- 312Qbfc. 0033 D2b0 b Si ^%^ ^> .\V A *§&* '**' .Ok '■'■£" ^■*¥J 'V.' ">. ,*? 4 S£ %/9J -> - #> * ? ^ IS? 7> s -- ' -? ^> aa> '.=* ~i> A?S ^^4f > AS - K* ^ X: SH ss* H 1 Earn V 'J o 0 (y UNIVERSITY LIBRARY UNIVERSITY OF MASSACHUSETTS LIBRARY AT AMHERST □ D □ D □ □ D □ □ □ □ □ D D □ D □ D □ □ a □ □ i □ I □ □ i □ I D 1 □ 1 D i a i a i □ ] □ ! □ i □ i □ i □ i a 1 H 1 H 1 R 1 P 1 H i □ ] —_———__-— a ] □ Innnnnnannnnnnannnnnnnnnnaaa BULLETIN Nuttall Ornithological Club & «?uartcr(n fourtral of ^rnttblogn VOLUME VI. (f-bitoi'. J. A. ALLEN, Associate (!:i)itovs, S. F. BAIRD and ELLIOTT COUES. CAMBRIDGE. MASS. : PUBLISHED BY THE CLUB 1 88 1 . \V. //. Wheeler, Printer, ,-, J iy Brighton Street, Cambridge, Mas rS8/. NUTTALL ORNITHOLOGICAL CLUB. HONORARY MEMBERS. Prof. Spencer F. Baird, Secretary of the Smithsonian Insti- tution, Washington, D. C. Dr. Elliott Coues, U. S. A., Washington, D. C. Daniel Giraud Elliot, New Brighton, L. I., N.Y. George N. Lawrence, New York, N. Y. Robert Ridgway, Washington. D. C. FOREIGN HONORARY MEMBERS. Prof. J. V< Barboza du Bocage, Royal Museum, Lisbon. Henry E. Dresser, F. Z. S., London. Dr. Otto Finsch, Bremen. Dr. Henry Hillyer Giglioli. Royal Superior Institute Flor- ence. Dr. Gustay Hartlaub, Bremen. Allan O. Hume, C. B., Calcutta. Prof. Alfred Newton. M. A., F. R. S.. V. P. Z. S., Univer- sity of Cambridge, England. Dr. August yon Pelzeln, Gustos am k. k. zoologischen Cab- inete in Wien. Prof. J. Reinhardt, Kongelige Naturhistoriske Museum i Kjobenhavn. Prof. Tommaso Salyadori, Royal Museum. Turin. Osbert Salvin, M. A., F. R. S., London. Dr. Philip Lutley-Sclater. M. A., F. R. S.. etc.. London. CONTENTS OF VOLUME VI. NUMBER I. Page. Door-yard Birds of the Far North. By E. W. Nelson . . i On the Fingers of Birds. By J. A. Jeffries .... 6 Notes on a Few Birds observed at Fort Hamilton. Long. Island, N. Y. By De L. Berier . . . . . .11 On Birds observed in Sumpter, Levy, and Hillsboro Coun- ties. Florida. By W. E. D. Scott 14 Insectivorous Birds in their Relation to Man. By J. A. Allen ....... . .... 22 Remarks on the present State of the System a Avium. Bv P. L. Sclater .28 With the Birds on a Florida River. By William Brewster . 3S RECENT LITERATURE. Coues's Third Instalment of American Ornithological Bibliography, 44 ; Coues's Fourth Instalment of Ornithological Bibliography. 46 ; Harvie-Brown on the Capercaillie in Scotland, 46; Steere on the Birds of Ann Arbor, Michigan, 46; Minor Ornithological Papers. 47- GENERAL NOTES. Capture of the Hudsonian Titmouse in Rhode Island, 54; A Second Occurrence of the Hudsonian Titmouse (Pants kudsonicus) in Massachusetts, 54; The Great Carolina Wren ( Thryothorus ludo- vicianus) in New Hampshire. 54; Swainson's Warbler (Heloncea sivainsoni) in Texas. 54; Notes on the Habits of the Cliff Swallow (Petrochelidon lunifrons), 55; Another Capture of the Logger- head Shrike in Massachusetts, 55 ; A Third Capture of the Phil- adelphia Vireo (Vireo philadelphicus) in Massachusetts, 56; Occurrence of Vireo philadelfhicus in Mercer County, New Jersey, 56; The Red Crossbill {Loxia curvirostra americana) in Ten- nessee, 56; Description of the Nest and Eggs of Coturniculus henslo-wi obtained near Falls Church, Va., 57 ; The Lark Finch on Long Island, N. Y., 58; The Golden Eagle in New Brunswick, 58; The Bald Eagle {Haliaetus leucocefihalus) as a Hunter, 58; Breeding of the Wild Pigeon in Confinement. 60: Evidence of the Former Existence of the Wild Turkey at Mount Desert Island, Maine, 60; Recent Occurrence of Baird's Sandpiper (Tringa bairrfi) in Maine. 60; Occurrence of Baird's Sandpiper, (Tringa bairdi) on the New Hampshire Coast, 61 ; Note on Tryngites rtifescens in Texas, 61 ; A Second Massachusetts Specimen of the Clapper Rail (Ra/li/s longirostris) , 62; Notes on the Breeding Habits of the Caspian Tern, 63; List of Occurrences of North American Birds in Europe, 63. Errata ............ 64 Co ut cuts of Volume VI. NUMBER II. Notes on Some Birds from Arizona and New Mexico, with a Description of a supposed New Whip-poor-will. By Wil- liam Bretvstcr . . ....... 65 Remarks on the present State of the Systema Avium. By P. L. Sclatcr 73 Description of a New Species of the Family Procellariidce. By Charles B. Cory 84 Field Notes on the Birds of San Juan County, Colorado. By Frank M. Drew S5 Critical Notes on a Petrel new to North America. By William Brewster .......... 91 Some Observations on the Migration of Birds. By W. E. D. Scott 97 On the Affinities of certain Polioptilce, with a Description of A New Species. By William Bre-vster .... roi RECENT LITERATURE. Vogt on the Second fossil Archceopteryx, 107; Nehrling's Ornitholog- ical Observations in Texas, 109; Shufeldt's Osteologieal Memoirs. 109; Forbes on the Food of Birds. Insects, and Fishes, no; Reichenow and Schalow's Record of the Literature of Ornith- ology for 1S79, JII> Reichenow and Schallow's Compendium of newly described Genera and Special of Birds, in; Cory's " Beau- tiful and Curious Birds of the World," in ; Minor Ornithological Papers, 1 12. GENERAL NOTES. Abundance of the Hermit Thrush in winter near Washington. D. C, 113; The Hudsonian Titmouse in Massachusetts, 114; On the Range of Lophophanes atrocristatus in Texas, 114; The Con- necticut Warbler {Oporornis agilis) — a Correction, 114; Strange nesting habits of a pair of Chats, 114: Song of the White-bellied Swallow (fridoprocne tricolor), 115; The White-bellied Swallow (Tachycineta bicolor) on the New Jersey Coast in November 115; A New Bird {Plectrophanes pictus) for South Carolina, 115, The Ipswich Sparrow (Passerculus princeps) at Squan Beach, New Jersey. 116; Note on the Field Sparrow (Spizella p/tsilla)* 116; Bell's Finch {Poospiza belli nevadensis) in New Mexico, 116; Peculiar Nidification of the Bobolink. 117: Southern Range of the Raven on the Atlantic Coast of the United States, 118; The White-necked Raven {Corvus cryptoleucus) in New Mexico, 118; Remarkable Persistency in Nesting of the Western Yellow-bellied Flvcatcher, 119; Notes on the Black-backed Three-toed Wood- pecker and Canada Jay, 119; Capture of the Red-bellied Wood- pecker (Centurus carolinus) in Eastern Massachusetts, 120; Novel Nesting-sites of Woodpeckers {Colaptes auratus) and Melan- erpes erythrocephalus), 120; An Unaccountable Migration of the Red-headed Woodpecker, 120; Breeding of the Wild Pigeon in confinement, 122; Large Eagles, 122; Eagles attempting the rescue of a wounded companion, 122; Richardson's Owl in Rhode Island. 123; The Avocet (Recuroirostra americana) in Massa- Contents of J rolume I I. chusetts, 123; The Whistling Swan in Massachusetts, 123; The Harlequin Duck and the Glossy and Wood Ibises in Southern Illinois, 124; The White-winged Gull {Larus leucopterus) in Massachusetts, 124; The Caspian Tern in California, 124; The Short-tailed Tern {Hydrochelidon nigra) in New England, 124; Notes on Leach's Petrel (Cymochorea leucorr&oa), 125; Birds and Windows, 125; Notes on Birds Rare or accidental on Long Island, N. Y., 125; Distribution of Birds as influenced by in- crease of Water Area, 126; Supplementary List of Birds of the Island of Santa Lucia, W. I., 12S; Winter Birds of Fort Walla Walla, W. T., 12S. 131 NUMBER III. Description of Four New Species of Haitian Birds. {Plate I.) By Charles B. Cory . . . . . . . .129 Habits of the Black Brant in the Vicinity of St. Michaels, Alaska. By E. W. Nelson Field Notes on the Birds of San Juan County, Colorado. By Frank M. Drew 13S Breeding of the Acadian Owl {Nyctale acad/ca) in Masschu- setts. By William Brexvster ....... 143 Songs of the Western Meadow Lark {Stumella neglecta). By Charles JV. Allen. .......... 14^ List of the Birds of Hayti, taken in Different Parts of the Island between January i and March 12, 1S81. By Charles B. Cory . . . . . . . . . . i£;i On the Number of Primaries in Birds. By J. Amory Jeffries . 156 RECENT LITERATURE. Ridgway's Nomenclature of North American Birds, 164; Ridgwav's Re\ ised Catalogue of the Birds of Illinois. 171 ; Mearns's Birds of the Hudson Highlands. 172 ; Rathbun's " Bright Feathers or some North American Birds of Beauty," 172; Holterhoff's Notes on Western Birds, 173; Ridgway on a Duck new to the North American Fauna, 173; Ridgway on the Amazilia yucatanensis, Cabot, 173 ; Harvie-Brown's Second Report on Scottish Orni- thology, 174; Godman and Salvin's '• Biologia Centrali-Ameri- cana," 174. GENERAL NOTES. Nest and Eggs of the Painted Flycatcher, 176; Breeding of the Horned lark in Eastern New York. 1,77; Behavior of Leucosticte tephrocotis in Confinement, 177; Hesperiphona vespertina in Central Illinois, 179; Habits of the Swamp Sparrow in Confine- ment, 179; the Snowbird {jfunco hyemalis) in Southern Illinois in June, 180; A singular Cage Plumage of the Rose-breasted Grosbeak. 1S0; Carnivorous Propensities of the Crow Black- bird, 180; Icterus baltimorei and Populus tremuloides, [S3; A Peculiar Nest of the Baltimore Oriole, 1S2 ; The Three-toed Woodpecker (Picoides arcticus) in Massachusetts, 1S2 ; A Second Massachusetts Specimen of the Red-bellied Woodpecker ( Centurus carolinus), 1S3; A curious Colaptes, 1S3 ; A Vernacular Synonymy, 183; Nesting of Kennicott's Owl, 1S5 ; Breeding of the Acadian Owl in Eastern Massachusetts, 1S5 : Early arrival in New England of the Least Bittern, 186; The Least Bittern in Northwestern Minne- i Contents of I oiitme I 1. sota, 1S6; Occurrence of the Purple and Florida Gallinules near St. John, New Brunswick, 186; The Yellow Rail (Porzana novebo- racensis) in Massachusetts, 186; Exceptional Abundance of the Shoveller at Portland, Me., 187 ; The Velvet Scoter at Green Bay, Wise, 187 ; Larus gtaucus in Texas, 187 ; The Ivory Gull (Pago- phila eburnea) at St. John, New Brunswick, 1S7; A Correction, 188; Migration of Birds at Night, iSS: Birds and Windows. 188. NUMBER IV. On Some of the Causes Affecting the Decreasc of Birds. Bj //. W. Hensha-w 1S9 On the Ossicle of the Antibrachium as found in some of the North American Hawks. By A'. J(". Shufeldt, M. £>., Capt. Med. Dept. U, S. Army . . . . . . .197 Oological Notes from Montana. By Dr. J. C. Merrill, U. S. A. 203 On a tropical American Hawk to be added to the North American Fauna. By Robert Ridgway . . . . .207 On Podiceps occidentalis and P. clarkii. By //. IF. Henshavt . .214 On the Relationship of Helminthophaga leucobronc&ialis, Brew- ster, and Helminthophaga laivrencei, Herrick : with SOME Conjectures respecting certain other North American Birds. By William Brewster ■ ■ . . . . . 21S Preliminary List of Birds ascertained to occur in the Adi- rondack Region, North-eastern New York. By C. Hart Merriam, M. D 225 RECENT LITERATURE. Stearns and Coues's "New England Bird Life," 236; Cory's "Beautiful and Curious Birds." 239; Minot's "Land and Game Birds of New England," 241. GENERAL NOTES. The Golden-crested Wren breeding in the Colorado Valley, 2-14: Notes on the Winter Wren {Anortkura troglodytes hyemalis), 244: Two more specimens of Helminthophaga leucobronch ta- lis) from Sing Sing, N. Y., 245: Another specimen of Siurus motacilla at Lake George. N. V., 245; Myiodioctes canadensis in Kansas 246; Capture of the Worm-eating Warbler in Massa- chusetts. 246: Melospiza lincolni breeding in New York again, 246; Xanthocephalus icterocephalus in Lower Canada. 246: Colaptes auratus-\-C. mexicanus, 247; Further Notes on the Lab- rador Gvrfalcon taken on Long Island, N. Y., 247; Probable Occurrence of Sarcorhamphus papa in Arizona. 24S; Nyctkerodius violaceus in Kansas, 248; Capture of the Snowy Heron ( Garzetta candidissimd) on Long Island. 248; Lobi-pes hyperboreus at 9500 feet. 249; Breeding of Barrow's Golden-eye in Lower Canada, 249: Notes on a few Maine Birds. 249; Destruction of Birds by a storm while migrating, 250; Additions to the Avi-fauna of the United States, 252. Index 253 BULLETIN NUTTALL ORNITHOLOGICAL CLUB. VOL. VI. JANUARY, l88o. No. I. DOOR-YARD BIRDS OF THE FAR NORTH. BY E. W. NELSON. Deprived by confining duties of the opportunity for fre- quent excursions, I have passed many pleasant hours in the com- panionship of my feathered friends, that, happily, in place of requiring to be sought out. appear to become the seekers and find me. Before we proceed, however, let me introduce the surroundings. The locality is St. Michael's, Alaska, which, thanks to its 630 of north latitude and relative geographical position, enjoys a sub-arctic climate, if enjoyment can be ex- tracted from gloomv skies and a barren, gale-swept coast. The Redoubt, as it is familiarly termed here, is built about twenty feet above high-tide mark upon a small point of St. Michael's Island extending into a narrow bay three miles wide, which makes in from Norton Sound, and separates this part of the island from the mainland. About a dozen, low, one-story houses, mainly ranged in the form of a imperfect parallelogram some thirty-five by fifty yards in diameter, with the breaks between the houses closed by a high board fence, and the remainder of the buildings scattered irregularly outside, go to complete the metropolis of Northern Alaska. On the land side, extending to within a few feet of the houses, is the perennially wet land so eminently characteristic of Arctic countries. Fortunately, how- ever, owinof to the more fertile character of the soil in the 2 Nelson on Door- Yard Birds of the Far North . immediate vicinity of the houses, the sponge-like mosses, cover- ing all the surrounding country, have retreated fifty or sixty yards and given place to a belt of luxuriant grasses, which, in turn, makes way in places in favor of dense patches of weeds. From the north-eastern to the southern side the sea approaches to within thirty yards, the grassy slope ending abruptly at a beach formed of dark, angular fragments of basalt; this, with a hard- trodden court-yard, absolutely bare of vegetation, and a small kitchen-garden, completes the immediate surroundings. On distant hillsides a few patches of dark green show where small groups of hardy alders have secured a foothold, beyond which, excepting a few dwarf willows, not a bush raises its head for many miles. To all appearances, not a very tempting locality for birds, would be one's decision at first sight : but a closer acquaintance will prove the contrary. Some cheerless morning in May, on the border line between winter and spring, as we walk about the buildings, we are greeted by the sharp /.v//>. tsip., of the Tree Sparrow which lias arrived over-night and now holds possession of the weed patches, whence it makes foraging expeditions into the yard, ready to skurry back to its stronghold upon the least alarm. As the weather becomes milder, their number is aug- mented, and. in company with the plump, rosy-breasted little Redpoll, they are seen every where, from the top of the wind- vane to the kitchen window, whence they peep in from the sundial. As the snow decreases the Tree .Sparrows slowly retire, pre-empting summer houses in the alder bushes, where they hold possession by right of numbers ; they are not. however, too conservative to share their haunts with inoffensive strangers. The Redpolls also now seek more congenial haunts, and are soon lost to view. Meanwhile the Savanna Sparrows have arrived and enliven the borders of the numerous muddy spots sur- rounding the place, running in and out. mouse-like, among the dead grass, as they playfully pursue each other. At the first alarm they dive into the cover of standing weeds and grass only to reappear, a moment later, on the further side. As the season advances, the males mount the woodpile or other con- spicuous object to pour forth their weak, unmusical notes, which they at times also utter from the ground. Gambel's Finch now makes its appearance, and, capturing the Nklson on Door- Yard Birds of the Far North. 3 woodpile from its smaller relative, proceeds to favor us with its sweetly modulated song. A little earlier than this the familiar form of the Barn Swallow has taken its place in the scene, and, as it circles about, utters its chuckling notes as though fairly bubbling over with delight at reaching home once more after spending the winter in a distant soul hern clime. Pleasant sun- shiny davs follow, and we human animals sit and bask in the grateful rays upon the veranda, watching, with careless eve. the passage overhead of various water-fowl : while the occasional appearance of a Gyrfalcon. a Goshawk, of other bird of prey lends further interest to the view. On fine evenings our ear is greeted by the clear Thrush-like whistle of the Fox-colored Sparrow, generally from the top of the cross surmounting the roof of the Russian church just back of the houses. As June arrives we obtain a glimpse of one or two Black- capped and Yellow Warblers as thev investigate the insect pre- serve in the garden, after which we must seek amusement in the struggles of the Swallows to master unwieldy feathers, or to carry oft" straws, one end of which is embedded in the gi'ound, varied by numerous hand-to-hand conflicts between the pug- nacious little males as thev roll about on the ground and pummel each other heartily, som/times for half an hour together ; the object of all this battling, in the form of some charming female, stands close by, looking on as complacentlv as a lady of olden time upon the tournament, and it need not be said that the victor receives the homage, now. as then. All obstacles are finally overcome and in various snug nooks under the eaves the birds hover with pride over their treasure-filled nests. At the same time a pair of Savanna Sparrows keep watch and ward over their egg-laden nest.- neatlv hidden on the sloping bank close under the ice-house. Spring passes into summer and from the middle of July until well into August the smaller birds make the Redoubt a general rendezvous. The Redpolls return in family parties, the roseate flush of youth worn from the parental breast by the cares of family life, all being now clad in dull brown. Like neglected children, who. if thev have no costlv garments, are determined to enjoy themselves and make merry, so these little plebians stuff themselves to repletion with the good things of the garden and 4 Nelson o>i Door- Yard Birds of the Far ATorth. weed patches, chirping and frolicing as merrily as though adorned with the most brilliant hues. They invest the Redoubt, flitting from place to place ; one moment see-sawing on a tall weed, the next, hopping carelessly along the walk before you or peering from the eaves with an odd expression of lilliputian gravity. In return for this good-natured familiarity they are prime favorites with all. They do not, however, come unattended, for, in the yard, or outside of it, wherever a bare spot of ground is seen, are con- gregated parties of young Lapland Longspurs, which are nearly as careless of our presence as the Redpolls : they are, however, more sedate and business-like, and appear solely intent upon gormandizing. They run from place to place with their bills pointing downward, their eyes intently scanning every inch of ground, oblivious to their surroundings until a passing footstep starts them away to a short distance, where they resume their search for food. Thev have none of the pretty confiding ways of the Redpoll and consequently awaken but little interest. The young Yellow Wagtails {Budytes ffava) are also now numerous, searching, with a jaunty air. damp spots in and near the yard for insects, their tails constantly oscillating as though their owners were trying to maintain an ever changing equipoise. When the tide goes down they gather along high-water mark to feast upon the fare there provided. Flitting from rock to rock, or picking their way daintily from place to place, thev afford a pleasing picture, until, their hunger satisfied, thev rise, and. uttering a sharp metallic note, pass one after the other to their haunts upon the bare hillside, where they remain until the calls of appetite allure them back again. The garden, meanwhile, has been the centre of attraction for various species of Warblers which revel among the insects found in the lettuce and turnip beds. The Black-capped Flycatcher is the most numerous though at times the Black-capped Warbler is about equally common. A Yellow Warbler at times enlivens the place, like a ray of sunshine ; peering into the crevi- ces of the fences, with an occasional foray among the spiders and other insects along the eaves of the houses, are seen the young of the Golden-crowned and the Kennicott's Warblers. From the wet paths leading away from the houses, or, at times, even from the yard itself, are started stray Water Wagtails ( Siurus ncev/us) and Titlarks. Nelson on Door- Yard Birds of the Far North. 5 Golden-crowned Sparrows ( Zonotrichia coronatci) and Gam- bel's Finches claim their share of attention as they levy their tax upon the garden or flit from fence to fence, diving into the shelter of the weed patches on the first suspicions occurrence. The Fox- colored Sparrows return to take a short, though timid farewell before seeking winter quarters, followed by the Tree Sparrow. A stray Robin shows itself once or twice during the summer, but a single visit to the garden appears sufficient, and the solitary voyageur is seen no more. A few Olive-backed Thrushes flit silently about for a day or two, and, if we are fortunate, we catch a glimpse of a rare visitant from Asia in the form of the Wheat-ear (Saxicota cenanthe) as it skulks around the end of the house and hastens to take shelter in the crevices among the rocks along the beach. I fear my thoughts are animated by a spirit of destruction, when such a visitant as this or Kennicott's Warbler is seen, which generally results in a tragedy in which the hapless little wanderer plays the part of victim. A few White-bellied Swallows fraternize with the Barn Swallows for a short time before leaving, the latter being now busily engaged in preparing their young for the long journey before them. At times a pair of Black-breasted Turnstones are caught in- vestigating the wet places about the houses, while the Semipal- mated Sandpiper is quite numerous. Adventurous individuals of the latter even pass under the fence to explore the yard after a rain-storm. Once I even caught a Golden Plover making itself free within the fence, but as I stepped out of the house it hastily retreated. The August moon rises, fills, and is on the wane ; the air becomes chilly ; one by one the sprightly forms, which, until now, have surrounded us with joyous life, slip away, so imperceptibly, however, that scarcelv is one missed until we awake to the fact that of all the goodlv company only a few stragglers remain. We may now look for a visit from one or two solitary Downy Woodpeckers, which, clinging pensively to the side of a log house, are evidently ruminating upon the strange phenomenon of barkless trees ranged in a series one over, the other at right angles" to the position in which experience has proven all prop- erly conducted trees should extend. With a parting tap to make sure his eyes have not been deceived, he relinquishes his hold and departs for the interior where primitive nature still holds undisputed sway. 6 Jeffries on the Fingers of Birds. During September we are visited by various birds of prey. Every autumn brings one or two Hawk Owls to perch upon the top of the flag-staff or wind-vane, while young Goshawks and Gyrfalcons circle about, frequently alighting for a short time upon the fence or any convenient post. More rarely, a Pigeon Hawk appears for a moment, only to vanish as quickly. Several times during the evening, I have surprised a Short-eared Owl perched upon the fence or hovering over the yard, probably attracted by the mice which gather about the buildings at this season. One fall, in October, a Great Horned Owl for several successive evenings converted the woodpile into a lookout station, but was careful to decamp before a gun could be brought into requisition. As winter sets in a small party of Black-capped Titmice may appear for a day or two and. less often, the Hudsonian Titmouse may be seen. Both climb about the old log houses or examine the weed patches, all the while cheerilv uttering their familiar dee-dee-dee, and, in the end hurrying off as though they had not a moment to spare. Then follows a long blank, broken only by a stray party of Redpolls from their winter quarters in the inte- rior; or, as may happen, a Ptarmigan perches upon the roof of one of the buildings for a few moments, gazing with astonish- ment on the mixture of dogs and men below ; then, probably remembering a pressing engagement elsewhere, it precipitately departs. Once a Ptarmigan, more philsophicallv inclined or more foolish than the average, came whirring along and dropped into the centre of the yard amidst forty or fifty Eskimo dogs. Several persons who saw the performance stated that, as the birds feet touched the ground, there was a wild rush of dogs, a few feathers floated upward, and the dogs walked innocently away casting back regretful glances to make sure the gods were not to provide another heaven-sent gift for their delectation. ON THE FINGERS OF BIRDS. BY J. A. JEFFRIES. The anterior limb or wing of birds is homologous with the anterior limb of reptiles, batrachians and mammals. Hence it is Jeffries on the Fi>igers of Birds. 7 but natural to compare it part for part with the limbs of these animals. If we take an adult bird we find two ossicles at the distal end of the forearm ; these are called the ulno-carpal and radio-carpal bones. Next we have a compound bone made up of shafts, rep- resenting as many metacarpals. These in turn are capped by finger points, of the formulas i, 2, 1, (e.g., Passeres), 2, 3, 1 (e. g., Ducks), or 2. 2, 1 (e. g., Coot). The two carpel bones have, as a rule, been simply referred to the first row ; while those of the second were considered to be anchvlos with the metacarpals. Whether the metacarpals are the I— III or the II-IV has been a mooted question, Rolleston, Huxley- and Gegenbaur holding the first view and Owen, Wy- man, Morse, and Coues holding the second view. The first study of the development of the carpus was made by Gegenbaur, who showed that the carpals were joined to the metacarpals, and that the three metacarpals were at first separate. Next Dr. Morse studied the carpus and tarsus of small birds in their normal condition. Bv this means he demonstrated the ex- istence in the embryo of the radiale, ulnare, and 2d, 3d, and 4th carpals of his determination, also in some cases the intermedium ( Dendrceca cestiva), and the centrale ( Tyrannus carolinensis) . About the same time Rosenberg studied the carpus of the chick in a systematic way, longitudinal and -transverse sections being made of the wing in various stages of development. The result is that he has shown that the carpus is represented by the radiale, intermedio-ulnare, and two carpal bones supposed to be the ist- 2nd and 3rd— 4th. Also that the metacarpus is represented bv four long bones, the fourth one being on the ulnal side. These he considers to be the first four.* Very good sections can be obtained by soaking the wing in a 2%Sc/o solution of chromic acid and then in alcohol of increasing density till 95 r/c is reached. The wing thus treated should be imbedded in paraffine or some similar substance, then cut in the' thinnest possible sections and mounted in balsam or a glycerine compound. It is not necessary to stain the object, though this is an advantage. A wing can be made perfectly transparent for * I, however, find what seems to be a discrete 1st carpal in the Redstart; Morse has done the same of other birds. 8 Jeffries on the Fingers of Birds. gross examination by soaking in a solution of glycerine and ammonia carmine. By this means I have obtained specimens that have shown all the bones distinctly. With this knowledge of the carpus and the light thrown by the new specimen of the Arclnvoptcryx it would seem possible to decide the homologies of the fingers in the class of birds. The questions to be solved are : ( I ) Are the fingers homologous throughout the class? (2) Are they the I- IV or the II- V ? The only author known to me who considers that the fingers among living birds are not homologous is Dr. Coues. This dis- tinguished ornithologist says (Key, p. 30): "The forefinger hand-bone sticks out a little from the side of the principal one. and bears on its end one finger-bone (sometimes two), which is commonly, but wrongly, called the bird's • thumb'. For although on the extreme border of the hand, it is homological with the forefinger; birds have no thumb (exc. Arc/nvoptcryx. Strut Jiio. Rhea) ; and no little finger." The mistake concerning the Arclnvoptcryx was natural and is merely taken from Owen's memoir on the first fossil found. It has since, however, been shown that it had only three fingers. But why the Ostrich and Rhea should be included is hard to understand, since these have hand bones like all flying birds.* Among the birds with undeveloped hands the "index" finger is the most constant, those on either side aborting before this. The genus Dronnviis is a good example of this. When the hand is developed it is of precisely the same form in all birds,. On the second question, which is virtually whether the first finger of birds is the first of the series or the second, much has been written ; all, however, with the idea that two were lost. Owen, Coues, and Morse have at separate times held that birds have no thumb, while Nitzsch, Meckel, Huxley, Gegenbaur and Rosenberg claim that birds have a thumb. The arguments used against the existence of the thumb are as follows: (1) The first fossil remains of Archcvopteryx longi- cauda show the remains of a detached finger, which Owen sup- posed to be a first digit placed on the radial side of the " thumb." Of this, however, he expresses some doubt. f (2) In Todd's * See Selenka, Bronn's Thier-Reichs, Vogel, p. 75; D'Alton, Die Skelete d. Strauss- artigen Vogel, p. 17; Owen, Anat. of the Vertebrates, Vol. II., p. 73. f Owen, "On the Archceopteryx." Phil. Trans., 1864, Vol. CLIII. Jeffries on the Fingers of Birds. 9 Cyclopedia Owen cites Nitzsch as authority when stating that the claws at the radial side of the wing are supported by phalan- ges. (3) The argument from analogy to the foot is brought for- ward in the following words by Morse : "Tf we compare the leg and wing of Spizella we shall see that in this early stage there are but three metatarsals and three metacarpals, and it seems rea- sonable to compare them together. " As the .first toe appears much later and is reduced to two phalanges, and has its two metatarsals also greatly reduced, and as at the stage just cited the first toe is represented only by a few granules, it seems natural to infer that in the wing the first finger never makes its appearance." Again Morse refers to the law of the reduction of digits. According to this law first the first and then the fifth digits are lost. If we examine these arguments it will be found that they can not now be held. First, the last remains of an Archceofiteryx described by Vogt show no traces of the supposed thumb of Owen, though the specimen was very much better than Owen's. The second argument, like the first, is without ground, and is not men- tioned in Owen's Anatomy. The spurs found on the radial edge of the wings of certain birds are just like those found on the tar- sus of the cock and others of the same order. The bone within, if any, is a special development for support. These spurs are not to be confounded with the claws developed on the last pha- langes of the first and second fingers of many birds. In following the analogy of the hand to the foot among birds we must not forget the great diversity in their formations. Again, if we force the analogy at all, it becomes an argument in favor of the existence of I digit. In the hand we have four metacarpals developed, in the foot we have four, or more probablv five ; the last, however, very rudimentary (a mere spot), even in the em- bryo. Thus it seems more natural to omit the development of the little finger than the thumb. In considering the law of progressive reduction it must be borne in mind that this is the law as worked out among walking limbs, principally mammalian. Hence, with our present knowl- edge of the action of phvsical forces on life, it is a doubtful ques- tion whether the same laws would hold true for an organ used for such an utterly different purpose as the wing of a bird. In a walking limb the objects to be gained are: (1) The strongest IO Jeffries on the Fingers of Birds. possible means of support down its long axis, i. e., a post. (2) Ease of flexion combined with rigidity when extended. Tbis problem has been successfully worked out by the horse and other Ruminants. In the wing of a bird the object is very different ; here no direct support is' required but the power to resist a force applied along the whole of the haemal surface. With this is combined the requisite that the wing should close in such a way as to oppose little resistance to the air in the advance of a bird through it. Again this law is an absolute failure when applied to the leg of a bird, since the little toe is aborted but not the thumb. It may not be out of place here to mention the greater tendency of the radial side to produce digits, as shown by the extra toes in dogs, cats and hens. On the other hand the anatomists who con- sider the first digit of a bird to be the first of the series have not brought forward any particular argument, but have taken it to be a matter of course. Yet there are facts that seem to point this way. (1) There are no signs of any metacarpals developed radiad of the "thumb." This, of course, is of value only in so far as it seems to imply that there never was any. (2) If we study the myology of the hand we find several long muscles to the I and II fingers. These are the extensor metacarpi radialis longus, * and extensor carpi radialis to the first metacarpal, the extensor pollicis longus and the extensor indicis proprius. The last two muscles are so named from their similarity to these mus- cles in man. At all events, long, separate muscles to the digits are characteristic of the I, II, and V digits. Thus finding them in birds seems to imply that the first and second fingers are the I, II of the series. Very marked characteristics of a bird's arm are that the flexor muscles are numerous, the pronators and supinators performing this function, and that all the long finger muscles are brought up to the radial sides of the fingers so as to act as adductors. This means a strong application of force to the radial side of the wing, hence correspondingly strong bones. Now, unless the thumb was lost before the modifications for flight were brought about, this application of force to the radial side points to the develop- ment of the thumb and index. * Rodinger considers this to be a muscle of the thumb, not tha carpus. Nat. Ver- hand. v. d. Hollandsche Maadschappy d.Wetenschappen te Haarlem. II. Verzame- liog, 25 deel, 1868. Berrier on Birds at Fort Hamilton, L. I. II The only other parts, of any constancy, in the limbs besides the bones and muscles are the nerves. And here again we find facts that point towards the existence of the thumb. In man and some mammals the I. II and radial side of the III fingers are supplied by the radial nerve while the ulnal supplies "the rest. This also is the case in birds, a small branch from the ulnal running clown the posterior face of the pinion to the III finger. Thus, since the arguments drawn from the Archceopteiyx must be discarded, none remain to prove the non-existence of the thumb. On the other hand, all the facts of myology point to its existence, while the nerves, though not so constant, point the samj way. Analogy to the foot also points this way, there being two joints in the thumb and three in the index, the same number that are the rule in the foot for the first and second toes. Also where there are two and three joints respectively in the finger there are often claws on the end, thus pointing to unugual pha- langes. So it seems safe to sav that the structural evidence of the forearm and hand points to the existence of the I, II, III, and IV finders in the class of birds. NOTES ON A FEW BIRDS OBSERVED AT FORT HAMILTON, LONG ISLAND, N. Y. BY DE L. BERRIER. About the 20th of September, 1877, great numbers of the Red- headed Woodpecker {Mclancrpes erythrocephalus) , made their appearance about Fort Hamilton. They outnumbered the " High- holes," usually so common at that time of the year, and attracted the attention of the local gunners. Up to this time I had looked upon the Red-head as a scarce bird with us, having seen it only a few times before. As long ago as 1844. Giraud noticed that this bird had become much less abundant in the Eastern States than formerly. Dr. Coues, in " Birds of the North West," says it is now rare in New England. The conclusion is that either the bird is becoming extirpated in these regions, or else it is taking the advice 12 Berrier on Birds at Fort Hamilto>i, L. I. of a late prominent politician. However, in the fall of 1S77 it was very common here for about ten days. It was also abundant in the adjacent parts of New York and New Jersey. Thus, at Tarrytown, an acquaintance of mine took a hundred and four specimens, and my friend Gerard Hardenberg, Esq., found it very plentiful about New Brunswick and Princeton. Unless I am mistaken, it was recorded in considerable numbers from the south side of Long Island in the winter of 1877 and 1S7S. In the fall of 1 878 I saw only two or three individuals of this species, and during the last autumn I shot but one. The fall of 187S was also remarkable for the unusal number of Red-bellied Nuthatches (S/tta canadensis), White-bellied Nut- hatches {Sitta carolinensis) , Brown Creepers (Certhia famil- iaris) , and Chickadees ( Parus atricapillus) . Excepting the first- named, which had hitherto been rather scarce, the rest had always been regular fall visitants, but never in such hosts as came that autumn. The little fellows were everywhere, — about the trees, on the fences, climbing the sides of the houses, and running about the shutters. Thev remained with us through the winter and first half of the spring. I may here remark that I shot a Red- bellied Nuthatch at Fort Hamilton, July 20. 1S77, in lull breed- ing plumage (see Brewster's " First Plumages," this Bulletin, Vol. Ill, pp. 20, 21). What this bird was doing on Long Island in mid-summer I can not imagine, as its southern breeding limit is far north of here. During the past autumn and winter I have seen not one Red-bellied Nuthatch, or Chickadee, and only two or three WThite-bellied Nuthatches. Why such a common bird as the Black-capped Tit should have been wanting I cannot imagine. It would be interesting to know whether this species wintered in unusual abundance north of Long Island. In the fall of 1S79 the Water Thrush {Sinrtis na>vius) was the characteristic bird of this neighborhood. Fort Hamilton is hardly the locality where one would look for the Wrater Thrush. Almost every pond in the township of New Utrecht has been drained, on account of the malaria that formerly prevailed, and there are no streams. Nevertheless from the middle of August to the latter part of September Water Thrushes were very abundant. They were found in dry woods, in pastures and orchards, and in yards and gardens. In fact, I found them more plenty away from than about moist ground. Heretofore the Water Thrush had been Berriek on Birds at Fort Hamilton, L. I. 1 3 rather scarce both in spring and autumn. About the middle of the present month, May 1SS0. I noticed it in considerable num- bers. What occasions these erratic movements of the birds? The supposition that a variation in the supply of food is the cause seems hardly probable, for it appears incredible that the food of the Chickadee and Nuthatches should have been so scant last fall as to cause these birds to avoid this locality in their migrations. I say it is incredible because their kind of food is shared by many other birds that were abundant. As for the character of the season influencing their travels, unless it can be shown that they wintered north of Long Island in unusual numbers, I do not think it can be taken as a reasonable explanation, for the birds men- tioned above are regular migrants whatever the character of the seasons may be. In closing I may remark that there are three common birds that are always rare about Fort Hamilton, viz. : The Hairy Wood- pecker {Picus villosus). the Downy Woodpecker {Pic us pube- sccns), and the Purple Martin {Progne purpurea) . Now I expect that some readers of this article will conclude that its author is either afflicted with blindness, or else is a very careless observer. I beg leave to say that neither conclusion is correct. The statement regarding the scarcity of the species just named, •is the result of four years' careful observation of the birds of this locality. Mr. Geo. H. Coues has. indeed, given both the Hairy and Downy Woodpeckers as common about the Naval Hospital, Brooklyn (this Bull., Vol. IV.. p. 31). The Hospital is scarcely a dozen miles from Fort Hamilton, nevertheless I must stand to my statement, and am willing to take my oath upon a copy of Dr. Coues's "Key to North American Birds," as to its validity. In this vicinity I have met with the Downy Woodpecker only two or three times, and with the Hairy Woodpecker not at all. It is true that the woods have been pretty nearly cleared away from this part of the island, still a sufficient amount of woodland remains, and certainly the orchards should furnish ample accom- modations. The case of the Purple Martin is equally curious. This bird is common enough at the eastern end of the island, yet here I have only seen a few individuals. 14 Scott on Birds observed in Florida. ON BIRDS OBSERVED IN SUMPTER, LEVY, AND HILLSBORO' COUNTIES. FLORIDA. BY W. E. D. SCOTT. My purpose in the following pages is to give additional notes on the distribution and habits of certain birds that do not seem to have come commonly under the notice of ornithologists collecting in Florida during the fall, winter, and early spring months. The data which follow were collected during two visits to Florida, and at the several points to be presently indicated. The first of these visits occurred in 1876 and covered a period extending from January 1 to the end of the following March. The observations then made were confined to the interior, the precise location being at Panasofkee Lake in Sumpter County. Here a large region was carefully studied and particularly the bird fauna of this lake, — a small body of water, about eight miles long and four broad in its widest part. Its greatest depth is, so far as ascer- tained, about fifteen feet, but the general depth is much less, being not more, than three or four feet. The general character- istics of the region are those common to many parts of the State, — rolling sandhills wooded with pine, " hummocks." some of great extent, and wet open grass lands or marshes. These last give rise to certain small streams supplying the lake, which in its turn has a large outlet leading into the Withlacoochee River, forming one of the main branches of that river. The lake is bounded by ••saw-grasses" and cypress swamps; the latter are very exten- sive about the outlet of the lake and along the river above-men- tioned. Late in October, 1879, I again visited Florida, and spent from November 1 until April 5 on the Gulf Coast. The interval from the 1st of November until the 25th of January was passed at a point some three miles north of the mouth of the Withlacoochee River. Here the Gulf is dotted for a distance of three or four miles from the shore with innumerable islands, mostly low and of very limited area. The main land, as it approaches the Gulf, is heavily wooded with pine, interspersed here and there with small hummocks. The pine forests end generally very abruptly in large salt marshes reaching to the Gulf. Scott on Birds observed hi Florida. 1 5 Late in January I left this point and went to Clearwater, fifty miles south, a region entirely different from that just de- scribed. Here the main land terminates in high bluffs. About two miles from the main land long islands extend parallel to it, forming interior bays like those of New Jersey and at many points along the coast of the States to the southward. These islands are generally narrow, high, and at points heavily wooded. With this brief glance at these three regions the remarks on the birds characterizing them will be more intelligible. It is not in the scope of the present paper to mention all the species occurring, and it will be only necessary to say that the commoner small land species were met with at each point. It may be well, howeyer. to use as a standard for comparison Mr. Allen's list.* and notice only such species as apparently differ in general distribution or did not come under his obseivation or that of the gentlemen referred to by him. In January. 1S79. the Long-billed Marsh Wren ( Telmatodvtes pahistris) was abundant in the salt marshes at the mouth of the Withlacoochee River.. At Ocala. in the interior, on Noyember 1, 1S79, two Tit Larks {Anth?(s iodovician/ts) were noticed and the species was com- mon at Clearwater during February. The Golden-crowned Thrush (Sinri/s auricapillits') I met with once at Clearwater in February and the Water Thrush (Siurzis ?icevius) was not uncommon in February in the damp, dark, mangroye islands in the same locality. It seemed peculiar to meet this species on these small islands that were oyerflowed with salt water each high tide. The Purple Martin (Progne sz/dis) was common about Clearwater February 22, and on March 6 I noted a pair breeding in a hollow in a decayed mangroye close to the water. I found also several pairs breeding inland during the same month. Of the Finches recorded in Mr. Allen's list I did not find either the Snowbird {jfunco hyemalis) , or the Fox-colored Spar- row {Passerella iliaca). Both the Sharp-tailed and Seaside Finches {Ammodromits caudacutus and A. maritimus) were found commonly, but though I took many specimens of A. maritimus none were in the peculiar plumage (A. maritimus * Mammals and Winter Birds of East Florida, etc. Bull. Mus. Comp. Zoology Vol. II, pp. 161-450, April, 1871. 1 6 Scott ou Birds observed" in Florida. nigrescens) obtained by Mr. Maynard. The Yellow-winged Sparrow ( Coturniculus passer inns') was common throughout February and March at Clearwater, and on March 25 I obtained a single Henslow's Sparrow ( C. kenslowi) at the same locality. In the same region Bachman's Finch (Peuccea aestivalis) was abundant. Several specimens of Chuck-will's-widow (Antrostomus caro- linensis) were noted or taken during the month of February ;it Clearwater. The Ivory-billed Woodpecker {Campephilus principalis) was taken at both Panasofkee Lake and at the mouth of the Withla- coochee River and was noted at Clearwater. It was most common at the second locality but seems a rare bird at all the points indi- cated. A female taken on January 20. 1SS0. was incubating. The nest seems to be not uncommonly made in the trunk of the palmetto, from observations made at the mouth of the Withla- coochee where these trees are particularly abundant and large, I noticed an old nest, evidently of this species, that was not more than fifteen feet from the ground. The Parrakeet (Conurus carolinensis) is becoming yearly more rare. It was very abundant at Panasofkee Lake, but very few were noted at the mouth of the Withlacoochee, and only a single bird at Clearwater, though it was not uncommon in the in- terior twelve miles north of the latter locality. About February 1, 1S76. I first noticed the Everglade Kite (Rastrhamus sociabilis) at Panasofkee Lake, and shortly this species became abundant at this point. Frequently pairs were • observed together and the bird was commonly met with in par- ties of from six to ten. On one occasion I noticed nineteen asso- ciated together, fishing in the shallow water of a bay that made off from one side of the lake. Many of the birds were in the brown plumage, though the dark blue plumage was frequently met with. Their food at this point apparently consists of a kind of large fresh-water snail, which is very abundant, and the local name of "' Snail Hawk" is particularly applicable to the bird as I have met with it. They fish over the shallow water, reminding one of Gulls in their motions, and having secured a snail by diving they immediately carry it to the nearest available perch, when the animal is dexterously taken from the shell without in- jury to the latter. At many points where a particularly conven- Scott on Birds observed in Florida. I 7 ient tree or stub rises out of the saw-grass the ground is literally heaped with the empty shells of these unfortunate snails. The birds were especially numerous throughout the month of March but had not. I think, nested before my departure, March 25, as they were still associated in flocks or companies. During January and February, 1S76. I many times noted indi- viduals of the Mississippi Kite {Icthiia mississipfiiensis) , but as they were very wary I was unable to obtain specimens. The Swallow-tailed Kite (JVauclerus fit rent us) I found common at Panasofkee Lake during the last week of February and through- out March. These three species, met with so commonly at the point indicated, I did not even see on the coast, though cer- tain regions visited some ten miles inland seemed admirably adapted for at least the two latter. R. sociabilis* it maybe well to remark, impresses me as eminently an aquatic species. I found it always in the immediate vicinity of the lake and gener- ally.most common about certain bays where the water was shal- low and the snails particularly abundant. Although there were extensive marshes along the river, and although at points where it widened out the water was shallow and the snails present (at a point hardly -two miles from the lake), this species was never there observed by me hunting over the land at any point, nor even along the river. The Duck Hawk (Falco peregrinns) was a rather common species during the first two months of my stay at Panasofkee Lake and was noted, though not so commonly, in March. The last observation on this species was on March 24, when a pair were seen. As observed here, this Hawk preyed almost ex- clusively on the Coot {Fiilica americana) which occurred in enormous flocks on both lake and river. At all three points I found the White-headed Eagle (Halia'etns lucoccphal/is) a common bird and this was particularly the case on the coast. A pair at the mouth of the Withlacoochee River began to repair an old nest early in November, 1S79. and must have laid early in December, as the young were obtained almost fully fledged the 22d of January. At Clearwater Harbor two sets, one of two and one of three almost fully fledged young, were obtained February 5 and 6. Four Eagle's nests were in sight from the house where I stayed at this place, within the radius of a mile and a half, all of them inhabited. In the immediate neigh- 1 8 Scott on Birds observed in Florida. borhood were at least seven or eight other pairs of Eagles breeding. Audubon's Caracara (Polvborus brasiliensis) was not observed at any of the localities visited. The Barred Owl {Strix nebulosa alleni), which was very abundant at Panasofkee Lake, was rather a rare bird at the points visited on the coast, but the Screech Owl {Scops asio Jloridana) , which I did not find in the interior, was abundant at both loca- tions on the Gulf Coast. The specimens obtained are most of them in the gray or mottled plumage, though two are in the red plumage. In size they are like the Acadian Owl {Nyctale aca- dica) as found in New Jersey, a trifle smaller if anything. The Black-breasted Plover (Sat/artarola helvetica) was very common in November. December, and January at the mouth of the Withlacoochee River, and remained common at Clearwater until late in March. The Golden Plover ( CJiaradrins virginicus) was not met with. In Januarv I several times saw the Wilson's Plover {^jflLgialitis nvilsonia) , but it was not common. On my arrival at Clearwater. 30th Januarv, it was abundant in small flocks of from four to a dozen. They were very unsuspicious and easily taken. My assistant, Mr. James Henry Devereux, procur- ed many nests with eggs of this species on the shores of Old Tampa Bay in April and early May. He says that they breed verv abundantly at this point but their eggs and young are so dil- igently sought after and destroyed by the common hog that very few escape. This is also the case with the Willet ( Totanus semi- pahnatits) and other ground-nesting species. Both the Semipalmated and Piping Plovers {sEgialitis semi- palmata and ./E. meloda), were met with at the mouth of the Withlacoochee River in December and Januarv ; the former very abundantly and the latter rarely. The former was also common at Clearwater in February. The Oystercatcher {Hivmatopns palliatns) was not uncommon during my stay at the mouth of the river, but was rather more numerous during late December and January. It was common at Clearwater, where Mr. Dever- eux obtained a set of eggs. At all points where it was met with it was very shy. During November, December, and January, the Turnstone (Sfrepsilas interpres) was an abundant bird at the mouth of the Withlacoochee River, and it was also common at Clearwater during the first part of February. Scott on Birds observed in Florida. 1 9 The Red-breasted Snipe (Macrorhamphus griseus) was a common bird during my stay on the Gulf Coast and was also met with at Panasofkee Lake, though not commonly. At this latter place most of the individuals obtained were the variety scolopa- ceiiSy but on the Gulf the commoner form (variety griseus) ob- tained, almost to the exclusion of the other. A curious habit of this species was noted at the mouth of the Withlacoochee. where I saw the birds alight in very deep water and swim about for con- siderable time. This occurred in every instance after a flock had been fired at. and I thought at first that the birds had been wounded, but after observing the occurrence a number of times and on watching the birds while in the water I concluded that such was not the case. Those I noted were generallv solitary individuals, but twice I saw three and once four alight in the water, swim lightly and gracefullv about, and when disturbed rise easilv and flv away. These observations were all made at one point. This was an oyster reef at some distance from any other land. At low tide it was bare and would become covered at this time with hosts of Grallce. A single point remained half-sub- merged at high water and this was covered with this Species and Strepsilas interpres. The area thus crowded by birds was but a few square yards and the birds on it at high water were generally asleep, as was plainly to be seen with a field glass. I think the birds simply alighted in the water to wait till such a time as the disturbing element would allow of their returning to this favorite resting point. The Great Marbled God wit {Liniosa fedod) and the Long- billed Curlew {Numenius longirostris) were common on the Gulf Coast at both points visited, and I was told by trustworthy hunters that both species remained the year round, though very much more abundant in winter. Other species of Numenius I did not meet with. It seems hardly necessary to record the abundance of the Willet ( Tola n us semipalmatus) , which was very common and conspicuous on the Gulf Coast, assumed its full plumage late in February, and was not found breeding till April. These later observations were made at Clearwater. The Red-breasted Sandpiper ( Tringa canutus) was common at Clearwater in Februarv. as was also the Dunlin ( Tringa alpi)ia americaua). A single record of Tringa bonapartll was made at Clearwater in Februarv. 20 Scott on Birds observed in Florida . At Panasofkee Lake, one of the most numerous and conspic- uous species was the Courlan or Crying Bird (Aramus Rictus) , where its principal food seemed to be the species of snail on which the Everglade Kite preyed, but I did not observe this species at the mouth of the Withlacoochee River and it is unknown to the hunters about Clearwater. There are numerous fresh-water lakes and ponds in the country about Clearwater, notably among which is Lake Butler, a very considerable sheet of water, but frequent visits to such places confirm me in the belief that the Courlan does not obtain in this region now. It is very rapidly becoming exterminated where it was once so abundant. While travelling on the Oclawaha in the winter of 187^-76 I saw it in countless numbers, but going over the same ground in the winter of 1879-S0 I observed less than ten individuals. At Clearwater and just south of it. and particularly at points on Old Tampa Bay. I found the Reddish Egret (Ardea rufa) abundant. While most common in the dark plumage, many were noted and some obtained in the white plumage., the so- called Ardea pealii, They began breeding in March and were breeding commonly in April. Mr.» Deyereux obtaining numerous sets of their eggs, varying from four to six in number, This gen- tleman found young in both plumages in the same nest where the parents were both blue birds. I was struck during the early part of the breeding season, with the coloration about the bill and face in some of the Herons, and not finding descriptions of the same conditions I append the following: Ardea ccerulea. In this species, in both plumages, I have, in a very large series collected at the three points visited, noted that the iris is light straw color. But a series of twelve individuals collected at Clearwater in a little lake where they had just begun to breed, the date being 20th March, 18S0, the iris was deep lead color and in one case brown or hazel. These are the only individuals of this species that I have taken at just this period, viz., at the beginning of the breeding season, but this is apparently the coloration of the part in question at that season. On March 15, at the lower end of Old Tampa Bay, I made the following notes with regard to the coloration of the lores, face, and eves of the Louisiana Heron {Ardea leiicogastra leuco- coprymna). The notes are from twelve individuals freshly killed, and the nesting season had advanced as far as the completion of Scott on Birds observed i?i Florida. 21 the nest, for only in one nest out of fifty just finished was a single egg found. The specimens, as in the last case, were both males and females: "Lores and base of bill, deep, dark bine with no trace of orange or any shade of yellow. No yellow on bill ox face at any point. The iris, in nine cases, deep bright red ; in the other three, red. with a tinge of yellowish. Later in the season, about April ist, some females show yellowish about the bill and have yellow irides, but the males are still as above de- scribed." * I found the Yellow-crowned Night Heron {Nyctiardea vio- lacea) not uncommon at Clearwater, and also secured a series of the species at Panasofkee Lake. Mr. Devereux found the Least Bittern (Ardetta exilis) breeding very commonly at Clear- water early in April. The most common small Tern noted on the Gulf Coast through- out the winter was Forster's Tern ( Sterna forsteri) , and until ear- ly spring all obtained were in the 'k /lavelli" stage. They were abundant during my stay at the mouth of the Withlacoochee River, and were noted daily at Clearwater, where early in Feb- ruary I obtained individuals in full plumage. Mr. Devereux obtained the Least Tern {Sterna s/iperciliaris) breeding very commonly in May. All the Ducks noted by Mr. Allen were obtained, and, in ad- dition, a single specimen of the Ring-necked Duck {Fitligitla collaris) at Panasofkee Lake, where I noted the species on two occasions. At the mouth of Withlacoochee River, in January, I observed a single Buffle-headed Duck ( Clangnla albeola) , a male in full plumage. * [These observations are of special interest as giving the first account of the color- ation of the face and bill in this species in the breeding season based on Florida exam- ples. Mr. C. B. Cory has observed the same conditions among the Louisiana Herons ' met with by him at the Bahama Islands (see Birds of the Bahama Islands, 1880, pp. 168, 169, plate, and " Oologist," Vol. V, p. 79, Dec, 1880), and finding no account of similar features in relation to this species as observed elsewhere has made this seasonal phase of coloration in these parts the basis of a new species, named by him Ardea cyanirostris. — J. A. ALLEN.] 22 Allen on Insectivorous Birds. INSECTIVOROUS BIRDS IN THEIR RELATION TO MAN. BY J. A. ALLEN. Doubtless many ornithologists who have attentively exam- ined the contents of birds' stomachs have suspected that were the truth known it would be found that the insectivorous species are not to so great an extent the ally of man in his contest with voracious insect hordes as is generally believed. The commun- ity at large fails to recognize in this connection two important facts, namely : that there are beneficial insects as well as injurious ones, and that birds are indiscriminate in their captures. Were it an established fact that birds, in so fir as they are insectivorous, are the friends of man. the notion that birds are useful in propor- tion to the number of insects they destroy could hardly have a firmer hold. On all sides the cry is raised " Protect the birds." while their actual role in relation to the insect world has scarcely received a serious thought. " Birds destroy insects, therefore they are an invaluable aid to man in his unequal struggle with these insidious foes.*" is a natural and general conclusion. That there are rapacious and parasitic insects, that these are the great natural check upon the undue increase of the plant-eating species, and that birds are useful only in proportion to the number of the latter they destroy as compared with the former, are facts that are generally ignored. As above stated, it has not escaped the notice of those ornithol- ogists who have a smattering of entomological knowledge that insectivorous birds may do much harm as well as great good, and that the popular and almost universal demand tor their protection, while perhaps harmless, is at least based on ignorance of the real state of the case. I well recall being pained years ago by finding, with the cutworms and caterpillars, a conspicuous proportion of •• lady bugs." rapacious ground beetles, and other predaceous insects in the stomachs of Thrushes, and of ichneumons with the soft aphides and caterpillars in those of Warblers. As an enthusiastic lover of birds. I feared the results to which a critical study of the food of insectivorous birds might lead ; and Allen o)t Insectivorous Birds. 23 I have compared notes with other bird-lovers who share the same misgiving", based on their own casual study of the subject. But whatever the final outcome of such investigation, sentiment should of course give way to truth. Whether insectivorous birds, con- sidered from the utilitarian side, are beneficial in their relation to agriculture, or positively (at least in many cases) injurious, or merely hold a neutral place, it is far too early yet to decide, for thorough investigation of the subject can be considered as having merely begun. The fact that they destroy large numbers of nox- ious insects is established beyond question; whether they do not at the same time devour so large a proportion of beneficial ones as to fully or more than offset the good they accomplish in the destruction of the former may be considered as an open question, which years of careful observation can alone decide. From investigations now in progress, notably in this country at the hands of Professor S. A. Forbes of Normal. Illinois, it is to be hoped that the data for an intelligent judgment in the matter will be soon reached. To Professor Forbes is due the credit of not only first directing attention to the subject, but of first instituting systematic research respecting the relation of birds to predaceous and parasitic insects. In addition to his own observations he has published a translation * of M. Edouard Perris's memoir on this subject, published in 1S73 in the ••Bulletin mensuel de la Societe d'Acclimatation." t M. Perris, after many years of careful ob- servation, expressed himself as ^convinced that the current ideas respecting the utility of birds are prompted by impulse rather than reflection," and. he adds. " I believe that, if more attention had been paid to the role played by insectivorous birds and to the mode of life of tlie insects which injure us, very different conclusions would have been reached." After reviewing the subject at length, and presenting in detail his long array of tacts, he formulates his de- ductions, calling attention to the fact that birds are scattered here and there in pairs •• while insects invade en masse the trees which they attack, the products of the soil of which they are the ene- mies" : that while birds destroy enormous numbers of insects, these insects are in great part innoxious, while some are eminent- ly useful. " The species really noxious are so few compared with the whole mass, that birds are really of little service. They * American Entomologist, new series, Vol. I, 1880, pp. 69-72, 96-100. t Republished here from the M6m. de la Soc. roy. des Sciences de Lie^e. 2 a Allen on Insectivorous Birds. may even injure us, ... . especially by killing so many carniv- orous or parasitic insects, which render us the greatest service." Reasons are also assigned why so many of the really noxious ones escape capture, either through their minuteness, their habits, or through special means of concealment or protection. As Professor Forbes observes, the question of the food of birds is almost entirely a question for entomologists and botanists, although it has hitherto been left almost wholly to ornithologists, who have not usually the special knowledge requisite for its in- vestigation even had they the desire to pursue this branch of inquiry. For this reason he hopes the attention of our economic entomologists will be turned in this direction, and has accordingly laid M. Perris's paper before them. Professor Forbes has undertaken the investigation of the food of the Thrushes and of the Bluebird. His examination has thus far been preliminary or on too limited a scale to give conclusive results, vet yielding deductions that go far to show how greatly such studies are likely to revolutionize current opinion respecting the utility of birds as destroyers of noxious insects. His report on the food of the Thrush family ( Turdidce) * is based on the examination of the stomachs of fifty-one Robins, thirty-seven Catbirds, twenty-eight Brown Thrushes, eleven Wood Thrushes. eighteen Hermit Thrushes, eight " Alice's Thrushes." six " Swain- son's Thrushes," and one Wilson's Thrush, shot in Illinois in various months from March to September. While the number of specimens is small. Professor Forbes claims that no equal number " has been previously studied with equal care" and gives his results "as hypotheses, more or less probable, but requiring verification by further study." A rigid examination of the food elements in these examples " determines the hitherto unexpected fact that the family is inordinately destructive to predaceous bee- tles (Harpalincz) , seven per cent, of the food of the 150 specimens consisting of these highly beneficial insects. When we remember that one predaceous insect must destroy many times its own bulk of other insects during its life, we see the importance of this fact in respect to the economical value of these birds. ... Of the, 1 ^o Thrushes examined, forty-six per cent, had taken Carabidce *The Food of Birds. Trans. Illinois State Hort. Soc, Vol. XIII, 1879 (1880), pp. 120-172. — The Food-habits of Thrushes. Amer. Entomologist, new ser., Vol. I, pp. 12, 13, Jan., 1880. Allen on Insectivorous Birds. 25 [predaceous beetles], while of 194 birds of other families in whose stomachs insects were found, less than five per cent, had eaten these Coleoptera. The worst sinner in this respect was the Her- mit Thrush. . . . Curiously, the ratio of Carabidce continued un- diminished during the fruit season, when the total of insect food fell away very rapidly. For example, the Cat-birds ate in May, June, and July eighty-seven per cent., sixtv-four per cent., and eighteen per cent., respectively, of insect food, while the Carabidce for those months averaged seven per cent., six per cent., and ten per cent., the corresponding fruit record standing nothing, thirty per cent., and seventy-one per cent. . . . The ab- sence of all, or nearly all, the specially protected genera is notice- able (unless the obscure color of many is reckoned a special pro- tection)." * The full details of the observations made upon this family f show certain specific differences of food ; that while the different species of this group agree in many particulars as re- gards food, that the differences are so marked that it is usually possible to "determine the species by the contents of three or four stomachs." During April, the eleven Robins examined were found to have "apparently done very much more harm than good .... eating predaceous beetles which would probably have destroyed many more noxious insects than were found in their own stomachs." In May the balance was found in favor of the four specimens ex- amined ; in June, in respect to five specimens, the balance was in the other direction, but probably turned favorably through the large amount of insect food procured for their young. The July record left " the scale trembling in the balance." The final con- clusion respecting forty-one Robins is that they had, taken together, " certainly done, just previous to their demise, fully as much harm as good, as far as we can judge from the contents of their stom- achs." With respect to the Catbird it was found that there was " an unexpected balance of about seven per cent, of injurious insects with which to pay for twenty-seven per cent, of fruit," for the three months of May, June, and July. With regard to the economic value of the Brown Thrush, Mr. Forbes thus sums the evidence : "so far as it can be supposed to be indicated by the stomachs of these twenty-eight individuals, I conclude that * Amer. Ent., 1. c. p. 13. f Trans. Illinois State Hort. Soc, . c. 26 Allen on Insectivorous Birds. in April it gains a credit of about twenty-two per cent. ; that in Mav, chiefly through the excess of predaceous beetles, this drops to about six per cent. ; that in June it falls away to zero, and in July to minus thirty per cent., thus just about wiping out the credits of the previous months." The Hermit Thrush is counted a " public enemy " on the score of his excessive destruction of predaceous beetles. The Swainson's Thrush (under which name we in- clude "the Alice Thrush ") has a better record and is regard- ed as worthy of " what little encouragement and protection we can give it during its brief stay." On the whole the Thrush family, so far as our knowledge of their food extends, cannot be awarded "any great economical value." Professor Forbes's showing for the •• beautiful and beloved" Bluebird is certainly a surprise and a shock to our notions of its innocence and hitherto supposed high degree of usefulness. His detailed report.* based on an examination of eighty-six specimens, shows that the species preys largely upon predaceous beetles and ichneumons, the latter including special enemies of the cutworms and grasshoppers. In view of the many uncertainties that enter into the problem of the relation of carnivorous and parasitic insects to those which form their natural prey — whether or not their increase is sufticientlv rapid to keep up their due proportion to these and also to furnish a surplus for destruction by birds — Professor Forbes believes that (as he rather obscurely puts it) while l" the probabilities seem to be against the Bluebird." " the certainties are, as yet, in its favor." Taking into account, Re adds in conclusion, '■' the certainty of the evil consequences of the destruction of the Bluebird, and the uncertainty of the possible good, I believe that, notwithstanding the apparent balance against the species, even the most radical economist, the most indifferent to the beauty and pleasure of the natural world, would have no present justification for throttling the song of the Bluebird in his garden with the hope of increasing thereby his annual store of hay and cabbage." In respect to the general subject of the economic relation of insectivorous birds to insects, and to the results already attained through his detailed studies, Professor Forbes judiciously admits that the observations thus far made are far too few to settle the ques- tion, but that they indicate that the time has come for hesitation, * Amer. Entomol., new ser., Vol. I, pp. 215-218, 231-234, Sept. and Oct., 1880. Allen on Insectivorous Birds. 2 7 for impartial study, and for a cautious balancing of the evidence ; for those who are least prepared to understand their own ignorance to give attention to some of the conditions of the problem. What the final outcome will be it is quite too early to predict ; what seems most probable is that while some insect-destroying birds may doubtless prove to be demonstrably beneficial to a greater or less extent, many others will prove to hold merely a neutral posi-' tion. while a few may be found to be to a slight degree injurious. It is certainly time to abandon the ground that because certain birds subsist largely upon insects they are necessarilv beneficial. It seems not improbable that the role of insectivorous birds, con- sidering the class collectively, will prove to be in no way econom- ically important, and that it will be safe to leave nature to adjust her own balance between birds and insects ; that undue inter- ference, either in the way of protection or of proscription, will tend rather to harm than to good But birds are to be considered not merely with regard to dollars and cents— to the production of grain and fruits; they have their aesthetic relation, and, sentiment aside, we may long and wisely hesitate before outlawing even the few species that may seem to somewhat overbalance their services by indulgences which to some degree militate against man's material interests. So much do the}- contribute to our higher enjoyment, to such a degree is their presence a pleasure, and their influence ennobling, it would be an aspersion upon our civilization to even suppose that the time will soon come when public sentiment will demand for trifling cause the extirpation of creatures so thoroughly endowed with beauty, and with attributes that touch so deeply our inner life. While we may well look forward with deep in- terest to the results of thorough research in this direction, there seems little reason for anxiety, even on the part of those who would least welcome an unfavorable showing for their cherished favorites of the bird world. 28 Sclater on the Systema Avium. REMARKS ON THE PRESENT STATE OF THE SYSTEMA AVIUM. BY P. L. SCLATER.* It will be generally allowed, I believe, by all ornithologists that the Systema Avium is not at present in a very satisfactory state. The Cuvierian arrangement and its modifications have been broken down by the criticisms of modern inquirers ; but no other system has arisen to take its place, or. at all events, has secured general adoption. The subject being, as will be universally allowed, one of the utmost importance. I have thought it possible that my brother workers might like to hear what my views are upon the question. Up to 1873, as regards general arrangements, I had acquiesced, more or less, in the modified Cuvierian system employed by G. R. Gray in his well-known works. I had, however, long before quite come to the conclusion that the true Passeres were the most highly developed order of birds, and should be placed at the head of the series, and that the Fissirostres and Scansores. which in Gray's system merely figure as subdivisions of the Passeres, should stand as separate orders. I had also made up my mind that, as regards the subdivisions of the Passeres, Midler's dis- coveries as to the form of the larynx and the arrangement of its muscles could not be passed over. Accordingly, in the cata- logue of my collection of American birds, published in 1S62, I arranged the three first orders of birds (as I then considered them), to which my collection was restricted, as follows: — Ordo Passeres. Sectio Oscines. i. Turdidoe. ii. Cinclidae. iii. Sylviidae. iv. Paridae. v. Certhiidae. vi. Troglodytidae. vii. Motacillidae. viii. Mniotiltidae. ix. Hirundinidae. x. Vireonidee. xi. Laniidae. xii. Ampelidae. xiii. Coerebidae. xiv. Tanagridas. xv. Fringillidae. xvi. Alaudidas. xvii. Icteridae. xviii. Corvidae. * From the "Ibis," 4th ser., Vol. IV, No. 15, pp. 340-350, July, 1880. As comparatively few American readers of the Bulletin have ready access to the "Ibis" it has been deemed expedient to lay before them, in view of its high importance, Dr. Sclater's memoir here reprinted. — Eds. Sclatek on the Systema Avium. 29 Sectio TracheophotuB. xix. Dendrocolaptida;. xxii. Tyrannida-. xx. Pteroptochida-. xxiii. Cotingidte. xxi. Formicariida'. xxiv. Phytotomidae. Ordo FlSSIROSTRES. i. Momotidae. vi. Trogonida?. ii. Todida?. vii. Caprimulgida;. iii. Alcedinida-. viii. Cypselidae. iv. Galbulidas. ix. Trochilidas. v. Bucconida?. Ordo Scan so res. i. Cuculidae. iv. Picidas. ii. Rhamphastidae. v. Psittacidae. iii. Capitonida;. . This arrangement of the three first orders of birds I employed until 1S72, allowing the Accipitres to succeed, and the remaining orders to follow, according to the Gravian system. But in 1872 it was necessary to decide what arrangement should be employed for the remaining orders in the list of Neotropical birds ('No- menclator Avium Neotropicalium') which I was then preparing together with Mr. Salvih.* In the mean time the famous inves- tigations of Prof. Huxley on the bones of the palate in the class of birds had taken place, and an entirely new arrangement of the class, consequent upon these inyestigations. had been promul- gated. Having long entertained serious doubts as to the validity of the Grayian system, especially as to the groups associated to- gether in the orders Grallae and Anseres. I was pleased to find an alternative which had the sanction of high authority. Prof. Huxley had commenced his -'Systema"f with the lowest and most reptilian birds, and had ended it with the highest and most specialized. But it seemed to me that, by exactly reversing this arrangment, I should obtain a scheme which would not very far deviate from that which I had already employed as to the first three orders, and would ofier many improvements on the Gravian system in the remainder. In the introduction to the ' Nomencla- tor,' accordingly, I gave the subjoined scheme as that which I proposed to employ for the general arrangement of living birds, dividing them into 21 orders, as follows : — * [The arrangement adopted in the ' Nomenclator' is entirely Mr. Sclater's. I was forced to desert my colleague when I visited Central America in 1873-4, a portion only of this work having been then printed and the Introduction unwritten. — O. S.] t P. Z. S. 1867, p. 456 3° Sclater on the Systema Avium. Subordo I. Aves CarinatvE. Series Aigith ogn athina. i. Passeres. 2. Cypseli. 3. Pici. Series Desmognathina. 4. Coccyges. 5. Psittaci. 6. Striges. 7. Accipitres. 8. Steganopodes. 9. Herodiones. 10. Anseres. Series Schizognathina. 11. Columbse. 12. Gallinae. 13. Opisthocomi. 14. Grues. 15. Limicolas. 16. Gaviae. 17. Pygopodes. 18. Impennes. Series DroiiKTognathina. 19. Crypturi. Subordo II. A YES RATJT/E., 20. Apteryges. 21. Struthiones. I will now proceed to make a few remarks upon each of these orders, and to state where I think there are improvements still to be effected in the arrangement. It must, however, be always recollected that, although a linear system is an absolute necessity for practical use, it can never be a perfectly natural one. It will always be found, in any linear arrangement, that certain groups are nearly equally related to other groups at quite different parts of the series, and that it is a question of no little difficulty with which of these to place them ; but we must, nevertheless, do our best to make the most natural linear arrangement that is possible for practical use. 1. Passeres. After eliminating the Scansores and Fissirostres of the Cuvier- ian system, the remainder of the Insessores constitute a tolerably homogenous group, which, it is now generally acknowledged, form one of the main divisions of the Class of Birds. They are the Passerinas of Nitzsch,* the Oscines of Sundevall's k Tenta- men,' f the Coracomorphas of Huxley ; but I see no reason why we should not retain for them the old Linnean name of Passeres. There are still several forms regarding which their collocation in the Passeres thus understood is a matter of dispute. These are mainly as follows : — 1. Upupa. Sundevall places Upupa near the Larks, at the commencement of his second series of Oscines (the "Oscines * ' Obs. de Avium arteria carotide communi.' Halse, 1829. t In Sundevall's former arrangement (Orn. Syst. 1836) they were denominated Volucres, and divided into two main groups, Passeres and Oscines. Sclater on the Systema Avium. 31 scutelliplantares") , with which it agrees in the structure of the plantar scutes (' Tentamen,' p. 55). Nitzsch associates Upnpa with Bitceros and Alcedo in his family Lipoglossae of the Picariae. There can be no longer any question, I think, that the latter view is correct, and that Upitpa is more nearly allied to the Bucerotidae than to any other group. Some of the thin-billed Bucerotidae of the genus Toccus even resemble Upupa in habit and external appearance. The palate of Upnpa at once shows that it is no Passerine bird.* Next to the Upupidae must come also the small African group Irrisoridae, as was first suggested by Strickland, and has been amply shown by Dr. Murie in his excellent disser- tation on the Upupidae and their relationships. f 2. Eurylcemus. The Eurylaemidae were placed by Gray and most of the older authors near the Kingfishers and Motmots, i. e. outside the Passeres, as now restricted. Mr. Wallace, I believe, first started the idea that they are the representatives of the Cotingidae in the Old World, and has thus arranged them in his v Geographical Distribution. '| There is now no doubt that the Eurylaemidae are truly Passerine, as I pointed out in this Journal in 1872, from an examination of the sternum, § and as Mr. Garrod subsequently confirmed from the form of the palate. || although the}' are singularly divergent from all other known Passeres in having the Jiexor hallucis longus connected by a vin- culum with the Jiexor digitorum profundus. 3. Todus, associated by Cabanis with Todirostriun in the Tyrannidae, and by Sundevall with the Piprinae, should be cor- rectly placed, as I have already shown, % from its sternal char- ters, next to the Momotidae, and has nothing to do with the true Passeres. The pterylosis confirms this view.ff 4. Euryceros was formerly referred by Gray to the Bucerotidae, but at my suggestion, I believe, was removed in his last work ('Hand-list,' ii. p. 21) to a much more natural position among the Sturnidae, A glance at its feet is sufficient to show that it is a laminiplantar Oscine. Mr. Sharpe has recently included Euryceros in the heterogeneous assemblage which he has united * Cf. Huxley, P. Z. S. 1867, p. 447. t Ibis, 1873, p. 181. + Vol. ii. p. 294. h Ibis, 1872, p. 177. || p. Z. S. 1877, p. 449. II Ibis, 1872, p. 177. See also Murie, Ibis, 1872, p. 410. ft Nitzsch, Pterylogr. p. 89. 32 Sclater on the Systcma Avium. under the title of Prionopidae. I fail to see that it has an}' con- nexion at all with the other genera placed in that group. 5. Falculia, also a laminiplantar Oscine, has been hitherto usually associated with the Hoopoes, to which it has no sort of relationship (cf. Murie, Ibis, 1873, p. 201). It is certainly either a Sturnine or a Corvine form : M. Milne-Edwards will probably soon tell us which. The limits of the Passeres being now ascertained with tolerable certainty, the still more difficult question of the sub-division of the Order presents itself. On this subject Garrod's first memoir on the anatomy of the Passerine birds* gives us a summary of the latest information, not only as regards the lamented author's own elaborate investigations, but also as concerns the labours of previous authors. Garrod's proposed system for the arrange- ment of the Passeres is as follows : — f Normales. Acromvodi (Oscincs). j AbnormaIes_ I Menum. Passeres ! ' itnchta. i (Heteromeri. | «*"«: I Cotragldae. I Mesomyodi. 1 , , f '] racheophonae. Horn* 1 Mm. -i 1 . . . ' I Haploophonae. In this scheme it will be observed that the Oligomyodae, as, in accordance with Prof. Huxley's suggestion (P. Z. S. 1867, p. 471), the great American group of Passeres with only three pairs of singing-muscles was denominated in our ■ Nomenclator,' are divided into two sections, and the Tracheophonae are inter- posed between them. In consequence of the development of a femoral in the place of a sciatic artery, the Pipridae and Cotingi- dae (with the exception of Rupicola) are placed by themselves in a second primary division (Heteromeri) of non-Oscinine Pas- seres. But it seems to me that this arterial character, although no doubt of importance, is not as yet sufficiently understood and investigated to allow it to rank before the well-ascertained struc- ture of the lower larynx. Again it is quite obvious that the Acromyodi abnormales (i.e. Menura and Atrichia), although they approach the true Oscines in their syringeal structure, are divergent from the rest of the Passeres by much more important osteological characters. For the present, therefore, 1 am dis- posed to uphold the system of the division of the Passeres em- * P. Z. S. 1876, p. 506. Sclater on the Systema Avium. S3 ployed in the ' Nomenclator ' as still the most convenient to be adopted, and to place the Acromyodi abnormales of Garrod (which, being extra-American, were not included in the -No- menclator') at the end of the Passerine series under the name Pseudoscines. The arrangement would then come out as fol- lows : — i. Oscines. ii. Oligomyodce. iii. Tracheophonre. I a. Atrichiida-. iv. Pseudoscines > ., ft. Menundae. We thus get the advantage of having what are certainly the most anomalous forms of Passerine birds yet known at the end of the series. We must now approach the still more vexed question of the division of the Oscines into families. The difficulty here ob- viously arises from the fact that the Oscines are all very closely related to one another, and, in reality, form little more than one group, equivalent to other so-called families of birds. As, how- ever, there are some 4700 species of Oscines known, it is abso- lutely necessary to subdivide them ; and the task of doing this in the most convenient and natural way is not an easy one. Sundevall. who has certainly devoted more time and attention to the external characters of the Passeres than any other natural- ist of this century, in his last work (• Methodi Naturalis Avium disponendarum Tentamen,' Stockholm, 1S72) divided his "Os- cines laminiplantares " (which are equivalent to the Passeres here considered, with the exception of the Larks) into six "Cohortes." as follows : — i. Cichlomorplw .... 50 fam. iv. Certhiomorph;* .... 3 fam. ii. Conirostres 15 " v. Cinnyrimorpha? .... 5 iii. Coliomorphas .... 15 " vi. Chelidomorphae . . . . 1 SundevalPs characters are derived partly from the structure of the bill and partly from other points, and his six primary divisions seem to me to be very naturally conceived. On the other hand, Mr. Wallace's well-known arrangement of the Pas- seres, first proposed in this Journal.* and subsequently followed in his great work on distribution, is based entirely upon the * Ibis, 1874, p. 406. 34 Sclater on tlie System a Avium. structure of the wing. Air. Wallace's Formicaroid and Anom- alous Passeres correspond nearly with what I call the Oligomy- odas, Trac.heoph.on33, and Pseudoscines, whilst the Oscines are distributed in his arrangement under three heads, as follows: — Series A. Typical or Turdoid Passeres. Winy with 10 primaries, the first always more or less markedly reduced in size. i. Turdidae. 12. Campephagidae. 2. Sylviidae. 13. Dicruridae. 3. Timaliidae. 14. Muscicapidae. 4. Cinclidae. 15. Vireonidae. 5. Troglodytidae. 16. Pachycephalidae. 6. Certhiidae. 17. Laniidae. 7. Paridae. 18. Corvidae. 8. Leiotrichidae. 19. Paradis 9. Phyllornithidae. 20. Meliphagida-. 10. Pycnonotidae. 21. Nectariniidae. 11. Oriolidae. B. Ian vgroid Passeres. Winy with <) primaries, the first of which is fully developed and usually very long. 1. Mo 6. Ampelidae. 2. Mniotiltidae. ' 7. Hirundinidae. 3. Ccerebidae. 8. Tanagridae. 4. Drepanidae. 9. Fringillidas. 5. I )ica idae. 10. Icteridas. Series C. Sturnoid Passeres. Winy with 10 primaries, the first of which is rudimentary. 1. Ploceidae. 3. Artamidae 2. Sturnidae. 4. Alaudidae. The objection to this arrangement is that it separates some very nearly allied forms far too widely. The "spurious primary" which Air. Wallace relies upon to divide his Tanagroids and Sturnoids is not alwavs even a generic character. In J'ireo. for example, it varies in the different species, being present in some and absent in others. Mr. Wallace puts the Alaudidas amongst his Sturnoids; but in some larks ( Calandrella &c.) the spurious primary is altogether wanting. The Ploceidie and Fringillidae, which are barely distinguishable as families, fall under different heads, as do the Sturnidae and Icterida*. Yet there cannot be a doubt as to the intimate connexion of the two last-named families. Sclater 011 the Sy sterna Avium, 35 In my opinion Sundevall's groups of the Oscines are therefore far more naturally conceived ; and in our ' Nomenclator ' I have nearly followed them, using only the more familiar expressions ending in ' rostres,' throughout the divisions. Thus : — Sundevall's Cichlomorphas = Oscines dentirostres of the ' Nomenclator.' Conirostres = Oscines conirostres " Coliormorphae * = Oscines cultrirostres " Cinnyrimorphae = Oscines tenuirostres Chelidomorphae = Oscines latirostres " No species of Sundevall's uCerthiomorphae" being found in the New World. I have not given that group any equivalent designation. But calling these "Oscines curvirostres." for uni- formity's sake, and keeping the Larks apart on account of their peculiar planta I should propose to arrange the Oscines as follows : — - A. Laminiplantares. i. Dentirostres. 2. Latirostres. 3. Curvirostres. 4. Tenuirostres. 5. Conirostres. 6. Cultrirostres. % B. Scutiplantares. (Alaudidae). These six groups may, I think, be separated without much difficulty- But when we come to attempt to subdivide them. there is room for endless varieties of opinion as to the nearest allies of many of the forms. It would. I fear, be impossible to discuss the best arrangement of the different subdivisions of these groups within the limits of this paper. The second suborder of Passeres, the Oligomyodae, are not nearly so numerous as the Oscines. It embraces, however, ac- cording to the present state of our knowledge, some 550 species, belonging to 8 families, most of which are restricted to the Ne~v\ World. * Mr. Sharpe's " Coliomorpha? " (Cat. Birds, iii. pp. 3, 4) is quite a different group from that designated by Sundevall ('Tentamen,' p. 37) by the same name. Sundevall's I oliomorphae is nearly equivalent to my "Oscines cultrirostres" (Sundevall's group includes Irrisor, on which point see above, p. 343), and consists of the following families (according to my nomenclature) : — Icteridce, Sturnida?, Buphagidce, Paradiseidse, and ( lorvidae. But Mr. Sharpe puts in his " Coliomorpha" only the last two of these five families, and adds to them the Oriolidae, Dicrurid;e, and Prionopidre. The first two of these belong to Sundevall's Cichlomorphce (i. e. my Dentirostres) ; the last consists of a heterogeneous assemblage of genera, mostly also Dentirostres, but having, in my opinion, no sort of connexion together. $6 Sclater en tlic Systema Avium. New World. Old World. Oxyrhamphidae. Pittidoe. Tvrannidae. Philipittidse. Pipridae. ( )otingidas. Eurylsemidae. Phytotomidae. Of these the Eurylaemidae must he deemed, without doubt, the most aberrant, on account of the non-freedom of the flexor halu- cis, above alluded to, which is unique in the order of Passeres. The third suborder of Passeres, the Tracheophonae, distin- guished by the peculiar structure of the syrinx, first described by Johann Midler, is entirely confined to the New World. Accord- ing to my viewrs, the ^oo species which it comprehends should be divided into three families, the last of which is peculiar among all the Passeres in having a double notch at the posterior margin of the sternum. They are: — ( i. Dendrocolaptida . Sterni postici fissura unica \ I 2. Formicamdce. Sterni postici fissuris duabus 3. Pteroptochidce. The fourth and last section of the Passeres, which I have pro- posed to call Pseudoscines, contains only the anomalous Austra- lian forms Atrichia and Meiuira. which are each fully worthy of family rank. When some of the other obscure Australian forms (such as Orthoiivx) have been further examined, it is very possible that additions will have to be made to this series. 2. Cypseli sive Magrochires. It is now universally admitted that the Cypseli . although not Passerine, come near to that great Order in many particulars. Nitzsch in 1829,* first constituted the group, to contain the Cyp- selidre and Trochilidae, and called them •'Macrochires." from the peculiar elongation of the bones of the manus. Sundevall. in 1S36, adopted the term, and used the same limits. In his • Ptery- lographie,' Nitzsch reduced the rank of the Macrochires to a family of his Picariae — a group to which, however, he expressly states that he can assign no single peculiar pterylographic char- acter. If we allow due value to palatal structure, we must keep the Macrochires and Pici apart from the rest of the Picaria? of * 'Obs. de Avium arteria carotide communi.' Halae , 1829. Sclater o>i the Systema Avium. 37 Nitzsch, as Prof. Huxley has shown.* although he appears not to have fully realized the structure of the palate in the Trochilidae.f In the • Nomenclator' four families are assigned to the Order Macrochires — the Trochilida.', Cypselidae, Caprimulgidae, and Steatornithidaa. Of these it is now quite certain, from Garrod's researches, that the last named must be removed to another situ- ation, the palate being strongly desmognathous. \ The best place, therefore, for Stcatoniis. according to my present opinion, is either as a family next to the PodargicUe. or. as the form pre- sents so many strong peculiarities, as an independent order next to the Striges. The Macrochires will therefore consist only of three families — the Trochilida*. Cypselidae, and Caprimulgidae. No one, I be- lieve, will now denv the close alliance of the first two of these families. As regards the Caprimulgidae, they differ from the tvpical Macrochires not only in the lesser comparative develop- ment of the manus, but also in possessing caeca, and their posi- tion will require further consideration. 3. The Pici were first constituted a separate order by Sunde- vall in iS3v§ to consist of two families, the Picidae and Iyngidae. They are the exact equivalent of Prof. Huxley's Celeomorphae. Garrod (P. Z.S. 1874, p. 123 et alibi) would associate with them the Rhamphastidae and Capitonidae, as "not in any point presenting family differences ;" but if we follow Prof. Huxley in assigning a high value to the structure of the palate, it is quite evident that they should stand alone {cf. Huxley, P. Z. S. 1867, p. 468). There is no difficulty in distinguishing the Pici from all other birds — the structure of the tongue and of the feet is quite peculiar : and I think thev must remain as an independent order or suborder. [To be continued.] * P. Z. S. 1867, p. 468. t Cf Parker, Trans. Linn. Soc. ser. 2, Zool. i. p. 116. % Cf. Garrod, P. Z. S. 1873, p. 530. § K. Vet. Ak. Handl. 1835, p. 68. 3 8 Brewster on Florida Birds. WITH THE BIRDS ON A FLORIDA RIVER. BY WILLIAM BREWSTER. ( )n the 19th ot" March, 187^". the writer, in company with a friend, took passage on a little freight steamer which at long and irregular intervals ascended the Wekiva River with supplies for the few settlers at its source. The " Fox" certainly bore a most inappropriate name, for her best speed was but little over four miles an hour. She was. in fact, an old flat-boat, square at each end, after the usual fashion of her kind, and equipped with a small engine, which, judging from its dilapidated appearance, had probably spent its best years in some saw-mill among the pineries. But from her light draught and 'low hull the rude craft was by no means ill-adapted to the navigation of a stream impeded b\ shallows and choked with fallen timber. After spending a tedious day in the descent of the St. Johns River from Mellonville we entered the Wekiva just as the sun was setting and at once found ourselves surrounded by scenery of the most novel and beautiful character. The short twilight of a Florida evening soon faded, however, and after a run of a few miles we were obliged to make fast to the bank, for the stream is too narrow and tortuous to be safely navigated in the night. Later, the moon rose and her rays stream- ing down between the tree tops cast a soft light on the narrow strip of water that stretched away into the gloom like a shining path- way. In-shore everything was in deep shadow, save where a stray beam rested on a glistening lily leaf or silvered the drooping frond of a palmetto. The night air. fragrant with the breath of forest flowers, stole gently by — so gently that scarce a leaf was stirred, and the stillness was only broken by the innumerable noc- turnal voices that filled the woods. At intervals a Courlan {Arauius -pictus) sounded its harsh cry and the watchword, taken up by dozens of vigilant sentinals. was passed along the line of river thickets until it died in the distance. The hooting of the Barred Owls was almost incessant and the arches beneath the trees seemed to echo and prolong the hollow sound. Frequently two of them, after answering one another a Brewster on .Florida Birds. 39 few times, would come together and their combined shrieks and whooping were absolutely indescribable. Such a meeting occur- ring in the middle of the night directly oyer the boat instantly brought us to our feet. It was their mating season, but we could not determine whether these outbursts were the love passages of the sexes or the rival performances of two males. Everywhere by the marshy edges of the river arose a confused medley of Hyla yoices. among which the tinkling note of the bell-frog was especially prominent, and underruning all was the low monotone of the crickets. These, with the occasional croak of a Heron, were the most characteristic sounds. I was early astir next morning and rousing my friend we took our station in the bow to watch the day break. A dense fog hung over the narrow river, shrouding even the taller trees, and the light struggling into the eastern sky just touched the upper wreaths with delicate salmon while all below still lav in gloom. Insensibly the tint deepened and worked downward : the heavens grew more opaque ; the stars faded, twinkled feebly, then disap- peared and every moment the daylight grew. Almost perfect silence reigned. The Owls had ceased ; the frogs and crickets were still : there was a solemn hush oyer everything ; nature seemed to sleep on the eye of her awakening. The river eddied swiftly by and so perfect was the stillness that the swash of the water laving the foliage of a drooping branch on the further shore came distinctly to the ear. But quickly all was changed. As we looked, the beams of the rising sun touched the crests of the cypresses and, working down- ward, the undergrowth felt the genial warmth and the whole forest became flooded with sunshine. Then, as if the spell were broken, the birds began and their various songs swelled into a full, glad chorus. From far and near came the reveille of Wood- peckers, apparently countless in numbers. A Vireo ( V. olivaceus} sang cheerfully from a sweet-gum near the boat and dozens of Warblers could be heard in the surrounding cypresses while a Water Thrush warbled a few doubtful notes from the recesses of the swamp. We had brought with us a small skiff and as the steamer was not to start for an hour or more we decided to push on ahead, and a few strokes carried us around the nearest bend. On either bank rose the column-like trunks of giant cypresses whose branch- 40 Brewster on Florida Birds. es in many places completely overarched. Between their stems appeared dismal pools choked with decaying logs and thickly sprinkled with those curious objects called "cypress knees" which reared their slimy heads above the stagnant water. The general desolation of the scene was greatly enhanced by long streamers of Tillandsia " moss" that hung from every limb and waved impressively in the light morning air. These cypress swamps rarely afford any great variety of bird life but they are by no means entirely deserted. The sonorous whistle of the Redbird ( Cardinalis virginianus) , thc/W