 ee ROM Sd Oi oes oie ae vee = 00% May 15] 8.00] 13.25] 4.12 | 3.00 59. AGELZZUS PHGNICEUS (L.) V.—Red-winged Blackbird. A common resident, breeding in the low brush and rank weeds of low places, at all points visited on the Rio Grande, back from the salt- marshes. 60. XANTHOCEPHALUS ICTEROCEPHALUS (Bp.) Bd.— Yellow-headed , Blackbird. Erratic in its movements on our southern border, this bird made its appearance at Lomita on April 25 to pick up its share of the corn thrown to the pigs about the corn-crib, and was seen daily for some time. On May 7 it was abundant, but by the middle of May had entirely disap- peared. I think none remain to breed, owing probably to the absence of sloughs and marshes, where grow the rushes, their favorite breeding resorts. — 61. ICTERUS SPURIUS AFFINIS (Lawr.) Coues.—Teran Orchard Oriole. Quite abundant at Lomita; habits just the same as the true Northern form. Its nest is sometimes pensile, sometimes half-pensile, and com- posed of nicely woven grasses. I found them breeding at Lomita in numbers next to the Hooded Oriole. Took first set of eggs May 1. The eges vary in color from greenish-blue to white, and have fewer markings than the other Orioles found there. The average size from a large series is .74 by .56. | | 119 ] A OG eee ow Se ee ee April 15 | 7. 00 9.75 3. 00 | 2. 80 120 BPE HNO (e580 55) a sign2 abner Apfel set oa|-op.,-4| » 2,900) Bebo ea eevee O) <2. 5 -- 2. o2 ---eae Aisviat| 22) ee ea ES 2.90 | 2.85 | 4 | 2. 85 | 170 - 234 OOS a April 22 ea hia 2.95 | [Ee eee eee ne ee 62. IcTERUS BULLOCKI (Sw.) Bp.—Bulloch’s Oriole. Not uncommon, and breeding at Lomita. Several sets of eggs taken ; first, May 3. 398 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. fl OFM omiba a seecies aoe eyeeeees April 19 7.60 9.75 1504 3.50 | 3.35 Me ERs Adar y to. costes & May 16| 8.25| 13.00] 4.10 | 3.45 498 3 COM do ical. ee aie May 22] 8.00! 13.00| 4.00] 3.45 63. ICTERUS CUCULLATUS Sw.—Hooded Oriole. Most abundant of all the Orioles on the Lower Rio Grande. At Lomita Ranch, the edges of forests and groves, hung with pendent trusses of Spanish moss, afford excellent places for nesting. They were continually peering about the thatched roof of our house and the arbors adjoining for insects. They were more familiar than any of the other Orioles about the ranch. There is little to add to my former observations. One nest was dis- covered, in a corn-field, made of Spanish moss, which was interwoven with a couple of leaves of two corn-stalks, which it thus bound together; another was found in a truss of Spanish moss, having dried grasses for lining, instead of the usual dead and black hair-like moss. In several nests were horsehair and tufts of goats’ wool. April 25, first set of four fresh eggs was taken; by the middle of May, a majority of the birds were through their first laying; May 25 many eggs were found hard sat upon. The eggs of this species, like those of most Icteride, vary oe in their markings. The larger end is never free from markings, and frequently is covered by them, but more commonly displays them in the form of a band; very rarely is the egg completely covered; occasionally some are devoid of spots on the middle and smallerend. The pencillings and hieroglyphics peculiar to this family are less frequent in this than in the other species. Usually the markings are brown, but, when profuse, black and lilac shades appear. The ground-color also varies, occasion- ally a blue tinge appearing, though more frequently a buff shade is added to the white. Found a greater number of eggs of this species this year than the previous year, and, from a large series of sets before me, would increase the average length a little from the former notes, giving it now as .86 by .60. One set of three I found of such extreme lengths, averaging .99, that it is not taken into account in my measurements, since it occurs so seldom. i | 104 g Neomuiidiers = oa ee ee | April 12 Wing 3.38. Tail 3.85. WML | @ Gt |esooGl®! 5586s asocns sence: | April 14 Wing 3.20. Tail 3.60. IST |) A Wilbye [aod 4 3aS35 Geer se seecre |; April 17 Wing 3.20, Tail 3.55. 150 Q aocl® soséuseéboes ariséss April 19 6. 50 9. 00 2.80 | 2.60 202 Q PERL OMe ccc tsctet sees | April 26 8.00 | 10.50 3.12 | 3. 62 260 g LoaG® écushe csoaeseesaee April 30 8.38 | 10.75 3. 37 | 3.62 261 3g san0®, socdebeeebasneeene April 30 8.z5 | 11.00 3.38 | 3.75 5G le oo diay re April 30| 8.50] 11.00] 3.37 | 3.75 293 3 ese Socebs oeeesaeEe ene | May 3 8.50 | 11.00 3.50 | 3.75 477 e tao 00) cin 4b sae been Seee May 20] 8.25| 10.62 3.38 | 3.80 478 é eneG@ 355255 onagesq sHeaeS May 20 8.50 | 11.00 3. 38 | 3.80 479 & eeeGl® cosace 55508 s6555n May 20 8.50 | 10.75 3.38 | 3.75 No. 3. SENNETT ON THE ORNITHOLOGY OF TEXAS. 399 64. ICTERUS AUDUBONI Giraud.—Audubon’s Oriole. Tound this less abundant than any other species of Oriole at Lomita, but in the denser timber a few always to be seen. It is exceedingly shy, and remains in the seclusion of the forest during the breeding season. In my former notes I gave the proportions in which I found the different species of Orioles represented at Hidalgo. At Lomita, though distant from Hidalgo but a few miles, the proportions were somewhat different, being as follows: twenty cucullatus (Hooded), to twelve affinis (Texan Orchard), to five bullocki (Bullock’s), to three auduboni (Audu- bon’s). This year I was fortunate in obtaining, within our limits, nests and eggs of this large Oriole. Twoincomplete sets were found early in May, which enable me to identify a complete set of four obtained last year. The latter set was taken at Hidalgo, Texas; the two former, at Lomita. The three nests were found in heavy timber, some ten or twelve feet from the ground, are half-pensile, something like those of the Orchard and Bullock’s Orioles, and attached to upright terminal branches. They are composed of dried grasses woven among the growing twigs and leaves, so as to form a matting light and firm. They measure on the inside some three inches in depth and rather more in width. The eggs are peculiar, resembling those of no other species found in that region. The ground-color is white, covered with fine flecks of brown, giving the egg the appearance of being covered with dust. Over these flecks, and principally at the larger end, are irregular stains and splashes of deeper brown, sometimes mixed with lilac, on which are coarse dark brown or black hieroglyphics. Some have more and larger splashes than others, but none are free from the dark, grotesque lines peculiar to the family. In shape they are less pointed, and in size smaller in proportion to size of bird, than those of other Orioles. The shells are very tender. The nine eggs before me average in size .97 ‘by .71, the largest being 1.00 by .72, and the smallest .96 by .67. Sm een bOI Ale aia \atelai< stole = cosmic’ = - April 11 Wh 75) |) AS 7/5) 4.00 | 4.00 HEA OM - cciaiceincicie coe tinea ee April 11 9.75 | 12.75 4.12 | 4.12 238 || Gy |seeeCORseeeeee ae eee eee May 7 9.75 | 13.00 4.05 | 4.12 359 ||) Olas Cee Cee eee eee ee ares May 7 Sh 7a) les) 4.18 | 4.00 74 || @ lee SeOOW RE SS SS Rare ene ereeoee May 9} 10.50) 12.75 4.00 | 4.37 OOM Meee LO gle ce 5) sclaiaia scars See0| Maye 9,50 12.50 4.00 | 3.90 ALT | eg eeQlO CORRES ee eSseeeeoeeiceeT May 13 9.50 | 13.00 4,12 | 4.12 65. SCOLECOPHAGUS CYANOCEPHALUS (Wagl.) Cab.—Brewer’s Black- bird. Common at Lomita during April, but not noticed late in May. I found no evidence of its breeding there. 283 | MALOU Ate neler ~~ = =)- enemas May 1 | Wing 5.20. Tail 4. 20. -— 400 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. 66. QUISCALUS MACRURUS Sw.—Great-tailed Grackle. During the last few days in March I observed and shot this species at Corpus Christi and about the head of Padre Island. At Lomita it was as abundant as at Brownsville, and more so than at Point Isabel, on the coast. Many fine skins and a large series of eggs were obtained. alg || MO MMe etcetera ee eer April 9 Wing 7.40. Tail 9.00. HOT WOM Se GOM ESOS erste ee eee ae April 15 Wing 5.70. Tail 6. 00. Pd), Oiled 20 Om see ees be April 26 Wing 5.80. Tail 6. 45. B79 | feet eee eee earn May 18.75 | 23.25 7. 62 | 8.50 3605]. oped eee see meneame May 9] 17.50] 22.50 7.50: | 8.25 ASO AN | petite ee Se ate eran ere ter May 15| 17.75 | 28.00 7.50 | 8.60 AAO? |) a een eterno ais eee eae er May 15| 18.00 | 23.50 7.50 | 9.00 AAS | ROO meee aleae ele ee May 15 | 17.00; 22.50 7.12 | 8.00 AMES AL VOU GT) a saoesaras ssn So: ce May 15) 18.75 | 23.00 7.37 | 8.75 AAA Orn Eee lOWe cee. Acismys ete a ene May 15) 13.50) 18.25 5.85 | 6.10 CORVIDA. 67. XANTHURA LUXUOSA (Less.) Bp.—hio Grande Jay. The habits of Jays are everywhere much the same, and the Rio Grande Jay, the only form found on the trip, does not differ from species found elsewhere, except in its nesting habits. Of all the birds on the Lower Rio Grande, this is the most mischievous, robbing and despoiling other birds’ nests without mercy. It is more abundant about Lomita, owing to the country being less settled, and having more timber than about Hidalgo, a few miles below. Its nest is not easily found, how- ever, for it is always concealed in thickets, or in the heavy undergrowth of dense woods. I was successful in taking a large series of eggs. Of those obtained. early in April, few were freshly laid, while all those obtained in May were fresh, this indicating that a second brood is reared, though I saw no young of the first brood, while numbers of adults were seen daily fram April 9 until the last of May. On April 19, the first eggs were taken, two sets being found: one of four with large embryos; the other of five, nearly fresh. The latest set, consisting of four fresh eggs, was found on May 17. The usual number of eggs to a clutch is four, occa- sionally five. The eggs found this season are a little smaller than those of last year, averaging 1.06 by .81; taken with last season’s measure- ments the average will stand 1.08 by .80. Mixed with the brown mark- ings, a large proportion show shades of lilac quite distinctly; nearly all have the bulk of the markings massed at the larger end. ‘ 162) | AC ieee April 24| 12.00] 15.00| 4.75 | 5.50 | USS Pl ekeeG Ole oe imag a eae mans April 24 | 300. ..20|...... | | ISA fog ase Chae ees a nl Ue roveily 26 1G Oe ee a el 4.75 | 5.65 | HOSE | ASU 8D ediagy 22 Oe April 25 | 12.00] 15.25 | 4.62 | 5.50 | SHOMIOK Ti. Melb erent, ek uk April 29°) 11.75'| 15.25) 4275 )i5s500) Sti Paee omen eres si. is Ses April 29} 11.75 | 15.25] 4.75 | 5.25 | SOD E SRS GRG ID a5. Le cess eee May 1] 11.75 | 15.95) 4.75 | Sogo BOs Oma domeeemmemen sO! May 1| 11.75] 14.50] 4.50 | 5.25 3030 107 | Serdar eee os 2 May 4| 11.12} 15.00) 4.62 | 5.00 BD SBI eh Wann) 6534.5 Se aaa eee May 6] 11.50] 14.50] 4.50 | 5.00 | 520) | | Selo Seem ia ce .. May 6] 11.75 | 15.50) 4362°05)50) 4905)" f eceado meer emmy c ees... May 22] 11.75] 15.00| 4.75 | 5.50} { 1 1 t 1 FS No.3. SENNETT ON THE ORNITHOLOGY OF TEXAS. AO1 TYRANNIDA. 68. MILVULUS FORFICATUS (Gm.) Sw.—Svwallow-tailed Flycatcher. Not abundaut in the heavily wooded districts, but a few breed in the openings and about the cultivated tracts. Their movements are much like those of our Kingbirds; they are very beautiful in flight, the scarlet sal- mon under their wings and their long graceful tails adding much to their beauty. I found nests of this species in all positions, from ten to fifty feet high, and resembling in structure those of our familiar Kingbird, T. carolinensis ; but, in addition to the rootlets for lining, they usually have in the bottom some tufts of goats’ wool. They arrive in Texas the last of March or 1st of April, and begin to lay in May. On May 27 1 found a nest with young several days hatched out. Se eleset le eommlsabels (52% jecco cs eos. April euee Steulenceeeec 4.90 | 8.65 emo | Puomiibamess a. cs oct J225)- sek APH DO bits S.A ask 25 sees eSee ees Leh | OCSe eC Oe es eee April 1S ese pee cen | Meee oye 4.60 | 6.30 456 | ¢ PROM cicw a eset vesis othe May 16); 13.00] 15.50 4,75 | 8. 00 69. TYRANNUS VERTICALIS Say.—Arkansas Flycatcher. Observed first May 7, at Lomita. One was shot at San José Lake in a retama-tree near the water. One or two more were obtained from the same locality. Not abundant. 351 | 9 3.50 Womitamss soo eS ssa ce hee woe | May "| os 0 | 15.75 70. TYRANNUS MELANCHOLICUS CoucHI (Bd.) Coues.—Couch’s F'ly- catcher. I obtained April 30 three specimens of this bird, in the same grove, at Lomita Ranch, where I obtained a single specimen the previous year. A few were afterwards observed at that point. On May 27, while on our way down the river, and near Santa Maria, I shot a female, which had been attracted to our vicinity by the cries of a pair of Scissor-tailed Flycatchers, who were alarmed at our examination of their nest, which contained young. It is very likely her nest was near. I obtained heither nest nor eggs of this species. | Pee aa onita- 2. --------.0-6--- April 30 | 10.00] 16.25 | 5.00 | 4. 25D | Ce Se0l® Sa aa eee eee April 30 9.50 | 15.75 4.75 | 4.00 | BEY NB | ea OS See eee eee April 30 | 10.00} 16.25 5.12 | 4. 20 510 | 9 | Santa Maria........-------- May 27 9,00 | 16.00 4,00 | 3.75 71. MYIARCHUS CRINITUS (L.) Cab.—Great-crested beatae, Found in numbers during April, after which time it leaves the Rio Grande. On May 3 I obtained my last specimen. April 10 April 21 9. 00 8. 85 402 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.V. (2. MYIARCHUS CRINITUS ERYTHROCERCUS (Scl. & Salv.) Coues.— Texas Great-crested Flycatcher. Most abundant of the genus, and with the exception possibly of the Swallow-tailed, M. forficatus, of the wholefamily, Tyrannida, on the Lower Rio Grande. I have called this the Texas Great-crested Flycatcher, be- cause, thus far, in that State only, within our limits, has it been observed. For full description of this variety, see Bulletin of the Geological and Geographical Survey of the Territories, voi. iv, No. 1, p. 32, where occurs Dr. Coues’s identification of the single specimen I obtained at Hidalgo, Texas, May 9, 1877. Although found in the chaparral and low, stunted growth of mesquite, yet its home is emphatically in the heavier growths of timber, such as exist above Hidalgo. Its habits are very like those of its near relative, the Great-crested Flycatcher, M. crinitus. I can only account for my failure to discover more specimens of this bird on my former trip by my ignorance of its habits and my attention not being particularly directed to it, as it was on this trip, for it is quite common. This bird belongs to a group the individuals of which resemble each other so closely that identification becomes rather puzzling, and this special variety has given great trouble both in Europe and America as to its classification. In my notes, as referred to above, Dr. Coues gave such a clear treatise on this species that I supposed it would be accepted as final. When, however, Dr. Merrill’s “List of Birds observed in the Vicinity of Fort Brown, Texas,”* appeared, Mr. Ridgway, as editor, went again over the ground, comparing the one or two specimens the doctor secured with the large series of skins in the Smithsonian collection, and dissented from Dr. Coues’s opinion, already referred to, classifying this prevailing form on the Lower Rio Grande as var. cooperi instead of var. erythrocercus. Prior to the recording of my specimen of 1877 this bird had not been known even in Mexico, though it was a well-known form of Central and South America, while var. cooperi was known only in Southern and Western Mexico and the contiguous portions of Central America. It is difficult to believe that the same form would be found in Yueatan and Venezuela, and again in the United States, yet pass entirely over so large an intervening country. In giving his reasons for his opinions, Mr. Ridgway concludes as fol- * Proceedings of U.S. Nat. Mus. 1878. [So far from finding myself obliged to modify in any respect the remarks I made on this subject in Mr. Sennett’s former paper, I am more than ever satisfied of the ten- ability of the position I there took, and which Mr. Sennett’s present observations tend further to strengthen. I beg, nevertheless, that those who may be interested in the Myiarchus enigma will carefully consider Mr. Ridgway’s counter-argument before coin- ciding with my view. In no event, however, can Mr. Ridgway’s proposed combina- tion of names, ‘‘erythrocercus var. cooperi,” stand; for coopert was named in 1851 by Kaup, while erythrocercus was not described by Sclater and Salvin until 1668. —E. C.] No. 3.] SENNETT ON THE ORNITHOLOGY OF TEXAS, 403 lows: “The only satisfactory test, however, which I have been able to apply in determining to which race doubtful specimens should be re- ferred, is that of size, as follows :—Var. erythrocercus.—Wing, average 3.77; tail, 3.82; bill from nostril, .61; tarsus, .86. Habitat: Eastern Tropical America, from Paraguay to Southern Mexico, but chiefly south- ward of the latter country. Var. cooperiWing, average 4.15; tail, 4.25; bill from nostril, .69; tarsus, .92. Habitat: Mexico, including Rio Grande Valley and Texas, and Guatemala.” Now, Mr. Ridgway’s sizes of var. erythrocercus were obtained from six specimens in the National Museum, and his sizes of var. cooperi from eighteen specimens, of which all but three, which are in his own collection, belong to the National Museum. Out of the number, two only were from the Rio Grande, and one of those alone had dimensions given. There is no notice whatever of my specimen from Hidalgo, Texas, May 9, 1877, which is in the National Museum, and which is the first record of its existence within our limits, and which Mr. Ridgway no doubt examined when he coincided with Dr. Coues as to its identifica- tion. That specimen measures as follows: sex, 29 ad.; U.S. Museum; locality, Hidalgo, Texas; date, May 9, 1877; wing, 3.99; tail, 3.63; tarsus, .85. Tt will be seen, had size alone been taken into consideration and the specimen taken into account, it would have appeared in his list of var. erythrocercus. I procured by this year’s trip twenty-two specimens, a number almost equalling the number examined by Mr. Ridgway of both varieties. I herewith give their sizes, carefully taken from the dry skins. Bill from op Sex. Locality. Date. | Wing.| Tail. |) ostriy, | Parsus- ASS = lon MWOTM tae een aero April 10 BEC Opeeseee we Saibieue Se April 21 PEA O Fs Saccias swies'sie nate 3 April 28 Ween Opole cies. nsies eva arse April 28 BECO at se ergs hs April 29 Ber Opes et iatiieie cieie) 4 t~ > - April 29 BC OMe ys ay aisctarslafeis = lc April 30 RPwRe Rr PRU ROR Ww _ S ' ‘ a 6 i ' ‘ 4 A .} ' ' koa = i) & WIVQNWAWwWe eee ~ S 40 03 C5 40 40 93 40 93 40 93 10 93 24 03 40 Dy D3 OY OY OY OA O04 ‘ =) [-) H ‘ ‘ 1 ‘ ' ' ka _ = =| S i=) Co CO G8 OO Se 00 OO Se SO OO Se Co CO Oo Co OO CO OB GO 9 io 8) ~ ioe * wwe 4 Ce” Cin Cet Lee La reer Ciaat eminem, Ci 1 1 ' . as 1 ' . . a0 heathen oo. Cheat ee et ee) ’ . . ° ’ 2 ‘ . ‘ ° 1 . ‘ ‘ 1 5 ‘ ' ' . ' ‘ ' . ' 1 0 5 5 6 « Ae + a 4 : AC : . > - SCI ee Sidiate lett SLkecas Aen nemien ec et (eiscc Me ey ae etme Ae” eur © >? Ow Py GICHOCN TCR ICROCHO see ee Gre * 5 38 Re ag Steet yarcne ere te ce. ei- eine BKe” (acy 0 ee eae ce DD 2 } 2th Ge A we FS we » J 1 Oe TOS OC) a > ON CD CD CN Gn atterein epee 0: Siete ins wea eee as ee ab pimie woh ete 7 Ss SS: 2S: GS > P) 2p) P) € X »Ooe SAY PEO Sb ent ey mee ie Rl ae ee Clot » OD ¢ ) CCUVOOT OM >i io Ome Bi he mae ee Se TG i= os Oe Gis “ 404 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [VoL Vv. Averages: wing, 3.96; tail, 3.78; bill from nostril, .63; tarsus, .83. It certainly will be seen from the sizes above that they come much nearer to those of var. erythrocercus than to those of var. cooperi. It will be noticed that the lengths I give of tail and tarsus are less than those of Mr. Ridgway’s erythrocercus, and that the lengths of bill and wing are but a very little more. In the bill alone my series average only .62 - above his erythrocercus, but .06 under his coopert. I can see no reason for changing the opinion formed last year. The colors of my specimens are very regular, the upper parts being a dark ashy brown, so slightly tinged with olive that it requires a certain light to distinguish it at all. Instead of its being like the ash of the — mixed olive and ash of Tyrannus melancholicus (var. couchi Bd.), it should rather be called brown, so slight is the ashy shade; nor is it even so light as DM. cinerascens. The breeding habits of this bird were, during my second season in Texas, well observed and noted. Itis the common and only form of the genus breeding on the Lower Rio Grande, entirely replacing the Great- crested Flycatcher, M. crinitus, which leaves for the North in April. From the numbers there found I expect to hear of their reaching into Texas, at least as far as San Antonio and Corpus Christi, and farther even into the State. They nest in hollow stubs or abandoned wood- peckers’ holes, at a height varying from five to twenty feet. The nests are lined with a matted felt consisting of soft strips of bark, feathers, hair, and wool, with sometimes bits of snake-skins intermingled. ‘They begin to lay early in May, the number of eggs in a clutch being five or six. When sitting, the birds are not very timid, and, upon being flushed from their eggs, do not fly to a great distance, and soon return to the nest upon the intruder’s retreat. On May 16 I flushed a male from, a nest and six eggs, a circumstance making it probable that the male assists in the duties of incubation. This singleinstance of findinga male on the nest was overlooked when I sent the notes which appeared in “Science News” of February 15, where I expressed my belief that the female alone attended to the duties of incubation. The eges are marked similarly to those of the Northern form, I. crinitus. Sometimes the lines running from pole to pole are fine, nearly concealing the creamy-buff ground-color; in other cases the coloring is massed in long splashes at intervals. In size they are less than those of the Great- crested Flycatcher. Highteen eges before me average .86 by .69; the length varying from .93 to .80, and the breadth from .72 to .67 of an inch. 75. SAYORNIS SAYUS (Bp.) Bd.—Say’s Flycatcher. Seen about low bushes in open places in April. 67 117 3 WomMba erm ecte aaa ye 2 See | April 10 | 7.6: Q hos SOW) SSR ACG DOI= CHC geisete April 15 | Cow No.3. SENNETT ON THE ORNITHOLOGY OF TEXAS. 405 74, CONTOPUS BOREALIS (Sw.) Bd.—Olive-sided Flycatcher. Only observed at Lomita during May. Not common. Mero ©) Gouna. 22222 )!2 a May 4| 7.751 13.00| 4.25 | 2.75] <> |) SUG EAS ee ot ped aa May 6| 7.37] 12:75] 4.00 | 2.62 7 4.25 | 2.75 Pe eda tee eS a ts. May 1 +50 | 13.50 7d, CONTOPUS VIRENS (L.) Cab.— Wood Pewee. Not uncommon at Lomita, and probably breeds there, although no nests or eggs were taken. Compared with specimens from Erie, Pa., the Rio Grande birds have the brown of wings, tail, and coverts darker, and the whole upper parts tinged with olive, also more yellow on belly. a Cinmblornitas 288. ).cess 2 esl | May 6] 6.50) 10.75 | 3.38 | 2. 0 76. EMPIDONAX ACADICUS (Gm.) Bd.—Acadian Flycatcher. Not rare at Lomita during May, where it probably breeds. | 288 | é [Lomita (eee ee ase tse | May 5 6. 0 | 9.25] 2.90 | 2. 7 77. EMPIDONAX TRAILLI (Aud.) Bd.—Traill’s Flycatcher. Not common, but found occasionally with acadicus and minimus. 3 we oO = | 332 SS May | 5.7 | 2.00 | aries 78. EMPIDONAX MINIMUS Bd.—Least Flycatcher. Common at Lomita, generally in company with other species of the genus, in open woodland and the groves near the ranch. Probably breeds there, but I obtained no nests. DOMES OMG <<< Ee een AU) | lees s@lOsse esas paeSeoiseeoUorere May 8 5. May 13 5 79. EMPIDONAX FLAVIVENTRIS Bd.— Yellow bellied Flycatcher. Most abundant of the small Flycatchers at Lomita. In a belt of heavy timber, on the edge of what was recently the river-bed, it was always to be seen in numbers, flying about on the lower limbs, singing, or catching insects. I discovered no eggs or nests. | | BOOM ea MMOMNNte ni] o's 2 oe cee enn eee May 8 5. 87 8.75 2.70 | 2.12 OE ee Ad a 2000) 28 ee ee era May 9 5, 07 8, 07 2.05 | 2.02 SyAa | s \| SSAe OO en eer May 9 5. 50 8.50 2. 62 | 2.00 = 406 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. Vz [Genus ORNITHION Hari. Ornithion, Hartt., J. f. O. 1853, p. 35. (Type O. inerme, HaRTL., ibid., sp.n.) Camptostoma, Scu., P. Z. 8. 1857, p. 203. (Type C. imberbe, SCL., ibid., sp. n.) Myjiopatis, Cab. & HEINE, M. H. ii, 1859, p. 58. (Type Muscipeta incanescens, MAXIM., Beit. iii, p. 898.) In his “‘Note on the Genus Ornithion of Hartlaub,” in P. Z. 8. 1873, pp. 576-578, Dr. Sclater concludes that the species upon which the three generic names above cited were respectively established may be “‘naturally located in the same genus, which is remarkable amongst the Tyrannide for its small short compressed bill, without any trace of rictal bristles.” At the same time, Dr. Sclater distinguishes four species of the genus—inerme, pusillum, incanescens, and obsoletwum—the two former being yellow- bellied, the other two having the under parts whitish. With respect to the O. incanescens of his paper, however, it has later appeared that the author was in error in uniting his Camptostoma imberbe of Mexico with the Bra- zilian form earlier described by Maximilian. (See Lawr., Ibis, 1876, p. 497.) The acquisition of a specimen of O. imberbe from Texas is one of the most interest- ing of Mr. Sennett’s results, as this discovery carries the range of the genus much farther north than it was before supposed to extend. —E. C.] 80. ORNITHION IMBERBE (Scl.).—Beardless Flycatcher. [ Camptostoma imberbe, Scu., P. Z. 8. 1857, p. 203, 2 figs. (S. Andreas Tuxtla, S. Mexico; A. Sallé).—Scu., Ibis, 1859, p. 444, pl. 14, f. 1.—Sc1., Cat. A. B. 1862, p. 215.—Lawr., Mem. Bost. Soc. vol. ii, pt. iii, No. i, 1874, p. 286 (Ma- zatlan, San Blas; A.J. Grayson). Elainia (Camptostoma) imberbe, GRay, Hand-l. pt. i, 1869, 355, No. 5406. “¢ Ornithion incanescens,” Scu., P. Z. 8.1873, p. 577 (in part; confounded with O. incanescens of Brazil). “¢ Ornithion incanescens (Max.); Camptostoma imberbe (Scl.),” LAawr., Bull. U. 8. Nat. Mus. No. 4, 1876, p. 26 (Tehuantepec, Sta. Efigenia; J’. 2. Sumichrast). “¢ Ornithion incanescens,” CouES, The Country of July 13, 1878, p. 184 (Rio Grande of Texas; G. B. Sennett. First introduced to U. 8. fauna). Hazs.—Southern and Western Mexico to the Rio Grande of Texas (Sallé, Sumichrast, Sennett). , —E. C.] Sp. Co.—Upper parts and sides of head grayish-ash, tinged faintly with olive, more conspicuously onrump; crown-feathers tipped with light brown; wings and tail brown, edged with hoary white; secondaries and coverts broadly tipped and edged with fulvous-white, the latter forming two broad wing-bars; edge of wing and under wing-coverts light lemon-yellow; under parts ash, light on neck and chin, and very light on belly; a dark band on jugulum and breast; a light lemon tinge from neck down, and same very conspicuous on belly and under tail-coverts; tail double-rounded ; 3d quill longest; 1st quill .20 from point of wing; point of wing formed of 2d, 3d, Ath, and 5th quills, which are very nearly equal; 6th and 7th quills longer than 1st; 8th equal 1st; secondaries .30 from point in closed wing; under wings and tail light; under shafts of rectrices white; bill unnotched ; upper mandible much curved, brown ; under mandible straight, pinkish-yellow, brown at tip; commissure yellowish; feet black.—Length 4.50; extent 7.25; wing 2.12; tail 1.85; bill .28; tarsus .57; whole foot 1.00. Iris brown. I have little to say of the habits of this species. My single specimen was shot on April 24 in a low bush distant from woods. No others were observed. It was an adult male in fine plumage, and its testes showed the breeding season to be closeathand. Its diminutive size and \ No. 3.] SENNETT ON THE ORNITHOLOGY OF TEXAS. 407 yellow commissure led me at first to think it the young of some other species, but I fortunately perceived my error, and was careful to pre- serve what proves to be the best find of the trip, one which adds to our fauna a new genus and species never suspected to occur so far north. Bre Meee et ee eee fas 7.20 189 | g | Lomita April 24 | 4.50 [GENUS PITANGUS Sw. Tyrannus, VIEILL., Anal. d’une Nouv. Ornith. Elém. 1816, p. — (nee Cuy.). Musicapa, TeEMM., Man. Orn. i, 1820, p. lxvij (nec Linn.). Muscipeta, ‘‘ F¥LEM. 1822” (teste Gray). Pitangus, SwaIns., Zool. Journ. iii, 1827, p. 165. Saurophagus, SWAINS., Fn. Bor. Am. ii, 1831, App. p. 484. (Type Lanius sulphuratus auct.) Apolites, ‘“SUNDEV. 1836” (teste Gray). This is another interesting acquisition to our fauna, for which we are indebted to Mr. Sennett, the genus as well as the species being first taken by him within the boundary of the United States—a ‘‘find” which offsets the detection of the related Myjiodynastes luteiventris in Arizona by Mr. Henshaw. The birds of this genus are large and handsome Flycatchers, of conspicuous colors, well known and widely distributed in Mexico, Central and South America, as well as in the West Indies. —E. C.] 81. PITANGUS DERBIANUS (Kaup) Scl_—Rio Grande Flycatcher. [Tyrannus sulphuratus, SWAINS., Syn. Mex. B. in Philos. Mag. i, 1827, p. 368 (nec Lanius sulphuratus Linn.) (Mexico). Saurophagus sulphuratus, GAMB., Journ. Phila. Acad. 2d ser. i, 1847, p. 39. Saurophagus derbianus, Kaur, P. Z. S. 1851, p. 44, pl. 36 (Mexico).—Can. & HEINE, Mus. Hein.ii, 1859, p. 62 (Mexico).—Finscu, Abhandl. nat. Ver. Bremen, 1870, p. 329. Pitangus derbianus, Scu., P. Z. S. 1856, p. 297 (Cordova; Sallé).—Sct., P. Z. 8. 1859, pp. 45 (Mex. and C. Am.), 56 (Belize), 366 (Xalapa).—Sct., Ibis, i, 1859, p. 438 (Mexico).—Sct. & SALv., Ibis, i, 1859, p. 120 (Central America).—SCL., Cat. A. B. 1862, p. 221 (Mexico and Guatemala).—GRay, Hand-l.i, 1869, p. i 357, No. 5425 (Mexico).—Lawr., Mem. Bost. Soc, vol. ii, pt. iii, No. 2, 1874, p. 286 (Mazatlan and Colima).—Lawre., Bull. U. 8. Nat. Mus. No. 4, 1876, p. 26 (Tehuantepec). Pitangus derbyanus, Cours, The Country, July 13, 1878, p. 184 (Texas; G. B. Sennett. First introduced to U.S. fauna). Saurophagus guatimalensis, LAFRESN., Rey. et Mag. Zool. Oct. 1852, p. 462 (Gua- temala). Hazs.—Central America and Mexico to the Rio Grande of Texas. —E.C.] Sp. Cu.—Upper parts light brown, tinged olive on the back; all the quills and coverts edged largely with bright cinnamon; crown black, surrounded by white, and partly concealing a large bright lemon- and flame-colored patch ; auriculars and stripe from bill through eye to shoulder black; chin and throat pure white; all the rest of under parts and under wings pure lemon of the richest hue; bill and feet black; iris hazel. Length 10.50 to 11.00; wing 43 to 5; tail 4 to 44; bill 1} to 14; tarsus 1. A genus and species common in Mexico, but new to the fauna of the United States. It leads the Flycatchers on account of its large size and 408 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. Ve great beauty; and as it honors the Lower Rio Grande with its first appearance, I have chosen to give it the above name, in preference to the misnomer “ Bull-headed.” On April 23 a male and female of sate species were shot at Lake San José, a few miles from Lomita. Both were shot about four feet up on the trunks of small retama-trees standing in the water, and were cling- ing to them and working their way down to the water, possibly to drink. They were not particularly shy. On May 3 another female was shot in trees bordering the lake, yet not over the water. One or two more were observed in timber about water-holes. In flight this Flycatcher . resembles the Kingfisher. Dissection indicated the approach of the breeding season, and it undoubtedly nests in the large trees of the locality. The only account of the habits of this bird of which I am aware is Col. Grayson’s notes, which I quote in fall from Mr. Law- rence’s “‘ Memoirs of the Birds of Western and North-western Mexico” (page 286). “This is a common and abundant species, inhabiting the western and northwestern parts of Mexico. I found it equally as common in Tehuantepec, as in the region of Mazatlan, where its loud shrill notes of hip-se-dee, hip-se-dee, may be heard at all seasons of the year, but more particularly during the breeding season, when it is excessively garrulous. It is more frequently met with in the neighborhood of fresh-water streams and lagoons, and I have often observed them dart into the water after water-insects and minnows that were swimming near the surface, not unlike the Kingfisher; but they usually pursue and capture on the wing the larger kinds of Coleoptera and Neuroptera, swallowing its prey entire after first beating it a few times against its perch. They are usually in pairs, but I have also seen as many as twenty about a stagnant pool, watching its turbid waters for insects and small fish, for which they seem to have a great partiality.” “The nest of this species is very large, and its construction differs from ali the Tyrannide of which [ have any knowledge, except I. dex- ensis. It is dome-shaped or covered, with the entrance on the side, whilst the other species build a nest saucer-shaped. The nest of the Bull-headed Flycatcher is usually placed in the forks of the branches of very thorny trees, twenty-five or thirty feet from the ground; it is com- posed of very coarse material of either straw or lichens, sometimes of both; the lining, however, is of firmer and more elastic fibres. Other eo. sometimes make ihieie nests in the same or MeATesu tree; such as M. texensis, C. melanicterus, and I. pustulatus.” “The eggs of this Flycatcher are usually five in number; they are of moderate size, rather lengthened, of a light cream color, with a small reddish speck; the shell is delicate and easily broken.” I “na | 9 | leona | April 23 | 10.75 | 16.50 | 5.00 | 4.10 174 (io riaeehlo Sime meena Nh | April 23) 11.00] 16.75 | 4.85 | 4.15 QO | Ost. se AC tn open net ets | May 3] 10. al 16.00 | 4.85 | 4.10 —— No.3.) | SENNETT ON THE ORNITHOLOGY OF TEXAS. 409 $2. PYROCEPHALUS RUBINEUS MEXICANUS (Scl.) Coues. — Vermilion Flycatcher. This species frequents generally the depressions which were formerly river-beds, in which more or less water stands after every shower, and where insect-life abounds to excess, and where the retama-tree flour- ishes. It is not very common, and I found no nests. The plumage of both sexes varies considerably in intensity, and I think it may require two or three years to come to perfection. I refer to Dr. Merrill’s notes in Proceedings of U.S. Nat. Mus. 1878, for description of nests and eggs. ssh: hic ee aa anne April 28 | 6.25] 10.50] 3.25 | 2.37 gaaegbhee = fetal }-u eo April 28} 6.25] 10.25] 3.12] 2.62 Reena gise Sas acne -a-- April 28 | 6.12] 10.25] 3.18 | 2.38 WEG. Re sa dazald. weds April 28] 6.12] 10.25| 3.12 | 2.25 CAPRIMULGID AS. $3. NYCTIDROMUS AMERICANUS (L.) Cass.—Pauraque Goatsucker. On the evening of April 16 three of us, carrying guns, took advantage of the beautiful moonlight, which was so bright that we could read by it, for a tramp into the woods after anything in the way of game that might present itself. We had hardly entered the road through the woods, when, notwithstanding our loud talking, for we had no expecta- tion of seeing anything so soon, we came upon a bird dusting itself in the roadway. I had slipped into my shooting-coat a few half charges of dust, and although it took some time to withdraw to a sufficient distance to shoot, yet the bird took no notice of us or our conversation. After shooting and picking up the bird, I discovered it to be different from any I had seen; it proved to be Nyctidromus, the only one obtained on the trip. During the moonlight nights in May I again ventured ferth a short distance from the house on the road in search of these night-birds, and saw several birds fly from the telegraph poles, which I think were of this species. They breed in the more open places among the cactus and scattered bushes along with C. terensis—Texas Nighthawk. On dark days I flushed them from thickets in the chaparral, or from copses near the bottom-lands on the edges of the woods. They are very quick in their movements, and difficult to shoot on the wing. On April 20 I obtained the first set of two eggs. Several others were taken, and all from the bare ground, where they were laid. From the eggs of both trips I obtain the average size 1.22 by .91, the length vary- ing from 1.17 to 1.28, and the width from .90 to .93. Their size and creamy-buff color render them easy of identification. The size of my specimen, an adult male, is, length 13.25; extent .25; wing 7.40; tail 7.60; tarsus 1.05; middle toe .81; middle toe and claw 1.15. It will be seen that the measurements of wing and tail are much larger than Mr. Ridgway gives in Dr. Merrill’s notes (Proc. U. 8. Nat. Mus. 410 BULLETIN UNITED STATES: GEOLOGICAL SURVEY. [Vol. V. 1878, p. 144). I would refer to this article for full description, synonymy, &c., of this interesting recent addition to our fauna. Two young not half-grown which I take to be of this species were found on the ground in a thicket on the edge of the woods on April 19. I judge them to be Nyctidromus by the long tarsus bare of feathers, by the large ochraceous spots on scapulars and secondaries, and by the central black dashes on the crown. Owing to the quills being not suffi-- ciently grown, the white wing-patch fails to appear. The colors of the first plumage are much as in the adult, but less distinct; the back and crown lighter gray, while the wings show mixed black and ochraceous. 84. ANTROSTOMUS CAROLINENSIS (Gm.) Gould.—Chuck-will’s-widow. Dense undergrowth among the heavy timber at Lomita afforded ex- cellent shelter during the day for birds of this family. Here even at midday a subdued twilight prevailed, and these birds often flitted across our vision, more like shadows than living things, so silent and rapid was their flight; so that, although quite common, it was difficult to obtain them. This, too, is their natural breeding resort; but, as they lay their eggs upon the ground, amid such a labyrinth of vegetation the finding of their eggs must be purely accidental, and we were not fortunate enough to find any. About eleven o’clock, on the night of April 16, in the clear moonlight, I saw perched on the top of a tall dead tree what I supposed to be an Owl of some kind, but, upon shooting it, discovered it to be a male Chuck-will’s-widow. I am unacquainted with the note of this bird. The sizes given below are measurements carefully taken from my dried specimens; length and extent were taken in the field. As to markings of my several specimens, it is worthy of note that trip- number 306, a female, has on one side of the tail white patches on the three outer feathers, while on the other side there is but a single white patch upon the outer feather. Also number 339, a male, has the white patches on one side of the tail only, and upon the second and third feathers from the ontside. The other three specimens are as given in the books. The variation of two out of five would warn us not to place implicit re- liance upon the markings of the tail in determining sex. It will be well for ornithologists to ascertain how constant the tail-markings are. My specimens vary considerably in colors throughout, some being very - dark brown, and others very ochraceous. The black stripes of the crown and scapulars vary also in size and number. In but one can the jugular collar be called white; the rest are buff. IO MUA eee ece.s- April 12] 12.25 | 25.50 | 8.45 | 5.90 | Trs. .67 97 | 3 fO7) Ve WE do mene U2. April 17 | 12.50 | 25.00|8.30]5.70| ,, .68 B06! domes idOmeneene Si. =. May 4] 12.50] 25.00] 8.00/5.8] |, .63 B80/|/eculee: Am eme omee May 7| 12.00| 24.50|8.15|5.45| ,, .75 2 poe Pe May 13] 12.50] 26.50|8.50|5.90| 3, He ' No. 3] SENNETT ON THE ORNITHOLOGY OF TEXAS. 411 85. ANTROSTOMUS VOCIFERUS (Wils.) Bp.— Whippoorwill. Found in the dense woods at Lomita. Not abundant, but I think they are resident. ee eye | UOMG: cecoerein etal aes =eee|| AND ELL 10 | 10.50 | 20,00 6. 50 5. 25 COMPS yicce G0) .cscu cesses wecee ccs. April 11 | 9.00) 17.50 6.00 | 4,12 5.15 SUG, | AROLS IBSEC Ceres aes Ps Hae eee May [| BE eA ett ints 6. 25 86. CHORDILES TEXENSIS Lawr.—Texas Nighthaack. As common as at Hidalgo the previous season, and is the only Night- hawk of the locality so far as I could learn. In its flight it resembles the Whippoorwill. It does not indulge in the perpendicular descents accompanied by the grating whirr of the wings, so characteristic of C. virginianus, Common Nighthawk. It prefers to rest by day in open wood- land rather thanin dark woods. At all hours in the evening and during moonlight nights it is heard. I obtained many sets of eggs. Found first egg April 26. Fresh eggs found up to May 19. They were always laid on the bare hot ground, with little or no protecting shade. ae eee MOM bA 6 2 ca es) ence oo cice ese April 17 9.00 | 21.50 7.50 | 4,25 [2S |) GA | Skee CRE aa aa ee ear April 23 900 i715 Taatey ||) BES PADMORE se OO! i acicce ose sf b.s eke lk April fe 8.75 | 21.00 Ue ete eile Pusan eae |e LOLS aroints (2 ocienise cle) sons May 8.75 | 22.00 7.38 | 4.25 325 || 2 || Spee SS aan May 6 9.00 | 22.00 aO204e5p DOU EEE OOM sotcod seas ete ceesceek. May il 8.75 | 21.50 7.12 | 4.00 ABT ||. QS See ORS eee ae ee er ee Mays) eo pers ear cee 6.95 | 4.25 ADE || O35 0 Ki) area ee eee May 12 8.87 | 20.00 6.75 | 4.00 AGS |B 6 5epU CREA a nee eee eee May 17 8.75 | 21.50 7.29 | 4.25 TROCHILID 45. 87. TROCHILUS COLUBRIS L.—Ruby-throated Hummingbird. About the first of our arrival at Lomita a few of this species were observed about blossoming trees, the only variety of Hummingbird observed on the trip. GommeoOn mluomita esc --—252/s--c- 2-5 April 10 3. 87 4,38 ule 1.12 SOM PREC O! a nio.c cic 2c. acs econo ceie April 11 SHO aeabiceee 1.62 | 1.12 CUCULID 4. 88. CROTOPHAGA SULCIROSTRIS Sw. [Crotophaga sulcirostris [or sulcirostra], SwAINns., Syn. Mex. B. in Philos. Mag. i, 1527, p. 440 (Mexico, Bullock).—Swatns., Anim. in Menag., 183-, p. 322, fig. 65 c—Gray, Gen. of B. ii, 184-, p. 458.—Cass., Pr. Phila. Acad. iv, 1848, p. 91.—Bp., Consp. Av. i, 1850, p. 99.—Sct., P. Z. 8. 1856, p. 309.—Sct., P. Z. 8. 1859, pp. 59, 368, 388.—ScL. & SaLv., Ibis, 1859, p. 135.—Sct., P. Z. 8. 1860, pp. 285, 297.Sct., Cat. Am. B. 1862, 320.—Cas., J. f. O. 1862, p. 171.— Cas. & HEINE, Mus. Hein. Th. iv, Heft i, Bog. 13, Dec. 12, 1862, p. 101 (Mexico).—Gray, Hand-L. ii, 1870, p. 210, No. 8913.—Lawr., Mem. Bost. Soe, Nat. Hist., vol. ii, pt. iii, No. ii, 1874, p. 292.—Lawr., Bull. Nat. Mus. No. 4, 1876, p. 33.—Covgs, The Country, July 13, 1878, p. 184 (Texas, G. B. Sennett ; first introduced to fauna of U.S8.). Bull. vy, 3——6 : 412 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. _Crotophaga semisulcata, SWAINS., ‘‘ Anim. in Menag., 183-, p. 346.”—GRAY, Gen. of B. ii, 184-, p. 458.—Bp., Consp. Av. i, 1850, p. 99. Crotophaga sulcata, Licut., ‘‘ Mus. Berol.” Crotophaga casasii, Lrss., Voy. Coquille, Zool. i, pt. 11, p.619.—Lxss., Cent. Zool. 1830, pl. 9.—Lzss., Tr. Orn. 1831, p. 130.—Tscuup1, Consp. Av. ——, p. —. — Tscuupl, Fn. Per., Ornith., 1845-46, pp. 41, 256. Crotophaya casassi, Luss., Man. Orn. ii, 1828, p. 11. Has.—Texas to Peru. —KE. CG. ] Sp. Cu. (of my Lomita specimen).—F ace naked. Bill atthe nostrils .85 high, .37 broad (more than twice as high as broad); nostrils about asin C. ani. Gonysstraight. Cul- men curved from base. Upper mandible with three distinct grooves parallel to culmen. Legs stout, tarsus equal to middle toe and claw, the scutelle much the same as in C. ani. The 5th quill of wing is longest; 4th only a little shorter; 3d .20 of an inch from point; 2d .85 from point, and ist 1.90 from point. The tail is gradu- ated, the onter quills about 1.75 inches shorter than the middle ones. The color generally is black, with violet steel-blue reflections both above and below, with an olive- brown tinge on belly. The pointed feathers of head and neck metallic reddish-bronze ; those of breast, back, and wing-coverts metallic green. Iris brown. Bill black, with eray scales on culmen. Feet black, with grayish scales in patches. Length 14.50; extent 17.00; wing 5.60; tail 7.50; whole bill 1.20, from nostril .80; tarsus 1.40= middle toe and claw. IT have the pleasure of introducing this species to our fauna. Until within a few years its habitat was only known to be Yucatan, Central and South America. The explorations of Grayson, Xantus, Bischoff, and Sumichrast, between the years 1865 and 1871, discovered it to be in Southern and Western Mexico, Mazatlan being the most northern point, to the best of my knowledge, of its record. A fine adult male of this species was shot May 19 at Lomita while flying about the low bushes in open chaparral. It was very shy, flying in and about the bushes, and was shot on the wing. The appearance of its feet indicates that it was not in the habit of being much upon the ground. The accounts of the breeding habits of the genus Crotophaga* are as incomplete and conflicting as those of other members of the family, notably the genera Geococcyx and Coccygus. Colonel Grayson’s notes on the habits of this bird, observed at Mazatlan, being the best at my com- mand, I quote him in full from Mr. Lawrence's “ Birds of Western and. North-western Mexico,” page 292. “This is a common species in this locality, and throughout western tierra caliente. They associate in small flocks of eight or ten, and are fond of picking the ticks off the cattle. It does not migrate. The nest is usually built in a thorny tree or bush, at a moderate height, and com- [* The curious reader will find something of interest upon the subject in Sir Wm. Jardine’s Hor Zoologice, Nos. I and II, printed in the Ann. Nat. Hist. iv, 1839, pp. 160-171, figg. 1, 2, and iv, 1840, pp. 318-322; reprinted in Oken’s Isis, Bd. xxxvii, 1844, pp. 913-918, under the title: Ueber das Betragen der Kielschnabel (Keel-Bils, Crotophaga).—Also, in Prof. Reinhardt’s treatise entitled: ‘‘Bemerkninger om Redebygningen og Fortplantningsforholdene hos Crotophaga-Slegten”; Kj¢benhayn, 8vo, pp. 31; Aft. af Kgl. dansk. Vidensk.-Selsk, Forh. Jan. 1860. —E. C.] 8 No. 3.] SENNETT ON THE ORNITHOLOGY OF TEXAS. 413 posed of thorns and dry twigs exteriorly, and lined with fibrous roots. The eggs are usually five, the outside of the shell is rough and w hite, the inside is green.” It will be noticed that no mention is here made of eggs being laid in one nest by several females, the care of them being shared in common, as recorded of C. ani in the West Indies. So near alike are the two species that we should naturally expect their breeding habits would be very similar, and such an extraordinary proceeding as the above would hardly have escaped observation. For habits of ©. ani see “North American Birds,” by Baird, Brewer, and Ridgway, and notes of Mr. Ober in “ Catalogue of Birds of ‘Grenada? by George N. Lawrence. 89. GEOCOCCYX CALIFORNIANUS (Less.) Bd.—Chaparral Cock. From the time of our arrival until we left Lomita, this bird was con- stantly seen. At every turn in the chaparral we came upon one or more; and so unmolested were they that they took little pains to avoid us, being not even so shy as at Hidalgo the year before. We have passed them feeding on lizards, where the road was wide, and they paid no attention to us, but continued their meal. Upon one occasion my assistant and IJ, while noisily cantering down the road, were attracted by the sight of a Chaparral Cock feeding upon a good-sized lizard close by the roadway. After passing the bird we halted not three rods away from it, concluding to watch its behavior. We remained for some time loudly discussing it, and, finding it too deliberate in making its meal, we left it, apparently oblivious of our proximity. On another occasion I shot at a Chaparral Cock some eight or ten feet from the ground on a small dead tree. I fired at long range, and upon going to lock for my bird found I had missed it, aud that it had betaken itself to a stake of a brush fence running close by the tree anda few rods farther off, where it stood eying me. Upon the opposite side of the fence I saw its mate jumping about in a thicket, where, after reach- ing the top branches, while I remained quiet and concealed all but my head, it commenced calling to its mate. It was distant from me not more than three rods, and I was apparently unobserved by it, although its mate on the fence kept close watch of me while dressing its plumage, that may have been disarranged by my shot. The bird’s notes were four or five coos, something like a dove’s, the last one long drawn out aud ending with a falling inflection. It was with quite an effort that it uttered its notes, head and tail lowering at each coo. At the end of the strain it would stretch up to full height, look all about for a moment or two, and repeat the performance. After observing it full twenty minutes, during which time its mate made no response, I made myself conspicuous by swinging my hat over my head, when they both dis- appeared, the one in the thicket giving a harsh aud loud ery of alarm,— a trill which might be imitated by touching the tongue to the roof of the mouth and forcing the breath through, at the same time making a 414 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. loud, deep tone. This bird feeds upon berries as well as insects and small reptiles. From the impenetrable nature of the chaparral, in which it loves to dwell, it is one of the most difficult birds to follow with the gun or for daily observation. Hence the meagre and conflicting information here- tofore given of its breeding habits, although it is pretty widely distrib- uted over the southwestern United States. In the spring of 1877, at Hidalgo, Texas, I found one of its nests containing nine eggs, and in my notes stated the full complement of eggs to be from eight to twelve,— fully double the number heretofore recorded. I received letters from several noted field ornithologists who have taken the eggs of this bird, stating that in all probability I would not be able to find another clutch numbering more than six. Having the good fortune to repeat my trip the following spring, and pushing a few miles further into heavier timber and chaparral, where this bird was abundant, I gave especial attention to it during my stay of over six weeks in the locality. Although an accident laid me up for nearly half of my stay, yet I found a score of nests of the Paisano, as the bird is called there, all containing eggs, young, or both. The largest clutches taken this season are one set of nine, two sets of eight each, and two sets of seven each. Dissection of the parent of one of the sets of seven showed another egg ready for laying. Of the rest of the nests found all contained from one to six eggs each, all fresh or nearly so. The full complement of eggs will stand as eight, occasionally nine. The laying is irregular, often two or three days intervening between the depositing of the eggs. Incubation begins soon after the first egg is laid, and often by the time four eggs are laid an embryo will have started. In the set of nine a young bird had made an opening in one egg, while two of the set were fresh. Incubation and growth of young must be very rapid, for, in a nest containing six young and one egg, which would have hatched in another day, the chicks were graded regu- larly up to more than half the size of adult. The parent birds are with difficulty found on the nest, owing to their quick sight and rapid move- ments. When alarmed upon the nest, they utter no cry. The half- fledged young have no fear, and utter no ery when handled or killed. Their nests were found in all sorts of places, at heights varying from four to eight feet. The junco was not more in favor than the mesquite-, ebony-, or brazil-tree; a large prickly-pear cactus or a thick clump of thorny bushes is often chosen. One nest was near the main gateway; another in a small ebony, quite alone and exposed, close by a footpath, a lack of caution to be accounted for by their being little disturbed in the vicinity of Lomita. The nests vary in size according to location, being sometimes bulky and again very fragile, but composed always of twigs, with a lining of. . grasses, and haying a depression of about the thickness of the egg. Most of the eggs were found in April; yet with this, as with most birds of this semi-tropical climate, there is much irregularity in the season for No. 3.] - SENNETT ON THE ORNITHOLOGY OF TEXAS. A15 breeding, and fresh eggs were obtained up to the last of May. My first clutch was taken April 17, and consisted of five young and three eggs. I note a greater variation of shape in the eggs of 1878 than in those of the year before, and a decided tendency to a point at one end, although a few are nearly double-rounded. In size, over fifty eggs before me give an average of 1.55 by 1.21, which, taken with the avefage of those collected the previous year (1.50 by 1.21), gives a general average of 1.53 by 1.21. Their color is opaque white. 90. COCCYGUS AMERICANUS (L.) Bp.— Yellow-billed Cuckoo. A well-known bird, and breeding commonly at Lomita. Instead of choosing damp and shaded places for its nest, as is common with this species in the North, I found none in such places. Ebony-trees near the ranch, mesquites among cactuses, thorny bushes in open chaparral, and open woodland, were favored breeding places. The nest, usually a sim- ple platform of twigs, I sometimes found quite elaborate, and at heights varying from five to thirty feet. I nowhere found it playing the part of a parasite; on the contrary, I found it devoted to the care of its young. Although I was obliged to make special study of more local and rarer species, enough was seen to enable me to confirm the reports of its irreg- ular laying and hatching. The finding of many sets of more than four eges, however, must do away with the idea, which has been held, that the first four eggs laid are hatched before any addition is made to their number. I found no perfectly fresh eggs in the same nest with young. In a set of eight, two eggs were on the point of hatching, and there ‘seemed to be a graded variation in the incubation of all, none being quite fresh. In a set of seven, one only was hard sat upon. My impression is that the eggs are laid at intervals of from one to three days, and that when three or four eggs are laid the parent begins to incubate, gradually adding to the number until the set of seven or eight is complete, imitating in this respect her larger relative, the Ground Cuckoo or Chaparral Cock. Twenty sets of eggs were secured. The highest number of eggs found in any one nest was eight; the next seven ; the remainder of the sets were made up of six and less. Of over fifty eggs before me, the average reaches 1.20 by .90; the largest specimen being 1.40 by .94, the smallest 1.10 by .83. 6.00 | 6.12 | | 246 | fe) | IL@BINIG) Das Seaeeecolsseeoeor | April 29 | 12.62 | 17.50 PICID A. 91, PICUS SCALARIS Wagler.—Texas Woodpecker. This bird breeds somewhat in advance of the Yellow-faced Wood- pecker, and is much less numerous on the Lower Rio Grande. I found it to prefer for nesting hollow living trees to dead stubs. Although £ obtained a large series of skins of this bird, I was unable i ; 416 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol VY. to examine many nests on account of the superabundance of timber, which increased the difficulty of search. All those first discovered con- tained young, although the date of my finding them was some ten days earlier than in the previous season. On April 21 a boy brought me a female of this species, taken on the nest, which contained two eggs, the only fresh ones obtained. These two, with the one obtained in 1877, average .S1 by .61.. From four to six pure white eggs compose a full clutch. G4:| (Qs!) Diomit asso eee scee April 10 7.00 | 13.00 4.00 | 2.50 ME Wa Peery GIR SaaS so eeece April 11 7.79) | 13.25 4.00 | 2.50 SONS cl peta! nee actininee cemmioe seis owle April 18 7.50 | 13.50 4.00 | 2.75 1 Ye ah ie ga eo Kop gS Ss SS IS April 19 7,00 | 13.00 4.00 | 2.40 Gi hl Hee One anaes J aQeHay Osee April 20 10 0))| weloneo 4.00 | 2.75 POO aa Rene O nee eee cine aac a < April 20 Za 2oulaouee 4.50 | 2.75! TEQN | HOS NGO Meets wore science April 21 7.25) | 18.25 4.12 | 2.50 LTA) VON ea outa. sHaee oho dke eee code April 23 7,00 | 13.00 4,00 | 2.40 LOR NOP wectOO taemas ite sjene asacelcmee April 23 7.00 |} 13.00 4,00 | 2.40 OEY HS NE SAGA eae SACS oa aE G2 SEAS May 7 7.25} 13.00 4.00 | 2.38 S05 MOWER Onie te ad ston soko ce ayfaeee May 12 7.00} 13,00 4.00 | 2.25 AOD et calle LO) wocte eas a cnesie co Meise May 22 7.00 | 13.25 4.00 | 2.25 92. CENTURUS AURIFRONS (Wagl.) Gray.— Yellow-faced Woodpecker. The more abundant of the two prevailing forms of Woodpeckers on the Lower Rio Grande, and very common at Lomita, and as bold and noisy as the Red-headed Woodpecker of the North. Although breeding abundantly at this point, so that I might have secured many sets of its eggs had I chosen, so great labor and time were necessary to get at them, situated as they often were in the heart of large hard-wood trees, and not very accessible, that I forebore making a large collection, especially as I was crowded with rarer species. The first set of eggs taken was a clutch of six fresh ones on April 17, some two weeks earlier than the first set taken in 1877. On April 21 a nest containing one egg, April 27 two sets, one of four hard sat upon, another of six, four of which were ready to hateh, and May 1 a set of five fresh eggs were taken. From four to six eggs is the usual comple- ment. The average of eggs taken this year is 1.02 by .74. The numerous holes which I observed the previous season in the tele- graph poles, and which I inferred might be nests of Woodpeckers, I found to be excavations made by the birds in search of a large species of borer that works in the dry wood. | (OS |) aie ll bonny Shes Gseeeseercrs ss = S- April 12 | BAS Sivas =| oo Seer | BRR e | Seen 128 | ¢ il 17 | PSG UM lesanG Oneinem en yoo eal). ee April 18] 10.50 | 17.50 5.25 | 3h BAAD On| See cQOMseRee ewes asc occas April 28 9.50 | 16.50 5.00 | 3.00 SSA og Bae NOONE awe Wan ees Geass cet May 6] 10.00] 16.50 5.12 | 3. 496 | Q Yo. 3.) SENNETT ON THE ORNITHOLOGY OF TEXAS. A17 STRIGID Ai. e 93, STRIX FLAMMEA AMERICANA (Aud.) Coues.—Barn Owl. Common on the Lower Rio Grande, nesting in the steep banks of the river in places usually quite inaccessible. I have often wondered what became of the birds and their eggs in case of a sudden rise of water such as I saw in April. 94. BUBO VIRGINIANUS (Gm.) Bp.—Great Horned Owl. At Lomita I obtained two specimens of this bird and observed sev- eral others. They are much lighter in color than Northern specimens; otherwise I noticed no variation. rela hs. 53.50 | 15.50 | 8,50 * 100 | 9 21.00 RAOUAVUIS tan ae cp as win's)0'e'n ooo | April 12 95. SCOPS ASIO ENANO (Lawr.) Ridgw.—io Grande Sereech-owl, [Scops enano, Cours, The Country, July 13, 1878, p. 184. (Rio Grande of Texas; G. B. Sennett. First introduced to U. §. fauna.) I give the identification of this form entirely upon the authority of Mr. Ridgway, who has made a special study of this family. —k. C.J I was fortunate this season in securing several specimens of an Owl which have been recognized by Mr. R. Ridgway as this variety,— a Mexican form not before recognized within the United States, and I believe it to be the only variety of Scops asio on the Lower Rio Grande. Nothing differing from the habits of our Northern form was observed; nor did I see any in red plumage. The measurements given below of my specimens were carefully taken from the dried skins, with the exception of length and extent, which were taken in the flesh. Last year I found a set of three eggs, which I gave in my notes (Bull. U. S. G. & G. Survey, vol. iv, No.1, p. 40) as “? Scops asio var. macallii,” the bird not having been taken in hand. I did not succeed in obtaining any eggs this season, but captured a half-grown young with its parent in the same locality where I obtained my set of three eggs last season. The eggs average 1.37 by 1.16. Just as I am about to send this MS. I receive a set of five eggs of this Owl, taken by Mr. Bourbois from one nest, on his ranch at Lomita, about April 1. They measure 1.28 by 1.12; 1.28 by 1.16; 1.31 by 1.11; 1.28 by 1.14; 1.30 by 1.15. | April 12 | 9.00] 22.00 | 6.00 | 3.25 | Trs. 1.35 | April 12 | 8.75] 18,50 | 6.00 | 3.30) ,, 1.40 | | April 15 | 8.50] 21.50 | 6.15 | 3.35 | ,, 1.25 | May 1| 815] 21.50| 5.85 | 3.25) ,, 1.20) | May 11] 8.00| 22.00 | 5.95 | 3.25) ,, 1.20 | | May 22) 9.00} 22.00 | 6.00 | 3.20 | 1: abe we) a [eeeree| ences Bee Specimen No. 489 has the iris greenish-yellow. 418 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. 96. GLAUCIDIUM FERRUGINEUM (of N. Am. writers).—Ferrugineous Owl. [Glaucidium ferruginewm, CouES, Amer. Nat. vi, 1872, p. 370 (Arizona, C. Bendire; first introduced to U. 8S. fauna).—Covuns, Key N. A. Birds, 1872, p. 206 (the same),—R1pGWw., in Bp., BRrew., & Ripew., Hist. N. A. B. iii, 1874, p. 85.—Lawre., Mem. Bost. Soc. Nat. Hist. vol. ii, pt. iii, No. 11, 1874, p. 297 (Mazatlan).—Lawr., Bull. U.S. Nat. Mus. No. 4, 1876, p. 37 (Tehuantepec).— Cours, in SENNETT, Bull. U. S. “Geol. Surv. Terr. iv, No. 1, 1878, p. 40 (full description of Texas specimens). Norr.—The perplexing species of Glaucidium have of late been so extensively investi- gated by Mr. Sharpe and Mr. Ridgway, with such notable disagreement in many particu- lars between these two leading authorities on the genus, that it is scarcely possible for one who has made no special study of the case to decide upon the nice points of nomen- clature at issue. I therefore only venture to cite a few references of undoubted ap- plicability tothe forni now well known to occur in the southwestern United States. —K. C.] Not uncommon at Lomita, but from its small size not readily seen in heavy timber. Its note, a clear whistle quite difficult to follow, was. often heard during April and May. RBar Caen oa, ie ajo nm 21a casa OPIS caine ns.asinie @ + innubn emis S01; eteds debe eo Ee ee a sceee) ne ee Se a ese CORAL IN IER EE seg ania = = Sioa ae RRR eae ee isel~/ evs ers mene icles ache “ESHEETS. ANTORTSEDY COV AGE SSS a eas pe eT Es eee RLS Pe a ee ety Spee Pete eA COMIG) RAVEL, WHLCE .- - 00s cons akanun ae deae vawesecs on -- 0+ -scnccinnas 4492 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. Galveston, Harrisburg, and San Antonio Railroad, Texas—Continued. Stations. Eleva- tion. BRANCH FROM HOUSTON TO COLUMBUS. i : Feet. PLOUSLOM,| U1 C= Wawel sete ee aa ee a ele se eat neta Houston, STAC CE seal seeie == tee ae ere ete SGeh Sc oesessiesse cose: 50 Pierce Junction 32sec ceed jae Gee acini Saree nla a ace otstale | oats aga 60 Peehimond seers ee eee DEITIES Bays HORII IRE colette oa ae ale ca ere aataye 70 IBTaZOSUEWLViCT Widely iy osta a aiie iste aster era ete ee aaa a 30 IsAyNCIOMN Ges bon eho saShsG.655005 24 cooRoo sonsse bod cadbopasSdcone Hose cone 90 Masti Barnardos basen tenes eeeerye sate ee ienicisins ene ce elem saree aa eee eee 120 Bast-Barmard'Creelk, wwaiters 5 ees | does < aisle cic nisin ale acpaiciesiejsem ee eee ee 80 West Barnard: Creek, waters. 5- serie. ccee a= oe measles aun ee eee eee 130 Wrest Barnard 227.2255 gece see oie mae cistern sa cesees Sein seis eee aes 160 Maelo Wak @e ee aaj. pienso arora sepa tee ae ecica cle visinj= Siene cise Mieteiaiaense sane 200 ‘Alle ytom: oo ee baad eee Semeiteees Signa iets ea clociiis am 5 wettntacnmetee serene 190 Columibus jes as bocee sc: see ae eee icine es ce cee ean ee eee 210 Colorad ovRivier,) Wweabety-tecse)scacisetcce= onic ale crsccioss seiars sone sen) relearn 160 Base is Houston tide-water = 0. The road requires no correction. Texas and Pacific Railroad (from the chief engineer ). Stations. Elevation. Feet. Feet. Texarkana, junction with Saint Louis, Iron Mountain and SON I RPMROPKOlL CASES ayeaos Seesarons Kecoatosds bosatQeedr 287 281 Texarkana, junction with Transcontinental and J efferson Di- visions Texas and Pacific Railroad..-.-.-.-..-.- pail tatraiac 1s a aaa 364 358 Jefferson, junction with East Line Railroad.......-......--...- 227 221 Marshall, junction with Jefferson and Southern Divisions...... 377 371 Longview, crossing International and Great Northern Railroad, at erade er iets (a aay ents ee aaa eee Cee Een 342 336 bowser Clo epee Ee ales ste ce iee 330 324 Big Sandy, crossing Tyler and Tap Railroad, at grade ....--... 342 337 Mineola, junction. with International and Great Northern Rail- MOD Meo eeescisiec, saab. PANS SOS oR Suc CHE aa aeOmed noesacne 415 410 GrantiGalines. ie: occ ncen eee oS Sa Seer eet a SOrS 406 A401 AWS IR Orihn 45 NRaeesnoaeessnolocosos Bee ete Gee ae SemmmnA HOSaae 536 531 IBID 556485 ea ae eae OabEs aiken Be SHC AAU Mo BOOGISEeeenGE ore 507 502. PISTON eee oe soo, Sab ees Cote See ee meee setets cen aaae 520 515 I OUM ON 2 aiaiaisa)< aSic, ke cee palace Seen eR ee nee eee eee 75 A470 IME GUID e AE ee eS Se eters on ee sarees 500 496 Dallas, crossing Houston and Texas Central Railroad at grade. - 72 468 Dallas, junction with Wichita Railroad....-.....-.------------ 438 A34 LOT NOUN see os Fokece ose vies cles cece so eine eee eee eee eer 629 625 SU aWe OMEN. SSeS Son se ORE OOSER EBA HSE SSO SnSSoo. con HsooDe aoe 204 200 TRANSCONTINENTAL DIVISION INeRy IBOSUDIMN G35 5o5 GoSoIIDON DORA eBEErO cscoco cnoo aotcus Hood OBE 375 387 IDOI Kills) SS SSAs Goes sSn ee Coe EEE eSenEBene senor pbooco6sS piace 410 42 @larksyvillopeepweencss, Sone tat! doe eee eee eee = 452 AGA [Pa 452 56 42 bac s5os SSS SO eSeeEeNSnee Hees tsdo coseSs SSac cabbie 580 592 Ia nGyy ChROIOS Eh Sh 4 tS SHO ooo MRE BO REAB APCS SOEG CSoas5 con aasnnde 670 682 Bonilla ye oS Sia so a's lg begs SOs ieee ca 570 582 Sherman, crossing Houston | and Texas Central Railroad at GIGS Sots bedson cocede seccseIaHORUy GBaG JAbcd6\ss00 snccooeews 735 Ad Sea-level is said to be the datum. The following points upon this road are checked: Longview, which is given by the International and Great N orthern Railroad at 366° ehh, a ees a correction of —6 feet. ; »Lists of Elevations, 4th ed., p.'7. No.3! -GANNETT’S ADDITIONAL LISTS OF ELEVATIONS. 443 Dallas, which by the Houston and Texas Central Railroad is given at 468* feet, in- dicating a correction of — 4 feet; and— Sherman, which the same road gives as 747® feet, and which indicates a correction here of + 12 feet, In the division of the road, Texarkana to Shreveport, I have distributed the errors +6 and — 4 feet, while I have applied uniformly to'the Transcontinental Division “the correction -+ 12 feet. Tinton Pacific Railroad (from Mr. George T. Nealley, assistant engineer ). Stations. : ‘Elevation. ; Feet. Feet. - Omaha, low water in “Missouri ven an oe er Re ere amen ee 0 983. 26 CNIMONO SAP eek Se ee Rt orl Parte gies arora Se MeO, 1, 012 PRG Lea a ee ec renee ne (Ae as NIE nS NS SEP PESERCEP EES 38 L 021 Platte Valley..-.-..- a a speak fs Sone ie hats na ho pie ie ae eee eed heme ter 1, 165 TB TREATECOYEN G (city Ae acs Aa em aa ae ee ec i eS nee 236 T, 219", North Bend ....... ar a OK EC Ra Beye es ee A red a 313 1, 296 SCL GTE RE Re ee ee eee ee Leen ee hee 390 1, 373 Columbus ....-.. .-.22. +. bebo scbbeo stocedt (Sonos ee (Geass 486 1,469 - AMBKSON GU eu. eee IRIE LY SELINA SO SPS AS RS ee ed eee eine 533 Ney i> Silver Creek... .;. 2... PENCE THE POPS SSIES SSeS AE Hee! Pont (Qi ys Oe ee PRS ADGA SPOS OS OI TIN ET ne gts AAAS eE E “662 1, 655 Mone Eree b- 22s. leeee RUS GS 8 oO OOP AS Pea eee me FA iad i 9 komad (il alg fo eh MUAERPMENIRTTNN Re SI eet ot Torts taal aa ae Deda Seas tr eb Be an LL, Zoe PG reindnesN ands 255. Osos vee aie Sei ot Sas eee se he are tara | > 904 1, 837 Pawnee .... -.....-: eRe eee eae oie nel he SSSI Pe ates, Bebe area 956" ol 3 WeodlsRiver.: oo. .....e cee ee EELS SOE OS A eer a 1, 027° | 2,010 (Siu Lghile 2 SRO Sel arco dear aa aaa at AS ee SN eeaoe ese Le kOUco eT Oe Keamey Junction: ees! o. soe Lea a ae eee 1,159.5 | 2,143 SHIGA STE SCOTT PS a nc a aD re A Pe mel Eyeo 2,214 Elm Creek ..... fete eRe #: BE OPO ROR ER AES DOG ee Sierra 1,306.5 | 2,290 Overton........... ate EE ESET Sia F ASR ae .| 1,362 2,345 Plum Creek .......-. pace lt RGR A ooo SOG AEN Ee ee rarer ne oe 1, 426 2, 409 Covyoters2 oot eu okies see. Cute AE RIOT MP I G8 oR UME SI tae He TE 500 2, 423 Willow Island.......- CoN oe Dates PR VS eer eee renee pane nee se 1, 563 2,546 . Wistirom (2.2 fesse BAe BES OLS 00 0 ES Re eee ey Se tetneren ate 1, 644.5 | 2, 628 Bictive San Gs ai. 5 eat BRP REE etme BODO OSC Cocenl £, O90 2, 673 | WOES Gr SON eat ieci bar oe an kn ons ee ae See ee se ses 1,750 2,733 Norther lather js so. eee Sa ra rag era ere rar ree getter 1, 841 2, 824 JLRS oe BBs RS SE al etl een ee te We ROSWELL Ucn 1, 993 2,976 IGSCOGe foes). a Aveo arcs PS aes a Rs Ga Se ae eiwteio 2,173 3, 156 Opallala..-es2l..-s2- ed eee RE ARN EP DAME CM WAC Sate 2, 247 3, 230 ESIGARS PPRUBI OS ete ee bratra nie fae ow 2 fnieinicse wim wie wielwle wine Soccee secs sSbesese 2, 402 3, 385 Julesburg-... 222... 2 Aeoe BE Gnee Gee coene SEtuLeeketosseuce| || 2, Dao 3, 548 Laue? ROG Ree ee een ae erate ear aie Aer siemens 2, 865 3, 448 DIGMe NE ae soos fasts Foe Reena ee ee hPa en ae Reel Sp koG 4, 109 Pear sks els ok RRR Le Se rk ae a cere ieee shear) Oy 405 4,398 PRTREOLOB OR el reer ocisnninve gins aoe ln bcSe ace ene eects A OR Pere Sah sess 3, 741 4,724 1640S 75) U1 ok eee RSE aneeaats SoD Reese cee ces 3,902 4,885 Pines hidiguas BoScste wees Sse Sieh Nese Us bbRS Re teeee Ae epee 4, 082 5,065 J Bf] (ci fy ae eg eee ietinee orem eer ae LE REB Gee oecebets 4,323 ~ | 5,306 Hillsdale 2252/2065... 3 BoA RSE Pee leah enya a er een 4,671 5, 654 Archer........ Cues Jkeoreree eens pun Cece se testee tee eee eee zee oO 000 6, 033 (Oiereuner eapeerann tase 02 2225 5350" Lots Scmeseeemestscs a seme 5, 097 6, 080 Hazard Junction, with Colorade Contead Railroad ..---.~.---..--|.--------| 6, 320. - [ICH ee See eee are Son cs 8 SOS Se emeerei aims csicts sco = (°5; 358 6,340 .- Ofte: 22.1.5: perpen pam eS S mpi Raf Reba a ULE aoe oee Bresaver oe 5, 967” 1.6; 940 Granite Cation .-..-- eee aie Meare BSS Boe Sr aren ae oes | Of) oO” 7,336 ee eee eear ean: i222 = 1. ltt See ee eS 5o5 55] O;eer 7,808 Sherman ...... BEE RE ts Ac nc eS ce eee URS eis om co cs oe 7,291 - } 8,262 OMSL, ts os 7 SA et a id art Ce 6, 930 7, Fe os Harney ...-.- ER As mei 78 eee ee ee _ ae Dee! 6,729 | 7,709 . i a aaa 6,592 | 7,572 ~ aL ists of Elevations, 4th ed., p. 6. Bull. v, 3——8 444 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol Vv. a Union Pacifie Railroad—Continued. Stations. 5 Elevation. Feet. Feet. TNE 12) 6 IT RRP EERIE ei ayes se a SU ae A eo 6, 344 7, 324 Fort'Sanders, siding’. .2/.02225.25200-5.-2--- Sonochshoaotee dcosee 6, 215 7,194 Maramie Cityss- cus sisice ass sa lceeee ce eee sees see ee eme eee 6, 192 7,171 Sowell esate cee aces cerca eon eres See Aaa 22-6, LOOl Tina eee WYOMING, osour hese soc cian ioe coe seene: eae ec caiememine 6,121 7, 099 Cooper’s gE Fc | RR EG PIAA) Bs 08 2 AR Geant oe 5 Ee 6, 100 7,078 Lookout sccc.2t¢.bsceeetee cet tet a erie EOC a Se Toe 6,212°~ | 7, 189 Miser acs eke tei eee aie pm eS ba a eee ie ie ae 5, 983 6, 960 Rack Oxreelee tee on ce ccc tice marslnisieiaiers ain ooo Se eae ee 5, 758 6,735 | COMO Sate hee ese oe cane ce Gere se eee see cai o='s\a aa Sees 5, 754 6, 730 Medicine: Bown 226 2 c50c. eee nics aeismmeosscicn cela aeee eee ames 5, 606 6, 582 Canben: foo aaas ase a ae eee rea oe de ak os nehs came cee e--| 0, 805 6, 781 SiMpsonhooio6y. ose aeseetece ase semece ine a5en\seeemnuace sce he eee 6, 281 7, 256 RONG sot Lae nee wa cee mene iaiselow ca ac ccs cieci meen ermine 6, 006 6, 981 Daan 52 acd eumpeniac eels steema aren ner ores essa ame sabes eee 5, 896 6,671 | aL apy 2 set eee ee eee comic maioe = pisisiominm sapeeeisia Seisenie es 5, 807 6, 781 WSR LS cimeape re Ame ions ew eile cia a ure ai rata oy Re nee 5,665 | 6,639 iGreenwill@) i sewes cae cesiscccne sSeee cuss seen aoes es aslaamieensneeee 5, 533. 6, 507 WentON Aocccepees san ess see eee Veteinin’s /sG2 bee SJ ee ee ene a eee ee 5,614 | 6,588 aN S atop ene e Ne seleie nislac Udicinte sisie a cis ore RISE ee eae 5, 788 6, 761 EAM Ge remecmi sc sao, viclae ale miec ai) wien eae ccs laa ae ee eae 9, $53 6, 926 DERALA MOMs teens has wae acess cowie celine cme alacieistee nana ween Eee 5,711 | 6,684 PEPIN OTE =n vdciciwtes sie cicte ox = cnictawislecisve sine asic acre eerie oes . 2 week ice oe Caen eee eee cere Sens. (neni Parr mi Ey MMIC MMM TI: SDE Nee eee cicc i= sc6 voce cs ciin ocean terse nace eee ee em aa Omen 7,396 NYAS Seer ocean wacin oe chp opeeeee - eee ene meer se ee | OaO 7,060. | LDP AAS er Coe a ena eine cena coe eee a eee eaemeeeta ee seeene| 0, 190. Mime Wahsatch...-..-.-- Datlelon cee ee Face ee eee ee eee ees w. = =| aa eee 6, 812 Castle *Reckjesa 65. y.2 5. BOE cee Se eC Ee eae rae Lael osu 6, 236 1 B61 5 0) ge A rs SEL ERI IS SCC SIT SS ae 4,509 5,472. Weber Quarry....-..--..----..- io bia as ole aS Serene ee ee ea ooqsges sane 4,273 5,236 | Vile NE VE SREO je 50 122 oS SEES Ge See Sees ecole ee Bese 3, 973 4, 935 Weber River, igi SS en INRIA Eye iy NS 3, 859 4, 821 Dew TSG Abela. so seme ce nis | 5 cas soc) ae See eee ---+--| 0,048.) | ApB0or Te Rona aac Soo oe ee oa 3,557 | 4,498 Pasgdows Mal. She ee col cacacs, ccs seisoes UCP Eee ee oe | 3,393 4, 353° Ogden .. Je 2s ene ce 2 tc Cee ee ch a 343. 4 | 4,303.4 OnteniMiven....... tes wee. 2: 2... ee ae ee ern 3, 315. 4 4, 275, 4 -No.8]) | GANNETT’S ADDITIONAL LISTS OF ELEVATIONS. 445 This profile of the Union Pacific Railroad was recomputed from the original notes by Mr. George T. Nealley, then assistant engineer of the road, at my request. It is aid to be the only correct protile of the road in existence. The discrepancies, how- ever, between this and the profile in the possession of the United States Signal Bureau are very slight, which fact goes far toward proving the correctness of both of them. The profile, starting with my height of low water at Omaha,* checks at Cheyenne to a foot. _At Ogden, where it connects with the Central Pacific Railroad at grade, there is a discrepancy of 26 feet, the latter road being the lowest.» I have, following Mr. Gardner,¢ given the Central Pacific Railroad determination a weight of 10 against 1 for that of the Union Pacific Railroad, giving a resulting height for ‘Ogden (track at station) of 4,303 feet, and leaving an error of 24 feet to be distributed over the Union Pacific Railroad between Cheyenne and Ogden. ‘Colorado Central Railroad.—Branch trom Hazard Junclion, Wrong ( Union Pacific Railroad ), to Cache la Poudre River, Colorado (from Mr. George T. Nealley, C. E. a. : Eleva- Stations. tion : Feet. Hazard J unetion, Union Pacific Railroad SNS SEMEL Sams seeeeecticr ance ss bees 6, 320 STPRLUTEN S65 Spee DS CES SSE TERE aE SRT co-ed ed ee aaa aa aes ee 6, 395 ‘Last crossing Lone Tree Creek Shenae SeSSee SA SeERS BES SSeS SEB LCR Eien SRS 5, 985 SUMMON sss Seer eee ere eretsse2s stabs thas ta ke a Cea Ie re RS ern ne Soe ne 6, 120 ~ Last cose Box Elder Creek seen ree ebro WYSE Be ciec npaecieimiae seeaeie 5, 320 BR MIMITEUE Reet 3 12 Pete SE SDSS eae Shee ee ces cee Poe eee Chisels 5, 275 Cache la Poudre River, at Fort Collins ses sare aaa eee eee sisson lense 4,975 Hazard TaNetiOn: given by the Union Pacific Railroad (see p. 443), is the base. There is no check. oon Leadville, and San Juan Railroad preliminary line (from B. L. Berthoud, chief engineer ). Stations. _ Elevation. é f 3 Reger leiey W277 Feet. iGeureehowil,) O10 «ccc cecce cone eee nccene eines? sl cteetecpaasa Beets 8, 400 8, 514 Silver Plume ...... eProp ysicinjasaiclviw ielaiw Sele UE eee .---| 9,000 9,114 PiecanihnmAU Geese Soo a cise sncianistocwie-wiscoceet teak an ewe aeons pe se 9, 077 9,191 Paleerumlley ha Se ee ee eS esr ee re 9, 602 9,716 “sy Cosy tees cr ec Corl hues 10,800 | 10,914 SOIT ra os od ec eset emma 2- | 11,850 | 11,964 Snake River (opposite Montezuma).----..----.------.- Sredresscrateerent 9, 800 9,914 Norbbwhen Mile Creeks sae oa) ae ce nam mininla cemersisieomoaree Raertina aera 8, 850 8, 954 PRP TIMIVIGIO SASS ee “is alaltoha late Svatsy earner actor tere ole 11,300 | 11,414 Leadville e-- see. eee esse eee 1 n mata eae aa beer 10,100 | 10,214 p Georgetown track, ‘from the Colorado Cah Railroad‘ is the datum. There is no check. a © Lists a Blevations, Ath A ap Dp. 4. + Lists of Elevations, 4th ed., p. 48. * Elevations of Certain Datum Pointe; ete., Gardner, in Annual Report U. S$. Geolog- ical Survey of Territories for 1873, p. 653. pst a ao 4th ed., p. 19. 446 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol¥. Pueblo. and Arkansas Valley Railroad (Colorado and — Memeo é weg! Mr. eye? T. mr ae G2 Be)! 8 Stations. , mR, » | Elevar Mtn Sprinas +: see Oe eee anne oe b-4 cS OE LAE Se ee RSEMEIECER PE MiSed oo: 4,748 Phatcher ssis2fhss cise css sone ees as Bist FEST E ET a ee eae eee JLOCTIO: sey ie Sues bes eS a a ay ie ey ee So Be ra aS Takacs ye apa ge Crossing Denver and Rio Genie Railroad ..-.-.-.---0--- 229004 s-ns22-2-22-] 5,929 ‘Commercial ‘street; Frinidad’: 82220 5.205) 5222. lo as ese pe Wo age eee Cee 6, 044 Coal tracks? 22222222222 2 ee2geee eee coco cesses ick SSeS 6, 395 Morley. Jesse 2o cre 82 fis oe ee a eae ee Sununit-of Raton: Pass 222-222 ssc steric eet Serie ee Pi eheeees ~“T, 863 Grade at south end of tunnel, Raton Pass Sink hinge Dela Sales Sees eee eee 7, 680 Wiaillnw (Springs? s2 'stuss Meese se esses oeccle: stots ee eee ee 7, 691 Baele, Tail -Dikes 222: seco csscesvast de cind woosad seestcceosccescoeseeomeee ~- 6,124 Opposite Twin Buttes: 252372222 s2soesess es. soe 5- i sdetie sc Secccauseee ae ee 6, 013 maele; Nails: 2222.0iedessclssle2s beck wee cee ok ae oe aided qe hee ae al a- sane eee nies Summit, east lite 7 wenn ee co eee --| 4,905 No.3] GANNETT’S ADDITIONAL LISTS OF ELEVATIONS, | AAT Preliminary surveys for a railroad from Cheyenne to the Black Hills—Cont’d. Stations, etc. Ushi tion ai WEST LINE, ace ; Feet. fast crossing eC ea estates mer bewe e's feet 3, 870 Summit PSAP SSS HORS SOO OS odie BOOS OOO 2 eseees woes eee Wn ee eebsee cscs des 4, 225 First crossing Cottonwood ee eee resets wedi webosh Aub Ges te ore. re Wheyenne' Hrver ...2257.22222e2se2e5sse. tsk: BSEEEE LELELE USES Dee ee eee Rese 3, 480 First general summit. - ~~ ea Sdacmoore GULEE REGGE UES eReR eee ome ectemme Gata -| 5,940 TUNG Sea BRASS SOCAN BOS SOMaN didactic acc Shot cee eur satsece: 5, 045 Bimmit. 822 2 kee “Ltt STAGET LEERY Sete Brekiee ee eee 5, 740 ES eee eee eee eee eet Eh eee ata eee ELLEk eee eee 5, 020 Summit, highest coms of vailley-drainage in the ee ie eee ees ee North Spearfish Creele rss re sooo eee eee eeteee ees 3, 410 Eid ao) be RATL BET ak Sees ewe ces Feet wees Ses at woes éacee- 3, 655 Castletown. Nee RR ciate Valk. wlatan|- wale eisie-s gies oldie oe Sm/Soee Ree Neemeretcralslae mat tSIee 5, 020 Mountain City ..... Prvmeee crim niet ana SLE A Ue TO Ge LSS tb en a 3, 610 Spearfish Giiy 22140 1Ous If HU AUES Peewee ae saa cae meee Sd dat DLe ae dt 3, 760 Fort ees lag-stft. was SL wuntweaereeewraved SL OR Deh, ete | 4,295 i Btterenne (track Union Pacific Railroad) is the datum. As there is no check, there is no correction to be applied. ofall ars : ss Preliminary line from Evanston, Wyo., to Fort Hall, Idaho, via Bear and Blackfoot Rivers Ms rom the office of the Union Pacisic Railroad). Stations, ete. Elevation. Higainstan itodnd- House Cetieeccasheeswenvexe wen cubea see EI, lcosacevessscscreccuseess Pies bs Belaesisess ‘Bend in Bear River .22-.«:s2=2- RuetKe qudweme sewed ioe ‘Bear River. wee ces Ses ESSE ow BESS SS He OUSO®S be eb 6 See eee be aE Bend in Beat VePas = etxesccc cu seeercusscese tetccccuce ‘Crossing Smith’s Fork :.2.2..2-..c00seeseesecevecece cane Bear River oo. . lecvccscee cee sae DUP AS wen une accessor ‘Bear River <2. jecseccecaaas Riek neaeeesEla Nisa els emer ‘Crossing Tullock’s Bork cscesee seoesessesseseneeesne cess ‘Bear River a pee ee ete Re SRE Ckt eee Oe AN e See New ie Bear River eee seb ete sees seer eeesee Shesae eed i Ns A Kn Sas a Beat River sence sansk > aancee wesc ten etd esewssueea ence oe Divide, Bear to Blackfoot ...... ..0-+.-4--+ seeeee en ee. ‘Blackfoot River... . 2.22. ..v-.e see eee ve eees ee ceeseeeee| --- ‘Crossing Little a —— -suue ews wewe seed men sks al ‘Blackfoot River .....2..2s+-++ crigimce ee scerEer wichiet emia ealware Blackfoot Watariecc. FERRE COR amentOUN Nee aimee ee ‘Blackfoot River....-.. Been ek me wc cade eC eo mnRER ‘Blackfoot “eS PR RRR ween Palka eS Uda b sa ‘Lincoln Creek, 1,000 feet at of Fort Hall .cewsewickn tte Base is Evanston Round-House. Seé Evanston, p. 444. There is no check. 448 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Tol. We Utah and Northern Railroad, Utah and Idaho (from the office of the road). Stations, etc. Elevation. Feet. Feet. Ogden, Utah, track Union Pacific Railroad ......-.---..---..----.- 88 4, 303 Brigham City » ish Bevel eyelet eka rg NE Se ee eta 108 |. 4,223 Box MU der! Walker te ark Pe Pal ar ve 2) ee a ae AS | yidewos Summit between Hampton and Mendon ....--...--..-+---- »---«.-- 768 4, 983, Mem Or Bev pee ae eae ee Be omer eg Sia a al Sek Sint olla! 2 245 4 460. Mitthe Bear River Bridee <8. ean aa aaeig cia nin ee ere ietea ones 210 4, 425 ova NER Pe Sa eam eee ee a he wias (cere eeeeeeaea| seo aalem 4, 509 Moran Tabermacle Square. 20 5o)j.~ sa4s ces seine ene de celsce ate peewee _ 330 iy 4. 545 SraiGhifiel ayy ee ee era eer are Uae) Lala ier sa a aie ae 350 | 4,565 Rrithmonds! ge .1.0 2.35 eect eps sem cen atereinc a tees Bilstae he 322, 4, 537 Berri ee ee yen se minisin's ae ainae cm'ano eens c oa eee See 301 4,516 PRELIMINARY LINE FOR EXTENSION TO SODA SPRINGS, IDAHO. | _. OohGee Summit of hill, nine miles north of Franklin .....-...---++ ese+ eee. | LE 5, 032 Proposed bridge over Bear River, 14 miles from Franklin, at foot of | wh CANON Wabete Wels. voc. .s0cce soe cincemareeebiens Steen esp oeeeeee 394 4, 609 Head of cafion, water in Bear River - eee aN pBtien gas eur eccg eee - 477 | 4,692 ellow/spreek,. water 222. ..'s.).sccaspne seen oe Screener eee 687 4, 902 Proposed bridge, 10 miles south of Soda Springs, waterin Bear River-| 1,307} 5,522 Soda Springs TB PathON pate cae « s=2 ce cciees smemeeieiiocis cess. 4, 893 4, 867 iBone Gire Cie) 0G ooo a eee er cn Sten Sh ee naa 4, 889 4, 963 UI RBUNIIC-DOWLECE Wilby oi 2. oes oe Hoes oP tees cess sees 4,904 4,878 Summit between Boulder and Prickly Pear Creeks .....-......----. by Viayl 5,731 Pankey Pea Me Lee arin. win c/a)sist's Sacc\e sm oeleparcineaiewiacines sss o\vajois = 4,761 4,735 WeMersOn Clbyereeer etc. ss s+ 5 seed oan saeieeeeeineaiencs cote oceces 4,575 4,549 Warm Springs Hotel..........--.-----. GSES CS a Se eon oe 4, 296 4, 270 Clavnny Oeei st Se ee oe Ke OO ee 4, 262 4, 236 Dales ROMP OSSIELOLIG. -2.\s.sco00 clas aicceteeeetieee acess cacees ene s 4, 253 4, 227 IPMigbiv Peatdeeek, Ded -.... 2-2 -.06 escecs aa ES cnc a docede ue 4, 080 4, 054 290 miles from Ross Fork ...-. Pape Na 3, 951 3, 925 ene henraLiaimeblelenie a se..2 cs so ccmeeteeteeemeeioe Gee etewcebiaccins 4, 061 4, 035 Corner-stone in basement of school-house........---..-..----+----- 4,149 4,123 450 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.v. Preliminary line for the extension of the Utah and Northern Railroad—Convd. Stations, ete. _ tokh i Elevation. __ PRELIMINARY LINE FROM HELENA, MONT., TO HENRY’S LAKE, IDAHO. Feet. Feet. Bench-mark at Helena (see p. 449)-.2.5.2522-2200 eeesecssceces-ss- | 4,061 |. 4,035 Prickly Pear Creek, -bed «i citoescrsceccwece soaescdssceMessaes tee. 3,901 | °3,875 Little Prickly Pear Creek, bed: scsnssssscsacsex ssccecs a sda ee zune: 3, 909 3, 883 10 miles from Helena... 22. ...26--s2see0 se 5<- fons tere ear neta d eee! 4,067 | 4, 041 . Halfway House... .-22 0.45 soso. oes oe reeetae do sedcessseslessAe as 4, 157 4,131 Opposite SpOkinis House ! '5/950- 150-miles from Helena i... we cee cece cee eee cee cee ee eee 2d S26 2088 6, 012 160 wiles from Helena ........ ance GunenceeeeeNts SeCeke ent Meee 6, 82 6,795 Rapyuolds’ Pass)... 22... .acese cccucvintee teu: baee eens ee SOs E: Sooo 6 eae eee Henry’s Lake....--.2-.... Aan eee Ee eae TERS POEMS Nee hee BO 6,475 | 6, 449 Tahgee Pass......-. Sts Dune Ree eee atbte ee encedtiet cee 7,079 7, 053 ‘The base is given as bank of Ross Fork, which, by the completed road, is 4, sp the same as Ross Fork station. The correction is — 26 feet... There is no check. t Canadian Pacific: Railway (. from: published report ). - Stations. Shei id | Palbn inhaled Elevation. i Beg eG c Feet. Feet, Lake Superior ...-2----: 2 Seed soss Lette eee emcee ac ecs| aimee 609, 4 Fort William ...... SERB EE eto k= cen e ence see See eee eee esa 603. 614 Mpitlo..) este eee ee sccaed pia hike Velie See eos = =|). eee Bulan Tistonen . pve eeeneee SOUS n be cel tebe eee ee eg Kimani sia@iene. anata mas 2252s ones ocean 1, 010 1,021 _ Pinmark ......-...- +--+ 22222222 set eee oie erence ees scenes i 177 1,188, Wo. 3.) -GANNETT’S ADDITIONAL LISTS OF ELEVATIONS. ABIL Canadian Pacific Railway (from published report )—Continued. Stations. FRAC eae ae rcCe pose giccwe mikick wane reainin wbichho a cans Dive R Ee Who PAU os 2s BENS ES Se OA ne ne ave) Dere Ee RSE COMID ID Cure Sef ers nie oe wna a aim Reade ce mcmcie an mips ieee Port Savanne ...... beim SS ATR SE Baap eye ates Shes : eet RR een Ne Ane Sere in mings poe KLueminwn oman nema ee NeeeEn HS Carlstadt 232 4.0.23 2., ee iid SE RA arene ets RE ip Se gn BY EE Ce Corer nicks chor pers dar seonaeeteseeh er English Oise caine es merses ues cn Sch ke mS EES eee Seemiilion asl ate eaueic ene ieee ee ee Gullbert 24 4.26. -- 5. STs PaS Sian Ris x suloracss bess ns mye cece a tanta ape nA pee ERODE Seed EE oa a< wiacapane cane pacinnus qos e wmnd oe rrood MOT CpRaRan AND Ieee EIS cc a as ntes os cron rarregea cheperen epaentararae nail te Atikameg. PRR eed atlas aa Sool cate dh ass ikea nx crsie lovers trie enon aatne aS Rossland SME OE fe 2 cic eee Tec’ SOILS Ub mS | yee aE et wore Ostersund.--22 2.222222. ae aha mater sia’ EAS atte Bit ed cokgstien er WOUND AT 22 SHES Afi 2 - win as | EP MET NBER PRAY EERS Suis ctre hes Sera i laa Reha nUbadee Sa LEe falda . Darwin ...-.. BB ela So cpes wiki acme w came ataie mariana ravi ore Whifemouth ..-..._-.... Sh i i Poem AA UMASS oe nasa rnrees Beausejour . ee ee Mirth Re yee eee eae Gt ae key cp 2 Sais Bate Rae ne ee eats ST ce eta Ea A ia 5 the and Tom Korma .......- 5 cS A RN a ee Ee THe 2 PEt u tet Cowper. cisie.5--. wax STS Tap pen eye peepee manele perenne seeerse SS Io cere BONGERRL OEMS Metso 8 5 L655. asc cas aye iniummunie wninvbiensionaie penta eRomeehepeimiene BRE Oo: ae ee ae ah oo SAAS Montene: Ie. phe RNR Ne ro apni Ops Saik & = a sop pce anin einen, sueiie nies om rere msowrepmtyercrcrere Tes oe Menstrie --...----. I fa oy as Sy acy ik wa oe RE ee Rg RE IL IB hon! & so ssebiged sc cSu Se aici eles ek ROC RITE pe eck nse) (GirecP isp ae Os a emer emetaat coc nono ey Ces Gough ..--- PRR eS Soe gees ke eeee ueMMane CREASE n= Donnacona. ne a pe eae RISE pe TR eee rcterconn: ites HMa@marth ..: pel se. 2 Sas eer POntPINCOULHI LE eso uie som os ves cit tei Spe RICCI CNS See Vandyck...... ea ee or cic reba y CaS eee eee cw dared Bin yr ayalis 2 Cos eee erro ce) ae ee | . 1,223 11,055 750. 756 - Elevation. Feet. 1,469 1,540 1,531 1,503 1.559 1,512 1, 540 1,515 | 1.556 1, 558 1, 505 1, 586 1, 430 1, 405 1, 421 1, 277 1, 212 1, 252 1, 246 1, 163 1, 192 1,241 1, 223 1, 372 1, 307 . 1,244 1, 135 1, 092. 1, 117 1,180 1,104 | 970 - 905 937 886 822 - -803- 7167 904 Feet. 1, 180 1,551 1,542 1,514 1,570 1, 523 1,551 1, 526 1, 567 1, 569 1,516 1,597 1,441. 1, 416 - 1, 432 1, 288 1, 223 1, 263 1, 257 1,174 1, 203 1, 958 1, 234 1, 383 1,318 1,255 | 1, 146 1,103 1, 128 1, 234 1,191 1,115: 1, 056 981 916 948 897 833 814 761 767 778 915 919 885 882: - B74 871 854 B52 839 836 452 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. Canadian Pacific Railway (from published report )—Continued. Stations. Elevation. Longueville... -..------. s----0 0-5 ---- ---- eee ererae gaicecu cee SUSSEX. ooo Ee eae eee ea a rise aps is pale vere te same eee Bie moeareeetetciorerar ate PStroy Ka i), oo isis cic A Ce Serie en Meee CE een oe ceninne saee meee Northcote seen oo eas cc eb emcee ceccss a= cee cemleaer een els IBC MWNE ONS ee SES Sea eas ssn See SoS ueee SSeS Be Ssae onc Colertd ee eee = cae aciee =a (esas sisise wie e ewe ec oisice seinen Ire ie en ee er eheenaerais ates jsles x oi es Smile weimicietereveiane “ope IDON eso ace od Gao aeaeoae Genes aeeten eceses ceueoddes sa cenecn Nabhan os. Se ec precedes Siete tes ie CeO Nn Peak MN A Mime Sony eee onic ncsaicinsncoue) oo cianelevorare eicrmiere eiwitareyn wheat atetasn anaes ete TRS eile 2 3 8 Sea Sade BoeeoeSece chen Cooe He consetosse oun pes ANCOR UTS 4 So Bo sea eae eee eee Oba Bee Gecerees ceases pooee INSU ee see) onion sink ai imia| imi nies el lates ele liel teal Re BIER SONG) eel so sc Sac yainiwinnieseiecienmimyetoe ale pielsomreraleqsielonaettctiajarenciiare < Miblneryall SOM eee en ee re Sic cmnsteresav ate mtaheleveraeiopaavmratenertons te Seen VO LS Se ee ia ileemimceh Sac easeteisteloreenicte Rae OES p tote . PETTING pe Fo ahs See oie a etm talnioye ici heleraie hamper MCE re teN SS aR Retort TESTIS] 1 6 RRs 7 Em ene cl Hae Ree NN tna SE ere Von e ee ee ecic teiere ele fosotaraiorete iam fersvareteretelete Wasa tT@he Wales. | Sila snc cesyeminyemielaveteierscuea otevenclote Venermapete ere rete Re TENG Pen [Sen ses 7ed © CB, ee asec IR aE Nee eI Hay Ta ares 2 oo rotiee Gowllvourns. eee oo can wb Ska ce miencniee ee mwemrey semioe RoE ees ewes TEeriT IKE) eS Oa es aa an ai ie TG eco dale ee ce VRT SS ois ees Fi ee Crema verOC lee ee ee er is ele Rec em igtae CRE Reto ets ~retatesherts INCH INH TY TG be ema USE emul s syle eM ere ee ee DEROTAAL OS fot ei oe ee cyaccmiew ere josatn Sze mieeeeerer TELS CZ We 2 ae a Vet Ba AU CN ER yr eee Comlbroolker aa... <<. - S<.nelecmniepinacine setae ee eee ee ceReee ee a ; AWM OTS 555 Sea Pane ee HL I ee we] Iai Ryall 565555 Boog esos aeos Gea 0 2545 S255 soe s55 oss oe ee eens ee ae Cee eee cee eee ow ee oe ee ew ee oes eo eee se Sess eR eee Se ee Bee eeaeerece see ees eee es Ce eH ee Be ee we ee we ee Coes ee te ee eee es ee ee eee oe Ro eee. ihn RN ae B.S oe rr No. 3.] GANNETT’S ADDITIONAL LISTS OF ELEVATIONS. 453 Canadian Pacific Railway (from published report )—Continued. Stations. Elevation. a : ; Feet. Feet. . ETL OM ene ag SUR Sel. eae UUs ok oelees Be Ceeeee 2, 413 2, 424 oe ab na cele eS Da oS A | re miers 2, 380 2,391 SLESIIRG) Booed SSCS SSG BG SCE eS ae eet a Ea 2, 320 2, 331 Mea AING Sak koe cen ccce ene Ae eee ere Sc Set ae ne eR OT 2, 422 25430) TF LGR GA GSE CUBES OSU SCH S OEE ICES ae aie eae 2, 413 2, 424 LGC OUTREE Ges Re ee SO eee ee eee ROTO Seannasse wie 2, AOT 2,418 SUR PRRES rN Cc apancnre nee cra Su ele a EON 2,518 2, 529 Hanglade ........--.. Oe IO DENS N DAES Oe Eee ASE e. Aer aries 2, 685 2, 696 RREIGS Kemer eran era Sieh e aisle dass Maciesid ces SNe See. 2, 688 2, 699 Pe Geer san re cts sedis cede sewn TSI ees 2,765 2,776 BeasebulV Ones mwss ss wsera Co eeae ees acs to ee 2, 921 2, 932 IE GI Gams secs cote vvice ds tulswa'sccie's oe saws SER 3, 043 3, 054 Montbrun...-. ioe ee tia SEG su Linekiins SEI, oes 3, 006 3, 017 McLeod...... . Pes UIM Cee E RON ode ob bieerete 2 eae BU 3, 062 3; 073%). TA SEeh Gr AEE DS GEE eae ae a nn A el ra 3, 400 3,411 A LULL Sep a I ea tae a Cah oe ete 3, 467 3,478 PIB a teens GSS SSUES Ses See ie oe ess CEPR LS eednee 3, 368 3, 47 PeOMEN CULO reece aso ue cee cee s Sa seSe coos 2b. OS 3, 226 3, 237 Pea Peal i Nias ew iGiee a SOivad web ots SESE woe SERIE aS seo 3, 259 3, 270 CrandbPontthosiccews se wesswessesscts eure eos CRUST Se. 3, 245 3, 256 PRPS EM cli te aerosol owes Seth BSc Sb eSoe ssc TE ee 3, 243 3, 254 Miniwakan ...--. Be Seb Se HSE Se wee S.o Senco ene tere chert ora 3, 276 2, 287 ROM MOASCA. sisecs sace ss esse Seeccsnwecessese ROBOT Sraccine d 3, 339 3, 350 MVOhtG) poh ie tse Sseses sp ssese ra Sto as Ch se: SHEER SoCo ee 3, 456 3,467 MEME MeHO OW: cc coos eset sSekecebe cscs 2605 RSS oacces < 3, 628 3, 639 © Wemommebledtiereres ooo ser Stes 55. Wl Roc cbe soe memieeecees 3, 646 3, 657 VTS HEED CS Soc SNS a Sea eae nN el 90 i 3, 499 3,510 Moose Lake ........... ed oes MEP SSE Se Bae BRS a ate see 3, 421 3, 432 RINE arly etree. sd aha cs Subecceoce saccise one Oseeee eee eee 3, 409 3, 410 Mere APRON ELON T, eee ay > Se SSI or a oe cohenmlermaeeieiee mais 2, 930 2,941. MOHAN ACHO (a5 5 cncec estan s cece en oo eons coceceemccsces 2,780 2,791 IGP V CRs hires Senn ct sess bores ccee tec ose ce LUOUOON. Jooesacline eee ees 2, 300 MES Hae E eee ier iS scic ces Scale bees once enceueccme cece ooo ediees 1, 356 PMLOOUSNS cP eveecscccesekeecds deste ts esc ces Roe Toke salecceeeis 1,144 SaNMOUe manree te case cee bidcs secs tes ss TRUSTS. Shea Renn eed 1,135 REN etl fee oo SL SIS aoe ed ceed 25. TRIP aie te ews teeae 642 2d Oe. SES BEC CUBES ere eee Eee eee otadecdndees MOMs sccas ee ees 140 OEM MOUU YE eee cce ce Sores cece testis des oS sie cts sooo tele = mete eo mill ratatoloteratviate 0 For the main section of this road the level of Lake Superior, given at 598 feet is the datum. My determination of this datum (see Lists of Elevations, 4th ed., p. 3) is 609.4 feet, requiring a correction of + 11.4 feet throughout. The short, Pacific section of the road starts from sea-level, and there is no check upon it. 454A BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol ¥: ELEVATIONS OF TOWNS, ETC, NG, ARRANGED ALPHABETICALLY BY STATES TERRITORIES. Sa A PIBONE, —- ~ Towns, &c. ower, Authority... .. Elevation. Bower’s Ranch ......-s----- Wheeler, ns25 srccne ence cacacesencensaseintt osu See Camp Mojave. .=....-------- Wheeler ssccas cosechaalenss see a sic es mene one anna Canton Springs..........--- a WIRCCIGE Se see cies ateWnir dooce ce aoeeaee o>. 6,498 Chioride ... Se. oo sec eecat Wiheeler up cscs coos coceeeebes Sule awpaegaaea aaa . 4,201 Cienega de San Simon ..-.... Wiheeler, oo2..ccccesecesb esc cain wcraeeeial aie aemeaeee Cooley’s Ranch .....----.--- Wheeler oo. 0c5.csdesvecs pneu seeces cae aeeenl 5,367 Desertilankaie ss: 6 sdesrcree | WINCCIER S556 cn 'snecaspiawererewecesiest ee 5, 192 Hualafais) 220 .4...-3----2>- Wiheecler. s0csas civdervibesees mown bons wena! 6 CLUE bone Jaycock’s Ranch......------| Wheeler, sis ec ssedsnvdbeduresnacsace see elt tues See Navajo Spring...-....-..... Wheeler, 2.65 a == sree 3, 464 Coombsyss2eee eos ee eae es < s Wheeler’ .2 2 ss0.cC ant cee deca oo ee ss cee 2, 886 Cottonwood ....-..----..--. Wheeler 2222 Se cmiemicmcnicce sso on oe \ 2, 488 Cottonwood Island.........- Wieeler) 2222s cee cine ale) sinle oeialserere 787 Cows Spunewseee ese oeeee es. - |) Wheeler tesa see oeiseeeneisertsistsnis/a=- ieee 3, 876 @neamonea tesco eee |---| W heeler)-2--niaseeeeeeitee Seta) = ane ee 1, 328 Cuddy’s Ranch .........-..-- Wheeler 22.5 22. eeaceeticse sees. -c seme 5, 278 Deep Spring.....---.- soonae Wiheelen) -22nceee een erineee eee ns nemet 4, 957 Desert Spring ..---.-------- (Wheeler... .ccetaseweeeeeeeo sce scheeer 1, 989 Dos Palmas....-..-----=---- Wihpeler’ .22.5 ssoaseetioeee ses ons See 103 Dutch Henry’s Ranch....-.. Wheeler ..22 2. cee eaeeces . sect eee 1,195 Hdgar’s Spring’... se -.e-e- Wihteelet... <.. )ceeeeeeeeene =e weceteeee 4, 061 Eldorado Mill ........------ Wheeler ...... A sl ON * 863 Elizabeth lake eee Wiheeler .- 2... cons caeeee Mecieae Weemoe ene 3 3, 317 No.3]. GANNETT’S ADDITIONAL LISTS OF ELEVATIONS. 455 ELEVATION OF TOWNS, ETC.—Continued. California—Continued. Towns, &c. Authority. Elevation. ie on Feet. Elliott’s Ranch, on Little . Truckee River. ---. se. 6, 233 Fl Monte. --.-- pak het ore fot ieee 329 E} Paso Mines.......--+----+- 4,113 Fears Station..-...2..--..+-.-' 3, 393 Pyaneis Spring oe: | Wheeler osiccs. iy lca} wees ae -- 4, 220 Furnace Creek.....- 22-22. Wheeler «..2cen sos se 22 secs enest tes 405 Furnace Springs..-......... Wheeler -wa.00. 20522222. ee me emice art SAAR 337 Gordon’s Ranch -..... jee tnet) “Wheeler succune. YURI SS. tees tceens ceed 737 Gormon’s Ranch ......-.-.-- 4. Wheeler «iccceer. 225928 ©. ceneeen nee. ee 3, 838 Granite Springs .......- aces} “Wheeler «cxrrnc<. Oe 2 222. leneecsctanshes- 4,115 Granite Wells ...... EA ee ersR RM Wheeler «2.220. (2222522. 250002 See CS 2, 080. Grapevine Ranch... spews anced Wheeler ~.<.27.200 SoPPie tf leven cece cette 2, 247 Grapevine Spring... acnacn} Wheeler -.cexeet JgR2 IE IT laces een tae 2, 432 Halloran Spring ........---- WINE Git inne caccde bot oe ds corincudsare sos 3, 272 chem yyiclist <2 o2sssce2..-| Wheeler 2.22 2225.2 So cceea tecske tecees 2, 608 Ivanpah Bebeisss hb2 22553225: Wheelers etces ope SO ahs cal eal om Scie e 4, 238 Jobnson’s Ranch........-.-.. Wheeler ois ict cos cea ae Seas Cee es dies 3, 460 Johnson's Ranch... .-.-..-. Wiheeler 2: 520224 oe eee IRSA Lae Nee AIS IMernvyilegee d=: 22sec kscces: Wheeler ,.5..--.5| Wheeler. ..-2-.- 19) 23808. } cen sere eens 1,771 Megas Springs..-, errsces xaee Wiheeler cc. 2-2 Seaton. S29 Baeeeena aan — 225 La Bayonne .....2,-.s..---- Wihieelers.2. cocaine [eteeeecwee race 16 La Lagana Ranch ......22.. Wheeler 2:2 = aaeeiteer cele saeiseisin elal\qn= 129 Lane's. Crossing. of. Mojave ane ee BUVOE 5s s45.5 Ane eee Wheeler... 2. eae. Aa cacereceteacut 2,819 Theach’s Point -243c2- cand eee eee 7, 741 IDS) ia as CEA eae seo ers Wheeler: 252.52 eee Ree ee eee 6, 387 Bakerville..........-------- Georgetown, . Leadville’ and San. Juan 9,716 : Railroad. : é Bent’s Cafion ...--...-...--. Wiheeler oo ooo ae staeeseeee mentee Su HS a 4, 696 Bismarck Post Office...... ~»| Woeeler....2..)-8ee BRS oe ee Ree ele 7, 736 isroyyamiaulley 4 see Ree eae sees Georgetown, Leadville and San Juan 9,191 eg auc Railroad. _ Buffalo Springs, South Park.| Wheeler ..0--.s.--+ 2-22) ae) eee 8, 952 Carr’s Cabin, Antelope Park.) Wheeler .............-...---.----------- 9,989 OTCOSO} oie oie nn anne Als cies Wheeler... :2.2.2 cs fae a oe keeles 6, 076 Colfax ....-. Ate eee? Wiheeler! <2 2 seme ogee cane ees 8, 599 WGMCIOS oo ooo nine nisin ie een nc nse = | WCC LOT 22 22 SAE ele one apne etoile 7,435 Gosgtilaes see ec cinie sce cee- Wheelers 22322 (ae ee OS aoe 7,751 Culebra Church ........---- Wheeler... 2<.3c- chee tee dicta ees 8, 010 IDS RDO ee Se ea eee Wheeler .....-.-.------ Be ccc eysise near 9, 333 Del INORUC etic nse cs sce Woheeler....-<.o. sie beht s. Aaseeceee ‘aot 7, 743 Dotson’s Ranch.........--.. Wheeler... 257 seh eee bee ee 6, 379 emley nes sete eels oe Ska. Pueblo and rege. Valley Railroad .... 5, 759 Fisk’s Sawmill.....- Bans E Georgetown, Leadville and- San Juan 10, 914 Railroad. — ut Florissant ..-@....---------. Wheeler. coo ccc tees eee ae erences 8,184 Port:@ollins -....---<--..--. Colorado Central Railroad »..---.--..----| - 4,975 IP Gin Ged Bhd ty eee eee ised PEs arereseneey ergs 10 lb eee ae pe aes 7, 849 Gamgner ee reteteccinceneAaak= me Wieelericccs nce sete eee e tno anla nis cece 6, 956 Georgetown, Astronomical | . Sige Siation......---.. sons aoe Manele a Be 8 a5 Ses SSane Sn osse 8, 587. Grant ......-- Steet Bie Sicieil m mceins aac eal RR ae a esr clare eee 8, 497 Hall’s Ranch ..-..-.. Ane Nee Wheeler se cicsc PAE hinsis sce 7,840 Hall’s Smelting Works. .-.-.-- Wheeler... ccninc SER Bees pecan mie aes 9,916 Hamilton’s Ranch ......---- Wheeler ..2. .22.-002- Le a i exci arave aie 7, 227 Hartzell’s Ranch) 222--25----| Wheeler _.2 225. s-seeemiese-\-s------ «nea 8, 828 Hoene ....-:..----..-------| Pueblo and Arkansas Valley Railroad ...- 5, 783 Howardville.... ------ «---+- Wheeler... 31.50 see Be Bass ca isisci=)< semitones 9, 545 Muerfano. 222s 222beess 3. ses Wheeler. .2e 225 282 21S es SE pre 4,714 Hughes eae el eee. Wiheceler) 227 32s eeeeee ee rer = 22 eae 5, 021 Idaho Springs .......---- ease Wheeler.......-.:. eee eete oreo eer 7, 284 Tron Springs ..-....--- -------- Pueblo and Arkansas Valley Jae un 4,748 Labran, Astronomical Statn., | Wheeler .......... ..o9suie ketene 5, 218 Lake Cy ee Wheeler 3.2 eee crcrerloreen 8, 753 La Junta ...-..-....- pasase _ Wheeler ....... swctwectate a er eee te ietererats eres 6, 612 Utah and Northern Railroad...........-- No. 3.] GANNETT’S ADDITIONAL LISTS OF ELEVATIONS. 457 ELEVATIONS OF TOWNS, ETC.—Continued. Colorado—Continued. Towns, &c. Authority. Elevation. Feet. Manes Ranch... ....-.5...-.00% Wiheelemited: iis foes 22 bench eee te ee 6, 380 Las Animas (west)-.----..... Wiheelertiten. sot see saree ree eee 3, 886 MBSE NLG ise ala swt Siciciad Jaia'eicie Georgetown, Leadville and San Juan 10, 214 sigs Railroad. Beonard’s Ranch......... 25. Walleelent: Wess BOSC SSL ee 8, 335 Lockwood’s Ranch........-. Wihteelenities Saud. dibs lapses erase ieee 4, 997 Los Pinos Agency.......---. Wiheelemtstte cube: SUES oes ouisiouthateee lasts 9, 088 McClure’s Ranch.-.---..----. Wiheelertiusi sigs ORS Loi eatereaees ot 5, 318 Mirena Citypenasaese ise kt iWiheeleritiree ee Se Di ee 11, 474 Pleasant Valley.........-..- Wiheelerttand Oe cue a chiro 6, 271 RSTORAULO ee Sole ce ek Wihecler 222 cess taee eee ose 8, 169 FRURVEESICO- 22 c (2a eee eee rete nee 9, 068 (Nigel? 2s ee Pueblo and Arkansas Valley Railroad.... 5, 471 WP AS oe cine e oo eee ---| Pueblo and Arkansas Valley Railroad -... 4,479 Tollgate, Poncho Creek road.| Wheeler .....-.........----------------- 8, 216 Unagua i Hayden s+ 2c .< cyan paces cee seeenee 8, 141 Union Park. ..-...-.--. Pitas Wheeler *... 551 ide os oe tee eee eee 9, 654 Venable’s Ranch.........-... Wiheeler w2 20.0 ect bensenseeeneeet eens 7,628 Vogels Cation .............- Wheeler: ..:.o0.<)seaeeeteeae nee eo bee 4, 205 White’s Ranch, Huerfano Poe Cae Wheeler .-<..<.cpiieutatecsssncmsnemesace 7,469 Walcox Ranch, Antelope Park.) Wheeler .... ..- 2:26 s00+ ere e---ne ceces 9, 000 Idaho. Battle Creek Station........ Utah and Northern Railroad....-....-.... 4,507 Beaver Caiion stage-station -| Utah and Northern Railroad.........-.-. 5, 899 Blacktonbeee ss 525s..-=....| Utah and NorthemRailroad......<.......- 4, 523 BRAIN oh seca ele es Wheeler ...2 22) oeeeente FS) 2 ee 5, B94 Ojo de la Culebra. ...--.---- |, Wheeler. ..- 5... -smHa4eee5-1.<2s-9sss—5ci=2 5, 707 Ojic: Denner arse eA Geer Wheeler ...--- - pase eRe 2 2 Ue ae 7, 419. Ojo de Estancia .----..-- >-|. Wheeler ...-...---.- Nev .. King’. Soa N. ---| Wheeler...... .. Colo..... Hayden .. 2.22. Nev? 5222 Wheeler ...--... Colo..... Hayden .--_.--- Colo....: Wheeler ....-..- Utah ..:.| Wheeler...-..-- Colo. ..-- Hayden ...--.-- Idaho Aging Ree eae NGy 22222 Kane) so 222s eeeee INév) 25255 (ane ee sees Colonss=* Hayden ...-..-.- Colo: :22:) Hayden 23253222 INOviesa: Kino 22a eee INGA, 6 a5e5 Keno = 223s eee Colo....-| Wheeler ...-.. .. Calis se sa: Wheeler ....-..- NOM? 2222\(Wheeleri222225 N. M .-..| Wheeler ..--...- Cal eas a Wheeler ...-..-- Colo..... Hayden ..-.-... N. M ....| Wheeler ..-- N. M ....| Wheeler ........ N. M ....| Wheeler ......-.. Colos 7-2. |)Hayden -eeeae es Nei ci. - King). oo. ieee Ney; ==. = 2) KOM) - 2 aeeeeer AT IZ eee Wheeler .......- INGWielecl King .o-cieaee aes Colocess- Hayden ........ Colo. .... Wheeler ..-.-... Colo..-.- Wheeler ....-... IN@Vi see | ONG" ere seer Nev) 32-4 kame S2 e ees Nev: 2ivn-s) Kang se Colo Wheeler ...--..- Nev: <20- King. ..222522=52 Colo. .....-.| Hayden ...22528 Nev King: - 2.2555. 5 558 Colo... Hayden ...--..-- Calis! Wheeler ..---.-. N. M ....| Wheeler ......-- N. M ....| Wheeler ...... .. N. M ....| Wheeler ..---. -- Nev: ..-- UG eSeSs Gs Colo..... Hayden Peres Be INeEMee |) Wheeler 4.50 aame Ney ..--.| Wheeler........ ING = S505 Kan 2) eee Witaheees | Kins ease Utah...) Powell .-.-2. ..- N. M ....| Wheeler ....-... Colo. ...- Wheeler,.-52.22 Colo. ....| Wheeler ......-. Utah ....| Powell ....-.-.- Colo. ...- ‘Hayden eee N. M ...-| Wheeler...2.:-: [ Vol. V. No. 3.] GANNETT’S ADDITIONAL LISTS OF ELEVATIONS. 469 MOUNTAIN PEAKS AND RANGES—Continued. Cordilleras of North America—Continued. State or F Alti- Name. Range. Territory. Authority. ee. Z Feet. Timpanogos Mountain ..-.... Wahsatch ....-. Cheb yee Rares Ses eee 11, 957 MEMMmBeL CAG sciences ec [ete papain Siew ic oe = ATA oe Wheeler -.-... .. 7,364 Pita lle hae aly its Ne es |e OE i Pe (Ohia es Wheeler ...--. -- 7, 022 BROCE Cas 5.050.502 wrens Oquienh{eeesee se Utah |...) Wheeler :.-... 10, 396 firesprlenmanos Peake so.) oo) oo ee cece cee - N. M Wiheeler 2222-7 7,251 Pirimenenapee awe el! ote eee EEL) ee ING Vinee ites lem aes ace 13, 681 inimibyp ed. 2550 o.e ects Montezuma. "Nev ---~.) Kane 22 2) aeie ste neo Hirouplesome Peak - 22. .).25--.|..0... 22.2.2 202% Colozee=: Hayden’ 2222-2. 11, 500 ipeuasmned ke sesso cote NS Nee Wheeler sh) ce ee 13, 750 2,500 to CPT REG Pues Se Se a nee Neva eeeet errors sees peal Mera teetmpatl....-.-/...: Uinkaret Plateau| Utah ....| Powell ........- 8 187 tind ton ee Sa Wahsateh ...... Witte ls Kau one cece 11, 560 Uncompahgre Peak......-.-. ‘Shin diwehn &oassce Colos=- Wheeler ...-..-- 14, 408 Wipriyer Peak:.<-....-...---.- Wllkoges = aceene NOW. == aI esac alanine oe 620 IDG PORE cote SeSQ COS SEO Rese! Cee eee eae Coloz=55:| Wheeler 22. 2-)- 10, 152 WD 1am a es ares Wahsatch ..... Utah ees.) meme e ee se reso 8, 067 Wie pred == ac cs--- 2 =5-- Bl ait6.. 1s o2 252 || COLO tose. |tayOenl (Sa. 9, 884 MeHaGOVRede 2c. — 40 -.5--.---- Sangre de Cristo.| Colo. ..-. Hayden) )-2o2. -- 12,800 MTT Eee) ke ae Tg GS Sa oe Sone Witalhyeser sowie sma se) 8, 000 NemsimiapPeaikr 3.20.2. e. eee IMO Sassoo ban. Colox222- iMiavd ene =<.-- 10, 600 \Venlkeaih (CREST) GS Ca eae eae eee ea ee Colo. ....| Wheeler ..-.-... 13, 971 WO MMTNMASMING TON... .25 cic |ssccee sec. - 25 Caleaoeee Wheeler ......-.| 10,802 Mer cObapbealkees ss e506 tcc locecscasee eos eect Caley s ce Wiheeler.2 3.2.2: 11, 261 MyeneuybiPeal .._..-...--6: Grapevine ..-.... Nev) = 522. INS SSonQ ogee 8, 528 WinalenPeakaes os... sec. soe. IBLOnbyssseeoeee Colo. ...-. Hiaydentele so 13, 104 Diiiinetocembeakger esc ss. wc |.sccice -| Wiheelerecessees Colozes-- Wheeler .....--. [ Vol. V. Art. XXHI.—Gemeric Arrangement of the Bees allied to Melissodes amd Anthophora. By W. H. Patton. The object of the present paper is to bring to light a number of char- acters either unemployed hitherto by English writers or entirely new, to describe several new generic types, and to relieve the American cata- logue of a part of the confusion which has been caused by the recent description of a multitude of species without regard to their affinities or generic position. The genera here treated may be divided into two groups, to which the names Hucerw and Anthophore may be applied. Plistotrichia Morawitz, an Algerian genus said to resemble Tetralonia, does not appear to have been sufficiently well described to have its position determined. The Brazilian genus Moneca Lepel. et Serv., with the inner spur of the pos- terior tibiz serrate (‘‘ visiblement dentée en scie”), appears to be related to Aneyloscelis rather than to Melissodes. All Hucere and Anthophoree examined by me have both spurs of the posterior tibia, as well as the spur of the intermediate tibie, channelled above and with both the edges finely eae EUCERZ. Paraglosse as long as the iabial palpi, setaceous, ciliate on one side; labial palpi wing-margined, the first joint the longest, the third joint not continuous with the second; maxillary palpi with the basal joint appressed to the maxilla and incrassate, the second joint attached ob- liquely, the maxillary palpi not distinctly flattened. Border of the labrum not thickened or deflexed. Ocelli in a line or curve. Wings uniformly pubescent, the limb finely punctured; stigma small; marginal cell lanceolate, not appendiculate; origin of the first recurrent nervure beyond the origin of the cubitus. Posterior tibize with an enclosure at the base in both sexes. In the male the antenne elongate and the clypeus more or less yellow. A. Two submarginal cells. EUCERA Scop. Maxillary palpi six-jointed. There exists an undescribed genus, closely allied to Eucera, having only four joints in the maxillary palpi. ai 472 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.¥. 4 B. Three submarginal cells, the third longer than broad, and much narrowed towards the marginal. MELISSODES Latr. Type: elissodes rustica (Say) Smith. Maxillary palpi four-jointed, the fourth joint often minute; first joint of the labial palpi twice as long as the second; labrum rounded ante- riorly and either notched, sinuate, truncate (in some males), or entire (bimaculata $2); elypeus rarely elevated (desponsa); mandibles entire at the tip (in ¢ desponsa notched); antenne of the male as long as the thorax (texana) or longer; inner claw of the posterior tarsi of the male longer than the outer claw and its tooth often smaller (in desponsa the claws alike); claws of the four posterior tarsi in the female armed with a Short, stout tooth which is nearly parallel to the claw; two apical seg- ments of the male abdomen armed with lateral teeth; enclosure on the seventh segment of the male of moderate width, notched on each side just before the tip; externo-medial nervure of the anterior wings ob- liquely, not abruptly, bent back just beyond the origin of the first re- current nervure; basal lobe of the posterior wings extending nearly to the apex of the submedial cell; scopa of the posterior legs in the female long, dense, and plumose or matted. he female of this genus may be easily distinguished by the great size of the pollen-brush, which somewhat resembles that of Diadasia. TETRALONIA Spin. Syn. Macrocera Latr. from Spin. MSS. (nec Meigen). Type: Macrocera antennata (Latr.). Maxillary palpi five-jointed ; mandibles entire at the tip. It is proba- ble that the genus presents the following characters also: bend of the externo-medial nervure not abrupt; basal lobe of posterior wings ex- tending to the middle of the submedial cell; scopa on posterior tibie in the female long and dense ; labrum notched. Latreille, who first described Tetralonia (under the preoccupied name Macrocera), states that the maxillary palpi are five-jointed.* A new name becomes necessary for those species with six joints in the maxil- lary palpi, notwithstanding that both Lepeletier and Smith have given the latter character to Tetralonia; for Spinola, in changing the name Macrocera to Tetralonia, gave no description of the genus, but adopted it from Latreille as it stood. * But in the Voyage de Humboldt et Bonpland; Observ. de Zool. ct @ An. Comp. vol. i, p. 283 (1811), Latreille mentions the genus Macrocera with the single species J. antennata Spin., and gives the following generie characters: ‘‘Palpes maxillaires wayant que cing articles distincts; le sixt’me presque nue ou peu apparent. (Trois cellules sous-marginales.)” In the Hneycl. Meth. (1825), the genus is quoted from La- treille’s Nouv. Diction. @hist. nat. 2° édit. No. 3.) PATTON ON CERTAIN BEES. 473 XENOGLOSSA Smith. Type: X. fulva Smith, C. H. B. M. ii, 315; pl. vii, f. 8, 9; pl. xii, f. 7 maxilla, f.8 wing. In Smith’s description of Xenoglossa there are only two characters which do not apply to the genus Melissodes as well—the five-jointed maxillary palpi and the loose scopa of the posterior tibize. The descrip- tion and figure of the antennz may mean anything or nothing, and the statement that the claws are “ bifid” is, as his figure shows, incorrect. As pruinosa agrees with the description in all essential points, there ought to be no doubt of its belonging to the genus. Yet, as Iam unacquainted with the type of the genus, it is with some hesitation that I have referred pruinosa to Xenoglossa. XENOGLOSSA PRUINOSA. Macrocera pruinosa Say, Bost. Jour. N. H. i, 405. This species presents the following generic characters. Maxillary palpt Jivejointed, second and third joints subequal, fourth and fifth joints sub- equal and together equal in length to the third, the fifth joint slender; first joint of the labial palpi little longer than the second ; labrum trans- verse quadrate, notched in the middle; clypeus elevated; mandibles of the female entire, of the male bidentate at the tip; antenne of the male reaching to the base of the abdomen; posterior tarsal claws of the male alike; tarsal claws of the female armed with a slender and straight tooth, which stands free from the claw; apical segments of the male abdomen unarmed, enclosure on the seventh segment broad; externo- medial nervure not abruptly bent back just beyond the origin of the first recurrent nervure; basal. lobe of the posterior wings extending nearly to the apex of the submedial cell; scopa of the posterior legs in the Jemale long, thin, and finely plumose. The loose scopa seems particularly adapted to retain the large, spiny globes which form the pollen of the pumpkin. In the blossoms of this plant these bees delight to revel. SYNHALONIA RD. g. (cbv4 ddwvia). Syn. Macrocera Lepel. (nec Latr.). Syn. Zetralonia Smith (nee Spin.). Type: S. fulvitarsis. Maxillary palpi sicjointed; first joint of the labial palpi twice as long as the second; clypeus elevated (little elevated in albata) ; labrum trans- verse quadrate, notched in the middle; antenne of the male greatly lengthened; tip of the mandibles slightly notched or bidentate (acerba and edwardsii excepted?); apical segments of the male abdomen not dentate (or in honesta and albata the sixth segment armed with a small tooth), the enclosure on the seventh segment narrow ; claws of the pos- terior tarsi of the male alike (excepting in edwardsii, which has the inner claw longer than the outer, but its tooth of the same length as in the outer claw); claws of the four posterior tarsi in the female armed with a short and stout tooth, which curves away from the claw; externo- medial 474. BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.V. nervure of the fore wing bent abruptly back just beyond the origin of the first recurrent nervure; basal lobe of the posterior wings extending only to the middle of the submedial cell; scopa of the posterior legs of the female short, dense, and not conspicuously plumose. SYNHALONIA FULVITARSIS. 3, Melissodes fulvitarsts Cress., Proc. Acad. Nat. Sci. Phila. 1878, p. 196. ?, Length 12™™, Black, the mandibles sometimes with a testaceous spot near the tip, clypeus with the punctures distinct; the pubescence of the head black, a tuft on the vertex ochraceous, the thorax above and the first segment of the abdomen clothed with ochraceous pubes- cence, the second segment with a more or less distinct band of pale pubescence, tip of the abdomen fuscous; legs black, anterior tarsi pice- ous towards the tip, the puhescence beneath fuscous, the pubescence on the intermediate tibiz externally tinged with fulvous, the intermediate tarsi pale piceous, clothed with fulvous pubescence, posterior tibie, ex- cept at base, and the posterior tarsi testaceous and clothed with bright fulvous pubescence.—Como, Wyoming; 8. W. Williston. SYNHALONIA SPECIOSA. 9 , Melissodes speciosa Cress., Proc. Acad. Nat. Sci. Phila. 1878, p. 198. SYNHALONIA FRATER. $ , Melissodes frater Cress., Proc. Acad. Nat. Sci. Phila. 1878, p. 197. SYNHALONIA HONESTA. S, Melissodes honesta Cress., Trans. Am. Ent. Soc. iy, p. 279. SYNHALONIA ACERBA. ©, Melissodes acerba Cress., Trans. Am. Ent. Soc. vii, p. 210. This may be the 2 of edwardsii. SYNHALONIA EDWARDSII. 3, Melissodes Edwardsii Cress., Proc. Acad. Nat. Sci. Phila. 1878, p. 195. SYNHALONIA INTRUDENS. 3, Melissodes intrudens Cress., Trans. Am. Ent. Soc. yii, p. 225. SYNHALONIA ALBATA. $ Q, Melissodes albata Cress., Trans. Am. Ent. Soe. iv, p. 281. S. albata differs from the other species in many particulars and should form a distinct section of the genus. The clypeus is little elevated, the three apical joints of the maxillary palpi form a subfusiform mass equal in length to the third joint, the fifth and sixth joints being minute, the mandibles in both sexes are entire at the tip, the tooth of the claws of the four posterior tarsi in the female is straight and of moderate length, the externo-medial nervure is not so abruptly bent in the female as in the male, and the basal lobe of the posterior wings is as long as the sub- medial cell. sais No. 3.) PATTON ON CERTAIN BEES. AT5 ANTHOPHORE. 2 Paraglosse shorter than the first joint of the labial palpi, lanceolate, not pubescent; maxillary palpi with the basal joint free from the max- illa, in a line with the second joint and not incrassate. Labrum with a deflexed and thickened margin (Habropoda excepted), the margin not notched. Antenne of the male not elongated (Habropoda excepted). Submarginal cells three. The European genera Saropoda Latr., with five-jointed maxillary palpi according to Latreille, or with four-jointed maxillary palpi according to Smith, and Melliturga Latr., with six-jointed maxillary palpi, differ from the genera here treated in having the third joint of the labial palpi con- tinuous with the second joint. In the other genera the maxillary palpi are six-jointed. A. Ocelli in a line or curve; clypeus of the male not colored. Max- illary palpi flattened; basal joints of labial palpi not wing-margined. Pubescence of legs conspicuously plumose. Stigma present; marginal cell lanceolate; third submarginal cell longer than broad and much narrowed towards the marginal; origin of the first recurrent nervure beyond the origin of the cubital nervure. Pubescence of the wings continuous; limb of the wing not traversed by distinct lines free of punctures representing the continuation of the cubital and externo- medial nervures. Basal lobe of the posterior wings extending beyond. the middle (Hmphor) or to the apex of the submedial cell. DIADASIA n. g. (d:d-daceia). Type: D. enavata. 9, Head small, narrower than the thorax; clypeus little elevated; ocelli in a line; labrum with its anterior border slightly angular, ele- vated and forming aslight tooth in the middle, the edge deflexed. Man- dibles arising close to the eyes, unarmed. Probe8cis not elongate. Maxillary palpi somewhat flattened, joints two and three each nearly twice as long as the first joint, the apical joints diminishing in length. Labial palpi with the first joint longer than the second. . Enclosure at the base of the posterior tibie well marked; the legs with long and dense pubescence forming the scopa; tarsal claws swollen. Anterior wings with the stigma of moderate size; the marginal cell lanceolate, the tip pointed but not appendiculate; second submarginal cell quad- rate, receiving the first recurrent nervure near the apex; third submar-. ginal cell much narrowed towards the marg inal; limb of the wing mod- erately punctured; externo-medial nervure eatupily bent just beyond the origin of the first recurrent nervure; anal lobe of the posterior wings equalling the submedial cell in lesrifstith The Jateral impressed lines of the abdominal segments indistinct; areaon the sixth segment narrow; venter with long mid dense pnbegeaiee! 6, Antenne little longer ac in the female. Labrum with the de- Bull. v, 3——10 . 476 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. flexed edge broader and the anterior border scarcely angulated. . Legs stout, but not unusually long; enclosure at base of posterior tibiz not ee pulvillus of the usual size; tooth of the claws of the four poste- rior aie considerably shorter than the blunt claw. Pubescence on the posterior legs dense, and as long as in Syllonia 2. -Upper surface as well as the under surface of the abdomen with long and dense pubescence. DIADASIA ENAVATA. Melissodes enavata Cress., Trans. Am. Ent. Soc. iv, p. 280, 9. Melissodes ? ursina Cress., Trans. Am. Ent. Soc. iv, p. 281, ¢. Melissodes ? densa Cress., Trans. Am. Ent. Soc. iv, p. 282, ¢. DIADASIA AUSTRALIS. Melissodes australis Cress., Proc. Acad. Nat. Sci. Phila. 1878, p. 214, ¢ 9. DIADASIA DIMINUTA. Melissodes diminuta Cress., Proc. Acad. Nat, Sci. Phila. 1878, p. 215, ¢. EMPHOR 0. g. (2) + gap). Type: Emphor bombiformis. : Melissodes bombiformis Cress., Proc. Acad. Nat. Sci. Phila. 1878, p. 219, g¢ 9. &, Clypeus' little elevated; ocelli in a curved line; labrum trans- verse quadrate, the sides slightly rounded out, the anterior border form- ing a slightly elevated ridge, the edge deflexed to form a distinct face at right angles to the upper face, the corners not angulated. Mandibles arising close to the eyes, unarmed, suddenly curved near the base. Proboscis not lengthened; maxillary palpi flattened, the apiéal joints more slender, the first, fourth, fifth, and sixth joints subequal, the second and third each twice as long as each of the others, the second joint with a fringe of hairs beneath near the tip; the two basal joints of the labial palpi equal in length. Antenne reaching to the tegule. Posterior iegs unusually long, the femora swollen, enclosure at base of tibiz not defined, pulvillus unusually small, being minute. The pubescence of the jegs short. Anterior wings with the stigma narrow and elongate; the marginal cell lanceolate, with a distinct straight appendiculation ; sec- ond submarginal cell pentagonal, narrowed towards the marginal, not pointed at the base, but the sides symmetrical, the recurrent nervure received in the middle; third submarginal cell longer than broad, nar- rowed nearly one-half towards the marginal; limb of the wing coarsely punctured ; externo-medial nervure very abruptly bent; anal lobe of the posterior wings extending beyond the middle, but not to the apex, of the submedial cell. Lateral impressed lines of the abdominal segments indistinet; no area on the apical segment; pubescence of the abdomen short and velvety. ae g. (dvteyvia). Tie: Entechnia taur ea. Anthophora taurea Say, Bost. Jour. Nat. Hist. i, p. 410, ¢ 9. 2, Clypeus elevated; ocelli ina curved line; labrum quadrate, the canine margin slizhela rounded out and roughened, both the lateral * No. 3] PATTON ON CERTAIN BEES. 477 and anterior edges abruptly deflexed, the inferior corners forming a prominent angle; mandibles arising close to the eyes, unarmed, sud- ‘denly curved near the base. Proboscis when folded extending to the base of the abdomen, slender; maxillary palpi flattened, first and second joints equal, third and fourth a little shorter and nearly equal, fifth not one-half as long as the fourth, sixth minute and much narrower than the fifth, third and fourth joints with a dense fringe of long fine pubescence on the lower edge; basal joints of the labial palpi slender, with a narrow membranous margin, first joint ciliate and not half the length of the second joint. An oval enclosure on the base of the posterior tibiz ; the scopa long and loose; pulvillus of the usual size. Stigma of the anterior wings small; marginal cell lanceolate, not appendiculate; second sub- marginal cell quadrate, the recurrent nervure received between the middle and the apex; third submarginal cell twice as long as broad, narrowed one-half towards the marginal; limb of the wing moderately punctured; externo-medial nervure abruptly bent; anai lobe of the posterior wings equalling the submedial cell in length. The lateral line on the abdominal segments slightly impressed; disk of the sixth seg- ment with a glabrous, elevated area of a subtriangular form, the sides of the apical portion of the area being parallel and the apex obtuse; on each side of the tip of this area the apical segment armed with an erect, recurved spine; ventral segment fringed with long loose pubescence. $, The ciliation on the third and fourth joints of the maxillary palpi very short and not conspicuous. Antenne no longer than in the female. Enclosure at the base of the posterior tibiz not distinct; posterior legs elongate, the femora swollen, the pubescence short. Apical segment of the abdomen with no glabrous area and the tip not armed; pubescence of the abdomen short. WB. Clypeus elevated; ocelli in a triangle; clypeus of the male mostly yellow. Maxillary palpi not flattened; basal joints of the labial palpi broadly wing-margined, the first joint the longest. Pubescence of legs not conspicuously plumose. Stigma obsolete; marginal cell not pointed at apex, not greatly elongated; third submarginal cell not longer than broad and not much narrowed towards the marginal ; origin of the first recurrent nervure opposite the origin of the cubital nervure. Pubes- cence of the wings confined to patches upon the basal or costal portions, and deciduous ; limb of the wing coarsely punctured, and traversed by distinct lines free of punctures representing the continuation of the cu- bital and externo-medial nervures. Basal lobe of the posterior wings not attaining the middle of the submedial cell. ; HABROPODA Smith. Type: H. ezonata Smith. Smith distinguished this genus from Anthophora by the following characters: the shorter labium, the proportions of the palpi [but accord- ing to his description of the palpi the two genera do not differ], the longer antenne of the male, the first recurrent nervure uniting with the " A78 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.v. second transverse cubital nervure, the third submarginal cell narrowed towards the marginal; and by the following characters represented in his figures: the marginal cell longer, and not appendiculate. His figure shows that in regard to the first character he was mistaken, for he had not extended the labium. The second character also should be rejected, as the proportionate length of the joints in the maxillary palpi varies specifically in Anthophora, and this cannot be considered a generic character. The species floridana and miserabilis differ from both Antho- phora and Smith’s description of Habropoda in the joints of the maxillary palpi, the third joint being little shorter than the second, the succeeding joints slender and each but a little shorter than the one preceding it, and the apical joint not “minute,” but, like the fifth joint, slender and slightly narrowed towards the base. In all the other characters, Antho- phora floridana Smith agrees with Habropoda, and I refer it tothat genus: but some of the characters require modification. Some species of An- thophora (simillima Cress. and montana Cress.) have the third submar- ginal cell very slightly narrowed towards the marginal; in floridana, however, the third submarginal is narrowed fully one-third towards the marginal. In floridana, the first recurrent nervure is usually received just within the second submarginal cell, but sometimes unites with the transverse nervure ; the marginal cell extends as far beyond the third submarginal cell upon the marginal vein as the latter extends beyond the stigma. The antennez of floridana ¢ are nearly as long as the tho- rax. In Clisodon terminalis usually, and in some species of Anthophora rarely, the appendiculation of the marginal cell is obsolete. The following generic characters taken from floridana may be added: second submarginal cell quadrate, not pointed at the base. or, when the first recurrent nervure falls short of the tip of the second submarginal cell, very slightly pointed ; mandibles very unequally bidentate; labrum with the anterior margin rounded and not thickened nor deflexed, the _sides curved downwards continuously with the anterior margin, thus giving to the upper face a subtriangular form; last abdominal segment of the female broad and with a broad triangular enclosure on the disk, last segment of the male with a smooth unenclosed area on the disk. The unpointed tip of the female abdomen gives to this genus a facies distinct from that of Anthophora. In the female of Anthophora simillima Cress. ? (but not in the male of A. simillima!), the anterior margin of the labrum is rounded out as much as in the male (but not the female) of floridana, but the edge is thickened and the upper face is quadrate. The male of Anthophora abrupta Say has the labrum of a form peculiarly unlike that of any other species and unlike that of the female; it is transverse and with the auterior border broadly emarginate, the emargination occupied by an obliquely deflexed lobe, which is rounded out anteriorly and is entirely covered with a dense tuft of erect pubescence. American type: HABROPODA FLORIDANA. Anthophora floridana Smith, C. H. B. M. ii, 339. No. 3.] PATTON ON CERTAIN BEES. 479 HABROPODA MISERABILTIS. Anthophora miserabilis Cress., Proc. Acad. Nat. Sci. Phila. 1878, p. 191. To the genus Habropoda belong also (to judge from such characters . . pe ° ye as are given in the specific descriptions) Pluto Dours, aurulentocaudata Dours, melanopyrrha Dours, mucida Cress., and Morrison Cress. ANTHOPHORA Latr. Type of Westwood: A. retusa (Linn.). Labrum with a transverse and narrowly deflexed or thickened anterior margin; the sides of the labrum curved downward, the axes of the curves parallel and giving to the upper face a quadrate form. Man- dibles simple or bidentate at the apex. Maxillary palpi with the second joint two or three times as long as the basal joint, the following joints much shorter and successively decreasing in length, the sixth joint slender and pointed. Antenne of the male reaching to the tegule. Marginal cell extending beyond the third submarginal no more than the length of the latter, obliquely appendiculate at the apex. Second sub- marginal cell pentagonal, pointed at the base, the recurrent nervure received near the middle; third submarginal cell not narrowed towards the marginal. Enclosure at the base of the posterior tibiz in the female large and rounded. Disk of last abdominal segment variable, but not broad as in Habropoda. CLISODON n. g. (ziets + ddd), Type: Clisodon terminalis. Anthophora terminalis Cress., Trans. Am. Ent. Soe. ii, p. 292. Mandibles in both sexes tridentate, the tip having a tooth beneath as well as above, the central tooth the longest. Area at the base of the posterior tibize of the female sharply defined and its tip narrowed and elongate. Otherwiseasin Anthophora. The disk of the sixth abdominal segment has a narrow smooth area in the female; in the male the apical segment is furcate or terminates in two flattened lobes, and there is no distinct area at the base of the posterior tibie. The fifth and sixth joints - of the maxillary palpa are equal in length in the male, but in the female the sixth joint is only one-half as long as the fifth. The second trans- verse submedial nervure forms a continuous curve with the bent portion of the externo-medial nervure. Anthophora furcata (Panz.) closely resembles terminalis and may be related, but the mandibles have been described as bidentate. ai akviel fe ys cigs’ iS H soley ah My end oath ‘ si bebieeal gv uh oe sito | ‘ he ‘hp ne ied Fy Weel feinrlog: § re rn one he eee ee oe a . ry ah en a a KS cg a Dae UE ‘ane ae Na hu BI ried ie bets Loko ; at aN oF is iit 7 aR Article XXIV.—Annotated List of the Birds of Michigan. By Dr. Morris Gibbs. LETTER OF TRANSMITTAL. KALAMAZOO, MICHIGAN, October 1, 1879. Sir: In compliance with your invitation of June 25, 1879, I have the honor to trans- mit herewith an ‘Annotated List of the Birds of Michigan.” This catalogue includes, with few exceptions, those species only which. are well established as occurring in this State; among them being many of rare or casual appearance, or never before catalogued as birds of Michigan, the evidence of the cap- ture of which in the State is presented. Although not to be regarded as complete, the list nevertheless gives upward of 300 species, among them being some sixty not here- tofore accredited to Michigan. This State has unfortunately received less attention from ornithologists than the interest which attaches to its peculiar avifauna would seem to invite; there being but few lists, and no systematic work, devoted to the subject. The State Geological Report, 1839, is said to contain a synopsis of Michigan birds by Dr. A. Sager; and alist of 212 species was published in 1853 by Mr. Charles Fox. The State Geological Report for 1860 contains a list of Michigan birds by Dr. M. Miles, giving 203 species and varieties. Mr. A. H. Boies’s list, published in 1875, and containing 211 species, only professes to represent the ornithology of the southern part of the lower peninsula. Mr. Adolphe B. Covert’s list of 1878, with 244 species, likewise relates only to the birds of the lower peninsula, and omits some species now well ascertained to occur. Mr. W. H. Hughes has also published an annotated list in the ‘ Valley Naturalist” of Saint Louis, Mo., No. 3, 1878, and subsequent issues of that paper. This catalogue is mainly the result of my own observations, but I am indebted to others, in addition to the above-named sources of information, for many valuable facts; and I take pleasure in acknowledging such obligation to the Hon..D. Darwin Hughes, and C. W. Gunn, esq., of Grand Rapids; to Jerome Trombly, esq., of Petersburg; and to Dr. H. A. Atkins, of Locke. Special attention is paid in this list to the local distribution of thes species within the State, to their migrations, and breeding. The data given in these regards rest upon accurate and reliable observations. Hoping that this contribution to our knowledge of the avifauna of Michigan may meet with your approval, Iam, Sir, &c., MORRIS GIBBS. Dr. ELLIOTT Cougs, U. S. A., Secretary U. S. Geological Survey, Washington, D. C. 481 482 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. TURDIDZ. TURDUS MIGRATORIUS. Robin.—Very abundant; found in all parts of the State; breeds; winter resident some seasons. ‘TURDUS MUSTELINUS. Wood Thrush.—Very abundant in spring and summer; breeds. TURDUS PALLASI. Hermit Thrush.—Common in some localities; eggs secured May, 1879, in 43° N. Lat. TURDUS SWAINSONI. Olive-backed Thrush.—Abundant summer so- journer; found breeding from 42° to 44° N. Lat. TURDUS FUSCESCENS. Wilson’s Thrush—Common summer resident; breeds. MIMUS POLYGLOTTUS. Mocking-bird.—Accidental visitor. MIMUS CAROLINENSIS. Cat-bird.—Very abundant summer resident; breeds in nearly all parts of the lower peninsula. HARPORHYNCHUS RUFUS. Brown Thrush.—Very common summer resident; breeds in all half-cleared populated localities in the lower peninsula. SAXICOLIDZ5. SIALIA SIALIS. astern Bluebird.—Abundant from Mareh to N ovem- ber; breeds. SYLVIIDZ. REGULUS CALENDULA. Ruby-crowned Kinglet—Abundant in spring and fall. REGULUS SATRAPA. Golden-crowned Kinglet—Very common during the spring and fall migrations; ‘summer resident ; breeds ”—according to Mr. A. H. Boies’s “ Cataloatie of the Birds ascertamed to occur in Southern Michigan,” 1875. POLIOPTILA C@RULEA. Blue-gray Gnatcatcher.—Summer resident ; breeds plentifully south of 44° N. Lat. PARID Zi. LOPHOPHANES BICOLOR. Tufted Titmouse.—Accidental visitor. PARUS ATRICAPILLUS. Black-capped Chickadee.—Very common resi- dent; breeds. PARUS CAROLINENSIS. Not rare some seasons in the southern part of the State. SITTIDA. SITTA CAROLINENSIS. White-bellied Nuthatch—Common resident; breeds. SITTA CANADENSIS. Red-bellied Nuthatch—Common resident; breeds. CERTHIID.A. CERTHIA FAMILIARIS. Brown Creeper.—Resident; breeds. " No. 3.] GIBBS ON THE BIRDS OF MICHIGAN. 483 « TROGLODYTID 4%. THRYOTHORUS LUDOYVICIANUS. Carolina Wren.—Rare summer resi- dent. ; TURYOTHORUS BEWICKI. Béwick’s Wren.—Rare; only a few taken in spring. 'TROGLODYTES DOMESTICA (Bartr.). House Wren.—Abundant sum- mer resident; breeds. ANORTHURA TROGLODYTES HYEMALIS. Winter Wren.—Very com- mon in spring, summer, and fall; occasionally taken in winter; breeds. TELMATODYTES PALUSTRIS. Long-billed Marsh Wren.—Commonsum mer sojourner; breeds. CISTOTHORUS STELLARIS. Short-billed Marsh Wren.—Summer resi- dent; not rare; breeds. ALAUDIDA. EREMOPHILA ALPESTRIS. Horned Lark.—Resident; breeds abun- dantly. MOTACILLID A. ANTHUS LUDOVICIANUS. Tit Lark.—Common; transient. SYLVICOLID. MNIOTILTA VARIA. Black and White Creeper—Common summer resi- dent; breeds. PARULA AMERICANA. Blue Yellow-backed Warbler.—Summer resi- dent; common in spring and fall. PROTONOTARIA CITRZA. Prothonotary Warbler.—Rare straggler. HELMITHERUS VERMIVORUS. Worm-eating Warbler— Breeds,” according to Mr. A. H. Boies’s “Catalogue of the Birds ascertained to occur in Southern Michigan,” 1875. HELMINTHOPHAGA PINUS. Blue-winged Yellow Warbler—Summer sojourner. HELMINTHOPHAGA CHRYSOPTERA. Blue Golden-winged Warbler.— Common summer resident; breeds. HELMINTHOPHAGA RUFICAPILLA. Nashville Warbler—Summer so- journer ; breeds. HELMINTHOPHAGA CELATA. Orange-crowned Warbler.—Transient 5 rare. HELMINTHOPHAGA PEREGRINA. Tennessee Warbler.—Transient; common. HELMINTHOPHAGA LEUCOBRONCHIALIS. White-throated Warbler.— One specimen, taken by Mr. W. A. Gunn, May, 1879, in Lat. 43° N. [*] ~ [* Type of H. gunnii, Gibbs, Daily Democrat (newspaper of Grand Rapids, Mich.), of June 1, 1879. (See Purdie, Bull. Nuttall Club, iv, July, 1879, p. 185; and a “Note on the Helminthophaga gunnii Gibbs,” by R. Ridgway, tom. cit., pp. 233, 234. Mr. Purdie’s identification of the supposed new species was confirmed by Mr. Ridgway’s examination of the type-specimen).—E. C.] 484 BULLETIN UNITED STATES GEOLOGICAL SURVEY. ({[Vol.V. ° DENDR@CA zSTIVA. Yellow Warbler.—Summer sojourner; breeds abundantly north to 44° Lat. DENDR@CA VIRENS. Black-throated Green Warbler.—A bundant sum- mer resident; breeds north of 43° in pine lands. DENDR@CA CHRULESCENS. Black-throated Blue Warbler—Common summer resident; one nest found June, 1878, 43° N., by Mr. C. W. Gunn. DENDR@CA CHRULEA. Cerulean Warbler.—Not rare; breeds south of 42° N. DENDRG@CA CORONATA. Yellow-rumped Warbler.— Exceedingly abundant during the migrations; probably breeds, as it is frequently taken during the summer months. DENDRGECA BLACKBURNLE. Blackburnian. Warbler.—Very common; © a few remain during summer; breeds north of 43°. DENDRGECA STRIATA. Black-poll Warbler—Common migrant. DENDRGCA CASTANEA.—Bay-breasted Warbler. —Transient ; common in fall. DENDRG@CA PENNSYLVANICA. Chestnut-sided Warbler.—Exceedingly abundant summer resident; breeds plentifully north to 43°. DENDR@CA MACULOSA. Black and Yellow Warbler.—Very abun- dant migrant; occasionally taken in summer, DENDR@CA DISCOLOR. Prairie Warbler.—Common migrant; se- cured one set of eggs May, 1879, in Lat. 43° N. DENDRGCA DOMINICA ALBILORA. White-browed Warbler.—Not rare; breeds south of Lat. 42°. DENDR@CA KIRTLANDI. Kirtland’’s Warbler.—Rare straggler. -DENDR@CA PALMARUM. Yellow Red-poll Warbler.—Common mi- grant. DENDRG@CA PINUS. Pine Warbier.—Abundant summer sojourner; breeds north to 43°. PERISSOGLOSSA TIGRINA. Cape May Warbler.—Transient; common some seasons. SIURUS AURICAPILLUS. Golden-crowned Thrush.—Common summer resident ; breeds. SIURUS NavIuS. Water Thrush.—Not a rare summer sojourner ; breeds. SIURUS MOTACILLA. Large-billed Water Thrnsh—Exceedingly abun- dant south of Lat. 45°; breeds. OPORORNIS AGILIS. Connecticut Warbler—Several specimens taken in May, 1879. a OPORORNIS FORMOSUS. Kentucky Warbler.—Rare ; one taken in the spring of 1872. } on . GEOTHLYPIS TRICHAS. Maryland Yellow - throat.— Very abundant from May to September ; breeds plentifully south of Lat. 43°. GEOTHLYPIS PHILADELPHIA. Mourning Warbler.—Quite a common summer sojourner in certain localities; breeds in Lat. 48°; edge of pinery. No. 3.] GIBBS ON THE BIRDS OF MICHIGAN., 485 ICTERIA VIRENS. Long-tailed Chat.—Rare accidental visitor; found breeding twice by Mr. Jerome Trombley in 42° Lat. MYIODIOCTES MITRATUS. Hooded Flycatcher.—One of our most com- mon Warblers; breeds plentifully south of 43° Lat. MYIODIOCTES PUSILLUS. Green Black-capped Flycatcher—Common migrant. MYIODIOCTES CANADENSIS. Canadian Flycatcher—Abundant sum- mer resident ; breeds. SETOPHAGA RUTICILLA. Ledstart.—Exceedingly abundant from April to September; breeds plentifully. TANAGRID A. PYRANGARUBRA. Scarlet Tanager.—Very common summer resident ; breeds. PYRANGA ZSTIVA. Summer Red-bird.—Rare accidental visitor; taken once in Lat. 43°, HIRUNDINID 2. | HIRUNDO HORREORUM. Barn Swallow.—Abundant summer resi- dent; breeds. TRIDOPROCNE BICOLOR. White-bellied Swallow—Abundant from March to September; breeds in both peninsulas. PETROCHELIDON LUNIFRONS. Cliff Swallow.—Common summer so- journer ; breeds. CoTYLE RIPARIA. Bank Swallow.—Abundant summer resident ; breeds in nearly all parts of the State. STELGIDOPTERYX SERRIPENNIS. Rough-winged Swallow.—Common summer sojourner; breeds. PROGNE PURPUREA. Purple Martin—Abundant from April to Sep- tember; breeds in populated districts. AMPELIDA. AMPELIS GARRULUS. Bohemian Waxwing.—Irregular winter visi- tant. AMPELIS CEDRORUM. Cedar Bird.—Abundant resident; breeds. VIREONIDA. VIREO OLIVACEUS. Red-eyed Vireo.—Very common summer resident; breeds. VIREO PHILADELPHICUS. Brotherly-love Vireo.—Rare migrant. VIREO GILVUS. Warbling Vireo.—Common summer sojourner; breeds. VIREO FLAVIFRONS. Yellow-throated Vireo.—A bundant summer res- ident; breeds. VIREO SOLITARIUS. Blue-headed Vireo— Common; transient. VIREO NOVEBORACENSIS. White-eyed Vireo.—Scarce summer so- journer; breeds. 486 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol V. LANIIDA. LANIUS BOREALIS. Great Northern Shrike-—Winter resident; has been found breeding. LANIUS LUDOVICIANUS.. Loggerhead Shrike-—Typical species. Rare; breeds. LANIUS. LUDOVICIANUS EXCUBITORIDES. White-rumped Shrike.— Abundant from March to October ; breeds. FRINGILLIDA. HESPERIPHONA VESPERTINA. Evening Grosbeak.—Common winter resident some years; remained in Kalamazoo County, in Lat. 42° 20’ N., from November 20, 1878, to May 6, 1879. PINICOLA ENUCLEATOR. Pine Grosbeak.—Irregular winter visitant. CARPODACUS PURPUREUS. Purple Finch. — Abundant; probably breeds; occasionally taken in winter. CURVIROSTRA LEUCOPTERA. White-winged Cross-bill.—Common some winters; irregular migrant. CURVIROSTRA AMERICANA. Red or Common Cross-bill_—Migrant ; very common some seasons; breeds. ANGIOTHUS LINARIA. Lesser Red-poll._trregular winter visitant ; common some seasons; sometimes remains till May. JEGIOTHUS LINARIA HOLBOLLI. One specimen taken March, 1878, in Lat. 42° 20’, determined by Mr. Ridgway to be this form. AHGIOTHUS EXILIPES. American Mealy Red-poll.—Rare winter visitant. CHRYSOMITRIS PINUS. Pine Linnet.—Irregular winter visitant. CHRYSOMITRIS TRISTIS. Yellow Bird.—Abundant resident. PLECTROPHANES NIVALIS. Snow Bunting.—Irregular winter visitant. PLECTROPHANES LAPPONICUS. Lapland Long-spur.—Generally a transient visitor from the nese occasionally spends the winter south of 43°. PASSERCULUS SAVANNA. Savannah Sparrow.—Migratory generally; some breed south of 43°, according to A. H. Boies. POGCETES GRAMINEUS. Bay-winged Bunting.—Common summer sojourner; breeds. COTURNICULUS PASSERINUS. Yellow-winged Sparrow.—Summer res- ident; breeds. AMMODROMUS CAUDACUTUS NELSONI. Sharp-tailed Finch.—Rare; only two specimens observed, both taken by Mr. William Ely, October, 1878, in Lat. 42° 20’ N. MELOSPIZA LINCOLNI. JLincolu’s Finch.—Rather scarce; secured two specimens, May, 1875, in Lat. 42° 20’ N. MELOSPIZA PALUSTRIS. Swamp Sparrow.—Rather common summer resident. MELOSPIZA MELODA. Song Sparrow.—Two varieties; very abundant ‘from March to November; breeds. No. 3.] GIBBS ON THE BIRDS OF MICHIGAN. 487 JUNCO HYEMALIS.. Black. Snowbird.—Winter resident south of 43°; summer resident in various parts of State; breeds plentifully in northern part of lower peninsula. JUNCO OREGONUS. Oregon Snowbird.—Accidental visitor; rare. SPIZELLA MONTICOLA. Tree Sparrow.—Winter resident; abundant. SPIZELLA SOCIALIS. Chipping Sparrow.—Abundant from April to October; breeds. SPIZELLA PUSILLA. Field Sparrow.—Exceedingly common from April to October; breeds plentifully south of 43° N. Lat. ZONOTRICHIA ALBICOLLIS. White-throated Sparrow.—Abundant mi- grant. ZONOTRICHIA LEUCOPHRYS. White-crowned Sparrow.—Transient ; common spring and autumn. CHONDESTES GRAMMICA. Lark Finch—Common summer sojourner in some localities; probably breeds, as it has been taken repeatedly during the breeding season in Van Buren County. PASSER DOMESTICUS. Dnglish Sparrow.—Very abundant in many of our principal cities and villages; resident; breeds. PASSERELLA ILIACA. Fox Sparrow.—Migrant; common spring and autumn. EUSPIZA AMERICANA. Black-throated Bunting.—Very abundant sum- mer resident; breeds plentifully south of 43° N. Lat. GONIAPHEA LUDOVICIANA. Rose-breasted Grosbeak.—Very abundant summer sojourner; breeds. GONIAPHEA MELANOCEPHALA. Black-headed Grosbeak. Very rare. CYANOSPIZA CYANEA. Indigo-bird.—Exceedingly abundant summer resident; breeds plentifully north to 43°. CARDINALIS VIRGINIANUS. Cardinal Red-bird—A few specimens taken in southern part of State; accidental visitor. PIPILO ERYTHROPHTHALMUS. Towhee Bunting—Abundant summer sojourner; breeds; taken from February to November; one set of four fresh eggs secured August 10, 1879. ICTERID4. DOLICHONYX ORYZIVORUS. Bobolink.—Very common summer resi- dent; breeds. MoLOTHRUS ATER. Cowbird.—Abundant from March to September; breeds. 7 AGELAUS PHaNICEUS. Red-winged Blackbird.—Exceedingly abun- dant during spring, summer, and autumn; breeds. XANTHOCEPHALUS ICTEROCEPHALUS. Yellow-headed Blackbird.— Occasionally taken in southwestern portion of the State; probably breeds, as a great number do in Northwestern Indiana. STURNELLA MAGNA. Field Lark.—Abundant summer resident; oc- casionally remains the entire season; breeds plentifully in nearly all parts of lower peninsula, in meadows. 488 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. STURNELLA MAGNA NEGLECTA.—Not a rare visitor in Lat. 43° N. ICTERUS SPURIUS. Orchard Oriole. ee summer sojourner; breeds plentifully south of Lat. 43° N. ICTERUS BALTIMORE. Baltimore Oriole.—Resident in nearly all parts of lower peninsula from May to August; breeds plentifully. SCOLECOPHAGUS FERRUGINEUS. fusty Grackle—Transient; very common during spring and autumn; probably breeds. QUISCALUS PURPUREUS NEUS. Purple Grackle-—Abundant sum- mer sojourner; breeds in large numbers. CORVIDZE. CORVUS CORAX. Raven.—Quite common previous to 1868; one taken in 1873; has nearly disappeared since the advent of the crows. CORVUS FRUGIVORUS (Bartr.). Crow.—Exceedingly common; breeds; resident in some southern sections. Scarcely ever seen ten years ago. CYANURUS CRISTATUS. Blue Jay.—Abundant resident in all parts of the State; breeds from April to July. PERISOREUS CANADENSIS. Canada Jay.—Found in both peninsulas; occasional winter visitant to southern boundary of State; found breeding. TYRANNIDZ. TYRANNUS CAROLINENSIS. King-bird.—Abundant summer sojourner; breeds plentifully in nearly the whole lower peninsula. MYIARCHUS CRINITUS. Great-crested Flycatcher—A generally dis- tributed species; abundant in spring and summer; breeds. SAYORNIS SAYUS. Say’s Flycatcher —Named here on the authority of a single specimen captured at Grosse Isle, as given by Fox, in 1853, SAYORNIS FUSCUS. Pewee.—Common summer resident; breeds. _CONTOPUS BOREALIS. Olive-sided Flycatcher—Not common, but taken in all parts of the State; probably breeds, as numbers were seen in August in Lat. 45° 20’. CONTOPUS VIRENS. Wood Pewee—An abundant and generally dis- tributed summer resident; breeds plentifully. EMPIDONAX ACADICUS. Small Green-crested Flycatcher.—Very abun- dant in spring and summer; breeds south of Lat. 43° N. abundantly. EMPIDONAX TRAILLI. Traill’s Flycatcher—Common summer resident in some portions of lower peninsula; breeds. EMPIDONAX MINIMUS. Least Flycatcher.—Abundant from Ea to September; breeds. EMPIDONAX. FLAVIVENTRIS. Yellow-bellied Flycatcher. — Taken throughout the lower peninsula; probably breeds; quite rare in some localities; summer resident i in Lat. 45° 20’ N. No. 3.] GIBBS ON THE BIRDS OF MICHIGAN. 489 CAPRIMULGIDZA. ANTROSTOMUS VOCIFERUS. Whippoorwill_—LExceedingly abundant summer resident; breeds plentifully south of Lat. 44°. CHORDILES VIRGINIANUS. Night-hawk.—Very common from May to September; breeds plentifully in lower peninsula. CYPSELID A. CHATURA PELAGICA. Chimney Swift—Very abundant summer res- ident; breeds. TROCHILIDZ. TROCHILUS COLUBRIS. Ruby-throated Humming-bird. — Abundant from May 10 to September 20; breeds. ALCEDINID Zi. CERYLE ALCYON. Belted Kingfisher—Very abundant summer so- journer; breeds. CUCULIDZ. CoccYyGUS ERYTHROPHTHALMUS. Black-billed Cuckoo. — Common summer resident; breeds. CoccyGUS AMERICANUS. Yellow-billed Cuckoo.—Not a common sum- mer resident; breeds. PICIDA. HYLOTOMUS PILEATUS. Pileated, or Black Woodpecker.—Once com- mon throughout the State; only found now in deep woods; breeds ? PICUS VILLOSUS. Hairy Woodpecker.—Common resident; breeds. PICUS PUBESCENS. Downy Woodpecker.—Common resident; breeds. PICOIDES ARCTICUS. Black-backed Woodpecker.—A specimen secured by Mr. Jas. H. Dewing, Lat. 44° N.; rare. PICOIDES AMERICANUS. Banded Woodpecker.—Entered in this list on the authority of A. B. Covert. _SPHYRAPICUS VARIUS. Yellow-bellied Woodpecker—Very abundant in spring migration ; some remain during summer. . La Veta, Colo.; one ¢. | HYDNOBIUS PUMILUS.—Much smaller, testaceous, elytra more finely punctured than usual, and with extremely fine distant transverse lines. Hind thighs of the ¢ broadly and obtusely dilated near the tip; the distal margin of the tooth thus fornred is oblique, and the apex is slightly cuspidate. Length, 1.2-1.5™™. Veta Pass, Colo.; one ¢. San Mateo, Cal.; one ?. The punctures of the elytra are smaller than usual, and nearly obliterated towards the tip. HYDNOBIUS OBTUSUS.—Dark rufo-testaceous, shining, elytra as usual with strive of large punctures; punctures of interspaces smaller and less numerous. Hind thighs of ¢ broader and more compressed than in the 2, not toothed, but only obtusely rounded on the lower margin. Length, 2.5™™. Garland, Colo.; both sexes; occurs also in British Columbia. The following species are extra-linmital. HYDNOBIUS LONGULUS.—More elongate than the others, oval, con- vex, rufo-testaceous, shining, elytra with the striz composed of smaller 512 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. punctures than usual, those of the interspaces of the same size as those _ of the striz, but less close. Hind thighs of ¢ dilated at the extremity into a very large tooth, acute at tip, the distal margin of which is oblique and the proximal concave in an are of acirele. Length, 2.8™™. California, Oregon, and British Columbia. Easily known by its more elongate form. HYDNOBIUS LATIDENS.—Rufo-testaceous, shining, of usual form; strize composed of finer punctures, less deep near the tip; interspaces with distant, fine transverse lines. Hind thighs of the ¢ strongly dilated into a wide tooth, the distal margin of which is oblique and feebly concave to the knee, the proximal margin straight from the apex to the base of the thigh ; apex of the tooth obtuse, but slightly prominent. Length, pt Anticosti; Mr. W. Couper. Similar to H: pumilus, but the elytral punctures are less obliterated behind, and the tooth of the hind thighs is much larger; the thighs are also less punctured. The hind thighs are not toothed in three specimens of H. substriatus Lec. in my collections, and I am therefore unable to place the species properly. Itis quite possible that H. curvidens above described is the corresponding ¢. In Hydnobius Matthewsti Crotch (Tr. Am. Ent. Soc. 1874, 74.), I per- ceive no differences in the four specimens in my collection, except that in the two larger ones the spurs of the front tibize are-very unequal (<3), and in the other two they are nearly equal. CLAMBUS VULNERATUS.—Oval, convex, black shining, not densely ut distinctly pubescent with yellowish hair. Elytra with a large trans- verse red spot about the middle, which is wider near the suture; antennz and legs testaceous. Length, 1™. Garland, Colo.; one specimen. SACIUM BIGUTTATUM.—Elongate, black, very finely pubescent. Pro- thorax not wider at base thanits length, sides and apex strongly mar- gined, diaphanous in front for nearly one-third of the length. Elytra each with a rounded red spot a little behind the middle, and half way from the suture to the side. Under surface and legs black. Length, 1.6™™, Veta Pass, Colo. Of the same size and form as L. lugubre and obscurum, but the prothorax is rather longer, and the elytral spot dis- tinguishes it at first sight. ANTHEROPHAGUS CONVEXULUS.—Elongate-oblong, fuscous, antenne, legs, part of under surface and elytra rufo-testaceous, finely punctulate, clothed with extremely fine pubescence. Prothorax transverse, not wider at base, sides nearly straight and parallel, obsoletely angulated about the middle; hind angles somewhat obtuse, not rounded, base finely margined, foyeate each side. Length, 3.2™™. Le Conte, New Spec. Coleopt. (Smiths. 8vo), 1, 71. No. 3.] LE CONTE ON ROCKY MOUNTAIN COLEOPTERA. 513 Garland, Colo. In the hind angles of the prothorax being nearly rectangular, and the pubescence very fine, this species approaches (according to description) A. sutwralis Maklin, from Alaska, but the color of the latter is said to be black, with the margin of the elytra, the front part of the suture, the antenne and the legs rufo-testaceous. These differences may possibly not be specific, since the type from Lake Superior and a specimen from Santa Barbara, Cal., are uniform rufo- testaceous. ; EMPHYLUS AMERICANUS.—Oblong, ‘dark ferrugineous, scarcely per- ceptibly pubescent, nearly uniformly punctured ; punctures towards the tips of the elytra smaller and less impressed. Length, 2.8™™, Veta Pass; one specimen found in an ant’s nest. This insect resem- bles altogether the figure of the European JZ. glaber (as given by DuVal, Gen. Col. Europe, ii, pl. 51, f. 252), but the elytra are very distinctly punctured, and not obsoletely as described by Erichson. PHALACRUS DISPAR.—Rounded oval, convex, above black-brown, shining, elytra with faint, ill-defined rows of fine punctures, interspaces sparsely punctulate, sutural stria not impressed. Antenne, legs, and under surface ferruginous. Length, 3™™. Veta Pass. As large as P. penicillatus, and easily known by the sutural stria not being impressed. EUTHIA LONGULA.—Elongate, rufo-testaceous, antenne and legs yel- low, elytra from the first third nearly to the tip darker; pubescence sparse and rather coarse. Head with two large shallow fovere. Prothorax longer than wide, not narrowed in front, slightly rounded on the sides, marked with a transverse impressed line near the base; upon this line are situated two large punctures each side, and a smaller one at the middle. Elytra sparsely punctulate. Length, 1™™. Garland, Colo.; one specimen. The species are very rare, but the genus is distributed widely over the continent. There are four species in my collection, which may be tabulated thus: Elytra finely punctulate; prothorax with a transverse line near the base ..--- aM: 2. Eyurakedisyin ehly punetiured sss, Se Ll Se ee ese colon. 2. Prothorax a little wider than long, with a short discoidal line; basal line not ex- tending to the sides, basal fovex large; piceous, antennz and legs yellow.. .scitula. Prothorax as long as wide, basal line strong, basal punctures 3, the middle one small, the outer ones near the angles, elongate...---.----. ..---- e2-- secon e noone impressa. Prothorax longer than wide, basal line fine, basal punctures 5, the intermediate one SHIT NG eRe ee SOE LEE NG Obes Sag tct Sh SURRY GY ash Ue eee eee ele longula. HE. ScITuLA, Maeklin, is a little larger than the other species; black, with antenne and legs yellow. It is easily distinguished by the short slightly impressed dorsal line. Alaska and Lake Superior. EUTHIA IMPRESSA.—Dark rufo-testaceous, shining, sparsely pubes- cent. Head convex, smooth, vertex with two small fovee. Prothorax “514A BULLETIN UNITED STATES GEOLOGICAL SURVEY. [ Vol. ¥. smooth, a little longer than wide, rounded on the sides, narrowed near the tip; disc convex, with a deep transverse line near the base, upon which is a small medial puncture; near the hind angle each side is a small elongate fovea. Elytra convex, scarcely perceptibly punctu- late. Length, 1™™. Lake Tahoe, California; two specimens, i. COLON, Horn, Trans. Am. Ent. Soe. ii, 131.—Elongate, ferruginous, shining, clothed with short sparse coarse yellowish pubes- cence. Head punctulate, feebly impressed. Prothorax a little wider than long, rounded on the sides, slightly narrower in front than at the base, which is finely margined at the middle, but without transverse impressed line; the disc is punctulate, the two large basal punctures are confluent, and the mid- dle one is smaller. Elytra distinctly punc- tured. Length, 1™. Arizona and San Diego County, California. ya rt Two specimens were found by Mr. O. N. San- ford, one of which he has kindly placed in my collection. 1. E. scitula. 2. E. colon. 3. E. longula. 4. E. impressa. SYNCALYPTA GRISEA.—Ovate convex, more pointed behind, black, densely clothed with brownish gray scales, and but slightly mottled ; bristles rather long, and clavate as usual. Length, 2.5. Garland, Colo.; one specimen. Much less robust than S. strigosa. The sides of the elytra are parallel from the base to beyond the middle. The form of S. echinata is regularly oval, and the bristles are larger and more numerous. 8S. albonatata is of the same form as S. echinata, but is conspicuously marked with white spots, and the bristles are shorter and fewer.. LIMNICHUS MONTANUS.—Elongate-oval, more obtuse in front than behind, convex, black, imperceptibly punctulate, thinly clothed with fine short whitish hair. Body beneath shining, prosternum sparsely punctured, deeply channelled for three-fourths its length; metasternum sparsely and finely punctured, finely channelled for nearly its whole length. Hind cox coarsely punctured. Ventral segments. sparsely punctulate; last segment densely punctulate, not impressed. Length, a La Veta, Colo.; one specimen. Our species may be thus tabulated: Table of Species of LIMNICHUS. Body beneath densely and coarsely punctured......---.---------------.------ @ Body beneath finely, in part sparsely punctured ..-.....-.--..----..----.-----s 34 No. 3.) ° LE CONTE ON ROCKY MOUNTAIN COLEOPTERA. 515 2. Prosternum widely and deeply grooved, metasternum with a nearly obsolete line; last ventral segment not impressed; oval, greenish bronzed, pubescence brownish cray. 27. | Wastern America .. -<-oe5--<3 .-0~ o 550-56 smoa- I. punctatus. Smaller and more elongate, pubescence above brownish, mottled with silvery Matte. howe. r San bermaramo. Cal. css. oseo ste sce cee sects 2. nebulosus, n. sp. Pree SOCyanetodun cs mmnmmere wuss Ula Chics a tected. 2anmre sete wigter times! cies mine ose cae 4& adyubeneanhopague”s: ase tay. Heese oshy) etek eh ee Saks sees yok tet Z 4. Abdomen densely and finely punctured; last ventral slightly impressed, with a patch of longer hair visible in well-preserved specimens; metasternum very coarsely, punctured, slichbly impressed. 2.6 22-2 noe son-p nncinien ween sticic 3S Abdomen sparsely and finely punctured, last ventral without patch of hair; metasternum more sparsely punctured, prosternum nearly impunctured ...--.. 6 5. Oval, pubescence above slightly mottled; prosternal groove very deep, ex- tending nearly to the front margin; metasternum finely channelled: 2-2.5™™. Texas; Colo.}. Cals -2see'.'. sess te Poea bit ay CASES pac COME aE omen Be. analis, D. Sp. Like analis, but smaller and broader, less rounded at each end, puibescence above slehily mottled. .22™. | Sousherm States ooo eee lee eee a= onina nen 4. ater. G. Black, elytra faintly punctulate, pubescence gray (nearly abraded); metaster- num channelled for nearly its whole length. 2™™. Veta Pass, Colo. ..3. montanus, n. sp. Smaller, black-bronzed, elytra strongly punctured, metasternum channelled for half the length, sparsely but more coarsely punctured. 1.8"™. Califor- TENE 3c See ARE MEE SE ECS CT are a ee np a es a eee 6. californicus, 0. sp. Smaller, ovate, pointed before and behind, black; metasternum channelled for half the length, strongly and coarsely punctured; abdomen finely not densely punctured, last joint convex feebly punctulate, not impressed. 1.4™™. ORES Sapte eee et ls Womens Bani 2 feed Seimicpe mee siniacie <= aialeninines 4. nitidulus. 7. Pubescence rather coarse, elytra one, punctured, prosternum deeply channelled. 1.2-1.4™™, Texas; Cal...........-.-----.-------- 8» lutrochinus, n. sp. Pubescerce fine, elytra feebly Sian: prosternal channel deeper and broader behind. 1.2™™. Georgia; Florida ...-.,....-...--2 2+ -- 200-5 ee OVALS, The bibliography 1 is as follows: 1. L. punctatus Lee. Proc. Acad. Nat. Se. Phila. , 1854, 116; olivaceus Lee. ibid. ; 2-2.5™™. Middle and Western States. 4. L. ater Lee. ibid. 117; obscurus Lec. ibid. 116; 2-2.5™". Middle and Southern States. 7. L. nitidulus Lec. ibid. 117; 1.75™™, Southern States. 9. L. ovatus Lec. ibid.; 1.5™™. Southern States. The new species are easily récognized by the characters given above without farther description. PAROMALUS DEBILIS.—Oval subconvex, black, shining, finely punc- tured. Head finely punctulate. Elytra without sutural stria; there are two short oblique faintly impressed striz at the base, and two others more feebly impressed, visible near the margin behind the middle. Prosternum without strive; mesosternum margined only at the sides. Length, 2™". Veta Pass; one specimen. Of the same size and form as P. difjcilis Horn, but much more finely puactured, and with no sutural stria. PSEUDEBUS OBSCURUS.—Black, with a leaden pruinose lustre from extremely fine pubescence. First joint of antenne, knees, tibie, and tarsi tinged with testaceous. Prothorax transverse oval, broadly trun- 516 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol V. cate in front. Elytra more elongate than usual, but little wider than the prothorax (in 2), not perceptibly punctured. Length, 2™™. Garland, Colo.; one pair. The tips of the elytra in the ¢ are con- torted as usual, and yellow; the ventral segments are entirely black, the last is broadly and deeply emarginate at tip, and not suleate. Dif- fers from P. pusillus by the legs not being yellow, and probably by the sexual characters, though my ¢ specimen of the latter is not in good condition. ERNOBIUS TRISTIS.—( ¢) Elongate, black, shining, finely and scarcely perceptibly pubescent, finely scabrous-punctate. Eyes moderate in size, but very convex. Antenne half as long as the body, slender, 2d joint stouter than 3d; 3d, 5th and 7th a little longer than the 4th, 6th, and 8th; 9th as long as the 5 preceding united, 10th a little shorter, 11th as long as the 9th. Prothorax twice as wide as long, much rounded on the sides, which are strongly margined. Elytra finely margined. Length, 3.0™™, Veta Pass; one ¢. ERNOBIUS GRACILIS.—Elongate, rufo-testaceous, less shining, finely pubescent, densely scabrous-punctulate. Eyes moderate in size, very convex. Antenne half the length of the body, rather stout, joints 3-S nearly equal in length, 5th-8th wider than 3d and 4th; 9th as long as the 5 preceding united, 10th and 11th each as long as the 9th. Pro- thorax more than twice as wide as long, sides very much rounded and widely margined, concavity of the margin extending along the base to _a basal fovea, where it becomes narrower. Elytra convex finely mar- gined. Length, 3.72™. ’ Garland, Colo.; one ¢. These two species are quite different from those tabulated by me in Proc. Ac. Nat. Se. Phila. 1865, 224. | The following species from other districts may be described with ad- vantage on the present occasion : PRNOBIUS LUTEIPENNIS.—Less elongate, piceous, not shining, finely pubescent, elytra dirty .reddish yellow, finely punctured and slightly scabrous. Head and prothorax opaque, densely and finely scabrous. Kyes convex, smaller in ? than g; antennz 2d joint stout, not much longer than thick; 3d slender, longer than 4th; 4-8 gradually shorter, but not wider; 9-11 varying, as below, according to sex. Prothorax twice as wide as long, narrowed in front, sides moderately rounded, finely margined. Tibiz and tarsi testaceous. Length, 2.5-3"™. Massachusetts, on pine boughs; one pair kindly given me by Mr. Frederick Blanchard; found also at White Fish Point, Lake Superior, by Mr. H.G. Hubbard. The antennez of the ¢ are more than 4 as long as the body, and the joints 9-11 are long and narrow, each being as long as the 1st-Sth united. In the 2 the same joints are wider and — each equal in length to the 4th-8th united. This is allied to H. tenuicor- No. 3.) LE CONTE ON ROCKY MOUNTAIN COLEOPTERA. 517 mis Lee. loe. cit. 225, but quite different by the larger, more distinctly scabrous prothorax, and different color. The last named species was also found by Mr. Blanchard on Pinus rigida. The ? differs from the ¢ by the smaller eyes and less elongate 9-11 joints of antenne, which, however, are not as stout as in JZ. luteipennis. ERNOBIUS FILICORNIS.—Elon gate, piceous, head and prothorax nearly opaque, finely punctulate, scabrous, finely pubescent; eyes (¢) large, convex, antenne very slender, 2d joint stouter, and a little shorter than the 3d, which is slender; 4th-8th short, 9th as long as the 4th-8th united, 10th and 11th each as long as the 9th. Prothorax transverse, sides narrowly margined. Elytra strongly but finely punctured, shin- ing, sparsely pubescent, with very short prostrate hairs proceeding from each puncture, giving a pruinose appearance. Len eth, 2", Medford, Mass.; one 3. Mr. E. P. Austin. GASTRALLUS MARGINIPENNIS.—Cylindrical, piceous, not perceptibly punctulate, clothed with extremely fine sericeous gray pubescence, an- tenn and legs testaceous. Prothorax uniformly convex in front, hind angles obliquely explanate. Elytra with one marginal stria, which is fainter near the middle and obliterated near the tip. Length, 1.5-2™7, Garland, Colo.; several specimens. This is the first recognition of the genus in our fauna. LUPERUS NIGROCYANEUS.—Black or blue black, shining, antennz and legs piceous, base of the former testaceous, front tibiz and tarsi tinged with same color. Prothorax about as long as wide, moderately rounded and finely margined on the sides, slightly narrowed in front, nearly smooth without vague transverse impression. Elytra a little wider than the prothorax, punctulate. Antenne with 3d joint longer than 2d but shorter than 4th. Length, 3.3-4.3™", Veta Pass. In the ¢ the 5th ventral is smooth at the middle and feebly impressed transversely; the last dorsal is obtusely triangular and hollow beneath at the tip. Resembles L. cyanellus Lee., but the anten- ne and legs are dark, and the sides of the prothorax are more rounded, especially near the base. CH @TOCNEMA CRIBRIFRONS. — Hlongate-oval, convex, coppery bronze rather shining. Head sparsely punctured, front with a few very large punctures. Prothorax transverse, slightly narrowed in front, rounded on the sides, punctured. Elytra with striz composed of large punctures, interspaces flat, smooth. Ventral segments, Ist, 2d, and 3d nearly smooth at the sides; 4th and 5th Sparsely deeply punctured. Antenne brown, outer joints piceous. Legs partly brown. Length, arth, ~ Alamosa, Colo.; one specimen. Of nearly the same form as C. pro- 518 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. tensa Lee., but quite different by the coarse sparse punctures of the front, and the nearly smooth 1-3 ventral segments. The seutellar stria is less elongated. CHATOCNEMA ANEOLA.—Elongate-oval, convex, dull bronze, some- what shining. Head impunctured, subopaque. Prothorax transverse, scarcely narrowed in front, broadly rounded on the sides, finely margined at the base, punctulate, with a basal row of large punctures interrupted - at the middle for about 4 the width. Elytra but little wider than pro- thorax, striz finely and closely punctured, interspaces indistinctly punctulate, slightly convex. Antennae, tibiz and tarsi testaceous, outer joints of the former dusky. Last two ventral segments, more deeply punctured than the others.. Length, 1.5". Garland, Colo. Similar to opacula, but differs by the head less opaque, and the prothorax more finely punctured, as well as by the deeper and more finely punctured elytral striz. HELOPS MONTANUS.—Elongate-oblong, convex, black shining, with brassy lustre. Head rather densely punctured, transverse impression broad, eyes small, convex. Prothorax one-half wider than long, punct- ured, sides rounded, margin narrowly reflexed, base distinctly margined, front angles broadly rounded, hind angles obtuse slightly rounded. Elytra elongate-oval very convex, but little wider than the prothorax, rather strongly margined at the sides, striz fine, scarcely punctured; interspaces flat, slightly rugose and punctulate. Scutel finely punctured. Beneath punctured, flanks of prothorax densely not coarsely aciculate. Antenne extending beyond the base of the prothorax, outer joints not ’ compressed. Length, 6.5"". Veta Pass. The tarsi are scarcely dilated in any of the specimens L have examined. This species is allied to convexulus Lec., but the pro- thorax is of a different form, with distinctly defined hind angles. TETRATOMA CONCOLOR.—Elongate-oval, convex, finely and sparsely pubescent, piceous shining, with a reddish tinge, base of antenne and legs yellowish brown. Head more finely punctured. Prothorax and elytra equally punctured; the former transverse, narrower in front, rounded on the sides, which are narrowly margined; base margined like © the sides, with a large puncture half way between the middle and the basal angles, which are obtuse and rounded. Length, 4°"... Veta Pass. CRYPHALUS MUCRONATUS.— Elongate, cylindrical, black, opaque, cov- | ered with fine pruinose pubescence, and with scattered short, stout white bristles. Prothorax rounded on the sides, not longer than wide, obliquely rounded at the tip, which is mucronate on the margin with two approx- imate curved spines; surface in front of the middle with scattered acute tubercles. Llytra with striz not impressed, composed of quadrate shal- low punctures. Length, 1.4™™, No. 3.] -LE CONTE ON ROCKY MOUNTAIN COLEOPTERA. 519 Veta Pass; one specimen. Resembles closely the European C. tilic, but is larger and more elongate, with the sides of the prothorax more rounded. The sutures of the antennal club are straight. _XYLOCLEPTES CUCURBIT&.—Slender, cylindrical, black, rather shin- ing, villous with long, sparse, fine, erect yellow hairs. Head finely granu- late, flat. Prothorax longer than wide, oval, very slightly wider behind, densely punctato-granulate, granules flat. Elytra densely and coarsely rugosely punctured; punctures arranged slightly in rows, declivity ob- lique, not retuse or sharply defined. Antenne and legs ferruginous. Length, 2>™. Utah, on wild gourd; sent to me by Dr. H. A. Hagen. The antennal club on the outer face has a smooth oval spot at the base; the sutures are indistinct and nearly concentric with the sides and distal end of this spot, as in the European YX. bispinus, to which, otherwise, this and_X. deci- piens Lec. bear no resemblance. PITYOPHTHORUS DELETUS.—Cylindrical, slender, shining black or brown, nearly glabrous, with a few fine hairs near the sides and upon the prothorax; head sparsely fringed with long hairs, front flat, sparsely punctured. Prothorax not wider than long, a little wider behind, sparsely punctured, with a few distant acute reclinate tubercles arranged in transverse rows; two are upon the apical margin. Elytra with very fine, nearly effaced rows of small punctures more distinct near the base; declivity smooth retuse, impressed near the suture. Antenne and legs ferruginous. Length, 12™™, Veta Pass, Colo. Five specimens examined show no. sexual differ- ences, and are probably all females. This species may be placed near annectens Lec. Pr. Am. Phil. Soc. 1878, 622, from Florida, but is quite different, and easily recognized by the characters given above. SCOLYTUS UNISPINOSUS.—I refer to this Oregon species, heretofore represented by but two 3, a 2 found at Veta Pass, which differs by the head moderately convex and punctured, and the compressed spine of the ventral declivity replaced by a short compressed tubercle at the apical margin of the second segment. The specimen referred to by me from Lake Superior (Pr. Am. Phil. Soc. 1878, 626) as probably belong- ing to this species, has the tubercle on the face of the second ventral segment not compressed and not extending to the apical margin. Itis, perhaps, a different species, but in the absence of ¢ specimens cannot be properly described. * PHL@OTRIBUS PUBERULUS.— Cylindrical, black, nearly opaque, clothed with fine erect yellowish pubescence ; base of antennz and tarsi piceous. Head sparsely finely punctured; front nearly smooth, shining, broadly concave, with two small acute cusps on the epistoma. Protho- rax wider than long, sides oblique slightly rounded, coarsely punctured, 520 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. dorsal line obsolete, visible only near the middle. Elytra with shallow strie, formed of quadrate punctures, interspaces somewhat elevated, not wider than the strie, with the hairs arranged in rows. Length, 2.5mm, Veta Pass; one specimen. This species resembles in appearance Hylesinus opaculus, but is quite different in characters. The joints of the antenne are less prolonged than in the other species, so that the club becomes elongate-oval, and as long asthe remaining joints united. e) Poa ee Ley ey Aion blgee = ir hea oe ont TH oti: Paris Wire Grae ars Cot \ ait Ry Leary INTHRIOR. BULLETIN OF THE UNITED STATES % ROLOGICAL AND GEOGRAPHICAL SURVEY OF , ~-——— VOLUME V..-..-NUMBER 4. WASHINGTON: NMENT PR BULLETIN OF THE UNITED STATES GEOLOGICAL AND GEOGRAPHICAL SURVEY OF THE TERRITORIES. VOLUME V. 1879. NUMBER 4. Art. XXVI.—Third Instalment of American Orni- thological Bibliography. By Dr. Elliott Cowes, U. 8. A. The Appendix to the Birds of the Colorado Valley (pp. 567[1]-784[218]), which gives the titles of ‘“‘Faunal Publications” relating to North America, is to be considered as the jirst instalment of this work. _ The second instalment occupies pp. 239-330 of this Bulletin, this Vol., No. 2, and similarly gives the titles of ‘‘ Faunal Publications”, being those relating to the rest of America. These two instalments represent all that I am at present prepared to publish of titles of this kind, ¢. e., in “regional” Ornithology. This present, third instalment consists of an entirely different set of titles, namely, those belonging to the “systematic” department of the whole Bibliography. In this department come the titles of all publications treating of par- ticular species, genera, or families of Birds, sytematically arranged by Families, in chronological order under each family, with alphabetization of authors’ names under each date. The lot of titles herewith presented, however, are only those that relate to American species. Of those fam- ilies which are exclusively American, as, for example, Mniotiltida, Icte- ride, Tanagride, Trochilide, ete., | give, of course, all the titles in my possession; but of those families which are more cosmopolitan, as the Turdide or Fringillide, I select only the titles relating to American spe- cies; and of extra-limital families no titles whatever are given. Such is the ostensible scope of the present instalment; but I actually give many titles relating to extra-limital species, when the close relationship of such species makes it desirable, or when the insertion of a few. such additional titles enables me to present all those that I possess of certain families. The three instalments together represent a nearly complete Bibliog- Bull. vy, 4——1 . 521 522 BULLETIN UNITED STATES GEOLOGICAL SURVEY. (Vol. V. raphy of Ornithology so far as America is concerned. They are pub- lished in this manner in advance of the whole work for several reasons— among others, both to render immediately available certain departments of the Bibliography which are practically completed, and to invite criti- cism and suggestions for the bettering of the work. I am satisfied that, if 1 can come anywhere near the standard I have set for myself, I shall have done a very useful thing; and I beg those who are interested in rey the accomplishment of this undertaking to inform me of any defects they may perceive. In only one particular would I deprecate criticism at present—and this is respecting the arrangement of the titles; for the scheme of the work cannot be fairly appreciated until the whole is pub- lished, including the several contemplated Indexes. The portions of the Bibliography now before the public suffice for an estimate of its plan and purpose; but I may add that nothing has yet appeared of several other important departments, such as those of ‘General and Miscellaneous” publications, of publications in “Anatomy and Physiology”, of publications relating to “Birds in Domestication or Captivity”, etc. It is not my intention, however, to print any more of the work at present, the American departments being the only ones sufficiently perfected to warrant their leaving my hands. But mean- while I am making manuscript for the rest as rapidly and as continu- ously as possible. NoTA BENE: It being absolutely necessary, in this part of the work, to have some fixed standard (no matter what one) for the grouping of species and genera into fam- iiies, and for the sequence of the families, I have adopted as most convenient the arrangement of Gray’s HAND-LIST, as far as the Passeres are concerned—the limitations of the families in other orders being sufficiently nearly agreed upon by ornithologists. For Passerine families, then, the titles have been assorted strictly and exactly according to the composition and sequence of those groups in the work just mentioned. i A Hirundinidz. {Here only titles additional to those given in ‘‘ Birds of the Colorado Valley’, pp. 378-389, 396-401, q.v.J 1769. LaxMann, E. Hirundo daurica, area temporali rnbra, Uropygio luteo rufes- cente. < Kéngl. Svensk. Vetensk.-Acad. Handl., xxx, 1769, pp. 209-213, pl. vii. 1774. WuiITE, G. Account of the House Martin, or Martlet. < Philos. Trans., lxiv, pt. 1, 1774, pp. 196-201. Habits of Chelidon urbica. This celebrated memoir is curiously misquoted in Carus and Engelmann, Bibl. Zool., 11, 1861, p- 1375, as if referring to the mammal Mustela foina, known as the ‘‘Marten”. Gill and Coues perpetuate the blunder in Monogrs. N. A. Rodentia, 1877, App., p. 1005, by transcription of the title into their Bibl. of VN. A. Mammals. Coues exaggerated it in his Fur-bearing Ani- mals, 1877, p. 77, by making out Mustela foina to have been instituted by Gilbert White, as above! The funny mistake is shown up by Alston, P. Z. S., 1879, p.469. The title is correctly cited by Cones in Birds Colorado Valley, 1878, p. 396; as it is also by Giebel, Thes. Orn., p. 145.—It is hard to teach some people to verify quotations! On the same page of Carus and Engelmann, 6 lines higher up, oceurs a no less singular mistake: John Hunter’s account of the ‘‘Free Martin” (a local name for cattle with a certain malformation) being cited as if relating to some species of Mustela. Again, on p. 1345, same work, a paper on the anatomy “of a male Otter’, Lutrce maris (in the genitive), is allocated with Enhydris, as if it were Lutre maris, ‘of a Sea Otter”. 1789. CaRtson, G.v. Anmiirkningar om Svalor. < Kongl. Vetensk.-Acad, Nyt Handl., x, 1789, pp. 315-317. No. 4.] COUES’S ORNITH. BIBLIOGRAPHY—HIRUNDINIDZ. 523 1809. REEVE, H. An| Essay | on | the Torpidity | of | Animals. | By Henry Reeve, M. D. | Member of the Royal College of Physicians of | London, and Fellow of the Linnzean Society. | — | [Quotation.] | — | London: | Printed for Long- man, Hurst, Rees, and Orme, | Paternoster Row, | by Richard Taylor & Co. Shoe Lane. | —| 1809. 1vol. 8vo. pp. ili-viii, 1-152. P. 39. ‘‘Here a curious question arises respecting the disappearance of birds.’’ And the author goes on to discuss the alleged hibernation of Swallows. Cf. Philos. Mag., xxxv, 1810, p. 241. 1813. ForsTER, T. Observations | on the | Brvmal Retreat | of the Swallow. | — | To which is annexed | a copiovs Index | to many passages relating to this bird, | in the works of ancient and modern authors. | — | By | Thomas Forster, F. L. 8. | Author of | “Researches about atmospheric Phaenomena,” etc. | — | Third edition, corrected and enlarged. | — | London: | Printed by J. Moyes, Greville Street, Hatton Garden; | for Thomas Underwood, 32, Fleet Street, | and 40 West Smithfield. | — | #813. 8vo. pp.i-xiv, 1-46. See other editions, of 1814 and 1817. 1814. Forster, T. Observations | on the | brvmal retreat | of the | Swallow. | — | To which is annexed | a copiovs index | to many passages relating to this bird, | in the works of ancient and modern authors. | — | By Thomas Forster, _F.L.S8. | Author of [etc.] | —| Fourth Edition, corrected and enlarged. | [This Edition is not published separately.] | 1814. < The Pamphleteer, iv, 1814, pp. 431-462. This and two others are the only editions I have been able to lay hands on, of this rather notable paper; as stated in the title, the present edition is not issued separately. I give eds. of 1813 and 1817, and find another quoted of 1817. In the present, the author alludes to three earlier editions. ‘The treatise in its present shape seems to be materially modified, with anew preface ; besides which, it consists of the original (?) preface, pp. 433-438, observations, etc., 439-454, appendix, 455-459, giving first and latest appearance of Swallows near London for several years; and of index, 460-462, of passages relating to history of the Swallow in various works, ancient and modern, and the names of Swallows in many different languages. (He derives Swallow, as usual, from A. 8. swelgan, to swallow, and says the Greek ‘‘is supposed to have come either from xetAy Sovety quod scil. labia agitet, vel quod xetAcow ade labiis canit”’ —in which he differs from other authority. The latin supposititious derivation, ab herendo, from the adhesive nests, seems to me very far-fetched.) Cf. Birds Col. Vall., i, 1878, pp. 369-371. 1816? Anon. The | Swallows: | or, | Observations & Reflections | upon | Their Late Assemblage | at Rotherham, | and their | subsequent departure. | — | [Quo- tation, 4 lines.] | — | Albion Press: | Printed and Sold by T. Crookes, Rother- ham; | sold also by [ete.3 lines]. [n.d.1816?] lvol. 16mo. pp. i—viii, 9-38. Anonymous: preface dated Clifton Cottage, Dec. 1815.—A sermon by a clergyman to his parishioners, on the wisdom and goodness of God as illustrated by the habits of Hirundinide. 1817. ForsTER, T. Observations | on the | Brvmal Retreat | of the | Swallow; | with | a copiovs reference | to passages relating | to this subject, | in differ- ent authors. |— | By Thomas Forster, F.L.S. | [ete.] | — | Fifth Edition. | —| London: | Printed by J. Moyes, Greville Street; | for Thomas and George Underwood, | 32, Fleet street. | — | 1817. 8vo. pp. i-xiv, 1-46. Substantially the same as, if not identical with, the 4th ed., published in The Pamphleteer, iv, 1814, pp. 431-462, q. v. ; ‘“‘T do not mean to say that swallows may not have occasionally been found under water; for it is well known that they have; . . . but I should certainly attribute their being found in such situations to mere accident; . . . they have sometimes been taken out of the water, in winter, in a torpid state, . . . they have likewise been found concealed in the crevices of rocks, in holes in old decayed trees, in old ruined towers, and under the thatch of houses.” 1823? STEINMULLER, J. R. [Sur ’Hirundo rupestris.] < Neue Alpina, i, p. 530. Not seen. : 1824, AUDUBON, J. J. [Note on the Hirundo fulva.] < Ann. Lyc. Nat. Hist. N. Y.,i, pt. 1, 1824, pp. 163-166. Forms part of the article by DeWitt Clinton, loc. cit., q. v. BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vot. V. 1824. DEFRANCE, —. Notice sur le vol des hirondelles de cheminée. < Féruss. Bull., 2¢ sect., i, 1824, p. 183. 1825. L[Esson], [R.] P. Faits et observations relatives 4 la résidence permanente 1826. 1828. 1830. 1830. 1831. 1835. 1835. 1836. 1845. 1845. 1846. 1846. 1846. 1848. des Hirondelles dans les Etats-Unis; par John Audubon. < Féruss, Bull., 2° sect., vii, 1825, p. 109. Résumé des Ann. Lye. Nat. Hist., i, 1824, pp. 166-168. LeEss[ON, R. P.] Sur l’Hirundo fulva de Vieillot, avee quelques remarques sur les oiseaux de ce genre; par Dewitt Clinton. ... < Féruss. Bull., 2° sect., ix, 1826, pp. 232, 233. Extrait des Ann. Lyc. Nat. Hist. N. Y., i, 1824,-pp. 156-166. ANON. Faits concernant Vhibernation de ’Hirondelle de cheminée (Hirundo rustica); par le Rév. Colin Smith... < Féruss Bull., 2° sect., xiv, 1828, pp. 117, 118. Précis, tiré du Edinb. New Philos. Journ., juillet-sept., 1827, pp. 231-234. ANON. Tableau sur l’arrivée et le départ des hirondelles de la Grande-Bre- tagne; par W. F. Bree. ... < Féruss. Bull., 2° sect., xxii, 1830, pp. 118, 119. Extrait de Loudon’s Mag. Nat. Hist., ii, mars, 1829, pp. 16-20. ‘¢PHILOCHELIDON.” On the wanton Destruction of Swallows. < Loudon’s Mag. Nat. Hist., iii, 1830, pp. 35-38. ““G. M.” The Swallow and the Stoat. < Loudon’s Mag. Nat. Hist., iv, 1831, p. 146. Attack by Hirundo rustica upon a Stoat. . BREE, W. T. Effects of the Swallow Tick (Hippobosca Hirundinis L.) on the Swallow Tribe (Hirundines.) < Loudon’s Mag. Nat. Hist.,v, 1832, p. 677. ‘J. D[ENSON?].” Intrepidity of the Swallow [Hirundo rustica]. < Loudon’s Mag. Nat. Hist., v, 1832, p. 84. “J.C.” Swallow (Hirundo rustica) [in confinement]. < Loudon’s Mag. Nat. Hist., vi, 1833, pp. 270, 271. . CHAMBERLAIN, R. D. A Swallow accidentally fettered into the Nest in which it had been reared, and hence detained from accompanying other Swallows in their Departure in Autumn from Britain: one of its Parents had stayed to attend it. < Loudon’s Mag. Nat. Hist., viii, 1835, p. 515. Morris, B. R. Birds of the Swallow Kind: Means conducive to the keeping of them alive in Britain through the Winter. < Loudon’s Mag. Nat. Hist., viii, 1835, p. 572. Morris, B. R. Earliest and Latest Dates of seeing the Swallow in Britain. <_Loudon’s Mag. Nat. Hist., viii, 1835, p, 572. A model article—shorter than its title! Tuk, A. Swallows, an extended String is used as a perch by certain. < Low- don’s Mag. Nat. Hist., ix, 1836, p. 107. Harpy, J. Superstition respecting the Martin (Hirundo urbica). < Zoologist, 1845, p. 870. Horne, C. Do Swallows eat the Honey-bee? < Zoologist, iii, 1845, p. 1137. CLrBBORN, B. Ornithological Note. [OnCotyleriparia?] < Zoologist, iv, 1846, pp. 1368, 1369. THIENEMANN, F. A. L. Meine Schwalbe. < Rhea, i, 1846, pp. 98-103. Aus dem Leben. TURNER, W. Anecdote of confidence in the Swallow. < Zoologist, iv, 1846, p, 1551. : Hussey, A. Swallows, and a Plea on their Behalf. < Zoologist, vi, 1848, p. 2303. : ; No. 4.) ‘COUES’S ORNITH. BIBLIOGRAPHY—HIRUNDINIDA. 525 1849. SrricKLaNp, H. E. Hirundo albigularis [n. sp.]. \p: > 1841. ParzuDAKI, C. Manakin nouveau [Pipra candei], découvert par M. De Maus- sion Candé. < Revue Zoologique, iv, 1841, p. 306. 1842, LAFRESNAYE, F.pE. [Ueber Phytotoma.] < Oken’s Isis, Bd. xxxv, 1842, p.51. Aus d. Mag. de Zool., Jahrg. ii, 1832, Klasse ii, Artikel v, Taf. 5. 1843. Drs Murs, O. Notice sur le genre ornithologique rupicola ou coq de roche et considérations oologiques. < Guér. Mag. de Zool., 2° sér., année 1843, Oiseaux, pp. 1-10, pl. 37. Pl. 37, Vceuf de Rupicola peruviana. 1343. GoupoT, J. Note sur le nidification du Rupicola peruviana et de Eurypyga phalenoides. < Revue Zoologique, vi, 1843, pp. 1,2. 1843, Goupbot, J. Observations sur lorganisation et les habitudes du coq de roche péruvien (Pipra peruviana, Lath.), et du caurale (Ardea helias, Lin.). < Gué. Mag. de Zool., 2° sér., année 1843, pp. 1-4, pll. 37, 38. Pl. 37, ceuf du Rupicola peruviana ; pl. 38, euf del Lurypga phalenoides. 1843, LAFRESNAYE, [F.] DE. G.Cotinga. Ampelis. L. C.a croissant. C.arcuata. De Lafresn. < Guér. Mag. de Zool., 2° sér., année 1843, Oiseaux, pp. 1, 2, pl. 40. Rev. Zool., 1843, p. 98. (Pyrrhorhynchus, Lafr., 1849.) 1843. LAFRESNAYE, [F.] DE. G.Cotinga. Ampelis. L. C.apoitrine dor. A. aureo- pectus. De Lafr.. < Guér Mag. de Zool., 2° sér., année 1843, Oiseaux, pp. 1, 2, pl.39. Rev. Zool., 1843, p. 68. (Huchlornis De Fil., 1846.) 1843. LAFRESNAYE, [F.] DE. G. Manakin. Pipra. Linné. M.chrysoptére. P. chrys- optera. De Lafr. < Guér. Mag. de Zool., 2¢ sér., année 1843, Oiseaux, pp. 1, 2, pl. 44. i. Z. 1848, p.97. (Masius Bp., 1850.) 1843, PARZUDAKI, [C.] G.Manakin. Pipra.Linné. M.de Candé. Pipra Candei. Parzudaki. < Guér. Mag. de Zool., 2° sér., année 1843, Oiseaux, pp. pl. 45, Revue Zool., iv, 1841, p.306. (Chiromacheris Cab., 1847.) 1844. Eypoux, [F.] and Gervais, [P.] Anatomisches iiber Phytotoma. < Oken’s Isis, Bd. xxxvii, 1844, p. 405. Aus Guér. Mag. de Zool., Jahrg. viii, 1838, Klasse ii, Notiz 86, taf. 86. 1847. LAFRESNAYE,[F.] DE. Sur le Ptilochloris arcuatus (Lanius arcuatus Cuy.), et les autres espéces du genre. < Revue Zoologique, x, 1847, pp. 182-185. 590 BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol.V. 1847. PARZUDAKI, C. Description d’une nouvelle espéce du genre Iodopleurus [lege Iodopleura] [d’Isabelle; sic; c’est-a-dire isabelle] (Lesson). < Revue Zoolo- gique, x, 1847, p. 186. Stet Iodopleura isabelle. 1848. [JARDINE, W.] Tityra surinama, Dine ete, < Jard. Contrib. Orn., 1848, p. 62, _ pl. x1. 1849. HaRTLAUB, G. Note monographique sur le sous-genre Pyrrhorhynchus. < Rev. et Mag. de Zool., i, 1849, pp. 493-494, pl. 14, f. 1. Cing espéces. ‘Aner formosa, sp.n., pl. 14, f. 1. 1850. ScHomMBURGK, R. Rupicola aurantia (Cuv.) < Nawmannia, i, Heft ii, 1850, pp. 34-38. Ein physioiogisch. Beitrag. 1850. WaLiacn, A.R. Onthe Umbrella Bird (Cephalopterus ornatus), ‘‘ Veramimbé,” L.G. Cyanogarrulus Bp., p. 83, is “dismembered” from Cyanocorax Boie, 1826, for CO. cristatus, etc., becoming thus exactly synonymous with Cyanocitta Strickl., 1845. No.4.] COUES’S ORNITH. BIBLIOGRAPHY—CORVID. 603 1850. BoNAPARTR, C. L.—Continued. Cyanocorax Boie is “‘restricted”’ to such species as C0. azureus and violaceus. Xanthura Bp., p. 83, is proposed for Corvus peruvianus. Cissilopha Bp., p.83, is applied to C. sanblasiana. a Cyanurus Sw., 1831, is ‘‘transferred” to such species as Pica bullockit Wagl., and P. colliet Vig.—Cyanurus dairi, Cyanurus cubo, p. 84, are new species. Calocitta is applied to ‘‘red-billed, long-tailed, blue magpies.”’ Cyanocephalus wiedi Bp., ‘‘ 1842”, occurs on p. 85; but only the generic name Cyanocephalus appeared in 1842. Gymnolkitta (g. n., ‘‘ Max.”) occurs in the same paragraph. Cyanopica Bp., p. 85, with species C. melanocephala (Wagl.) cyaneus (Pall.) and cooki Bp., 1849. Streptocitta Bp. and Gazola Bp. are respectively proposed to be applied to Pica albicollis V., and Corvus caledonicus. 1850. C. Fragments from my note-book.—A bird breathing through its wing. Family Visitor, i, 1859, p. 32. A blue jay with its wing broken, was brought to me to stuff. . . . Wishing to kill it with- out injuring its skin or disarranging its feathers, I attempted to strangle it by compressing its neck firmly so that the windpipe was entirely closed, and in this manner I held it several minutes without its presenting any appearance of suffocation or inconvenience, and its thorax contracted and expanded regularly. Putting it down on the floor it hopped off into a corner, screaming and scolding as usual. I was sadly puzzled to account for this, till at length I thought of its wing; and on examining it I found the long bone (humerus) broken, and through this it breathed. After I stopped up this orifice and compressed the windpipe again, it was suffocated ina few moments. . . . Cleveland, Ohio, Jan. 19, 1850. 1850. CuRTLER,M. Ferocity of the Magpie (Pica caudata). < Zoologist, viii, 1850, pp. 2799, 2800. 1850. Mc’Intosu, J. Longevity of a Magpie (Pica caudata). < Zoologist, viii, 1850, p. 2824. 1851. BEADLES, H. “Anecdotes of a Raven [Corvus corax]. < Zoologist, ix, 1851, pp. 3033, 3034. 1851. BONAPARTE, C.L. On the Garruline Birds, or Jays; with Descriptions of new species. < Ann. Mag. Nat. Hist., 2d ser., vii, 1851, pp. 412-419. From P. Z. S., Apr. 12, 1850, pp. 79-86, g. v. 1853. BERNSTEIN, H.A. De | Anatomia Corvorvm. | Pars prima. | Osteologia. | — | Dissertatio | Inavgvralis zootomica | qvam | consensv et avetoritate | gratiosi Medicorvm ordinis Vratislaviensis | pro | svmmis in Medicina et Chirvrgia honoribvs | rite | capessendis | die XVI. M. Novembris A. MDCCCLIII | Hora IX | palam defendet | avctor | Henricvs Agathon Bernstein. |— |. . . | —| Vratislaviae, | typis Grassii Barthii et Soc. (W. Friedrich). 1 vol. 8vo, pp. i-vi, 1-64 +11. 1854. JAMES, G. P. R. The Raven [Corvus corax]. < Harper’s Monthly Mag., viii, 1854, pp. 463-470. Anecdotes of its behavior in England. : 1855. BERGE, F. [Ueber die Eier von Corvus corax.] < Nawmannia, 1855, p. 110. 1855. FUHLROTT, [C.] [Varietit der gemeinen Elster, Corvus pica, L.] < Nauwman- ~ nia, 1855, pp. 398-400. 1855. Kaup,J.[J.] Einige Worte iiber die systematische Stellung der Familie der Raben, Corvide. (Anh. iii. zu Bericht iiber d. viii. Jahresvers. d. deut. Orn.- Gesell.) Note T, p. 129. Note T, to this discourse, is on the American Raven, Corvus coran. Bonaparte, C. [L.] Descriptions of two new species of Mexican Birds. < Journ. ‘Aces Nat. Sci. Phila., iv, 1825, pp. 387-390. ‘ At p. 387, Corvus ultramarinus ; the other is an Icterus. No. 4.] COUES’S ORNITH. BIBLIOGRAPHY—ICTERIDA. 609 Icteridz. 1815, CLINTON, DE Wirt. An Introductory Discourse delivered on the 4th of May, 1814. < Trans. Lit. and Philos. Soc. N. Y., i, 1815, pp. 21-184. > Note 8, pp. 125-128. Note S, appended to this discourse, treats of the plumages and migrations of the Bobolink, Dolichonyz oryzivorus. 1818. ORD, G. Observations on two species of the genus Gracula [G. quiscala, G. barita] of Latham. < Journ. Acad. Nat. Sci. Phila., i, 1818, pp. 253-260. A critical article, distinguishing the Boat-tailed Grackle ( Quiscalus major V.) from the Purple Grackle (Q. purpureus). 1819. LICHTENSTEIN, K.M.H. Ueber die Gattung Gracula aus der Familie der Kri- henvogel (Coraces). < Abhandl. der Berlin. Akad., aus d. Jahren 1816-17 , 1819, Phys. Classe, pp. 143-154. (Vorgelesen den 18. Juli 1816.) This is the original; there is another edition in Isis, 1824, pp. 402-406, q. v- The “genus” Gracula of this author is very extensive, including birds of several of the families recognized by modern ornithologists, among them the Icteride. The species of Gracula treated are the following :—Gracula religiosa, p. 148; G. calva, p. 148; G. tristis, p. 148; G. pagodarwm, p. 148; G. cristatella, p- 149: G. carunculata, p. 149, with several others of doubtful character.—The author then proceeds to treat the other Lin- nean “ Gracule”, i. e., Icteride, as follows :—Quiscala purpurea, ‘‘n. sp”., p. 151 (but Bartram had called it Gracula purpurea in 1791!); Q. fulgida, n. sp., p. 151; Q. navieularis, n. sp., p. 151; Q. saularis, p. 151; Q. jamaicensis, p. —-. : 1824. LICHTENSTEIN, K.M.H. Dissertation sur le genre Martin ou Mainate (Gracula) ; par Lichtenstein. . . < Féruss, Bull., <¢ sect., ii, 1824, p. 294. Extraite des Abhand. Konigl. Acad. Wiss. Berlin pour les années 1816 et 1817, pp. 143-154. 1824, LICHTENSTEIN, K.M.H. [Abhandlung iiber Gracula. Auszug aus Abh. Kénig1. Akad. Wiss. Berlin aus d. Jahren 1816-17, 1819, SS. 145-154.] < Oken’s Isis, Jahre. vili, 1824, pp. 402-406. Die Charaktere der verwandten Sippen, Corvus, Coracias, Paradisea, Gracula. Die reinen Gracule sind folgende sechs: religiosa, calva, tristis, pagodarum, ecristatella, carunculata, p. 403. Zweifelhaft bleiben; G. grisea Daud., GG. gingiiniana, malabarica, icterops Lath., G. longirostra Pall.—GG. strepera, tibicen und varia Shaw bilden besser eine eigene Sippe den Racken nahe.—G. cayennensis Gm. und G. picoides Shaw hat Hermann als Dendrocoluptes aufgestellt. Die andern Gracule von Linné stellt der Verfasser als Quiscala aut: Q. pur- purea—G. quiscala Lath.; Q. fulgida Licht. = Sturnus quiscala Daud. ; Q. navicularis ; Q. saularis ; @. jamaicensis = Sturnus jamaicensis Daud. 1825. BONAPARTE, C.[L.] Descriptions of two new species of Mexican Birds. . CHARLESWORTH, [E.] [Nest vom Kreuzschnabel, vom Gipfel einer Fichte. ] < Oken’s Isis, Bd. xxxix, 1846, p. 618. P. Z. S., vii, Mar., 1889, p. 60. No.4.), COUES’S ORNITH. BIBLIOGRAPHY—FRINGILLID&. 629 1846. Cooprr, J. Occurrence of the White-winged Crossbill [Loxia leucoptera] near Carlisle. < Zoologist, iv, 1846, p. 1551. 1846. GarTH,J. Occurrence of the Crossbill [Loxia curvirostra] at Knaresborough. < Zoologist, iv, 1846, p. 1367. 1846. HuNTER,C. B. Nesting of the Lesser Redpoll [#giothus linaria] in Norfolk. < Zoologist, iv, 1846, p. 1497. 1846. HuntEr,C.B. Occurrence of the White-winged Crossbill [Loxia curvirostra] near Thetford. <. Zoologist, iv, 1846, p. 1498. 1846. Newton, A. On Redpolls [Aigiothus linaria] staying at Thetford throughout the summer. < Zoologist, iv, 1846, pp. 1497, 1498. 1846. SmeLys-LonGcoHames, E.pE. Notice sur les Becs-croisés leucoptere et bifascié. < Bull. Acad. Belgique, xiii, i, 1846, pp. 324-336; VInstitut, xiv, No. 660, 1346, pp. 290, 291. Pas vue moi-méme. 1846. SUNDEVALL, [C. J.] Loxia bifasciata Br. < Ofvers. Kongl. Svensk. Vetensk.- Akad. Forhandl. for ar 1846, pp. 37-40. “Efter nagra underrattelser om Bindel korsnaibbens forekomst, lemnar f6rf. en 6fversigt af de hittills kiinda 5 arterna af sl. Loxia.”—y. Friesen, Ofv. Sver. Orn. Litt., 1860, 34. Hittills kinner man foljande arter af slagtet Loxia: L. pityopsittacus, L. curvirostra, L. fusca V.[=L. americana Wils.], L. Cifasciata, L. leucoptera. 1847. Hopa@xrinson, J. B. Occurrence of the White-winged Crossbill [Loxia curvi- _ rostra] in Cumberland. < Zoologist, v, 1847, p. 1638. 1848. JoHNnsoNn, F.W. Extreme abundance of the Mealy Redpoll (Fringilla[ 4giothus] canescens) near Ipswich. < Zoologist, vi, 1848, p. 2064. 1848. Newman, E. Proposed alteration of Name in the European White-winged Crossbill, and Occurrence of the American White-winged Crossbill [Loxia leucoptera] in England. < Zoologist, vi, 1848, p. 2300, 1848. Newton, A. Note on the Mealy Redpoll (Fringilla [Aigiothus] canescens), &c. < Zoologist, vi, 1848, pp. 2144, 2145. 1848 (prior to). Warp, J.F. Notice of the Appearance of the Pine Grosbeak, PYyrr- hula Enucleator, in the Environs of New-York [in winter of 1836-7]. < dunn. Lye. Nat. Hist. New York, iv, 1848, pp. 51, 52. (Read Dec. 19, 1836. Whole vol. dated 1848. ) This article must have appeared in 1844 or earlier, as it is noticed in the Jsis of that year. The date given is that of the completed vol. of the Annals. 1849, Bren,C.R. Occurrence of the Two-barred Crossbill (Loxia bifasciata) in Sut- folk. Fam. Trochilide, pp. 1-81. Though scarcely citable as a separate article, I notice this portion of the Mus. Hein. here for the many new names of Hummers it gives, as follows:—Dolerisca, p.6; Pygmornis rujiven- tris (for rufigaster V.), p. 7; Toxoteuches, p. 11; Sphenoproctus, p. 11; Loxopterus, p. 13; Oro- trochilus (for Oreotrochilus Gould), p. 15; Chrysolampis reichenbachi, p. 31; Thalurania for- jicata (for furcatoides Gould), p. 24; Sporadicus, p. 25; Agyrtria niveipectus (for chionopectus Gld.), p. 33; Pyrrhophena, p. 35; P. suavis, p. 36; Hemithylaca, p. 37; H. hofmanni, p. 38; HA. warscewiczi, p. 38; Uranomitra lessoni, p. 41; Chrysurisca, p. 42; Panterpe, p. 43; P. insignis, p. 43; Chlorolampis, p. 47; C. salvini, p. 48; C. smaragdina, p. 48; Prasitis, p. 49; Pauychlora, p. 46; P. aurata, p. 50; P. stenura, p. 50; Aitthurus, p. 50; Entuma, p. 51; Spar- ganura, p. 52; Psalidoprymna, p. 52; Heliomaster sclateri, p. 54; Cephalolepis (for Cephallepis Lodd.), p. 61; Polemistria, p. 68; Prymnacantha, p. 64; Urolampra, p. 68: U. chloropogon, p. 68; Agaclyta, p. 70; A. aequitorialis, p. 70; Adelisca, p. 72; Anthocephala, p. 72; Heliotryphon (for Heliotrypha), p. 74: Streblorhamphus, p. 76: Opisthoprora, p. 76; Hypermetra, p. 80. The high character of this publication is too well known to require comment here. These authors offer a notable contrast to some who could be named, and who would sutter by com- parison, in the great care they take for the correct and precise orthography of words accord- ing to their classical etymology. Many of the above new names, in fact, have their origin in the practice of these authors to discard altogether, or at least to emend, any name not clas- sical in form. Commendable as is this care in the coining of new words, it is perhaps going to an extreme to reject all words, otherwise unobjectionable, which are not formed in the same manner. 1860. GouLD, J. Descriptions of twenty-two New Species of Humming Birds, < P. Z.8., X¥Xviil, 1860, pp. 304-312. Grypus spixi, Glaucis melanura, p. 304; Phaéthornis zonura, Augasma smaragdineum, p. 305; Hucephala ceruleo-lavata, E. hypocyanea, p. 306; Erythronota? elegans, Thaumatias virid- iceps, T. ceeruleiceps, p. 307; T. nitidifrons, Chlorostilbon melanorhynchus, C. acuticwudus, p. 308; C. osberti, Calothorax decoratus, Amazilia alticola, p. 309; Phlogophilus (g. nu.) hemileucurus, Calliphlox? iridescens, Aphantochroa? gularis, p. 310; Eriocnemis squamata, Schistes person- atus, p. 311; Thalurania tschudii, Oreopyra leucaspis, p. 312. 1860. GouLD, J. Descriptions of twenty-two New Species of Humming-Birds. << Ann. Mag. Nat. Hist., 3d ser., vi, 1860, pp. 301-309. From P. Z. S., Tne 12, 1860, pp- 304-312, q. v. 1860. LAWRENCE,G.N. Descriptions of three new species of Hume of the Genera Heliomaster, Amazilia, and Mellisuga. < Ann. Lye. Nat. Hist. New: York, vii, Apr., 1860, pp. 107-111. H. stuarte, p.107, Bogota; A. xaniusti, p. 109, Cape St. Lucas; MW. merrittii, p.110, Veragua. [The “ Mellisuga merrittii” = Klais guimeti. | 1860. LAWRENCE, G.N. Description of a New Species of Bird of the genus Phaeton, also of a New Species of Humming Bird of the Genus Heliopaedica. < Ann. Lye. N. Y., vii, Apr., 1860, pp. 142-145. The Hummer is named H. castaneocauda, p. 145; it is from Cape St. Lucas, and is the same: - as Amazilia xantustit. Id. ibid., p. 109. 1860. Oca, R. M. Dk. The Mexican Humming-Birds. < Proc. Acad. Nat. Sci. Phila., xii, 1860, pp. 47, 48, 80, 81, 551-553. Descriptions of, and field notes on, 4 spp.in three separate papers: No. 1, Campylopterus- delattrei; No. 2, Cyanomyia cyanocephala; No. 3, Campylopterus pampa and Thawnastura. elize. (Title of Nos. 2 and 3 modified to ‘‘The Hummingbirds of Mexico”’.) 1860. Satvrn,O. Notes on the Humming-birds of Guatemala. < Ibis, ii, 1360, pp. 259-272. More or less extended biographical notes on 23 spp., with remarks upon several oilers. No. 4.) COUES’S ORNITH. BIBLIOGRAPHY—TROCHILID&. 681 1861. BREwER, T.M. [Remarks on exhibition of two nests of Trochilus colubris. ] < Proc. Boston Soc. Nat. Hist., vii, 1861, p. 426. 1861. Grorroy, L. DE. Note sur les Trochilidées, (Oiseaux-Mouches—Tominejas) de la Nouvelle Grenade.—Par Mr. L. de Geofroy, Secrétaire de la Légation de France & Bogoté. <( Contribuciones de Colombia a las Ciencias i a las Artes pub- licadas con la cooperacion de la Sociedad de Naturalistas Neo-Granadinos, por £. Uricoechea, Ano Segundo, 1861, pp. 1-16 (8vo, Bogota, imprenta de El Mosaico ; Londres, Triibner & Co). The piece of the ‘‘Contribuciones”’ handled consists only of the above cover-title and of Geofroy’s article, which treats briefly of 64 spp., mostly with reference to their habits, &e. The list is dressed after Bonaparte’s, with Gould’s names also, when different, and with the native appellations; the whole preceded by some general considerations. Cf. Ibis, 1862, p. 188. ; 1861. GouLp, J. Descriptions of Two New Species of Humming-Bird, belonging to the Genus Hypuroptila. < P. Z.S8., xxix, 1861, pp. 198, 199. H. urochrysa, p.198; H.isaure, p.199. 1861. GouLp, J. Descriptions of Two New Species of Humming-Birds belonging to the Genus Hypuroptila. < Ann. Mag. Nat. Hist., 3d ser., viii, 1861, pp. 268, 269. From P. Z. S., May 14, 1861, pp. 198, 199, qg. v. 1861. GouLpD, J. An | Introduction | to | The Trochilide, | or | Family of Humming- birds. | By John Gould, F. R.S., &c. &c. | London: | printed for the author, | by Taylor & Francis, Red Lion Court, Fleet street. | 1861. 8yo. 4 p.1l., pp. i-iv, 1-216. Synonymatic list, with primary reference to the pll. of the folio work, habitat, and miscella- neous Critical and biographical comment on the 416 spp.and 123 genn. presented. Species given without a reference are: Phaethornis boliviana, p. 42; Hulampis longirostris, p. 69; Dorifera rectirostris, p.71; (Stellula, p.90;) Cynanthus ceelestis, p. 102; Metallura quitensis, p. 112 (deser. nulla); Cyanomyia guatemalensis, p. 148; (Hemistilbon, p. 149;) Chrysuronia ceruleicapilla, p. 165 (descr. nulla); Circe, p. 168; Pheeoptila, p. 169; Bucephala scapulata., p. 166; Pheoptila zonura, p. 170; Chlorostilbon igneus, p. 176; C. peruanus, C. napensis, p. 177; C. brevicaudatus. 1662. ANON. Die Kolibris. < dus der Natur., xix, oder n. F. vii, Jan.-Miirz 1862, pp. Not seen. 1862. Crisp, E. On some points relating to the Anatomy of the Humming-bird (Tro- chilus colubris). < P. Z. S., xxx, 1862, pp. 208-210. 1862. GouLD, J. [Exhibition and Description of two New Species of Humming-birds from Ecuador, of a New Fregilus from the Himalayas, and of a new Prion. ] < P.Z.8S., Apr. 8, 1862, pp. 124, 125. The Hummers named are Heliothria longirostris and Aphantochroa hyposticta, p. 124. 1862. GouLD, J. [On new Trochilide, a new Fregilus, and a new Prion.] < Ann. Mag. Nat. Hist., 3d ser., x, 1862, pp. 315-317. From P. Z. S., April 8, 1862, pp. 124, 125, q. v. 1862. LAWRENCE, G. N. Descriptions of Six New Species of Birds of the Families Charadride, Trochilidze, and Caprimulgide. < Ann. Lyc. Nat. Hist. New York, vii, Feb., 1862, pp. 455-460) The Trochilide here described are Thalurania lucie, p. 456, and Uhlorostilbon insularis, p. 457, both from the Tres Marias Isls. ; Trochilus aurigularis, p. 458, loc. ignot.; Sapphironia luminosa, p. 458, N. Granada. 1863. BENVENUTI, H. Description de quatre nouvelles espéces de la famille des Tro- chilide, provenant de la Nouvelle-Grenade et d’une nouvelle Sylvia du Brésil. < Rev. et Mag. de Zool., xv, 1863, pp. 206-208. Polytmus cecilice, Mellisuga judith, M. salvadoriit, M. ridolfii, Sylvia picciolii, p. 207.—Tra- duction fran¢. d’un opuscule, petit in-4° de 16 pages, Florence, impr. royale, 1863. Voir le titre ci-dessous, 1866, BENVENUTI, E. 1863. Crisp, E. On some Points relating to the Anatomy of the Humming-bird (Tro- chilus colubris). <( Ann. Mag. Nat. Hist., 3d ser., xii, 1863, pp. 70-72. From P. Z. S., June 24, 1862, pp. 208-210. e Bull. v, 4——11 682 1863. 1863. 1863. 1865. 1865. 1865. 1866. 1866. BULLETIN UNITED STATES GEOLOGICAL SURVEY. [Vol. V. Gossre, P. H. The Humming Bird’s Tongue. < Zoologist, xxi, 1863, pp. 8485, 8486, fige. 1, 2. GouLp, J. Ona New Genus of Humming Birds [Androdon aequatorialis, sp. n. ]. < Ann. Mag. Nat. Hist., 3d ser., xii, 1863, pp. 246, 247. HEINE, F. Trochilidica. < J.f. O., Xi, 1863, pp. 173-217. An extended and elaborate critical review.—Dnophera, p. 175; Aspasta, p. 179; Polyplancta, p. 182; Hranna, p. 187; Eratina, p. 190; Polyerata, p. 194; Eratopis, p. 191; Hrasmia, p. 191; Cloanges, p. 200; Polyonymus, p. 206; Thaumatoéssa, p. 209; Tricholopha, p. 209; Polyaenm, p. 215, genn. nn. Thalurania subfurcata, p. 181; Agyrtria terpna, p. 184; A. compsa, p. 185 5 Hemithylaca braccata, p. 193; Ohlorostilbon egregius, p. 197; Lesbio, margarethe, p. 213; Docimastes schliephackei, p. 215, spp. nn. : 3. WALLACE, A. R. Who are the Humming Bird’s Relations ? < Zoologist, xxi, 1863, pp. 8486-8491. Cupselidac, not Nectariniide. . BURMEISTER, H. Sobre los Picaflores descriptos por D. Felix de Azara. < An- ales del Mus. Publ. de Buenos Aires, i, Entrega primera, 1864, pp. 67-70. This is the original form of the paper; see the German paper of same date. Cf, Ibis, 1865, p. 935; P. Z. 8., 1865, p. 467. See 1867, BURMEIsTER, H. . LAWRENCE, G. N. Descriptions of New Species of Birds of the Families Tana- grid, Cuculide, and Trochilidz, with a Note on Panterpe insignis. < Ann. Lye. Nat. Hist. New York, viii, 1864, pp. 41-46. The Trochilide here described are Urochrou leucura, p. 43, Ecuador; Urosticte TUPICTISEO,, p. 44, Ecuador; and Ramphomicron olivaceus, p. 44, Bolivia. : BURMEISTER, H. [Extract from a letter concerning Heliomaster angele. ] No. 4.1 COUES’S ORNITH. BIBLIOGRAPHY—MOMOTIDZ. 7105 Momotidz. 1841. JARDINE, W. Hore Zoologice. No. III. On the History and Habits of the Birds composing the Genus Prionites of Illiger. < Ann. Mag. Nat. Hist., vi, 1841, pp. 321-328, fige. 1841. Lesson, R. P. Description des Oiseaux du genre Momot Briss. < Actes Soc. Linn. de Bordeaux, xii, 1841, pp. 187-—. Pas yue moi-méme. Titre tiré de Carus et Engelmann. 1843. CaBor, 8., JR. [Momotus yucatacensis, sp. n., from Yucatan.] < Proc. Bost. Soc. Nat. Hist., i, 1843, p. 156. This was subsequently identified with M. (Eumomota Scl. 1857) superciliaris Sandb. 1849. STRICKLAND, H. E. Momotus gularis, Lafresnaye. < Jard. Contrib. Orn., 1849, p. 33, pl. xvii. 1851. ScHoMBURGK, R. Prionites Momota, Ill. < Naumannia,i, Heft iv, 1851, pp. 21- 24. Aus der Leben. 1853. ScLaTER, P. L. Notes sur deux novelles espéces du genre Momot (momotus). < Rev. et Mag. de Zool., v, 1853, pp. 489, 490. Momotus semirufus, MW. subrufescens, p. 489. 1354. Gouxp, J. Description of a New Species of Momotus [castaneiceps]. , sp.n.; Sptlornisbacha; Haliaetus blagrus; Limnaatus ipesburtire sp.n., p. 4; Otus stygius. . CREWE, H.H. [On Pandion haliaétus, &c.] Note §S, pp. 125-128. Note 8, appended to the discourse, treats of the origin of the domestic Turkey, Meleagris gakopavo. 1820. Cuvier,G. Description d’une nouvelle espece de dindon de la baie de Honduras. (Meleagris ocellata. Cuv.) < Wém. du Mus. d’ Hist. Nat., vi, 1820, pp. 1-4, pl.i. La notice. de cette espéce se trouve reproduite dans les Ann. Génér. Sc. Phys., vii, 1820, pp. 145, 146; Brugnatelli, Giorn. di Fis., iv, Dec. 2, 1821, p. 164. 1826. BONAPARTE, C. L. Ueber den wilden Truthahn[ Meleagris americana]. < Fro- riep’s Noiizen, xiii, No. 275, 1826, pp. 165-170. Nicht mir scitoat auganglich: Titel aus Carus and Engelmann. mie einer Aus- zug aus dessen Amer. Ornith. 1832. ANon. Turkeys [Meleagris gallopavo] eat Caterpillars which feed on Tobacco; and Hogs eat the poisonous Root of Cassava (Janipha manihot). < Loudon’s Mag. Nat. Hist., v, 1832, pp. 472, 473. 1836. HitpRETH,S.P. [Wild Turkeys (Meleagris americana) in the Kanawha Valley, Virginia.] DRESSER, H.E. On anew Species of Broadbilled Sandpiper [Limicola sibirica]. <_ Oken’s Isis, Bd. xxxi, 1838, p. 181. Aus d. P. Z. S., iv, 1836, pp. 29-32. 1853. BURMEISTER, H. Beitrige zur Naturgeschichte des Seriema [Dicholophus cris- aga < Abhandl. d. Naturf. Gesellsch. zu Halle, Bd. i, Quart. i, 1853, pp. 11-52, 2Tafin. (Auch besonders gedruckt, Halle, Schmidt, 1854. 4to.) Nicht mir zuginglich.—Titel aus Carus & Engelmann. Cf. J_f. O., 1854, pp. 67, 68. 1853. Nirzscu, C, L. Vergleichung des Skelets von Dicholophus cristatus mit dem Skelettypus der Raubvégel, Trappen, Hiihner und Wasserhiihner. < Abhandl. d. Naturf. Gesellsch. zu Halle, Bd.i, Quart. i, 1853, pp. 53-58. Nicht mir selbst zuginglich.—Vergl. Sund., Vént., 1873, p. 111; Parker, M. Micr. Journ., 1873, p. 45. 1854. Caninis, J. Abhandlungen der Naturforschenden Gesellschaft zu Halle; I. Band, I. Quartal. -91>, : Not seen—title from Carus and Engelmann. ) ‘ ee aol No. 4.] COUES’S ORNITH. BIBLIOGRAPHY—ANATIDZ. 935 1792. THILLAYE,—. Description d’une singularité du Cygne [Cygnus sp.]. < Journ. @ Hist. Nat., 1792, pp. 463-467. Pas vue moi-méme. (1793. Fapricius, O. Om den pukkelnabbede Edderfugl, Anas [Somateria] spect- abilis, og Grénlandernes Edderfuglefangst. < Skrifter Naturh. Selsk. Kj9- benh., Bd. ii, Heft ii, pp. 56-83, 1 pl. Not seen—title from Carus and Engelmann. 1794. [Meymr, F. A. A.] Herrn Professor Thillayes Nachricht einer seltenen Abart des Schwans. < WMeyer’s Zool. Annalen, i, 1794, pp. 304-308. Auszug aus d. Journ. d’ Hist. Nat., 1793. 1797. Vicq D’Azyr, F. Observations sur les organes de la génération des Canards [Anatide]. < Bull. Sci. Soc. Philom., i, (1), 1797, pp. 57’, 58’. Pas vues moi-méme: le titre tiré de Carus et Engelmann. 1800. M[ircenrri], 8. L. Domestication of the Wild-Goose (Anas [Bernicla] Cana- densis). < Mitchill and Miller’s Medical Repository, iv, No. 2, 1800, pp. 198, 199. 1802. [MircuiL, 8. L.] The white-back or canvas-back duck [Fuligula vallisneria]. < Mitchill and Miller’s Medical Repository, v, No. 3, 1802, pp. 342, 343. One of the very earliest notices of this bird asa distinct species. It is not named. 1802. SEWASTIANOFF, [A.] Description d’une nouvelle espéce de Canard [Anas canagica] et d’une variété de V’huitrier, qui se trouvent dans le cabinet Whis- toire naturelle de l’ Academie Imperiale des Sciences. < Nova Acta Acad. Scient. Imp. Petrop. for 1800, xiii, 1802, pp. 346-351, pl. x. Descr. du canard, p. 349, pl. x: c’est une oye, l Anser canagicus, Ohloéphaga c. Eyton, Phi- lactec. Bann. L’auteur décrit Vhuitrier comme une variété de Hematopus ostralegus, sans le nommer: c’est devenu plus tard le Hematopus niger Pall. 1803. LORDAT, =, (ainé). Mémoire Sur la structure de Varticulation du genou dans la macreuse [(@idemia nigra], et sur la progression de cet oiseau. < Journ. de Phys. Chim. Hist. Nat., vii, 1803, pp. 32-35. Lu 4 la Soc. Méd. de Montpellier, le 30 nivése an 11 (1803). 1805. Barton, M. [Occurrence of the Canvas-back Duck (Fuligula vallisneria) on the Susquehanna.] < Barionws Med. and Phys. Journ., part i, vol. ii, 1805, pp. 161, 162. With a note by the editor, identifying it as ‘‘ Anas ferina Linn.” This notice is nine years prior to the original description of the species as Anas vallisneria by Wilson, 1814, and the bird is spoken of as if then well-known under its vernacular name. 1806. GEorrRoY StT.-Hi~arrE, KE. Description D’un mulet provenant du canard morillon, anas [Clangula] glaucion, et de la sarcelle de la Caroline, anas querquedula [Querquedula carolinensis]. < Ann. du Mus. @ Hist. Nat., vii, 1806, pp. 222-226. 1806. Grorrroy Sr.-Hitairn, E. Mouvemens de la Ménagerie. Notes sur le zébre et le canard & bec courbe. < Ann. du Mus. W Hist. Nat., vii, 1806, pp. 245-248. 29 Du canard a bee courbé (Anas curvirostra), p. 246. 1808, Cuvier, Frip. \ Observations Sur Vaccouplement d’un cigne Morea male et dune oie domestique femelle. Description du mulet qui en est provenu. < Ann. du Mus. @ Hist. Nat., xii, 1808, pp. 119-125. Avee des observations t ongeales sur ’accouplement des oiseaux de différente espéce. ‘1823. Cooxr, T. A | Letter | to | Mark Milbank, Esq. M. P. | of | Thorp Hall, and Barningham, in the county of York, | with two plates, | descriptive of the character | of | The Whistling Swan, | and of | the peculiar structure | of its trachea. | [By Thomas Cooke. ] | — | Amico minusculum levidense. | Cic. Ep.” Fam. L.ix.12. | — | London: | printed for, and published by Rodwell and Martin, Bond Street; | Wood, Strand; | Hailes, Piccadilly; | Tucker, Christ- church; and Bell, Richmond; | — | 1523. folio. cover-title, pp. 12, pll. 2. The cover-title is different: A | Description | of | the character | of | the Whistling Swan, | and of | the peculiar structure | of its | Trachea. | — | The work is technically anonymous, but the author signs hisname at the end. The plates represent the exterior of the bird, and its windpipe. 936 1823. 1824. 1824. 1824. 1825. 1825. 1825. 1826. 1826. 1826. 1826. 1827. 1827. 1827. 1828. 1928. fies. 1829. 1829. a BULLETIN UNITED STATES GEOLOGICAL SURVEY. [ Vol. ¥. WILSON, J. Observations on some Species of the Genus Mergus. < Mem. Wer- nerian Nat. Hist. Soc., iv, pt. ii, 1823, pp. 475-484. On the specific identity of Mergus castor and M. merganser, and on the differences between the females of this species and of IW. serrator. BONAPARTE, C.[L.] On a new species of Duck [Anas rufitorques] described by ~ Wilson as the same with the Anas fuligula of Europe. < Journ. Acad. Nat. Sci. Phila., iii, 1824, pp. 381-389. [BreuM, C.L.] LeislersEidertauchente. Platypus Leisleri, Brehm. < Ornie, Heft i, 1824, pp. 28-39. [Breum, C. L.] [Das Sommerkleid der mannlichen Eidertauchenten, Soma: teria mollissima.] <( Ornis, Heft i, 1824, pp. 40-42. © Brucu, C.F. [Ueber die Eidertauchente (Somateria mollissima).] < Vereins- blatt d. Ver. f. Kunst u Lit. zu Mainz, 26. Aug. 1825. Nicht mir selbst zuganglich. Drsm...ST, [A. G.] Sur une nouvelle espéce de Canard [Anas rufitorques} déscrite par Wilson, comme étant la méme que l’Anas fuligula (ou le Moril- lon) d’Europe; par M. Charles Bonaparte. ... < Féruss. Bull., 2° sect., iv, 1825, pp. 128, 129. Extrait du Journ. Phila. Acad., tii, No. 13, mai 1824, pp. 381-389. “HW.” Anas Rufitorques. < Hdinb. Journ. Sci., ii, 1825, p. 186. Merely a reference to the species as established by Bp., Journ. Acad. Phila., iii, 1824, p. 381. ANON. Oies de Toulouse. < Féruss. Bull., 4° sect., v, 1826, p. 107. Acad. des Sci. de Dijon, séance du 20 aotit 1825, p. 31. - Lesson, [R.] P. Observations sur quelques espéces du genre Mergus, . . .; par James Wilson... < Méruss. Bull., 2° sect., vii, 1826, pp. 113, 114. Extraites des Mem. Wern. Soc., iv, pt. ii, 1823, pp. 475-484, qg. v. Lrstirpoupois, T. Note sur le Cygne sauvage et le Cygne domestique (Anas Cygnus et A. olor, Temm.). < Recueil de la Soc. @ Amat. des Sci. de Lille, 1826, p. 270. Not seen—title from Féruss. Bull. YARRELL, W. Notice of the occurrence of a species of Duck [Fuligula rufina] new to the British Fauna. < Zool. Jowrn., ti, 1826, pp. 492, 493. Der Schwan. < Abhandl. d. Naturf. Ges. in Gorlitz, i, 1, 1827, pp. 32-40. Education des Canards. < Féruss. Bull., 4° sect., viii, 1827, p. 260. Asiatic Journal, juillet 1826, p. 61. CuvisR, [G.] Du Canard Pie, a pieds demi palmés, de la Nouvelle-Hollande. (Anas [Anseranas] melanoleuca. Lath.) < Mém. du Mus. d’ Hist. Nat., xiv, 1827, pp. 345-347, pl. 19. [CuvieR, G.] Du Canard Pie a pieds demi-palmés, dela Nouy.-Hollande (Anas [Anseranas] melanoleuca Lath.), ...; par M. le baron Cuvier.... 981 1844. BONNECHOSE, A. DE. Du Fou de Bassan [Sula bassana], et de la variation de son plumage. < Mém. Soc. @ Agric. Sci. Arts et Belle Lettres de Bay., ii, 1844, pp. 291-300. 1847. WHITE, R. O. Occurrence of the Gannet [Sula bassana] near Dartford, Kent. < Zoologist, v, 1847, p. 1701. 1849. Foster, T. W. Occurrence of the Gannet or Solan Goose (Sula bassana) near Wisbeach. < Zoologist, vii, 1849, p. 2499. 1850. ANON. Great Strength and Courage in a Gannet [Sula bassana]. < Zoologist, vili, 1850, p. 2653. ‘1850. Cooper, W.W. Occurrence of the Gannet (Sula Bassana) near Great Grimsby. < Zoologist, viii, 1850, p. 2853. 1850. Newton, A. Occurrence of the Gannet (Sula Bassana) near Bury St. Edmunds. < Zoologist, viii, 1850, p. 2825. 1851. LEFEVRE, A. Notice sur le [sic] Fous (Sula) d@’Europe. < Nawmanni i, Heft iv, 1851, pp. 37, 38. Trois espéces—S. bassana, S. melanura Temm.,etu wu ets tués en Eu- rope sont décrits; la derniére sous le nom de Fou intermédiare; c’est ula Lefevri, Bald., U. c. 1852. Bonn, F. Occurrence of the Gannet (Sula Bassana) in Cambridgeshire. < Zo- ologist, x, 1852, p. 3712. 1852. Newman, H.W. Habits and Instincts of Birds [i. e., of Sula bassana]. < Zo- ologist, x, 1852, pp. 3327, 3328. 1862. Hincks, W. Observations accompanying the Exhibition of a specimen of ‘‘Sula bassana,” (the Solan Goose or Gannett), lately obtained at Oshawa, C. W.., and belonging to the Museum of the University of Toronto. < Canad. Journ., vii, 1862, pp. 239-—. 1864. Boutton, W. W. Gannet [Sula bassana] at Filey. < Zoologist, xxii, 1864, p. 9364. 1866. Bouvs, T. T. [Exhibition of a Gannet (Sula bassana) in its transition stage of plumage.] < Proc. Boston Soc. Nat. Hist., x, 1866, p. 102. 1866. CUNNINGHAM, R. O. On the Solan Goose, or Gannet (Sula bassana, Linn.). < Ibis, 2d ser., ii, 1866, pp. 1-23, pl.i. A very full history, especially of the bibliography and biography. The pl. reps. pullus. 1868. HuntTER, J. Gannet [Sula bassana] on the Kentish Coast. < Zoologist, 2d ser., iii, 1868, p. 1060. 1871. MINNIGERODE,—, V. Sula bassanain Hannover gefangen. water: the birds being Procellaria sp. 1857. Cocks, W. P. Rare British Birds. < Ann. Mag. Nat. Hist., 2d ser., xix, 1857, p. 107. Only one sp., Cymochorea leucorrhoa. 1857. HADFIELD, H.W. Occurrence of the Forktailed Petrel [Cymochorea leucorrhoa ] near Tunbridge. < Zoologist, xv, 1857, pp. 5429, 5430. 1857. M’LAcHLAN, R. Food of the Storm Petrel [Oceanites oceanicus]. < Zoolo- gist, xv, 1857, p. 5833. 1857. Ropp, EK. H. Occurrence of the Forktailed Petrel (Thalassidroma Leachii [Cy- mochorea leucorrhoa]) near Helston. < Zoologist, xv, 1857, p. 5429. 1857. THompson, W. Occurrence of the Forktailed Petrel (Thalassidroma Leachii [Cymochorea leucorrhoa]) at Weymouth. < Zoologist, xv, 1857, p. 5429. 1858. BorRER, W., JR. Occurrence of the Fulmar Petrel (Procellaria [Fulmarus] glacialis) at Brighton. < Zoologist, xvi, 1858, pp. 5988, 5989. 1858. STEVENSON, H. Occurrence of the Dusky Petrél (Puffinus obscurus) in Norfolk. < Zoologist, xvi, 1858, pp. 6096, 6097. 1859. ELwes, R. Note on the Breeding and Mode of Capture of the Short-tailed Petrel, or Mutton Bird (Puffinus obseurus [?]) in the islands in Bass’s Straits. < Ibis, i, 1859, pp. 397-399. 1859. Hatton [i.¢., HUTTON], F.W. Remarks on the Southern Petrels. < Zoologist, XVil, 1859, pp. 6331, 6332. 1859. Hutton, F.W. Remarks on the [habits of the] Southern Petrels. .< Zoologist, XVil, 1859, pp. 6379, 6380. 1859. Marsu,G.S. Sea Birds [Procellariide] found Inland [in England]. |< Zoolo- gist, xvii, 1859, p. 6492. 1859. Mararws, M. A. Occurrence of the Fulmar Petrel [Fulmarus glacialis] in Barnstaple. < Zoologist, xvii, 1859, pp. 6447, 6448. 1860. Horton, E. Use of the Albatross [Diomedea exulans]. < Zoologist, xviii, 1860, p. 6981. tadius of this bird as a pipe-stem: poetry on the subject. . No.4.) COUES’S ORNITH. BIBLIOGRAPHY—PROCELLARIIDH. 1027 1860. Maceinitvray, J. Zoological Notes from Aneitum, New Hebrides. < Zoologist, Xviii, 1860, pp. 7133-7142. ProceXaria torquata, n. sp., p. 7133: the only ornithological item. 1860. PENNEY, W. Occurrence of the Forktailed Petrel (Thalassidroma Leachii [Cymochorea leucorrhoa]) at Poole. < Zoologist, xviii, 1860, p. 6892. 1861. PHrvrppr, R. A., and LANDBECK, L. Descripcion de una nueva especie de pajaros del jénero Thalassidroma [segethi, p. 27]. < Anal. Univ. Chile, xviii, enero 13861, pp. 29, 30. ‘*, . . ifamosos entre los marineros i otros, que los llaman Mother Carrey’s Kitchen” (lege Mother Carey’s Chickens!). 1861. PitTaRD, S. R. [Notice of a letter from, containing remarks relative to the flight of Albatrosses (Diomedea) and other oceanic Birds.] < P. Z. 8., xxix, 1861, p. 135. 1862. BENNETT, G. [Explanation of his diagram (in ‘‘Gatherings of a Naturalist in Australasia”) of the flight of the Albatross (Diomedea).] < Ibis, iv, 1862, p. 90. 1862. BENNETT, G. [On an albino Ossifraga gigantea.] < Ibis, iv, 1862, p. 193: 1862. GouLD, J. [Exhibition and Description of Prion magnirostris sp.n.] < P. Z. S., Apr., 8, 1862, p. 125. 1862. GouLD, J. [On Prion magnirostris.] < Ann. Mag. Nat. Hist.,3d ser., x, 1862, p 317. ; From P. Z. S., Apr. 8, 1862, p. 125. 1862. LayarD, EK. L. Notes on the Sea-birds [chiefly Procellariide ] observed during a Voyage in the Antarctic Ocean. < Ibis, iv, 1862, pp. 97-100. 1862. SAVILLE, S. P. Breeding Habits of the Petrel [not named; Nova Scotia]. Paenonist xx, 1862, pp. 7940, 7941. 1862. Saxsy, H. L. Occurrence of the Manx Shearwater [Puffinus anglorum] at Sheerness. < Zoologist, xx, 1862, p. 8287. - 1863. SCHLEGEL, H. Procellariae < Mus. Hist. Nat. Pays-Bas, 4° livy., Juillet 1863, pp. 1-40. The group here treated is equivalent to the family Procellariide of authors, and the three genera which the author adopts, viz, Procellaria, Diomedea and Halodroma, represent the three subfamilies into which it is divisible. Itis represented in the Leyden Museum by 209 5 specimens, which the author refers to 43 spp. of Procellaria, 8 spp. of Diomedea, and 3 spp. of Halodroma. Two species, Proce. incerta, p. 9, and P. neglecta, p. 10, are described as new. 1863. SmitH, Rev. JAMES. The Fulmar Petrel (Procellaria [Fulmarus] glacialis) near ; Birmingham. < Zoologist, xxi, 1863, p. 8449. 1863. STEVENSON, H. The Forktailed Petrel (Thalassidroma Leachii [| Cymochorea leucorrhoa]) in Norfolk. < Zoologist, xxi, 1863, p. 8449. 1863. STEVENSON, H. [Occurrence of Cymochorea leucorrhoa at Salthouse, near Cromer, England.] < bis, v, 1863, pp. 235, 236. 1864? —— Some account of the Sterm Petrel, Sea Serpent, Albicore, &c., as observed at St. Margaret’s Bay, Nova Scotia. < Trans. Nova Scotia Inst., i, pt. li, 1864?, pp. 34-—. 1864. BOULTON, W.W. Manx Shearwater [Puffinus goeloran | Shot at Flamborough. < Zoologist, xxii, 1864, pp. 9291, 9292. 1864. Boutton, W. W. Manx Shearwater [Puffinus anglorum] at Flamborough and Filey. < Zoologist, xxii, 1864, pp. 9330, 9331. 1864. BouLton, W. W. Fulmar Petrel [Fulmarus glacialis] near Flamborough Head. < Zoologist, xxii, 1864, p. 9365. 1028 BULLETIN UNITED STATES GEOLOGICAL SURVEY, [Vou v. 1864. Cours, E. A critical Review of the Family Proceliaridw; Part L., embracing the Procellariex, or Stormy Petrels. < Proc. Acad. Nat. Sci. Phila., Xvi, 1864, pp. 72-91. This is the first of a series of five papers in which the whole family Procellariide are critic- ally reviewed. The Petrels are divided into three subfamilies, Procellariine, Diomedeine, and Halodromine, the first of these into the sections Procellariee, Pufinece, Fulmaree, Aistrelatec, and Prionew. Of the mode in which the genera and species are handled it may be remarked that those actually known by specimens to the author are carefully and satis- factorily described, and that the synonymy and criticism presented in such cases is in the main correct; but that the writer is not so fortunate in the instances in which he attempted to supplement his own knowledge by compilation from the writings of others, he having suf- fered not a little from imprudence in believing Bonaparte. The following 8 genera and 21 species of Procellariee or ‘ Stormy Petrels” are treated :— 1. Oceanodroma furcata. 2. O. hornbyi. 3. Cymochorea (g.n., p. 78) leweorrhoa. 4. O. me- lania. 5. C. homochroa, Sp-1., p. 77. 6. Halocyptena (g. n., Dp. 78) microsoma, sp. n., p. 79. 7. Procellaria pelagica. 8? P. tethys. 9? P.lugubris. 10. P. melitensis. ll. P. nereis. 12. P. fasciolata. 13. Oceanites oceanica. 14. O. lineata. 15. O. segethi. 16. O. gracilis. 17. Fre- getta tropica. 18. F.grallaria. 19. F. melanogastra. 20. F. lawrencii. 21, Pelagodroma Jregata. The paper concludes with an analytical and diagnostic Synopsis of these genera and species. For Part II, see next title; for Parts III-7, see 1866. 1864. Cours, E. A Critical Review of the Family Procellaridz :—Part II.; Embrac- ing the Puffinee. < Proc. Acad. Nat. Sti. Phila., xvi, 1864, pp. 116-144, For Part I, see last title; for Parts III- V, see 1866. The ‘‘Shearwaters” are treated in this paper, under 5 genera and 21 spp., as follows:— 1. Majaqueus cequinoctialis. 2, WU. conspicillaius. 3. Adamastor cinereus. 4. A. gelidus. 5. A. sericeus. 6. Thiellus sphenurus. 7. 7. chlororhynchus. 8. Nectris Sulioinosus. 9. N. amaurosoma, sp. 0., p. 124. 10. N. carneipes. 11. N. tenwirostris. 12. N. brevicaudus. 13. Pufinus kuhlii. 14. P. leucomelas. 15. P. creatopus Cooper, Ms., Sp. n., p.131. 16. P. major. 7. P. anglorum. 18. P. yelcuanus. 19. P. obscurus. 20. P. opisthomelas, sp. n., p.139. 21. P. nugaa. 1864. Mrymr, R. Verschlagene Sturmyégel [Thalassidroma sp.]. < Zool. Gart., v, 1864, pp. 24-26. 1864, JEITTELLES, L. H. [ Verschlagene Sturmvégel. ] < Zool. Gart., v, 1864, p. 88. 1864. RapcLirre, C.D. Wilson’s Petrel [ Oceanites oceanicus] in the Isle of Wight. < Zoologist, xxii, 1864, p. 8892, 1865. GURNEY, J. H. Leach’s Stormy Petrel [Cymochorea leucorrhoa] at Worthing. < Zoologist, xxiii, 1865, p. 9419. 1866. ANDERSSON, C. J. [On the mode of alimentation of Young Diomedex; cf. Ibis, 1865, p. 279, seq. ] < Lbis, 2d ser., ii, 1866, p. 324. 1865. BLackmonrr, H. Forktailed Petrel [ Cymochorea leucorrhoa] near Salisbury. < Zoologist, 2d ser., i, 1866, p. 101. 1856. Brooxine-Rows, J. Forktailed Petrel [Cymochorea leucorrhoa] at Plymouth. < Zoologist, 2d ser. , i, 1866, p. 102, 1856. Carts, A. On an Undescribed Species of Petrel [ Pterodroma caribbea] from the Blue Mountains of Jamaica. PY Sh xoexdne 1866, pp. 93-95, pl. x. This is the Blue-Mountain Duck of Gosse, B. Jam., p. 437, now first described and named. 1866. Cours, E. A Critical Review of the Family Procellariidse :—Part III; embrac- ing the Fulmarez. < Proc. Acad. Nat. Sci. Phila., xviii, 1866, pp. 25-33. Yor Parts I and II see 1864. This 3d part treats of the 3 genera Fulmarus, Thalassoica, and Ossifraga, of which are given the following species: F. glacialis, F. pacijficus, F. rodgersi, Th. glacialoides, Th. antarctica, and O. gigantea. 1866. Cours, E. Critical Review of the Family Procellariidze :—Part IV; Embrac- ing the Astrelatex and Prionex, < Proc. Acad. Nat. Sci. Phila., xviii, 1866, pp. 134-172, For Parts I, I, see 1864; for Parts III and V, see preceding and following titles. This Part opens with a criticism of Bonaparte, whom the writer seems to have just begun to find out, and continues with a discussion of 20 spp. of 3 genn. of Gstrelatece, and 5 spp. of 2 genn. of Prionee ; concluding with an analytical diagnostic Synopsis of these two groups. The genus @strelata (otstpyAatos) is misspelled Astrelata, as was the fashion then. No. 4.1 COUES’S ORNITH. BIBLIOGRAPHY—PROCELLARIIDE. 1029 1866. Cours, E.—Continued. I. GistRELATEA.—1. Astrelata hesitata. 2. A.lessoni. 3. A. rostrata. 4. Al. parvirostris. 5. 4. incerta. 6. A. neglecta. 7. di. solandri. 8. 4. grisea. 9. H. mollis. 10. A. cookii. ll. 4. gavia. 12. 4. desolata. 13. A.macroptera. 14. H.fuliginosa. 15. 4. aterrima. 16. Ai. bulweri. 17. 4. macgillivrayt. 18. H. carribei. 19. Pagodroma nivea. 20. Daption capensis. Il. PRIONEH.—1. Halobeena cerulea. 2. Pseudoprion (g.n., p. 164) banksii. 3. Ps. turtur. 4. Ps. ariel. 5. Prion vittatus. 1866. Couxs, E. Critical Review of the Family Procellariide ;—Part V; embracing the Diomedeinz and the Halodrominze. With a General Supplement. < Proc. Acad. Nat. Sci. Phila., xviii, 1866, pp. 172-197. For Parts II, IV, see preceding titles; for Parts I, I, see 1864. This concluding paper of the series presents 12 spp. of Albatrosses under 2 genera, and 3 spp. of Halodromine, as follows: I. DIOMEDEINZ.—1. Diomedea exulans. 2. D.brachyura. 3. D.leptorhyncha, sp. n., p.178. 4. D. nigripes. 5. D. gibbosa. 6. D.melanophrys. 7. D. gilliana, sp.n.,p.181. 8. D. cauta. 9. D. culminata. 10. D.ehlororhyncha. 11. D. olivaceirostris. 12. Phebetria fuliginosa. Il. HaLroprominz.—1. Pelecanoides garnoti. 2. P.urinatrix. 38. P. berardii. The general supplement gives some additions to, and corrections of, all the five papers, and a bibliographical appendix identifies the Petrels treated by Linnweus, Gmelin, Latham, Vieillot, Kuhl, Stephens, and Forster. A recapitulation of the genera and species treated in all five papers gives the following result: Subfamilies and sections. Genera. |Species. wy oubtful species. Procellariine :; i MERCIAN Cai 2 Src yeh: icine Sa MN Sele SE SIS ROL TO Siti ataaerecee 3 GN a Ta Cistveloitem@ ices ye 32h Sea sp ea Tae eee he eos hoes 3 93 6 JETRO AE oO Uae ERE A ERE eA E Hee nrc nc tici as REeaB Gee nes 3 6 1 WP VOCCUONUC CES Re 52S Na Boe a ele eee aioe eee esic ia erare sic 7 21 5 TPUPMEG? «ccc ceosacseoe cogeasecces soseco soos eceESas9 oseoe 5 21 1 DOM CACING = ose e ae cae cone eete ao Pees ae i ns ee 2 12 2 HEN CLO OM ONIUU NORE fp eeiae ayare aie wie Soe ers Seis ee ee eer eee eee Bese il 3 2 Ro tale si: Saris Seaescaye eels ahi lens clara ee at see mee re 24 92 17 1866. DouBLEDAY, H. Shearwater [Puffinus anglorum] at Epping. < Zoologisi, 2d ser., 1, 1866, p. 526. 1866. GouLD, J. Habits of the Shorttailed Petrel (Nectris brevicaudus). < Zoolo- gist, 2d ser., 1, 1866, pp. 208-211. Extracted from Gould’s Handbook of the Birds of Australia,’ ii, p. 464. 1866. Guisr, M. V. Forktailed Petrel [Cymochorea leucorrhoa] at Elmore. < Zo- ologist, 2d ser., i, 1866, p. 229. 1866. Lowne, B. T. Notes on a Voyage round the World. < Zoologist, 2d ser., i, 1866, pp. 114-118. Cursory remarks on a few Procellariide. 1866. Ropp, E.H. Forktailed Petrel [Cymochorea leucorrhoa] at Penzance. < Zo- ologist, 2d ser., 1, 1866, pp. 101, 102. 1866. SAUNDERS, H. [Letter relating to various Procellariide.] < Ibis, 2d ser., ii, 1866, pp. 124-126. 1866. SmeE, A. H. Leach’s Petrel [Cymochorea leucorrhoa] at Shoreham. < Zoolo- gist, 2d ser., i, 1866, p. 190. 1867. Buxton, T. F. Storm Petrel [Procellaria pelagica] at Cromer. < Zoologist, 2d ser., li, 1867, p. 992. 1867. ‘GUNN, T. E. Storm Petrel [Procellaria pelagica] in Norfolk. < Zoologist, 2d ser., ii, 1867, p. 992. 1030 BULLETIN UNITED STATES GEOLOGICAL SURVEY. (Vol... 1867. 1869. 1869. 1869. 1869. 1869. Hurron, F. W. Notes on the Birds seen during a Voyage from London to New Zealand in 1866. < Ibis, 2d ser., iii, 1867, pp. 185-193. About 20 species (all but one belonging to Procellariide) are noticed. . Moor, E.C. Storm Petrel [Procellaria pelagica] at Aldeborough. < Zoologist, 2d ser., ii, 1867, p. 992. . OVEREND, J. G. Forktailed Petrel [Cymochorea leucorrhoa] at Yarmouth. < Zoologist, 2d ser., ii, 1867, p. 916. . Buake-KNnox, H. Leach’s Petrel [Cymochorea leucorrhoa] in Dublin Bay. < Zoologist, 2d ser., ili, 1868, p. 1424. . BREE, C. R. Forktailed Petrel [Cymochorea leucorrhoa] at Colchester. < Zo- ologist, 2d ser., iii, 1868, pp. 1060, 1061. . CLARK-KENNEDY, A. Storm Petrel [Procellaria pelagica] at Bridlington Quay. < Zoologist, 2d ser., iii, 1868, p. 1060. 8. CLARK-KENNEDY, A. Storm Petrel [Procellaria pelagica] in Yorkshire. < Zo- ologist, 2d ser., ili, 1868, p. 1135. . CLARK-KENNEDY, A. Storm Petrel [Procellaria pelagica] in Buckinghamshire. < Zoologist, 2d ser., iii, 1868, pp. 1178, 1179. . GuRNEY, J. H., JR. Fulmar Petrel [Fulmarus glacialis] at Flamborough. < Zoologist, 2d ser., iii, 1868, pp. 1461, 1462. . GuRNEY, J. H., Jr. Fulmar Petrel [Fulmarus glacialis] near Sutherland. < Zoologist, 2d ser., iii, 1868, p. 1462. . Gurney, J. H., JR. Fulmar Petrel [Fulmarus glacialis] near Filey. < Zoolo- gist, 2d ser., iii, 1868, p. 1483. . GuRNEY, J. H., Jr. Fulmar Petrel [Fulmarus glacialis] at Flamborough. < Zoologist, 2d ser., iii, 1868, p. 1483. . Harrison, J. W. Forktailed Petrel | Cymochorea leucorrhoa] near Spalding. < Zoologist, 2d ser., iii, 1868, p. 1061. . STEVENSON, H. Five Forktailed Petrels [Cymochorea leucorrhoa] near Lynn, Norfolk. < Zoologist, 2d ser., iii, 1868, p. 1099. . Gievioui, H. H.,and Satvapori, T. Nuove specie di Procellaridi raccolte du- rante il viaggio fatto intorno al mondo negli anni 1865. 6.7.8. dalla pirocor- vetta italiana Magenta. < Atti della Soc. Ital. Sci. Nat., xi, fasc. ili, Sept. 16, 1868, pp. 450-458. (Not pub. till 1869.) Not seen. This is the ostensible original of the paper, but it is said not to have appeared until after the English version in the Ibis, 1869, pp. 61-68, which see for the new species. GIGLIOLI, H. H., and SALVADORI, T. On some new Procellariide collected dur- ing a Voyage round the World in 1865-68 by H.I.M.’s 8. ‘Magenta’.