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WEIGHTS AND TEMPERATURES or SOME MICHIGAfi BIRDS Thesis Submitted to the Faculty of the Michigan State College in Partial Fulfillment of the Requirements for the Degree of Master of Science by .*° J . ‘9 George BJVBecker August, 1934 r” THESIS ACKNOWLEDGEMENTS The author wishes to express his appreciation to Professor J. W. Stack and Dr. H. R. Hunt of the Zoology Department of Michigan State College for helpful suggestions and criticisms on the problem of bird weights and temperatures. I am especially grateful to Professor J. W. Stack for his supervision on this problem. Appreciation is expressed to Professor Snow of the Physics Department for checking the accuracy of the scales used. 98853 II III IV VII VIII II II XII XIII XIV TABLE OF CONTENTS Introduction . ......... . ...................... ...... Review of History of Bird Temperature Observations.. Review of History of Bird Weight Observations ...... Methods Used in Obtaining Records of Bird Weights and Temperatures .. Statistical Methods Used in this Thesis ............ Purpose of the Present Study .... ................. .. Possible Factors Involved in studying Bird Weights and Temperatures .. Consideration of Initial Weights and Temperatures .. Diurnal Variation in Weight .. ............. . ...... .. Diurnal Variation in Temperature ................... Consideration of Average Weights and Temperatures of Repeaters ......... Comparison of Writer's Data with those of other Observers . ....... . Comparison of Seasonal Variation in Weight within the Species ....... Comparison of Seasonal Variation in Temperature within the Species (”Ni-J 10 11 12 23 37 41 44 47 TABLE OF CONTENTS continued XV Graphical Presentation of Seasonal Variation in Weights and Temperature XVI Discussion . ..... . ............................... . . . XVII General Conclusions . . . ............................ . XVIII Bibliography . . . ........... . . . ....... . ......... . . . . . XIX Photographs of Apparatus Used in Weighing Experiments .. ....... .. ‘11 List of Species...... ............ ......... .. XXI Original Data... ...... ...... ......... 65 66 68 69 71 73 76 Table I Table II Table III Table IV Table V Table VI Table VII Table VIII Figure Figure Figure Figure Figure Figure Figure Figure (DCDQOIUIIFOJNH Figure Figure 10 Figure 11 TABLES Initial Weights of Species Observed ........... Initial Temperatures of Species Observed ...... Diurnal Variation in Weight ...... ............ . Diurnal Variation in Temperature .............. Average Weights and Temperatures of Repeaters . Comparison of Author's Weights with other Observers ........ Comparison of Author's Temperatures with other Observers ........ Seasonal Variation within Species ....... ..... . GRAPES Slate-colored Junco (Initial Weights) .. ...... . Slate-colored Junco (Initial Temperatures) .... White-throated Sparrow (Initial Weights) ...... White-throeted Sparrow (Initial Temperatures).. Mississippi Song Sparrow (Initial Weights) .... Mississippi Song Sparrow(Initial Temperatures). Bronzed Crackle (Initial Temperatures) . ..... .. Slate-Colored Junco(Weight Variations) ........ Slate-colored Junco (Temperature Variations)... White-throated Sparrow(Weight Variations) ..... White-throated Sparrow (Temperature Variations) 45 49 54 26 87 88 29 31 32 33 61 62 63 64 INTRODUCTION Comparitively little is known about the weights and temperatures of birds as they exist in the wild state. In view of the lack of such date, the following work was begun in the fall of 1831. An exceptional opportunity for collecting data was made available through the bird banding station operated under the direction of Professor J. I. Stack at Michigan State College. . This station was inaugurated in 1923 by Professor Stack and has been active throughout each year with the err ception of the summer session, from the last of June until the Opening of college in the fall term, which is generally the third week in September. Owing to the fact that the station has been in operation over such a long period of time, large numbers of birds tend to be attracted to this area by the constantly available food. Due to the elimination of many shrubs and trees about the campus, the annual number of birds caught has decreased during the last few years. Birds depend on the trees and shrubs for nesting sites, protection and food. Linen trammel nets and traps are used to capture the birds, which are banded and released. REVIE' OF HISTORY OF BIRD TEMPERATURE OBSERVATIONS S. Prentiss Baldwin in his book "Physiology of the Temperature of Birds“ states that Pembery (1898) summarized most of the work on mammalian and human temperature observed at that time, including also work on the physiology of bird temperature. Alexander Wetmore (1981) published his work “A Study of the Body Temperature of Birds0 covering 327 species of birds totaling 1558 records. He also summarized the work of Eydoux and Souleyet (1838), Brown Sequard (1858), Martins (1858), Milne Edwards (1863), Sutherland (1899), Simpson and Galbraith (1905-1918), Hilden and Stenback (1916), Bergtcld (191?), and Weber (1918) covering 89 species. The work on bird temperatures up to 1921 was done more for the purpose of securing temperatures on a large num- ber of families rather than on large numbers of any particu- lar species. Wetmore (1981) includes the conclusions of the following observers in his study. Simpson and Galbraith (1905-1912) from records of gulls, starlings, sparrow-hawks, a.kestrel, thrushes, owls of several species, domestic fowls, ducks and pigeons. They found that birds normally active during the day showed a diurnal rhythm with a gradual rise in temperature reaching a maximum in the late afternoon and then gradually decreasing, reaching a minimum in the early morning. In nocturnal species the tendency was re- versed, the bird reaching a maximum late at night with the minimum temperature during the daY. Hilden and Stenback (1916) by means of confining diurnal birds in a dark room and using artificial lights caused them to reverse their temperature rhythm, having the maximum.at midnight and a minimum in the afternoon. When the birds were again allowed normal conditions they changed to their normal rhythm. Wetmore concludes that large birds show a smaller daily range of variation in temperature than small birds. He based his conclusion on the work of Simpson and Galbraith (1905-1913), which gave the following ranges from maximum to minimum: Thrush 7.5 degrees F. Starlings 7.3 degrees F. Domestic Fowl 1.9 degrees F. Domesticated Duck 1.8 degrees F. Wetmore believes that birds have a higher tempera, ture in the summer than in the winter due to the longer day in summer, which provides a longer period of activity. Martins (1858) noted a higher temperature in the female than in the male of the domestic duck. Simpson and Galbraith (1905-1918) also obtained similar results on birds of other species. Hilden and Stenback (1916) basing their conclusions on a few records of other species of birds found that the males had a higher temperature than the females. Ietmcre agreed with the conclusions of Simpson and Galbraith by observing that females had a higher temperature than males, although he noted some exceptions. Wetmore found that the females in the species -4— studied had a slightly higher temperature than the males, but in some species the males showed a decidedly higher temperature reading than the females. In some species the temperatures of the two sexes were approximately the same. letmore believed that the sex showing the higher temperature was also the one that incubates the eggs. His data bears out this conslusion. He discovered that passerine birds sharing these duties, the temperatures of both sexes were approximately the same. In shore birds Wetmore found that the male had a slightly higher temperature when both sexes set on the eggs. Leon Gardner (1926) secured the temperatures of 84 species of nestling birds and found that under uniform conditions younger birds showed a lower temperature than those more fully developed. He also discovered that absence of the incubating parent, if prolonged, fatigue, hunger, illness or removal from the nest causes a decrease in the body temperature of the young bird. S. Prentiss Baldwin (1932) by the use of a thermocouple arrangement has been able to secure very ex- tensive records on the temperature of the Eastern House Iron. Sis observations led to the following conclusions: 1. The normal body temperature of the eastern house wren and other passerifcrm species is characterized by great variableness. 2. Excitement, through its effect on activity and other functions, tends indirectly to increase the body temperature. 3. 4. 5. 6. 7. 8. Under experimental conditions, the body temperature of adult birds is normally Iunaffected by fluctuations in air tem- perature so long as these fluctuations are not extreme and do not occur too rapidly. Birds are more quickly and seriously affected by a rise in body temperature than by a lowering. Variations in‘the rate of respiratory movements of adult birds are probably. of significance in temperature regulation. The skin temperature of passeriform birds is lower than that of the body, varies in different regions and is not in all cases the same in the two sexes. There is a decided and rather abrupt daily rhythm of body temperature in passeriform birds. Young eastern house wrens are distinctly poikilcthermic in their temperature reactions. REVIII OF HISTORY OF BIRD WEIGHT OBSERVATIONS Sidney R. Eaten (1931) reviewed the work of William Van Gorder (1911-1923) who obtained records main- ly on hawks and water birds, but he reported on some species which were also included in this thesis. MI. and Ire. Charles L. lhittle (1925-1930) took records of bird weights at Cohasset, Massachusetts and at Peterboro, New ’ Hampshire. Hr. Whittle concluded that individual varia- tion is too great to determine correct weight averages from records of a small number of birds. However, he found that chickadees seemed to be an exception to the rule. Dayton Stoner (1928) observed the weights of young bank swallows from birth until they left the nest and found that their weight increased up to the 11 to 13th day, when a decrease was noted. He thought this was primarily due to a resorption of fat, which develops but gradually diminishes as the time for leaving the nest approaches. At the time of the initial flight the birds weigh more than the average adult. Maurice Broun (1932) took the weight and also the wing measurement of several species of birds at Austin Ornithological Research Station in the fall of 1932. He states that the majority of the birds were weighed in the forencon, when full crops might be expected. He states no conclusions on his work. Mrs. Kenneth B. Weatherbee (1934) has taken records of weight, body length, wing, tail, tarsus and culmen of birds caught at Worcester, Massachusetts, and -7- at Pomfret, Connecticut, from 1932—1934. Her work was mainly on measurements of the different parts of the birds' bodies. METHODS USED IN OBTAINING RECORDS OF BIRD WEIGHTS AND TEMPERATURES The birds observed in these experiments were caught in the government type of sparrow trap or linen nets and then conveyed in carrying cages to the laborap tory where they were weighed and their temperatures ta— ken. Prcfesscr Stack sent specifications for the nets used, to the R.J. Ederer Company, Chicago, I1lincis and they made the nets according to those used in Italy. The time of capture of each bird was recorded in the data, but the length of its confinement in a cage at the laboratory varied depending on the time when the writer was able to attend it. This confinement no doubt produced a physiological effect on weight and temperature. The scales used in obtaining weights were secured from the W.M. Welch Scientific Company, Manitowoc, Wisconsin and were checked with a set of Standard Weights from the Bureau of Standards, Washington, D.C. by Professor Snow of the Physics Department of Michigan State College. The range of error was found to be .2 gram. Plate I shows the scales used. The first method used in obtaining weights was to put the bird into a cloth sack and fasten the sack onto the scales with a rubber band. This proved unsatisfactory, due to the accumulation of fecal deposit and the absorption of atmospheric moisture by the cloth sack. metal cones proved most satisfactory as they prevented absorption, could be easily cleaned and prevented the bird from moving. The animal was placed head first in the cone, which was placed upright on the scales by means of a support at the base. In securing the net weight it was necessary to deduct the weight of the metal band on the bird's leg and the weight of the metal cone. A list of these weights follow: Cone #1 -------------------------- 45.7 grams Cone #2 --—---—--—---—--—‘~------— 92.4 grams Bands #l,la, & 8 ----------------- .1 gram Band #3 ---- a ““““““““““““ e 2 gram Band #4 ““““““““““““““““““““ e 3 gram A.picture of the cones used is found on plate II. All weights were determined accurately to one- tenth of a gram. There was found to be a slight variation in the weight of the cones due to fluctuation in humidity and accumulation of dust. The values stated above represent the averages, since it was necessary to balance the scales and reweigh the cones frequently during the process of weighing. The thermometer used was secured from the Will Corporation, Rochester, N.Y. It was guaranteed to be accup rate and this method was used exclusively in gathering the data presented in this thesis. .,-.o ~9— Considerable individuality was shown by all species handled in their reaction to having their weight and temperature taken. Birds caught the first time seemed excited and reluctant to cpen their bills for the insertion of the thermometer. However, repeaters (birds caught several times during a.period of six months) were generally docile and in many cases seized the thermometer in their bills, thereby facilitating the securing of their temperature. letmore and Baldwin found a variation of several degrees between the temperatures of the esOphagus and the proventriculus, due perhaps to the poor peripheral circula- tion of the former. In the data in this thesis the thermo- meter was inserted down to the region of the proventriculus. Since the instrument was so constructed that only a maximum temperature could be taken, the following data represent the maximum during the first three minutes following the insertion of the thermometer. It was found by taking the temperatures of birds over periods of from one to ten minutes that the reading reached a maximum during the first three minutes. Birds were held in such a way as to reduce body movement to a.minimum. Since it was necessary to release the birds int order to study their migratory movements, no observations on pathological conditions or determination of sex could be made by means of post-mortem examinations. -10- STATISTICAL METHODS USED IN THIS THESIS Standard deviation, probable error of the mean, coefficient of correlation, probable error of the difference and probable error of the coefficient of correlation were the statistical devices used in this thesis. Their formulae are as follows: Standard deviation. 6‘ : £d2 : ' i (0/)7 (i 2 \/-~--——N VL__ $2) Probable error of the mean. . -.- £7459: PE‘M' W Coefficient of Correlation. I Nix’Y’-— zx’z Y J7; : _ - Probable error of the difference. 3‘7‘_"“_;§" FaE' :: .éfl792; y/N' D N! [Vk Probable error of the coefficient of correlation. Iva/6 REM —_-. .4745 ("V—79:) Terms used. :é.._-...-----..--—----—- Summation f ---_ —i_—_ —_:— -== Frequencies dl’xi’y' ----..--=—__=—_ _ - -_ Deviation from a guessed mean i ------ -------------- Range of class interval N =— —-------—----- Number of Records Reference. Statistical Methods Mills Henry Holt a Go. -11- PURPOSE OF THE PRESENT STUDY 8. Prentiss Baldwin and Alexander Wetmcre have done the most extensive research on birds' tempe- ratures. letmore obtained a few records on a large number of families, while Baldwin has confined most of his work to his study of the Eastern House Wren. The writer hOped by a study of large numbers on several species to obtain accurate averages on weights and temperatures. It was also desired that some facts could be observed on diurnal and seasonal variation of weights and temperatures. waever, no accurate average could be obtained in some species due to the limited number captured. POSSIBLE FACTORS INVOLVED IN STUDYING BIRD WEIGHTS AND TEMPERATURES Before taking up a discussion of the data collected, it would be feasable to consider some of the factors that may be involved in the study of weights and temperatures. The physical characters of the bird are involved in this study. In the animal kingdom the bird is considered to have the most rapid rate of metabolism, its katabolism being very high as compared with anabolism. Birds are partially able to regulate the heat of their bodies by producing heat in the contraction of muscles and the retention of heat by the insulating effect of their feathers. The bird has no sweat glands, but is able to regulate a high internal body temperature by the evaporation of moisture from the internal surfaces of the lungs and air sacs. Breathing is very rapid, the muscles being active ,in expiration which is the reverse of the respiration of mammals.) The blood is rich in haemoglobin which insures thorough oxygenation. The bird is a very alert creature and depends on its acutely developed organs of sight and hearing in securing food, escaping from enemies and in flying. The data indicates that birds have poorly deve- loped olfactory organs. Since the bird's digestion is almost perfect there is a relatively small amount of fecal deposit. -17.- All the data in this paper were obtained from studies of migratory species, therefore migration might be considered to have an effect on weight and temperature. Gadow defines migration as follows "Migration is the wandering of living creatures into another, usually distant, locality in order to breed there; this implies a return and the double phenomenon is annual. All other changes of abode are either sporadic, epidemic, or fluctuating within lesser limits." There has been for several years considerable controversy as to the cause of migration. Rowan(1931) discusses in detail the generally accepted reasons for migration in his book ”The Riddle of Migration". The causes as suggested by Rowan are; 1.The cold of winter requires more food to maintain the normal temperature and since there is a scarcity of food at this time, the birds are forced to leave their summer homes and migrate south. 2.Northward migration in the spring is due to the internal secretion of hormones. The mating instinct is also involved. 3.The ancestors of the present day birds were once forced to change their range in accordance with the advance and retreat of the glaciers. Migration may be an inherited periodical habit based on this change of range of the birds' ancestors. 4.Rowan considers another factor, that of the ~14— ineffective violet ray radiation in Canada and farther north, during the winter season, which reduces the production of vitamin D — from ergosterol in the preen glands (situated at the base of the tail) and from fats in the feathers. The bird absorbs the vitamin D by passing its feathers through its bill while preening in the sunlight. Vitamin D is essen— tial to the welfare of both young and adult animals and the lack of it produces rickets. Seed eating birds avoid rickets by becoming insectivorous in part or entirely during the rearing period. 5.Rowan considers the possibility of a cyclic phenomenon of the following type. Since birds require a certain amount of sunlight per annum, then to retain the health in winter they must either change their diet, move farther south or suffer the consequences. It is obvious that the movement farther south is the only suitable choice. Some of the above theories may be without sufficient proof, since birds can secure enough food on their winter range and it is also possible for them to breed there without migra- ting north in the summer. At the bird's summer range courtship, nest-building, and the rearing of young takes place. They esta— blish their winter range south, in direction, of their summer range. The distance separating the two ranges may vary from a few hundred miles to ten thousand, in the case of the Arctic Tern, depending on the species. Birds are considered to have the highest temperatures of the animal kingdom. For the purpose of comparison, tempera- tures quoted in "Handbook of Physiology" by Halliburton and McDowell (1930) are listed here. Since the Fahrenheit scale is used entirely throughout this paper, these temperatures have been transposed from the Centigrade scale. Centigrade Fahrenheit Human 36.5-37.5 degrees 98-99 degrees Horse, Donkey, Ox 37.5-38.0 degrees 99.5-10C.4 degrees Dog, Cat 38.5-39.0 degrees lCl.3-102.8 degrees Sheep, Rabbit 38.0-39.5 degrees 100.4-103.1 degrees Mouse 37.5 degrees 99.5 degrees Rat 37.9 degrees 100.2 degrees Birds 43.0 degrees 107.6 degrees Data secured from Thompson's "Veterinary Lectures" have the following temperatures listed: Horse loo-101 degrees F. 00! 101-103 degrees F. Sheep 103-104 degrees F. Pig 108-103 degrees F. Dog 101-102 degrees F. Cat 100-101 degrees F. Poultry - 105-106 degrees F. It is evident from these data that the bird has the highest temperature of the animals listed. Body tempera- ture of any animal is regulated by the thermotaxic center, which is located in the brain. Since the physiological processes and functions are determined largely by temperature, the -16— .. limitation of temperature fluctuation to a certain range is necessary for the proper functioning and coordination of the physiOlogical processes. Birds are considered to be homothermic by all authors used as reference in this thesis. hr. S. Prentiss Baldwin (1932) in his work on nestling house wrens found that the young birds were distinctly poikilothermic, but their development of temperature control is quite complete 'when the bird is nine days old, after which time it reacts as a homothermio animal. There are various factors affect- ing the temperature of the bird. Baldwin found several interesting facts concerning temperature reactions through the use of special apparatus constructed under his supervision. The apparatus consists of a thermocouple arrangement by the use of which a bird's temperature can be taken under natural conditions over a . period of days or months. Some of his conclusions drawn to a large extent from temperatures of the Eastern House lren are as follows: 1.The temperature of the bird falls from a few tenths of a degree to three or four degrees in the first 3-6 minutes and rest temperatures can be obtained after a few minutes. 8.1ncrease in activity raises the temperature reading and a decrease lowers the temperature.' This may vary several degrees. 3.Skin temperature varies in different parts of the body and is lower than the internal body tempera- ture. -17.. 4.There is a decided daily rhythm of body temperature. Diurnal species reach a maximum at noon and a minimum at midnight. Nocturnal species have their maximum in the early morning and their minimum in the afternoon. Factors which may have some affect on body temperature are: 1. 3. 3. 4. 5. 3. 7. 8. 9. Rate of metabolism Excitement. Atmospheric temperature probably has a slight effect by increasing or decreasing muscular activity. Effect of food on metabolism. Pathogenic conditions Natural variations in individuals. Sex. Age. Migration. Factors possibly affecting body weight are: 1. 3. 3. 4. 5. 6. 7. Amount and kind of food eaten by the individual bird. Size of bones and body. Pathogenic conditions. Rate of metabolism Age. Sex. Migration. -18— TABLE I INITIAL WEIGHTS OF SPECIES OBSERVED No. Average Minimum Maximum gpecies Name Incl.(grams) (grams) (grams) Virginia Rail 1 69.9 . Eastern Bob-White 6 194.4 177.1 206.5 Eastern Mourning Dove 21 130.8116 103.6 146.9 Eastern Hairy Woodpecker 1 62.1 Northern Downy Woodpecker 5 27.1 26.2 28.9 Yellow-bellied Sapsucker 2 46.7 44.2 49.1 Red-headed Woodpecker 5 79.2 70.5 88.0 Northern Flicker 1 137.6 Eastern Phoebe 1 16.9 Eastern Wood Pewee 1 13.1 Yellow-bellied Flycatcher 2 11.9 11.8 12.0 Alder Flycatcher l 8.8 lcrthern Blue Jay 30 84.02t. (70.4 96.3 Eastern chbird 41 46.01357 34.3 53.9 Baltimore Oriole 4 32.7 28.9 38.1 Bronzed Grackle 143 105.2 137 83.5 137.0 Eastern Goldfinch 11 12.3 1.2 11.4 14.0 Northern Pine Siskin 1 13.6 nits-crowned Sparrow 49 32.1 1.3 22.9 38.7 Gambel's Sparrow 1 27.1 Ihite-throated Sparrow 375 27.21;! 19.1 .34.5 Eastern Tree Sparrow 3 16.6 15.4 16.5 Eastern chipping Sparrow 19 13.0153 10.3 19.7 Eastern Field Sparrow 1 12.1 Slate-colored .1ch 597 19.5 1.! 14.7 27.3 -19- TABLE I continued No. Average Minimum Maximum Species lame Inc1.§g§ams) (grams) (grams) lississippi Song Sparrow 77 20.61; 17.3 25.2 Lincoln's Sparrow 8 18.5 15.2 20.1 swamp sparrow . 2 16.9 16.4 17.4 Eastern Fox Sparrow 5 39.5 30.4 45.5 Red-eyed Towhee 6 40.7 35.2 45.1 Eastern Cardinal 23 44.61-6 _ 34.6 53.2 Rose-breasted Grosbeak 2 44.8 43.9 45.7 sank swenow 20 14.0 if 12.7 17.5 Cedar Warwing 3 35.7 34.6 36.8 Blue-headed Vireo 1 14.4 Ihite-eyed Vireo 1 11.3 Black and White Warbler 2 9.7 9.5 9.9 Hagnolia Warbler 3 10.6 9.0 11.7 Chestnut-sided Warbler l 8.3 Oven-bird 5 18.9 16.8 22.7 Mourning warbler 3 11.0 10.3 11.7 Canada Warbler 2 9.5 8.8 10.1 American Redstart 2 7.5 7.0 7.9 Catbird 1o 55. 1 1,5 31.2 59.0 Brown Thrasher 16 71.9 1.7 65.1 92.3 Eastern House Wren 2 9.8 9.3 10.2 Brown Creeper 3 8.7 8.0 9.2 White-breasted Nuthatch 12 21.2 1‘.) 19.6 22.9 Red-breasted Nuthatch l 8.7 Tufted Titmouse 4 21.7 19.3 23.9 -20— TABLE I continued No. Average Minimum Maximum Spegies Name Inc1.(grams) (grams) (grams) Black-capped Chickadee 19 10.3 1.! 9.2 11.9 Eastern Golden-crowned Kinglet 9 6.5 6.0 6.9 Eastern Ruby-crowned Kinglet 5 6.4 6.1 6.6 wood Thrush 1 47.7 Veery 1 35.9 Olive-backed Thrush . 23 32.01.! 24.6 39.4 Eastern Hermit Thrush 44 29.0 1.2 23.9 35.3 Eastern Robin 54 74.1135 62.3 90.6 -21. TABLE II INITIAL TEMPERATURES OF SPECIES OBSERVED No. Average Minimum Maximum Species Name Incl.(degrees)(degrees) (degrees) Eastern Bob-white 6 107.9 107.3 108.5 Eastern Mourning Dove 19 107.6 22.2 105.3 109.5 Eastern Hairy Woodpecker 1 106.6 Northern Downy Woodpecker 3 107.3 106.9 107.6 Yellow-bellied Sapsucker 2 108.5 107.6 109.3 Red-headed Woodpecker 4 108.4 107.0 109.2 Northern Flicker 1 104.7 Eastern Phoebe 1 107.9 Northern Blue Jay 26 109.6121 107.7 111.6 Eastern Cowbird 39 110.2 Ll 107.9 111.4 Baltimore Oriole 3 107.1 103.4 109.4 Bronzed Crackle 129 110.41.! 106.9 112.7 White-crowned sparrow 39 109.01.! 105.9 110.9 Gembel's Sparrow 1 109.5 White-throated Sparrow 245 109.? 106.2 112.7 Eastern Tree Sparrow 2 110.8 110.0 111.5 Eastern Chipping Sparrow _ 15 109.5132 106.8 110.8 Slate-colored Junco 368 109.2 104.0 113.6 niueiasippi Song Sparrow 64 109.63.! 102.0 112.0 Lincoln's Sparrow 4 108.3 104.5 110.1 Swamp Sparrow 2 110.2 108.9 111.5 Eastern Fox Sparrow 5 109.1 107.8 110.4 Red-eyed Tcwhee 3 109.7 109.0 110.0 -82- TABLE 11 continued No. Average Minimum Maximum Species Name Incl.(degrees)(degrees) (degrees) Eastern Cardinal 14 109.7122 106.0 112.0 Rose-breasted Grosbeak 1 108.1 Bank Swallow _ 31 109.1132 104.5 111.1 Magnolia Warbler 2 109.1 108.4 109.7 Oven-bird 3 109.5 107.5 109.7 Catbird 7 109.0 107.9 110.0 Brown Thrasher 13 ' 109.9 7.2.2 109.2 111.3 White-breasted Nuthatch 7 108.7 106.8 110.0 Red-breasted Nuthatch 1 102.7 Tufted Titmouse 2 108.2 108.1 108.3 sitter-capped Chickadee 11 109.1251! 104.1 111.3 Olive-backed Thrush 19 109.9 :52 107.9 112.1 Eastern Hermit Thrush 29 10921.2 104.3 110.9 Eastern Robin 49 109.51.! 105.2 115.8 -23— CONSIDERATION OF INITIAL WEIGHTS AND TEMPERATURES Initial readings are those taken the first time a bird is captured. It should be kept in mind that the data in this thesis was not obtained under constant! conditions, but from mature birds under natural conditions. In table I there is a list of the average, maximum and minimum weights of the 58 species observed in this thesis. There is a fairly large range in the weight of some species due probably to individual differences and the fluctuating abundance in available food. Considering the ten species having the largest number of weights re- corded, the following ranges were feund: Specieg Records Egggg Slate-colored Junco 597 12.9 grams White-throated Sparrow 375 15.4 grams Mississippi Song Sparrow 77 7.9 grams Bronzed Grsckle 143 53.5 grams Eastern Cowbird 41 19.6 grams Northern Blue Jay 30 25.9 grams White-crowned Sparrow 48 15.8 grams Eastern Robin 54 28.3 grams Eastern Hermit Thrush 44 11.5 grams Eastern Cardinal 23 18.6 grams Range is the mathematical difference between the maximum and the minimum for the species. Among the causes of variability may be listed immaturity, sex differences, malnutrition and glandular dis— turbances. Since the distribution of weights was of the -24— normal type, the range may be due largely to individual characteristics. Since it was impossible to fully determine immature individuals, no assumption can be made on the effect of immaturity on weight range. Table 11 gives the average, maximum and minimum temperature of the species observed. It should be noted that temperatures fluctuate. Other observers have found that a bird's temperature may vary as much as ten degrees over the period of a single day. The following ten species give some indication of the ranges in temperatures of birds: Species geogrgg 3gpgg_, Slate-colored Junco 368 9.6 degrees White-throated Sparrow 245 6.5 degrees Eiseissippi Song Sparrow 64 10.0 degrees Bronzed Crackle 128 5.8 degrees Eastern Cowbird 38 3.5 degrees Northern Blue Jay 26 3.9 degrees White—crowned Sparrow 39 4.9 degrees Eastern Robin 48 10.6 degrees Eastern Hermit Thrush 28 6.6 degrees Eastern Mourning Dave 18 4.2 degrees This variability may be a character inherited from the bird's reptilian ancestors. This, however, remains to be proven. The studies made for this thesis were not broad enough in soups to attribute the variation to any one factor or group of factors. The variation found in the data presented in this thesis may possibly be due to inclusion of immature individuals -25- not having reached the age of temperature control. However since immature individuals can be determined in many of the species studied which have a decided variability in tempera- ture, this factor can hardly be considered as important in all species. In computing the correlation between average weight and average temperature of the ten representative species of birds giving a normal range from small to the large birds found in the following paragraph a coefficient of -.30—.186 is obtained. This coefficient is low and is not statistically significant, but it suggests there may be a tendency for larger birds to have a lower body temperature than smaller birds. The writer's data fail to demonstrate this point. No investi- gator known to the writer has attempted to correlate weight with temperature. 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No graph of the initial weights of the Bronzed Grackle has been included since the number of frequencies over such a large range makes a very unsatisfactory curve for the purpose of study. Figure #1 shows the asymmetrical curve of the initial weights of the Slate-colored Junco. With a record of 597 individuals it would be expected that the curve would more nearly approach the normal type of distribution. The concentration of birds in the lower weights might be explained by the predominance of immature individuals or of the lighter sex. Since there is no decided method, except autcpsy, of determining immaturity or sex, no definite factor can be cited to account for the skewness of the weight curve. Figure #2 of the initial temperatrues of Slate- colcred Juncos very closely approaches the normal curve of probability, as might be expected from the record of 368 individuals. Figure #3, showing the distribution of the initial weights of the White-throated Sparrow and Figure #4, showing the curve of the initial temperatures of the White- throated Sparrow both closely approach the normal curve ex- pected. Slight variations may be due to the small numbers of records and the time of day at which the records were taken. The bimodality of curve #3 suggests that some birds were weighsi -31- MICHIGAN STATE COLLEGE K V , 77* V7 Y—YYVVT v Y' V J v A Y—V—fYVV ‘ Y'i‘VrY'YV7::,I.TT¢,7+..v“,? ‘HHHH‘j ‘{ H ’_:'_: ', }.¢_,¢ ;+A o 9. 9 w 1 3' < f’? ' f '7". ‘7‘ . 'fi ‘ ' ¢ ’ "‘ . .¢ 0 o v c" f. ' "' I ‘ § . 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W"" ...-.... .Pb-vuo-47‘u. *PFHLH '+"‘"P-""‘* A-a. .q.... o- 77 . ... . ...... . ...A vob.t.74. § . A. 7"1" . . 7 ' I .._ . . ,...g... . .....qA - 7...,A>...... ‘Q‘4y .-o'A-hf.+ § 7 ‘ ‘ b7§—§07—-o .‘O..‘.y. .o-AA.§~A Joo-g-ng .....4--‘ «oc- 1-r.7,7o4 ..+oo..7u ... .. .. ofi....- -4+77-4..A. Ay4. ‘.. ..+,.f..p ‘ .... ....‘7.... A....,...... ..-..p7y7.,7 ...... 7 .0 . 4. 97¢- ~o v. 9 c. I +975.4¢.7q7¢47 . A #fi A; ‘W ~7 o-707A+9'.—a. . .o >»«7'4l—o 151 0‘96' ’T —§.o—I74— A +44" —o 0+>H A-‘ffi L, 4794747191 0 +1 ' 7A 91* If 75+ 7‘ ' LL [1 ITI 1111 ...t ..o +7..|¢7... .. '1 .- ‘Ar.A .4 -54.. before and others after a heavy feeding, but since none of the other weight curves show bimodality this is not a logical explanation. The writer is unable to account for this bi- modality of curve #8. Figure # 5 shows a predominance of lower weights in the initial records of the Mississippi Song Sparrow. lhether this is fullness of crop in the heavier animals can not be determined. Perhaps some other factor is involved. Figure # 6 of the initial temperatures of the Mississippi Song Sparrow is asymmetrical in distribution. This may possibly be due to pathological conditions giving temperatures below 107 degrees. Figure # 7 of the initial temperatures of the Bronzed Grackle approaches the normal curve of probability with the exception of temperatures below 108 degrees which are relatively few. This might be attributed to path010gical‘ conditions. In the study of initial weights and temperatures the records were taken under the natural conditions in which the bird lives. There were no control methods used to determine the factors involved and their importance. Any factors which the author has discussed have not been isolated and studied. -35— TABLE III DIURNAL VARIATION IN WEIGHT Slate-colored Junco Band Number 1;ge of day .Averagg Weight Number of 1ndividuals c30788 A.M. 16.4 1 P.M. 17.4 7 030793 A.M. 16.7 3 P.M. 17.0 8 030798 A.M. 16.8 5 P.M. 17.3 9 030810 A.M. 18.9 7 P.M. 17.5 18 030827 A.M. 16.4 1 P.M, 17.8 10 030838 A.m. 16.9 3 P.M. 17.8 9 030967 A.M. 19.6 3 P.M. 19.7 8 030999 A.X. 80.0 9 P.K. 20.4 3 £78026 A.M. 15.6 8 P.M. 15.9 8 £78044 A.K. 18.2 9 P.M. 18.5 13 £78122 A.H. 15.8 19 P.M. 15.7 19 3183132 A.M. 17.7 5 P.M. 19.8 8 f78422 A.M. 18.7 2 P.K. 19.8 8 b90438 A.R. 19.5 3 P.M. 20.5 2 TABLE III continued Eggd Eumber Time of dgz Averggs Weight Number of Individual_ White—throated Sparrow 030744 A.M. 21.5 4 P.M. 21.1 6 c30749 A.M. 17.8 5 P.M. 19.6 9 c30799 A.M. 19.0 4 P.M. 20.4 5 030815 A.R. 21.6 4 P.M. 20.7 3 c30825 A.H. 24.9 13 P.M. 25.1 29 c30828 A.M. 27.1 4 P.M. 28.8 3 030304 A.M. 28.4 13 P.M. 28.0 15 030352 A.M. 26.. 5 P.K. 26.5 2 a173829 A.M, 23.3 3 P.M. 22.3 7 Mississippi Song Sparrow £78003 A.M. 19.6 5 P.M. 19.7 6 Eastern Cowbird a256781 Male A.M. 47.8 5 P.M. 47.0 7 Northern Blue Jay 107829 A.E. 90.0 5 P.M. 87.9 3 - .— '3 DIURNAL VARIATION IN WEIGHT One determination of weight or temperature for an individual bird tells us nothing about its diurnal variation. Hence it is desirable to study the data for repeaters, 1.8., those which were captured ten or more times. Records taken from 8—10 A.M. are considered as morning records and those from 4-6 P.M. are considered as afternoon records in this discussion. The selection of these two periods with an interval between of six hours eliminates any chance of confusing the data, since it was possible that some birds caught in the morning might not have been weighed until early afternoon and this confinement would affect the data. There is no overlapping of morning and afternoon records with the in— terval selected in this work. From a study of table III it can be seen that all of the Slate-colored Junco repeaters show a gain in weight in the afternoon over the morning record. The gains range from a minimum of .1 gram to a maximum of 2.1 grams. One possible explanation for this gain may be that the afternoon records were taken after feeding. The White-throated Sparrows show a great deal of variability, some birds showing a gain in weight and others a loss in the afternoon records as compared with those of the morning. This loss may possibly be accounted for by the small number of records obtained. It would be interesting to secure a large number of records on repeaters and determine the actual state that exists in the case of the White-throated Sparrows. Table III has the Mississippi Song Sparrow showing a slight gain in weight and the Eastern Cowbird and Northern Blue Jay showing g, loss in the afternoon records as compared with those of the morning. With a small number of records it is inaccurate to draw any definite conclusions. A larger num- ber of records should be taken to determine whether there is a gain or loss in the afternoon as compared with the morning records. Bird numbered 030825 is an interesting case since it repeated 57 times from Oct.11, 1931 to December 1, 1931. This bird had a growth covering one—half of its right eye and one of its legs was paralyzed. These physical handicaps ex- plain why it depended on going into the traps for food. It was very quiet, when handled, and did not seem excited at any time. Its weight seemed quite constant on the records obtained throughout the day. Variation might possibly depend on kind and amount of food eaten by the bird during the day and the activity of the bird. 030788 030793 030796 030810 030838 030967 030999 £78026 £78044 £78122 a182132 b90438 b r -39— TABLE IV Slate-colored Junco m A. M. P.H. A.H. P.M. A.M. P.M. A.H. POM. A. ll. P.M. A.H. P.M. A.M. P.H. A. Mo P.X. A. II. P.K. A.M. P.K. A.M. P.M. A.M. P.H. 0 d v rs e 8 109.0 109.9 111.5 110.0 110.4 111.0 110.2 110.7 110.4 110.1 110.5 110.3 109.7 110.5 110.0 111.2 110.3 110.7 110.0 111.0 110.7 110.6 110.6 111.3 DIURNAL VARIATION IN TEMPERATURE er ture umber of Individuals «no (NCO "(1301 (003 ms! (.001 mm QH 11 't -40— TABLE IV continued hand number Iime of day Avergge zepperature Number of Individugls White-throated Sparrow 030744 A. ll. 109. 0 4 P.H. 109.9 6 030749 AA.K. 109.1 5 P.M. 110.7 9 030799 A.H. 109.1 3 ' P.K. 109.8 5 030815 A.M. 109.1 4 P.H. 109.2 3 030825 A.H. 110.6 13 P.M. 110.8 29 .030828 A.H. 109.7 4 . P.M. 109.4 3 030304 A.M. 109.2 2 P.M. 110.3 3 Mississippi Song Sparrow f78003 A.M. 109.2 5 P.H. 110.9 6 Eastern Cowbird a256781 A.M. 111.2 5 (Male) P.H. 111.7 7 Northern Blue Jay 107829 A.H. 110.7 5 P.H. 110.5 3 vs! ”I -41- DIURNAL VARIATION IN TEMPERATURE From a study of the diurnal variation in temperature of the Slate-colored Junco in Table IV it can be seen that some individuals show a gain and others a loss in the after- noon records as compared with those of the morning. This statement also holds true in the case of the White-throated Spar- row. The single records of the Mississippi Song Sparrow and the Eastern Cowbird both show gains in the afternoon period. The single record of the Northern Blue Jay shows a slight loss in temperature in the afternoon records as compared with those of the morning. Temperature has already, in this thesis, been noted to be highly variable so the only possible conclup sion is that some birds show a loss and others a gain in the afternoon temperature records as compared with the morning records. I Simpson and Galbraith (1905-1912) and Baldwin (1932) found the temperatures to he at a maximum in the afternoon. As in the case of weights, in order to secure conclusive results, it would be necessary to make records frequently during the day on the same individuals over a long period of time. This is not possible under natural conditions since the birds do not reenter the traps regularly. The studies of Baldwin (1932) were made by use of special apparatus on the Eastern House Wren. A thermocouple was connected to the bird's nest and a record was secured throughout the day over a long period of time. Baldwin (1932) and Wetmore (1921) have found that an individual's temperature may vary several degrees during the day. -42- TABLE V AVERAGE WEIGHTS AND TEWERATURES 0F REPEATERS Slate-colored Junco Band Average Number of Average Number of flmbgl figight Recordg Iegpergture fiecordg 030788 ' 16.9 grams 13 109.9 degrees 13 030793 16.8 grams 15 110.5 degrees 14 030796 17.3 grams 16 110.8 degrees 16 030810 17.2 grams 31 110.4 degrees 31 030827’ 17.4 grams 14 110.8 degrees 13 030838 17.6 grams 15 110.2 degrees 15 030869 16.8 grams 10 030967 19.6 grams 16 110.1 degrees 16 030968 21.9 grams 21 110.4 degrees 20 030999 20.1 grams 13 109.9 degrees 13 £78086 15.7 grams 16 110.5 degrees 16 £78044 18.3 grams 23 110.0 degrees - 25 £78122 15.6 grams 38 110.6 degrees 36 3182078 18.4 grams ll £78289 18.0 grams 10 0.182132 19.0 grams 24 110.9 degrees 18 199442 19.3 grams 21 110.9 degrees 12 b90438 20.6 grams 10 110.4 degrees 9 TABLE 7 continued -43- Band Average Number of Average Number of Number Weight Records Temperature Records White-throated Sparrow 030744 21.4 grams 13 109.3 degrees 13 030749 19.1 grams 21 110.0 degrees 21 030799 19.5 grams 13 109.5 degrees 12 030815 21.5 grams 10 109.1 degrees 10 030825 24.6 grams 5? 110.6 degrees 56 030828 28:4 grams 12 109.8 degrees 12 030304 27.1 grams 35 110.0 degrees 6 030352 25.2 grams 13 al73829 23.2 grams 11 Mississippi Song Sparrow. £78003 19.7 grams 11 110.1 degrees 11 b90414 20.0 grams 10 110.9 degrees 10 Eastern Cowbird a256781 47.1 grams 12 111.5 degrees 12 (Male) Northern Blue Jay 107829 90.3 grams 13 110.4 degrees 13 Black-capped Chickadee 030930 10.9 grams 12 109.5 degrees 12 -44— OONSIDERATION 0F AVERAGE WEIGHTS AND TEMPERATURES 0F REPEATERS Table V shows the average weights and temperatures of repeaters (those caught 10 or more times). The majority of the Slate-colored Junco and White-throated Sparrow re- peaters show a weight average less than the average determined for the whole species record. The sample of the whole species includes birds caught one or more times, so for this larger group a different average weight might be expected. The Mississippi Song Sparrow repeaters are also both under the average weight determined for the sample of the whole species. The Eastern Cowbird, Northern Blue Jay and Black-capped Chickadee have higher average weights in repeaters than in the sample for the entire species. The author is unable to explain why repeater average weights are, in general, lower than those of the whole species sample. The variation in number of records of repeats as com- pared with the whole species sample may possibly be a factor. Possible preponderance of one sex in either sample may also be a factor. In considering the temperatures in table V, we find in the case of the majority of the birds of each species that the repeater average temperature is higher than the sample for the whole species. Since temperature has already been noted to be highly variable, the writer is unable to explain the variatlon other than possibly being due to the variation in the number of records of the repeater and whole species sample. 5:19! in Dre 1 0 .0 6 do“; I?“ $3311 I 5319:: —45- TABLE VI COMPARISON OF AUTHOR'S WEIGHTS WITH OTHER OBSERVERS Number of Average Species Records Weight Observer Brown Creeper 3 8.7 grams Becker 1 6.6 grams Maurice Broun Black-capped Chickadee 19 10.3 grams Becker 1 10.0 grams Maurice Broun 58 11.1 grams Mrs. Wetherbee Eastern Golden-crowned Kinglet 9 6.5 grams Becker 1 7.3 grams Maurice Broun Eastern Ruby-crowned Kinglet 5 6.4 grams Becker 1 5.8 grams Maurice Broun Red-eyed Towhee 6 40.7 grams Becker 1 36.97 grams Maurice Broun 14 40.6 grams Mrs. Wetherbee Eastern Tree Sparrow 3 16.6 grams Becker 2 17.4 grams Maurice Broun 48 19.59 grams Mrs. Wetherbee Eastern Chipping Sparrow 19 13.0 grams Becker 4 12.8 grams Maurice Broun 97 12.53 grams Mrs. Wetherbee 14 13.00 grams Whittle White-throated Sparrow 375 27.2 grams Becker 1 22.5 grams Maurice Broun 10 29.9 grams Whittle 4 27.26 grams Mrs.Wetherbee Swamp Sparrow 2 16.9 grams Becker 1 15.7 grams Maurice Broun . _. 5" I.) .- 1' (JJ TABLE VI continued -46- Number of Average Observer Species Records Weight Downy Woodpecker 5 27.1 grams Becker 1 27.0 grams Whittle 3 28.1 grams Mrs. Wetherbee Northern Blue Jay 30 84.0 grams Becker 2 95.0 grams Whittle 44 89.22 grams Mrs. Wetherbee Eastern Cowbird 41 46.0 grams Becker 9 42.76 grams Whittle White-crowned Sparrow 48 32.1 grams Becker 3 30.8 grams Whittle 7 31.27 grams Mrs. Wetherbee Eastern Fox Sparrow 5 39.5 grams Becker 6 40.2 grams Whittle 16 40.28 grams Mrs. Wetherbee Eastern Robin 54 74.1 grams Becker 2 83.5 grams Whittle 16 76.6 grams Mrs. Wetherbee Slate-colored Junco 597 19.5 grams Becker 13 21.0 grams Whittle h“ .1: .5” .9V AI - ‘ g) [.m- -47.... COMPARISON OF WRITER'S DATA WITH THOSE OF OTHER OBSERVERS Table VI gives the average weights of 16 species observed by Maurice Broun, Mrs. Wetherbee, Charles Whittle and the writer. The average weights of the other observers vary from the same reading to as much as 11 grams as compared with the writer's averages. Since the scales used in the data records of this paper were accurately checked by standard weights this difference can not be accounted for by any in- accuracy of the writer's scales. From a study of Table I it is noted that all species are somewhat variable in their weights in some cases reaching a range of 53.5 grams. These variations in the average weights of the previously named observers as compared with the writer's could easily be explained as within the possible range for the species. The small number of records in some cases would give more importance to that particular average than it deserved. Only by the use of a large number of records can an accurate average be found. . It is interesting to note the difference in weight between the subspecies of the Song Sparrow. Species Avergge ngght No,of Reagrds ngerver Eastern Song Sparrow 22.52 grams 29 Whittle (Melospiza melodia melodia) 21.88 grams 94 Wetherbee Mississippi Song Sparrow 20.6 grams 77 Becker (Melospiza melodia beata) '9 ..' -48- The Eastern form of Song Sparrow has from 1.28 to 1.92 grams higher weight than the form of the Mississippi valley region. Ihether this difference is statistically significant or not cannot be determined since Whittle, and Mrs. Wetherbee neglected to state the probable error of the mean in their data. The differences between the weight averages listed by the various observers may be due to variations in the abundance and types of food in the localities where the animals were captured, differences in the sex ratios of the samples, or differences in the number of records of the observers. -49— TABLE VII COMPARISON OF AUTHOR'S TEMPERATURES WITH OTHER OBSERVERS Number of Average Species Records Temperature Observer Eastern Bob—white 6 107.9 Becker 7 107.95 Wetmore 1 111.2 Baldwin Eastern Fox Sparrow 5 109.1 Becker 5 109.3 Wetmore Eastern Hairy Woodpecker 1 106.6 Becker 4 108.45 Wetmore Eastern Downy Woodpecker 3 107.3 Becker 9 107.75 Wetmore Northern Flicker 1 104.7 Becker 2 109.1 Wetmore 2 108.35 Baldwin Red-headed Woodpecker 4 108.4 Becker 2 108.3 Wetmore Eastern Phoebe 1 107.9 Becker 2 110.45 Baldwin Eastern Cowbird 38 110.2 Becker 6 108.15 Wetmore Baltimore Oriole 3 107.1 Becker 2 109.1 Wetmore Bronzed Crackle 128 110.4 Becker 1 109.6 Wetmcre White-crowned Sparrow 39 109.0 Becker 6 108.95 Wetmore Whits—throated Sparrow 245 109.7 Becker - 5 110.2 Wetmore -50- TABLE VII continued Number of Average Species Records Temperature Observer Eastern Chipping Sparrow 15 109.5 Becker 2 108.75 Netmore Slate-colored Junco 368 109.2 Becker 11 108.7 Wetmore Mississippi Song Sparrow 64 109.6 Becker 15 109.1 Wetmore Lincoln's Sparrow 4 108.3 Becker 2 107.8 Wetmore Swamp Sparrow 2 110.2 Becker 4 108.9 Wetmore Eastern Mourning Dove 18 107.6 Becker 13 108.35 Wetmore Red-eyed Towhee 3 109.7 Becker 3 110.0 Wetmore Eastern Cardinal 14 109.7 Becker 9 109.3 Wetmore Magnolia Warbler 2 109.1 Becker 9 1070 85 Wetmore Oven-bird 3 108.5 Becker 3 107.4 Wetmore Catbird 7 109.0 Becker 3 108.65 Wetmore White-breasted Nuthatch 7 108.7 Becker 6 107.7 Netmore ffted Ti I. l :LaCi-Ca: “live-ta -51- TABLE VII continued Number of Average Species Records Temperature Observer Red-breasted Nuthatch 1 102.7 Becker 8 107.9 Wetmore Tufted Titmouse 2 108.2 Becker 5 109.1 Wetmore Black-capped Chickadee 11 108.1 Becker 4 108.3 Wetmore Olive—backed Thrush 18 109.8 Becker 4 109.35 Wetmore Eastern Hermit Thrush 28 109.2 Becker 7 108.45 Wetmore Eastern Robin 48 109.5 Becker 9 109.75 Wetmore Table VII gives the average temperatures of 30 species as observed by Baldwin, Wetmore and the author. In no instance does the average vary more than 4 degrees. It has previously been noted that a bird‘s temperature is subject to great variability, therefore the writer has no proof that the variations are not those to be expected as a result of natural conditions. Only birds whose temperatures were taken by means of clinical thermometers are considered in this discussion. Where Baldwin and Netmore indicated sex differences, the average of the male and female were secured for comparative purpose. Mr. Wetmore secured the majority of his records from birds immediately after killing, while the author's records were obtained entirely from living birds. Some of Baldwin's records secured by the use of the thermocouple are: N0. of Average(in degrees) Specieg Rgcordg hale Femalg ._ Eastern Chipping Sparrow 9 104.84 104.0 104.5 104.6 0.) Eastern Robin Northern Downy Woodpecker 1 104.3 Eastern Hairy Woodpecker 1 105.0 These records are noticeably lower than the averages secured by the author through the use of the clinical thermometer. The author by use of the thermometer secured the maximum temperature within the first three minutes of taking temperature of each bird. Baldwin by the use of the thermocouple was able to record any dr0ps in temperature. It might be expected that thermocouple .. gun—Q!" '1' outs ska“ _ n -55.). readings would be lower than those of a clinical thermometer since it records any drop in temperature after reaching a maximum. It Was impossible to secure this reading with a clinical thermometer. Possible factors which may be involved in temperature variation of the readings of the observers are: 1. 2. 3. 4. Differences in the sex ratios of the groups investigated. Differences due to diurnal variation Differences in the number of records of the various observers Pathological conditions. TABLE VIII SEASONAL VARIATION WITHIN SPECIES Standard Season Records Average Minimum Maximum Deviation White—throated Sparrow heights Fall 1931 so 25.6132 21.5 29.5 1.2 Fall 1932 111 25.023! 19.1 31.5 2.2 spring 1932 102 29.31J 24.5 34.5 2.0 Spring 1933 132 27.81.! 22.4 34.2 2.1 Temperatures Fall 1931 29 109.011 106.2 111.2 1.2 Fall 1932 61 110.1:J 108.1 111.6 .9 Spring 1932 100 109.8131 106.5 112.7 .9 Spring 1933 55 109.5131107.7 111.3 .7 Slate-colored Junco Weights Fall 1931 141 18.61J 15.2 22.1 1.3 Fall 1932 233 18.81.! 14.7 23.9‘ 1.5 Spring 1932 102 21.2:J 15.3 26.8 2.2 Spring 1933 97 20.5t.l 16.4 27.6 1.8 Ififlflfiflfiflaflflfli Fall 1931 133 108.91J 104.0 ' 112.1 1.5 Fall 1932 36 109.?rJ 107.0 113.6 1.2 Spring 1932 99 109.7tJ 106.9 112.2 1.0 Spring 1933 82 108.813] 104.3 111.0 1.2 I: l.‘l I..- -55- TABLE VIII continued Standard fiegggn Records Average Minimg Magimum Devi atign Hississippi Song Sparrow 312122111 Fall 1931 9 21.213? 19.2 24.1 1.? Spring 1933 23 20.222 17.3 25.2 1.8 Igmpgrgtureg Fall 1931 8 107. 93.6 102.0 110.8 2.6 Fall 1932 6 109.459 108.2 111.5 .9 Spring 1932 30 110.21.! 107.7 111.8 1.1 Spring 1933 2 109.632 106.5 111.0 1.2 -56- COMPARISON OF SEASONAL VARIATION IN WEIGHT WITHIN THE SPECIES Three species are to be considered in this discussion the White-throated Sparrow, Slate-colored Junco, and Mississippi Song Sparrow, since the number of their records only warrant the formulation of conclusions. Table VIII gives the records of seasonal variation of the species studied. Whit§:thr0gted Sparrgw Fall (1931) average weight ----------- 25.6 grams Spring(l932) average weight ----------- 29.3 grams Difference 3.7 grams Since this gain in the spring is more than three times the probable error of the difference of .23 grams it is statisti— cally significant. Fall (1932) average weight ----------- 25.0 grams Spring(l933) average weight ----------- 27.8 grams Difference 2.8 grams The difference is significant since it is more than three times the probable error of the difference of .18 grams. slate-colored‘gunco Fall (1931) average weight ——— _ _ 18.6 grams Spring(1932) average weight ------—--- 21.2 grams Difference 2.6 grams Probable error of the difference .168 grams The gain is significant. Fa11(1932) average weight ---------- 18.8 grams Spring(1933) average weight --------- 20.5 grams Difference ‘ 2.3 grams Probable error of the difference .141 grams This gain is significant. Gctob aret -57. Hississippi Song Sparrow Fa1111931) average weight ------ —- 21.2 grams Spring(1932) average weight -«—------- 20.9 grams Difference .3 grams Probable error of the difference .41 grams There is no gain or loss that is significant. Fall(1932) average weight - ~~~~~~~ 20.1 grams Springll933) average weight -~------ 20.2 grams Difference .1 grams Probable error of the difference .296 grams There is no significant gain or loss. The fall records are those taken from October let to December 3lst and the spring records are those taken from March let to June 30th. In the case of the White-throated Sparrow and Slate—colored Junco there is a decided gain in the spring season over the record of the preceding fall season. The Mississippi Song Sparrow retains about the same weight in the fall and spring. The gain shown in the White-throated Sparrow and Slate-colored Junco may be ascribed to a possible greater abundance of food in the spring than in the fall. Both species breed farther north than East Lansing and may eat more in the spring to be prepared for migration. The Mississippi Song Sparrow seems to retain about the same weight in both seasons in spite of migration, nest building and rearing of young in the spring. ~58- . The following factors should be considered in draWing definite conclusions concerning weight variation in the different seasons. 1. Sex ratios in the records. 2. Varying number of records in each season 3. Abundance of food in the different seasons. 4. Individuality of weight difference. 5. Pathological conditions. 6. Number of adults and immature birds in records. 7. Migration. However, in this study it was impossible to isolate these. factors to study their effect on the weight of the bird. —59~ COMPARISON OF SEASONAL VARIATION IN TEHPERATURE WITHIN THE SPECIES Table VIII also gives the seasonal temperature 'variations in the species studied. White-throated Spgrrow Fall (1931) ---------------- 109.0 Spring(l932) ------- -——--~-- 109.8 Difference .8 IProbable error of the difference .161 This gain is significant. 2.11 (1932) -------------- 110.1 Spring(l933) -------------- 109.5 Difference .6 Probable error of the difference .101 This loss is significant. Slate—cglgred luggg Fa11(193l) ----—---------- 108.9 Spring(1932) ----—--------- 109.7 Difference .8 Probable error of the difference .114 This gain is significant. Fa11(1932 ------ -—-——---- 109.7 8pring(1933) -----~¢--~---- 108.8 Difference .9 Probable error of the difference .168 The loss is significant. degrees degrees degree degree degrees degrees degree degree degrees degrees degree degree degrees degrees degree degree average average average average average average average average temperature temperature temperature temperature temperature temperature temperature temperature -59. i n rrow Fa11(1931) ------- — —— 107.9 degrees average temperature Spring(1932) —————— —— _ ——— 110.2 degrees average temperature Difference 2.3 degrees Probable error of the difference .634 degree This gain is significant. Fa11(1932) ------------------ 109.4 degrees average temperature Spring(l933) —— - — — — — —— 109.6 degrees average temperature Difference .2 degree Probable error of the difference .317 degree There is no significant gain or loss. The White-throated Sparrows and Slate-colored Juncos show a.gain in temperature in the first spring and a loss in the second spring over the preceding fall seasons. The writer is unarfle to account for this variation. There seems to be a good deal of variation in seasonal temperature records in some cases showing a gain and in others a loss. Keeping in mind that temperature is apt to vary greatly during 24 hours, the only conclusion which this data warrants is that season has little if any effect on temperature. Data concerning other species observed are too scant to Justify any discussion. MICHIGAN STATE COLLEGE [ v.63- ' _ . MIC HIGAN STATE COLLEGE 118 110 108 105 104 ‘A. Llano Hui? ., 2 H. , 2.... » Mlu . 0 . a 1 ,G a? x it I‘w‘ififlinfi {Hammad 1.. s MICHIGAN STATE COLLEGE on as «am on 'q VI -54- MICHIGAN STATE COLLEGE -55— GRAPHIOAL PRESENTATION OF SEASONAL VARIATION IN WEIGHTS AND TEMPERATURE Figures #8,9,10,1l show curves representing ‘percentage variations in weights and temperatures of the Slate—colored Junco and the White-throated Sparrow. Only these two species afford curves suitable for purposes of comparison. filgte—colgred gunco In Figure #8 the curves of the fall of 1931 and 1932 reach a maximum between 18 and 19 grams, while those of the springs of 1932 and 1933 reach a maximum 'between 20 and 21 grams. The fall curves have a larger number of records within a small range, while the spring curves show greater variability. Figure #9 represents the curves of seasonal temperature variation of the Slate- colored Junco. In the four seasons the largest number of individuals is recorded at 109.5 degrees, The variation in curves is largely due, I believe, to differences in the individual birds. Whitg-thrggted Sparrgw Figure #10 shows that the spring records average higher than those of the fall. Roughly the approximate similar forms with allowance made for the higher spring average. Figure #11 shows that the largest number of records were se- cured at 109.5 degrees in all four seasons. All the curves are quite regular in outline. It is unsuitable to draw any definite conclusions in this study of curves since causes of variability were not 1 Balatode sever! the at ..TiIC 12101? a! sac throng also, of eac ;r:ven Iithin Sen 6. flat a .me t i 39 b1 Eve t DI SOUSSI ON The discussions in this thesis have considered several facts concerning bird weights and temperatures. Since the author obtained his records under approximately natural environmental conditions there was no control on the factors involved or any determination made of the relative importance of each. A study should be made of weights and temperatures throughout the day with a control placed on the factors and, also, ‘bo ascertain the factors involved and the importance of each in affecting weight or temperature. We have definitely proven that there is a large range in weight and temperature within the species. The factors directly responsible have not been determined. Baldwin (1932) and Wetmore (1921) have found that an individual bird may vary as much as ten degrees in tem- perature during 24 hours. Could this variation possibly show same tendency toward an inherent characteristic received from the bird's poikilothermic, reptilian ancestors? Mammals do not have this wide fluctuation in temperature. It has been noted that larger birds show a slight tendency to have a lower average weight than the smaller species. Possibly the larger birds may have a slower rate of metabolism than smaller birds. This has not been determined. In general it is found that birds show a heavier weight in the afternoon records than those taken for the morning. This may be due to a heavier feeding between the morning and afternoon records. It is not possible to draw any conclusion concerning diurnal variation in temperature from the data in this thesis. We find that average weights for repeaters seem to average lower than the average sample of the whole species, while the average temperature of repeaters seems, in general, to average higher. Records of the various observers dis- cussed seem to approximate a similarity considering the possible variation due to natural conditions. White—throated Sparrows and Slate-colored Juncos seem to be affected by seasonal changes in showing a gain in weight in the spring over the preceding fall records. Seasonal changes apparently have no effect on temperature. The Hississippi Song Sparrows retain approximately the weight and temperature in both the fall and spring seasons. The writer has listed on page 15 factors which may possibly have some effect on weight and temperature conditions. However, there is no definite proof for them in this thesis. It will be necessary to carry out experiments. under controlled conditions to determine the causes of va— riation in weight and temperature. -68.. GENERAL CONCLUSIONS 1. There is a decided variation in bird wei crht s and temperatures. 2. There is a slight indication that lar- ger birds have a lower average body temperature ‘ than the smaller species. 8. Repeater weights average lower and their temperatures average higher than the average sample of the whole species. 4. The Slate-colored Junco and the White- throated Sparrow show a gain in weight in the spring from the preceding fall. 5. There is no seasonal effect on tempera- ture variation in the data. BIBLIOGRAPHY Allen, Glover M., 1985 "Birds and Their Attributes" Marshall Jones Company Baldwin, 8. Prentiss, 1938 "Physiology of the Temperature of Birds” Scientific Publications of the Cleveland Museum of Natural History Broun, Maurice, 1988 Bird Banding Journal January 1933, Pages 58-54 Eaten, Sidney R., 1931 ”The Auk" Volume 48, October 1931, Pages 578-574 Gardner, Leon L., 1986 "The Auk" Volume 47, July 1980, Pages 367~379 Halliburton and McDowell, 1930 ' "Handbook of Physiology" P. Blakiston's Son and Company Mills, Frederic C., 1984 "Statistical Methods" Henry Holt and Company Rowan, William, 1931 "The Riddle of Migration" Williams and Wilkins Company Stoner, Dayton, 1988 "The Auk" Volume 45, July 1988, Pages 310—380 -70- BIBLIOGRAPHY continued Thompson, Henry, 1913 "Veterinary Lectures" Alex Eger Company Thomson, A.Landsborough, 1935 "Problems of Bird Migration" Houghton Mifflin Company Thomson, J. Arthur, 1983 "The Biology of Birds“ The Machillan Company Weatherbee, Mrs. Kenneth B., 1934 Bird Banding Journal April 1934, Pages 55-64 Wetmore, Alexander, 1981 ”A Study of the Body Temperature of Birds" Smithsonian Miscellaneous Collection Volume 78, Number 12 Whittle, Mr. and Mrs. Charles L., Bird Banding Journal October 1930, Pages 198-193 Northeastern Bird Banding Journal Volume 8, Page 33 Volume 3, Page 70 Volume 5, Page 158 American Ornithologist's Union "The A.O.U. Checklist of North American Birds" Fourth Edition, 1931 PHOTOGRAPHS OF APPARATUS USED IN WEIGHING EXPERIMENTS -71- PLATE I SCALES USED IN WEIGHING EXPERIMENTS -72- PLATE II gt. as. .3 'ifi _ as, ,3 .A , 38. .4 ;a DIMENSIONS OF CONES Large Cone Diameter of Top ............... Diameter of Base .............. Height _ Small Cone Diameter of Top ............... Diameter of Base .............. 8% inches. 8 inches. 8 inches. 15 inches. 8 inches. Height —- 5 inches. '~4_»_ __-i4 i, -_~— V 4ft; '{ -73— LIST or SPECIES In the following table is presented a list of the species discussed in this paper giving the American Ornithological Union number, the Michigan number, common name and scientific name. A.0.U. Mich. No. No. Common and Scientific names 818 80 Virginia Rail Rallus limicola limicola 889 180 Eastern Bob-white Colinus virginianus virginianus 316 189 Eastern Mourning Dove Zenaidura macroura carolinensis 393 164 Easteranairy Woodpecker Dryobates villosus villosus 394a 166 Northern Downy Woodpecker Dryobates pubescens medianus 408 168 Yellow-bellied Sapsucker Sphyrapicus varies varius 406 170 Red-headed Woodpecker Melanerpes erythrocephalue 418a 178 Northern Flicker ' Colaptes auratus luteus 456 179 Eastern Phoebe Sayornis phoebe 461 188 Eastern Wood Pewee Myiochanes virens 463 183 Yellow—bellied Flycatcher Empidonax flaviventris 466a 185 Alder Flycatcher Empidonax trailli trailli 477 191 Northern Blue Jay Cyanocitta cristata cristata 495 196 Eastern Cowbird Molothrus ater ater 507 803 Baltimore Oriole Icterus galbula Sllb 805 Bronzed Crackle Quiscalus quiscula aeneus 589 815 Eastern Goldfinch Spinus trietis trietis 533 816 Northern Pine Siskin Spinus pinus pinus 554 888 White-crowned Sparrow Zonotrichia leucophrys leuCOphrys 554a wael' 3 Sparrow Zonotrichia leucOphrys gambeli -74- LIST OF SPECIES continued A.O.U. Mich. No. No. Common and Scientific names 558 889 White-throated Sparrow Zonotrichia albicollis 559 830 Eastern Tree Sparrow Spizella arborea arborea 560 831 Eastern Chipping Sparrow Spizella passerina passerina 563 833 Eastern Field Sparrow Spizella pusilla pusilla 567 834 Slate-colored Junco Junco hyemalis hyemalis 581 835 Mississippi Song Sparrow Melospiza melodia beats 583 836 Lincoln's Sparrow Nelospiza.lincolni lincolni 584 837 Swamp Sparrow Melcspiza georgiana 585 838 Eastern Fox Sparrow Passerella iliaca iliaca 587 839 Red-eyed Towhee Pipilo erythrOpthalmum erythrOpthalmus 593 840 Eastern Cardinal Richmondena cardinalis cardinali- 595 341 Rose-breasted Grosbeak Hedymeles ludovicianus 616 849 Bank Swallow Riparia riparia riparia 619 858 Cedar Narwing Bombycilla cedrorum 689 859 Blue-headed Vireo Vireo solitarius solitarius 631 860 White—eyed Vireo Vireo griseus griseus 636 861 Black and White Warbler Hniotilta varia 657 875 Magnolia Warbler Dendroica magnolia 659 876 Chestnut-sided Warbler Dendroica pensylvanica 674 886 Oven—bird Seiurus aurocapillus 679 898 Mourning Warbler Oporornis philadelphia 686 897 Canada Warbler Nilsonia canadensis 687 898 American Redstart - Setcphaga ruticilla 704 301 Catbird Dumetella carolinensis 705 308 Brown Thrasher Toxostoma rufum A. CCU. M1011. -75— LIST OF SPECIES continued No. No. Common and Scientific names 781 305 Eastern House Wren Troglodytes aedon aedon 786 309 Brown Creeper Certhia familiaris americana 787 310 White-breasted Nuthatch Sitta carolinensis carolinenesis 788 311 Red-breasted Nuthatch Sitta canadensis 731 318 Tufted Titmouse Baeolophus bicolor 735 313 Black-capped Chickadee Pentheetes atricapillus atricapillus 748 316 Eastern Golden-crowned Kinglet Regulus satrapa satrapa 749 317 Eastern Ruby-crowned Kinglet Corthylio calendula calendula 755 319 Wood Thrush Hylocichla mustelina 756 380 Veery Hylocichla fuscescens fuscescens 758a 388 Olive-backed Thrush Hylocichla ustulata svainsoni 758b 323 Eastern Hermit Thrush Hylocichla guttata faxoni 761 384 Eastern Robin Turdus migratorius migratorius ORI GI NAL DATA TABLE 11 Slate-colored Junco Junco hysmalis hyelalis Bend No. Date Time Weight Temperature (in grams) (in degrees F.) 030751 00t.7,193l 5:40 P.!. 16.9 105.8 00t.8,1931 1:15 P.N. 13.3 108.5 00t.9,1931 6:00 P.X. 13.1 108.8 030758 00t.7,1931 5:50 v.1. 80.4 104.8 030753 00t.7,1931 5:50 P.l. 18.5 104.4 030754 00t.7,1931 5:50 P.X. 18.6 107.1 00t.8,193l 5:85 P.N. 17.4 111.4 0015.9,1931 5:05 P0 I. 1605 111.0 00t.11,1931 4:45 P.l. 15.8 109.8 00t.17,1931 5:15 P.l. 17.3 118.3 00t.18,1931 4:45 P.I. 17.5 118.8 030760 00t.8,1931 9:35 A.l. 16.0 110.5 00t.9.1931 5:05 P.l. 16.7 109.4 030768 00t.8,1931 1:15 8.1. 18.6 108.6 030764 00t.8,1931 1:35 P.X. 80.4 109.8 00t.10,1931 5:45 P.!. 19.1 110.5 00t.11,193l 5:35 P.X. 17.7 109.4 00t.l3,1931 1:55P .N. 17.7 110.9 Oct. 13, 1931 5: 10 P0 X. 180 3 1100 ‘ 030765 00t.8, 1931 1:35 P.H. 15.6 107.9 030769 00t.8, 1931 5:80 P.!. 18.3 107.3 00t.80,1931 5:10 P.N. 17.8 111.6 030770 00t.8, 1931 5:80 P.I. 18.6 106.5 00t.15,1931 8:80 P.l. 18.0 110.6 030778 00t.11,1931 5:00 P.l. 18.4 109.4 030774 00t.S, 1931 5:85 P.I. 16.4 109.5 Oct. 10, 1931 5: 30 P. X. 160 1 1080 2 030775 003.8, 1931 5:35 Pol. 1809 10901 00t.14,1931 1:80 P.I. 18.3 109.8 030776 00t.8, 1931 5:30 P.l. 17.1 108.0 Band No. Date Time Weight Tenperature 030781 00t.9, 1931 10:00 A.l. 16.9 109.5 005.85,1931 5:30 P.l. 18.5 118.1 00t.87,1931 10:80 1.1. 15.7 110.4 0015. 30,193]. ‘225 P.M. 16.3 111.7 lov.5 ,1931 5:30 9.x. 16.1 110.8 030784 00t.9, 1931 10:15 A.!. 18.8 107.4 030786 00t.9, 1931 5:05 P.n. 18.4 108.0 00t.17,1931 18:00 18.3 105.7 03078? OOtog, 1931 5:05 Pdl. 16.3 107.1 00t.88,1931 4:80 P.H. 17.0 110.3 030788 00t.9, 1931 5:80 P.M. 18.4 110.0 00t.10,1931 5:30 P.IL 18.1 109.1 00t.18,1931 5:10 P. N. 16.8 108.3 00t.17,1931 5:05 P.H. 18.7 110.7 00t.19,1931 9:45 1.1. 16.4 109.0 00t.86,1931 10:50 A.N. 17.8 110.6 00t.89,1931 10:15 A.M. 16.3 109.8 00t.89,1931 5:45 P.M. 17.8 110.3 00t.30,1931 10:35 A.l. 16.7 109.6 00t.31,1931 10:05 A.H. 15.9 110.6 00t.31,1931 4:45 P.N. 16.8 111.3 lov.1, 1931 10:40 A.l. 13.9 109.8 Nov.1, 1931 4:80 P.N. 16.8 109.9 030789 00t.9, 1931 5:80 P.M. 17.0 109.0 00t.14,1931 9:35 A.H. 17.8 109.8 00t.16,l931 10:05 A.l. 17.3 109.8 00t.16,1931 4:10 P.M. 16.6 108.8 030790 00t.9, 1931 5:80 P.l. 17.8 109.1 030791 00t.9, 1931 5:80 P.H. 16.8 109.3 00t.16,1931 1:00 P.M. 17.3 109.4 030798 00t.9, 1931 5:40 P.M. 17.3 108.9 00t.10,1931 5:30 P.l. 16.0 108.9 030793 00t.9, 1931 5:40 P.H. 18.1 107.7 00t.10,1931 5:45 P.K. 16.9 107.7 00t.18,1931 5:50 P.H. 17.1 108.8 00t.13,1931 5:10 P.H. 17.0 109.8 00t.17,l931 18:10 P.I. 18.1 110.6 00t.19,1931 5:00 P.l. 17.4 118.5 00t.80,1931 10:00 A.l. 16.0 110.4 00t.81,1931 9:50 A.I. 17.0 111.9 00t.84,1931 8:30 A.H. 17.8 118.8 00t.84,1931 4: P.I. 16.4 111.4 00t.85,1931 5:45 P.I. 16.9 118.0 00t.86,1931 10:45 A.H. 16.0 00t.86,1931 P.N. 17.5 118.5 00t.87,1931 10:45 A.l. 14.9 108.9 00t.87,1931 4:40 P.l. 16.0 110.5 Eggg_Nga, Date Time, Weight Temperature 030794 00t.9, 1931 5:40 P.N. 19.4 106.8 030795 00t.9, 1931 5:40 P.M. 18.1 108.4 030796 00t.9, 1931 5:40 P.N. 17.3 107.7 00t.11,1931 4:45 P.M. 17.7 111.8 00t.18,1931 5:10 P.M. 16.8 108.9 00t.15,1931 9:40 A.!. 16.8 109.6 00t.17,1931 18:10 P.l. 18.4 109.6 00t.18,1931 9:35 A.N. 17.8 110.4 00t.19,1931 9:40 1.1. 16.7 110.3 00t.19,1931 5:15 P.l. 17.3 118.3 00t.80,1931 9:40 A.M. 16.4 110.4 00t.81,1931 9:40 A.l. 17.1 111.4 00t.81,1931 1:50 P.l. 18.0 111.4 00t.84,1931 4:10 P.H. 17.4 111.5 00t.85,1931 4:40 P.M. 16.6 111.4 00t.85,1931 5:30 P.M. 17.5 118.4 00t.87,1931 5:10 P.N. 17.8 118.8 00t.88,1931 4:35 P.N. 17.4 111.3 030797 00t.9, 1931 5:50 P.M. 17.8 108.7 00t.13,1931 17.7 110.6 030798 00t.9, 1931 5:40 P.I. 80.4 109.8 00t.10,1931 5:45 P.H. 80.1 109.6 00t.19,1931 1:00 P.l. 80.5 111.3 030803 00t.10,1931 9:00 A.l. 80.4 .110.7 030805 00t.10,1931 5:30 P.I. 16.8 106.7 030808 00t.10,1931 5:45 P.N. 80.1 106.6 00t.18,1931 4:45 P.I. 17.8 109.7 00t.80,1931 1:15 P.l. 18.3 110.8 030809 00t.10,1931 5:45 P.H. 17.8 106.0 030810 00t.10,1931 5:55 P.l. 16.6 108.0 00t.13,1931 1:45 P.l. 16.1 106.4 00t.19,1931 5:80 P.H. 18.8 111.6 00t.80,1931 9:40 A.l. 16.4 110.0 00t.80,1931 5:80 P.N. 16.7 109.8 Oat. 33,1931 4315 P.I. 17.1 11109 00t.88,1931 5:05 P.H. 16.9 110.6 00t.89,1931 5:45 P.l. 16.0 109.7 00t.31,1931 4:35 P.N. 17.7 110.6 I0w.1, 1931 10:35 A.H. 16.5 111.8 low.1, 1931 4:45 P.N. 17.1 110.3 301.8, 1931 10:15 A.H. 15.9 109.6 Nov.8, 1931 4:45 P.M. 17.8 110.8 Nov.3, 1931 10:10 A.N. 17.3 110.4 Now.3, 1931 5:30 P.H. 16.6 109.6 107.5, 1931 3:30 P.l. 16.4 110.3 Nov.7, 1931 5:15 P.N. 17.7 111.5 Nov.8, 1931 9:45 A.!. 15.8 110.6 Nov.8, 1931 5:30 P.H. 16.8 110.8 lov.9, 1931 10:15 A.H. 16.8 110.4 Band No, Date 030811 030817 030818 030619 030880 030881 030883 030884 030887 l0v.9, 1931 lov.10,1931 lov.10,1931 lov.11,1931 lcv.11,1931 lov.14,1931 l0v.16,1931 lov.16,1931 low.17,1931 lov.18,1931 lov.83,1931 00t.11,1931 00t.18,1931 00t.13,1931 00t.11,1931 00t.18,1931 00t.14,1931 00t.18,1931 00t.11,1931 00t.18,1931 00t.13,1931 00t.11,1931 00t.13,1931 00t.19,1931 00t.80,1931 lov.5, 1931 lov.7, 1931 lov.9, 1931 low.1l,1931 lov.13,1931 00t.1l,1931 00t.11,1931 00t.15,1931 00t.19,1931 00t.11,193l 00t.11,1931 00t.15,1931 00t.11,1931 00t.19,1931 00t.88,1931 00t.30,1931 00t.31,193l 00t.31,1931 lov.l, 1931 l0v.8, 1931 N0v.6, 1931 lov.8, 1931 Nov.9, 1931 lov.9, 1931 T189 Weight Temperature 4:50 P.H. 18.3 113.5 9:45 P.l. 16.3 108.8 5:15 P.u. 17.7 111.3 9:35 1.]. 17.5 110.0 4:45 P.l. 18.3 111.7 9:40 L.l. 17.7 111.4 9:45 A.H. 17.3 110.3 4:45 P.I. 18.0 111.3 9: ‘5 A. u. 17. 2 110. 5 4:10 P.l. 18.0 111.5 5:15 P.H. 19.3 110.4 5: 00 Pol. 1804 108. 8 5:10 P.‘. 17.3 109.0 9: 80 A. ll. 14. 8 4:45 P.". 18.6 106.5 5:30 P.I. 17.4 109.9 9:30 A.l. 16.9 107.9 5200 P.I. 17.6 111.0 4:45 P.‘. 17.3 108.3 5:10 Pol. 15.9 103.4 5210 P0“. 15.1 1090 3 5:10 P.‘. 17.8 104.7 1:55 P.“. 16.6 5235 P.‘. 17.1 110.5 5:30 P.IL 16.5 113.3 5:30 P.H. 19.4 108.8 5:15 P.IL 18.4 111.5 4:50 P.I. 13.1 111.0 4: 45 P.U. 19.3 111.5 4: 15 P.l. 19.4 110.1 5:00 P.l. 17.3 5:00 P.‘. 19.4 109.6 3: 35 P0 '0 19. 3 111. a 5:30 P.H. 3008 111.5 5:00 P.n. 18.7 107.7 5:00 P.I. 30.9 105.3 3: 10 P.l. 19.8 109.3 5:15 P.I. 17.7 109.1 5330 P.I. 19.3 111.3 4235 P.I. 18.1 110.9 10230 A.I. 16.8 108.8 10:30 A.‘. 16.3 111.8 4:30 P.H. 17.0 113.4 4:30 P.I. 16.9 111.3 4:30 P.‘. 17.8 109.6 4:40 P.I. 18.7 109.9 5835 P.I. 18.1 111.3 10:30 A.“. 16.7 110.1 4:30 P.l. 16.9 113.4 D O O O . ‘ O o 9 o 0 t I 5 I o O t . o o v I o o : c O - o a ' . o n 0 u v ‘ 0 Q . o O . v i O 7 O ,' g l 9 u 0 v . 0 4 0 0 o . ' ‘ O 0 fl ' - I 'I O O O t . I ~ 0 0 ' I U o o o . . 0 fi 6 0 I : . 0 I Q C O I: . O O O O V : - D O I O 4 v. - o o O b O t - I . b b 0 f u t g o 0 I0 . . Q 0 b A . . I O b O O t 9 . 9 V O . O . o 0 Q : I . o O '4 3 . I . I o a . I . § 0 I . I D . b i v I I o- 0 I ‘ 0 o 4. a b 1 ‘ . c ' A 4 I '. - 0 . l C 0 . . o . 0 I 0 . . 0 . . b 1 l . 0 . g i 0 l - i ' . O D f . p . s 0 A .' b . . C ' u t I . . o s | . . . I v I . A . g l 0 j 0 . 0 ‘ U ' 0 u b 9 D l, q . 0 ‘ C ' 0 . . i I I. - o I ‘ ' ' ‘ ‘ -80- Egnd 139, Date ILme Weight Tergggature lov.10,1931 5:10 P.l. 17.8 111.5 lov.11,1931 9:85 1.x. 16.4 030889 00t.11,1931 5:15 P.H. 18.7 107.8 00t.18,1931 9:15 l.l. 17.3 109.8 00t.19,1931 18:55 P.I. 17.6 110.1 030830 00t.11,1931 5:15 P.l. 18.3 104.0 030833 00t.18,1931 9:15 1.x. 16.1 104.4 030834 00t.18,1931 9:15 L.H. 18.4 107.5 030837 00t.18,1931 9:30 1.x. 17.3 109.8 030838 00t.18,1931 5:30 P.l. 16.8 107.8 00t.89,1931 5:85 P.l. 17.4 108.3 00t.30,1931 4:80 P.l. 17.0 109.8 lov.9, 1931 4:35 P.n. 18.3 111.8 lov.11,1931 9:85 1.x. 17.1 110.8 lov.14,1931 9:85 A.l. 17.4 111.0 l0v.16,1931 9:30 1.1. 18.3 109.7 lov.18,1931 4:30 P.l. 17.8 110.4 l0v.19,1931 5:10 P.l. 16.7 111.0 lov.81,1931 18:15 P.H. 17.3 110.3 l0v.86,1931 18:80 P.H. 18.6 110.3 000.1, 1931 5:85 P.l. 19.3 110.9 000.8; 1931 4:45 P.l. 18.3 111.0 000.4, 1931 10:05 1.1. 17.7 110.4 800.5, 1931 4:30 P.I. 18.7 110.0 030840 00t.18,1931 5:10 9.x. 19.8 108.1 00t.13,1931 5:10 P.I. 17.9 104.6 030841 00t.18,1931 8:15 P.l. 17.3 108.1 030843 00t.18,1931 5:30 P.IL 18.8 108.8 030844 00t.18,1931 5:30 P.l. 18.8 00t.18,1931 4:10 P.I. 17.5 111.3 030845 00t.18,1931 5:30 P.I. 18.7 110.9 00t.13,1931 1:45 P.l. 17.6 110.8 00t.16,1931 10:05 A.H. 18.7 109.8 00t.17,1931 9:30 A.l. 15.4 110.7 00t.81,1931 1:85 P.l. 16.3 110.3 00t.86,1931 10:85 A.l. 17.5 00t.88,1931 4:00 9.1. 17.5 111.8 030848 00t.18,1931 5:30 P.I. 19.4 104.4 00t.15,1931 8:10 P.l. 19.3 111.5 030858 00t.13,1931 1:40 8.]. 18.0 107.4 030853 00t.13,1931 8:00 P.l. 17.6 108.4 030855 00t.13,1931 5:85 P.l. 17.9 030857 00t.14,1931 9:80 A.I. 17.4 Eand No. Date 030858 030859 030860 030863 030864 030865 030867 030868 030869 030670 030871 030878 030873 030874 030878 030877 030878 030879 030880 030885 030887 030888 -31- Time Wagght nggerature 00t.14,1931 9:80 A.l. 17.8 107.4 00t.14,1931 1:30 P.H. 18.1 108.6 001;. 14., 1931 1:40 p.11. 30.1 103.1 00t.17,1931 9:30 1.x. 15.6 00t.14,1931 5:30 P.l. 19.5 106.4 00t.30,1931 1:30 P.I. 17.8 109.9 00t.15,1931 8:10 P.l. 80.8 108.5 00t.16,1931 18:55 P.l. 81.3 109.8 00t.18,1931 18:55 P.I. 81.5 109.9 00t.16,1931 1:10 8.1. 17.5 109.7 00t.80,1931 5:10 P.H. 18.1 118.0 00t.85,1931 5:30 8.1. 16.8 111.3 00t.86,1931 10:40 1.x. 15.9 00t.87,1931 5:10 P.IL 16.9 111.8 00t.30,1931 10:15 A.H. 15.7 109.7 00t.31,1931 4:45 P.l. 17.4 111.8 10v.8, 1931 4:50 P.H. 16.8 109.9 lov.3, 1931 10:10 1.1. 16.0 111.8 507.7, 1931 5:15'P.H. 17.8 118.1 00t.16,1931 4:00 P.l. 18.9 109.6 00t.81,1931 1:35 P.l. 19.1 110.5 00t.30,1931 4:30 P.l. 81.7 109.3 00t.17,1931 9:30 1.n. 80.3 110.8 00t.17,1931' 9:30 1.1. 16.9 107.8 00t.81,1931 4:10 P.l. 18.4 109.8 00t.17,1931 9:30 A.H. 16.1 109.7 00t.17,1931 9:30 A.H. 17.1 109.3 00t.17,1931 5:05 P.l. 17.6 110.8 00t.17,1931 5:05 P.l. 18.7 109.5 00t.80,1931 1:85 P.u. 17.1 110.3 00t.17,1931 5:05 9.2. 17.8 110.1 00t.17,1931 5:05 P.l. 19.6 00t.17,1931 5:05 P.I. 17.4 110.9 00t.18,1931 5:00 P.l. 19.4 110.8 00t.19,1931 9:40 A.l. 18.9 108.5 00t.19,1931 9:45 A.H. 15.8 108.9 Band No. Date Time Weight Tegperature 030889 00$.19,1931 9:50 A.H. 17.5 107.1 00t.38,1931 4:30 P.H. 18.6 109.? 030890 004.19,1931 13:45 P.H. 19.3 108.8 030891 00t.31,1931 9:50 L.H. 16.3 109.2 00t.35,1931 5:30 P.H. 16.5 109.4 003.37,1931 5:10 P.H. 17.0 109.9 003.38,1931 4:15 P.H. 18.9 110.1 030893 00t.19,1931 5:00 P.H. 17.9 110.5 030893 00$.19,1931 5:00 P.H. 19.1 111.4 030894 003.19.1931 5:30 P.H. 17.7 109.9 030895 0030 30, 1931 1: 05 P0 1. 190 8 1090 7 00%.35,1931 5:45 P.‘. 17.3 110.7 00t.37,1931 5:10 P.l. 19.1 110.1 004.39,1931 10:30 A.K. 18.0 109.8 030898 00t.30,1931 5:10 P.l. 19.0 111.3 030897 004.31.1931 1:15 P.I. 19.8 111.0 030898 005.31,1931 1:15 P.H. 111.3 00t.33,1931 1:40 P.H. 16.1 109.? 030899 005.31,1931 1:45 P.¥. 19.9 110.3 030900 003.31,1931 1:50 P.H. 17.4 109.9 030903 004.38,1931 5:05 P.H. 15.3 107.? 5:45 P.I. 18.9 109.9 030903 D00.1, 1931 10:35 1.x. 30.7 109.8 030904 00t.38,1931 4:00 P.K. 17.7 110.3 0030 27, 1931 5:10 POI. 170: 1110‘ 003.38,1931 4:35 P.X. 16.4 109.8 '0'0 4, 1931 5: 00 P0 ‘0 170 9 1120 0 lov. 6, 1931 9: 85 A. I. 18. 0 118. 1 030907 003.34.1931 4:15 P.I. 33.1 110.? 030909 00$.34,1931 4:15 P.H. 18.9 108.3 030910 00t.34,1931 4:30 9.8. 18.7 109.4 030911 00$.34,1931 4:30 P.I. 17.8 110.7 003.39.1931 5:15 P.I. 19.1 109.8 030913 00t.34,1931 4:45 P.I. 15.9 108.5 030914 003.35,1931 9:40 A.!. 19.4 109.? 030915 004.35,1931 5:45 P.U. 30.3 108.1 'l ‘0 g. and 1'0: pgte Tyne 394:9: temgerature 030916 00t.85,1931 5:45 P.!. 19.6 110.7 030917 00t.85,1931 5:45 r.n. 81.9 105.0 030918 00t.85,1931 5:45 8.1. 18.7 111.3 030866 00t.88,1931 4:85 P.!. 80.4 109.9 030981 00t.86,1931 4:15 P.l. 18.9 110.3 030922 00t.88,1931 ' 19.1 109.9 lov.1, 1931 4:45 P.K. 16.9 109.3 030983 00t.27,1931 10:80 1.1. 18.4 109.6 lov.4, 1931 10:00 1.x. 18.3 110.4 l0v.5, 1931 5:40 P.M. 18.3 109.3 030985 00t.87,1931 10:80 L.l. 17.7 109.7 00t.87,1931 5:40 P.l. 18.8 111.4 00t.30,1931 4:15 P.!. 19.3 ' 110.1 030986 00t.87,1931 10:80 A.E. 17.9 110.0 030988 00t.87,1931 5:80 P.H. 81.1 109.8 030989 00t.27,1931 4:30 P.H. 17.7 110.1 030931 00t.88,1931 4:15 P.I. 80.7 111.3 030933 00t.88,1931 4:45 P.E. 81.3 118.1 030935 00t.89,1931 10:80 4.1. 17.4 030936 00t.89,1931 10:80 A.l. 17.9 110.3 030937 00:.89,1931 5:15 P.l. 18.9 030938 00t.89,1931 5:15 P.E. 18.9 107.1 030939 00t.89,1931 5:15 P.!. 19.0 110.5 000.1, 1931 5:30 P.!. 88.7 110.0 . 000.6, 1931 4:15 P.l. 88.6 109.8 030940 00t.89,1931 5:85 r.n. 81.1 109.8 030941 00t.89,1931 5:30 P.I. 80.8 111.5 00t.30,1931 4:85 P.M. 80.1 109.7 00t.31,1931 4:45 P.K. 80.3 110.5 030948 00t.89,1931 5:30 P.I. 19.7 110.6 '0'03, 1931 5:10 P0K0 1905 10801 030943 00t.89,1931 5:35 P.!. 19.0 110.7 030945 00t.31,1931 10:80 A.H. 18.8 110.1 030948 00t.31,1931 10:80 1.x. 17.6 a d 0 030948 030949 030950 030951 030958 030953 030955 030956 030957 030958 030959 030960 030963 030964 030965 030967 ~84- ate T190 Wegggt Temgergturg Nov.10,1931 9:45 1.1. 80.5 109.1 107.1, 1931 4:35 1.2. 18.9 110.3 lov.1, 1931 4:45 P.E. 80.9 107.9 lov.3, 1931 5:30 P.K. 16.8 111.5 10v. 4, 1931 10: 00 A. I. 18. 4 107. 7 [01.4, 1931 5:00 P.IL 18.8 111.1 lov.4, 1931 5:10 P.!. 18.7 109.9 lov.5, 1931 5:30 P.l. 19.8 108.9 lov.16,1931 9:45 1.x. 16.9 110.5 10v.19,1931 5:30 9.x. 19.3 110.9 lov.86,1931 5:10 0.1. 19.3 lov.86,1931 5:30 P.K. 81.6 111.8 lov.86,1931 5:30 P.!. 19.9 110.4 lov.86,1931 5:30 P.!. 81.4 000.1, 1931 81.5 109.8 000.1, 1931 5:80 P.K. 80.6 110.8 000.4, 1931 4:85 1.1. 80.7 110.0 Jhn.10,1938 9:45 A.I. 83.6 107.6 100.16,1938 5:15 P.!. 88.4 111.4 [01.6, 1938 5:80 P.l. 88.0 111.8 lar.19,1938 5:15 P.H. 18.9 118.0 Iar.81,1938 5:30 P.!. 88.8 111.4 000.4, 1931 4:30 P.l. 81.1 111.0 000.4, 1931 4:30 0.1. 80.4 111.5 J0n.83,1938 5:00 7.x. 88.3 108.0 000.14,1931 9:40 1.1. 80.8 108.5 Jun.10,1938 4:45 P.l. 81.0 110.0 Jan.11,1938 10:85 A.!. 19.9 109.5 Jln.84,1938 5:00 8.x. 80.8 110.8 100.8, 1938 10:50 1.x. 19.3 108.5 100.3, 1938 4:55 P.H. 18.9 109.9 100.4, 1938 10:55 A.!. 17.5 110.8 100.7, 1938 10.30 1.0. 19.4 110.5 100.7, 1938 5:15 P.!. 80.9 110.8 100.8, 1938 5:35 1.8. 19.7 110.7 100.9, 1938 9:30 A.!. 18.8 110.4 100.9, 1938 5:45 P.!. 80.1 110.5 100.10,1938 9:45 1.n. 19.9 110.6 100.11,1938 9:30 1.1. 80.8 110.5 100.18,1938 4:30 1.1. 18.5 110.4 100.13,1838 4:30 P.l. 18.5 109.5 -85— Band fig. Qgte time Weight Temperature 030968 Jin.11,1938 10:80 A.K. 83.9 109.5 Jun.13,1938 3:45 P.!. 84.8 110.1 Jan.15,1938 4:05 P.K. 84.1 110.5 Jan.16,1938 5:85 P.!. 83.0 110.7 Jan.17,1938 4:00 P.IL 88.5 111.7 Jan.18,1938 3:35 Pd. 81.1 109.9 Jan.19,1938 5:00 P.!. 81.0 111.4 J0n.80,1938 10:80 A.!. 81.4 110.0 Jan.80,1938 5:80 P.K. 81.9 110.3 Jan.81,1938 5:80 P.K. 81.7 110.3 Jtn.88,1938 5:05 P,H., 88.8 110.7 Jan.83,1938 5:00 P.E. 81.7 109.9 Jin.84,1938 9:05 A.H. 80.3 110.1 Jan.84,1938 5:00 P.l. 80.6 110.0 Jan.85,1938 1:15 P.I. 80.0 110.9 Jhn.86,1938 5:10 P.!. 88.8 110.4 Jln.87,1938 5:15 9.1. 81.9 108.0 Jin.88,1938 5:85 P.I. 81.6 111.5 Jln.30,1938 10:10 A.H. 81.5 110.6 100.8, 1938 10:50 A.H. 81.3 111.8 100.8, 1938 5:80 P.K. 88.3 030969 Jan.30,1938 4:35 P.K. 88.1 108.5 100.8, 1938 10:50 A.!. 80.9 111.0 100.8, 1938 5:80 P.!. 80.9 110.8 100.4, 1938 10:55 1.1. 19.9 109.8 100.4, 1938 5:80 1.1. 18.0 110.8 [0r.9, 1938 5:80 P.l. 81.8 111.5 101.10.1938 5:15 P.H. 81.1 110.4 Ilr.81,1938 5:30 1.1. 80.9 111.8 030970 1101.6, 1938 5:80 1.11. 81.8 Iar.9, 1938 5:80 P.l. 88.8 110.6 lar.11,1938 9:45 1.1. 83.1 109.8 030973 £01.30,1938 4:15 P.I. 88.6 110.9 030975 Inr.31,1938 1:00 P.l. 81.0 109.6 030977 Apr.1, 1938 18:10 P.H. 83.0 109.3 030978 lpr.1, 1938 13:10 1.8. 19.7 111.3 030979 Apr.8, 1938 18:10 1.1. 81.4 109.9 Apr.10,1938 11:00 A.H. 84.7 110.1 ”1514,1933 9:00 A0l0 8100 10900 xpr.15,1938 9:00 A.!. 80.3 110.3 Apr.15,1938 4:00 P.I. 81.4 111.3 Apr.19,1938 4:00 P.I. 84.5 111.8 030980 ”:04, 1933 4:30 P.X. 2103 10903 030981 Apr.4, 1938 4:30 P.l. 83.1 107.5 Apr.6, 1932 5:00 P0l0 30.8 11000 Apr.7, 1938 9:30 A.I. 80.1 109.9 Apr.13,1938 4:00 P.H. 16.3 109.9 gang *0- 039;; Time Weight Tmerature 030986 Apr. 6, 1938 9: 00 A. ll. 88. 8 108. 5 Apr. 15, 1938 9: 00 A. l. 84. 1 109. 7 030990 Apr. 6, 1938 5: 00 P. I. 80. 3 118. 8 030991 Apr. 7, 1938 9: 30 A. I. 81. 3 108. 4 030998 Apr. 7, 1938 5: 00 P. It. 28. 6 110. 8 030995 Apr. 8, 1938 5: 00 P. M. 83. 6 107. 8 030996 Apr.8, 1938 5:00 P. I. 80. 9 111.0 Apr.16,1938 9:00 A.I. 80.0 19:. 19, 1938 4:00 P. l. 19. 7 111. 5 030997 Apr. 8, 1933 5:00 Pole 30. 7 10807 Apr. 13, 1938 9: 00 A. I. 18. 5 110. 5 030998 . Apr. 9, 1938 10: 00 A. I. 81. 0 109. 3 030999 Apr. 9, 1933 10: 00 ‘0 I. 200 4 109. 2 Apr. 14, 1938 4:00 P.!. 88.3 110.0 Apr. 16, 1938 9: 00 A. K. 80. 6 109. 6 Apr. 17,1938 11:00 A. I. 80. 8 110.6 Apr. 18, 1938 9: 00 A. I. 18. 9 109. 3 Apr. 19, 1933 9:00 A.1‘.. 1900 11000 Apr. 20, 1932 4:00 Pox. 18.5 11104 Apr. 81, 1938 9:00 A. I. 18,0 111.5 Apr. 88, 1938 9: 00 A. 1!. 18. 1 108. 5 Apr.87,1938 9:00 A.K. 88.3 109.6 Apr. 88, 1938 9: 00 A. I. 81. 9 109. 5 ”1029, 1932 9:00 LE. 3009 10909 Apr. 30, 1938 4:00 P. I. 80.4 110. 0 176008 Apr. 9, 1938 10: 00 A. 1!. 80. 0 109. 9 178008 Apr. 9, 1938 10: 00 A. I. 83. 0 108. 8 Apr. 9, 1938 5:00 P.I. 83. 8 109.4 176009 Apr. 9, 1938 5: 00 P.‘. 83. 9 108. 4 178010 Apr. 9, 1938 5: 00 P. H. 83. 8 109. 9 178011 Apr. 9, 1938 5:00 P.K. 85.0 108.1 178013 Apr. 9, 1938 5: 00 P. I. 18. 8 109. 9 "8015 Apr. 9, 1933 5: m P. I. 23. 2 109. 5 178016 Apr. 9, 1938 5: 00 P. I. 81. 9 109. 5 178017 Apr. 9, 1938 5: 00 P. I. 19. 5 110. 5 178018 Apr. 9, 1938 5: 00 P. I. 18. 7 110. 0 "8019 Apr. 9, 1933 6: 00 P0 no 340 8 1090 8 naoao Apr. 9, 1932 5: oo 2.11. 2'2. 2 111.4 § 0 o t 0 I ‘ v c 0 . . ~ A 0 0 I 9 0 I 5 v 1 O o C o 9 0 I . l o ' 0 v 9 1 o . I 0 0 0 O i u 0 v ' 0 O I I 1 . a O o O 0 v 0 . - I I A 0 g o . 0 . 0 a v A . - O 0 C v 0 h . o l b A A o . - I u t o 0 c - 0 1 9 b u o , I I 9 I 5 v . o O u o 0 b . Q . 9 o o o l 0 9 U 0 - 9 . 4 - o u a f o o 0 0 I . o l s b C l - 0 I A y 0 u . O 0 0 A 0 . . . O O . \ s . O O I 0 o 0 , I I ‘ b v I , . n . ‘ . . u 0 o ‘ . . . v O V ' I b 0 . , , 4 . . I I . a fi ~ I ‘ ’ ‘ A I t D I ' Q ‘ . . . c u 0 _ ' . c O . ‘ . ' . I 0 0 v -87- Band No. Date Time Weight Iegggrature 178081 Apr.10,1938 11:00 A.l. 83.5 109.8 178088 AprlO, 1938 11:00 A.H. 80.8 110.9 Apr.13,1938 4: P.K. 19.4 111.8 Apr.15,1938 :00 P.H. 17.3 111.8 Apr.16,1938 4: P.H. 17.8 111.7 Apr.18,1938 4:00 P.M. 18.8 111.5 Apr.86,1938 9:00 A.!. 81.0 109.7 Apr.87,1938 4:00 P.I. 81.8 111.3 Apr.88,1938 4:00 P.H. 88.8 111.8 178083 Apr.10,1938 11:00 A.!. 80.7 109.7 178085 Apr.10,1938 11:00 A.!. 19.9 109.7 178086 Apr.13,1938 4:00 P.l. 16.6 111.0 Apr.14,1938 4:00 P.l. 17.0 110.5 Apr.15,1938 4:00 P.!. 15.8 111.9 Apr.16,1938 9:00 A.H. 13.9 109.8 Apr.18,1938 9:00 A.!. 108.5 Apr. 18, 1932 4: 00 P0“. 150 5 111. O Apr.19,1938 9:00 A.!. 16.0 110.8 ‘pr.2°,1932 4:00 P. H. 1506 118.0 Apr.81,1938 9:00 A.M. 15.7 110.5 Apr.86,1938 9:00 A.K. 16.6 109.9 Apr.88,1938 9:00 A.!. 15.8 109.9 Apr.89,1938 9:00 A.K. 15.9 110.3 Apr.30,1938 9:00 A.!. 15.7 110.5 Iny 1, 1938 9:00 A.l. 15.5 110.7 In! 1, 1938 4:00 P.I. 15.8 111.5 lay 8, 1938 4:00 P.I. 15.0 178088 Apr.10,1938 5:00 P. I 81.1 109.8 178089 Apr.10,1938 5:00 P.K. 18.8 109.4 178030 Apr.10,1938 5:00 P.X. 81.8 110.8 178033 Apr. 15, 1938 9: 00 Add. 83. 0 108. 3 Apr. 17, 1932 5:00 Pen. 23. 6 11106 178039 Apr.13,1938 9:00 A.I. 19.8 108.3 Apr.14,1938 9:00 A.!. 18.6 109.9 Apr.15,1938 4:00 P.l. 80.7 -109.1 178048 Apr.11,1938 4:00 P.l. 84.8 109.6 178043 Apr. 11 , 1938 4: 00 P. I. 83. 5 178044 Apr. 11 , 1938 4: 00 P. I. 80. 0 110. 6 Apr.13,1938 4:00 P.l. 17.5 110.3 Apr.16,1938 4:00 P.l. 17.1 109.8 Apr.19,1938 9:00 A.M. 109.5 Apr.80,1938 9:00 A.l. 16.8 109.7 Apr.81,1938 9:00 A.l. 16.7 110.5 Apr.83,1938 4:00 P.n. 17.1 111.1 gand No. Date Time Weight Temggreture Apr.84,1938 11:00 A.H. 17.1 110.9 Apr.84,1938 4:00 P.I. 18.4 111.3 Apr.86,1938 9:00 A.l. 17.0 110.8 Apr.86,1938 4:00 P.!. 18.5 110.8 Apr.87,1938 4: P.!. 18.8 111.7 Apr.88,1938 4:00 P.!. 18.4 110.8 Apr.89,1938 9: A.!. 18.4 110.1 Apr.30,1938 9:00 A.H. 18.7 110.4 Apr.30,1938 4:00 P.M. 18.7 110.7 1, 1938 9:00 A.M. 110.6 May 8, 1938 4:00 P.l. 19.3 110.7 lay 3, 1938 4:00 P.l. 18.9 111.8 In: 4, 1938 9:00 1.8. 18.4 110.5 lay 7, 1938 10:00 A.l. 19.6 111.8 lay 7, 1938 4:00 P.H. 19.9 111.0 Iaylo, 1938 9:00 1.x. 19.7 110.3 lay 11,1938 4:00 P.I. 19.0 110.1 May 18,1938 9:00 A.l. 19.8 110.8‘ 178045 Apr.11,1938 4:00 P.H. 88.4 109.0 Apr.16,1938 9:00 A.l. 81.4 109.0 178046 Apr.11,1938 4:00 P.H. 88.8 110.1 178047 Apr.11,1938 :00 P.I. 83.6 110.6 178048 Apr.11,1938 4:00 P.X. 83.1 107.8 178050 Apr.13,1938 9:00 A.l. 19.5 110.0 Apr.13,1938 4:00 P.l. 19.6 110.6 Apr.14,1938 9:00 A.!. 18.5 109.1 Apr.15,1938 4:00 P.M. 18.6 110.8 Apr.17,1938 11:00 A.l. 17.8 110.8 Apr.81,1938 4:00 P.l. 88.1 111.1 178053 Apr.13,1938 9300 1.1. 17.8 Apr.13,1938 4:00 P.n. 16.0 110.5 178056 Apr.13,1938 4:00 P.M. 18.6 110.6 Apr.16,1938 9:00 A.I. 17.5 108.7 Apr.17,1938 11:00 A.H. 17.5 111.9 Apr.17,1938 5:00 P.l. 18.0 111.4 178060 Apr.13,1938 9:00 A.!. 18.7 108.3 178061 Apr.15,1938 9:00 A.l. 19.8 109.5 Apr.17,1938 5:00 P.H. 18.7 178064 Apr.13,1938 9:00 1.8. 17.8 109.7 Apr.13,1938 4:00 P.H. 17.0 118.8 Apr.14,1938 9:00 1.x. 15.8 110.7 Apr.14,1938 4:00 P.l. 16.8 118.3 Apr.15,1938 4:00 P.I. 14.6 118.8 178066 Apr.15,1938 4:00 P.!. 81.0 111.0 génd No, Date Iime Tei~hf jwraturg 178068 Apr.18,1938 4:00 P.M. 80.9 111.7 Apr.80,1938 4:00 P.M. 80.8 111.6 Apr.88,1938 4:00 P.M. 81.8 111.0 Apr.85,1938 9:00 A.M. 19.4 110.5 Apr.88,1938 4:00 P.M. 19.3 110.1 Apr.30,1938 4:00 9.x. 80.8 110.9 178078 Apr.86,1938 4:00 PJI. 19.4 110.0 lay 3, 1938 4:00 P.M. 81.6 110.8 178079 Apr.17,1938 11:00 A.M. 80.8 109.0 178093 Apr.14,1938 9:00 A.!. 18.4 109.8 178098 Apr.15,1938 4:00 PJ. 85.7 110.4 178100 Apr.16,1938 4:00 P.l. 81.3 111.1 Apr.17,1938 5:00 P.n. 88.0 111.1 178101 Apr.17,1938 11:00 A.!. 88.0 110.3 178106 Apr.13,1938 4:00 P.l. 80.6 109.5 178118 Apr.13,1938 9:00 A.n. 18.5 109.4 178115 Apr.18,1938 4:00 P.l. 19.8 111.5 178116 Apr.16,1938 4:00 P.H. 80.1 110.5 178188 Apr.15,1938 9:00 A.l. 18.3 110.6 Apr.16,1938 9:00 A.l. 17.1 109.5 Apr.18,1938 9:00 A.!. 16.3 108.6 Apr.80,1938 9:00 A.M. 14.5 104.3 Apr.81,1938 9:00 A.M. 14.8 110.0 Apr.81,1938 4:00 P.M. 14.5 111.7 Apr.88,1938 9:00 A.l. 14.1 Apr.88,1938 4:00 P.l. 14.8 111.3 Apr.83,1938 4:00 P.l. 13.1 109.5 Apr.85,1938 4:00 P.l. 13.8 118.4 Apr.86,1938 9:00 A.M. 13.4 110.8 upr.86,1938 4:00 P.M. 15.0 110.4 Apr.87,1938 4:00 P.l. 14.4 111.4 Apr.88,1938 9:00 A.I. 13.5 110.7 Apr.88,1938 4:00 P.n. 13.8 111.4 Apr.89,1938 9:00 A.M. 14.6 111.4 Apr.89,1938 4:00 P.H. 14.6 111.3 Apr.30,1938 9:00 A.H. 14.7 111.3 Apr.30,1938 4:00 P.I. 14.5 110.6 May 1, 1938 9:00 A.H. 15.8 111.0 In! 8, 1938 4:00 P.l. 15.9 110.9 nay 3, 1938 9:00 1.1. 14.8 109.5 In: 4, 1938 9:00 A.l. 15.5 110.8 lay 5, 1938 4:00 P.l. 16.4 110.5 Kay 6, 1938 4:00 P.H. 16.0 110.6 Kay 7, 1938 10:00 A.l. 16.0 110.8 lay 8, 1938 9:00 A.l. 15.7 May 9, 1938 9:00 A.H. 15.4 109.6 I 0 ‘ I . - I 0 o C O 0 5 I O O o I . 9 o I . 0 - O 0 a 6 0 0 . I 1 I I 0 o . . I . I I I . O V O I 0 o . o I O . v . I . I I I . - ‘ 0 7 . I I o , a I 0 0 U 0 . . q I , I I 9 . 0 u . I O I 0 n O . I I . - O 0 , 0 A L . . o O O O I . . I O l v u I 0 . . 0 I '_ I 6 0 . ‘ Q 4 a I ~ 0 a ’ ' 0 . I I v . O I I 6 0 ‘ u 0 V r O O C n . Q C y i D n C 0 Q . I 9 4 l C C O O . . . l . . . . , . I l . I O . ' I . I . . 0 o 1 ' g t b c O O — O o ’ . ' O I I I O . b I O . O . O O . I I 0 . - I I I Q 9' a 0 O c O . O i . . I .- U . I I . I 4 o . . I C ‘ § 1 . ‘ ‘ 0 I o A a . 9 C , s 1 ' l I ‘ d . I I . n 0 1 ' I I 0 ' ' n c O ' ' Band No, Dgte 178187 178130 178131 178133 178134 178138 178139 178140 030884 178197 178800 178141 178198 178148 178146 178147 178148 _I;§e Weight Taggergigre In! 9, 1938 4:00 P.IL 16.5 111.0 May 10,1938 4:00 P.M. 16.8 110.5 lay 11,1938 4:00 P.I. 16.8 111.0 lay 18,1938 9:00 A.l. 16.1 110.4 lay 18,1938 4:00 P.l. 16.3 110.5 May 13,1938 4:00 P.l. 16.8 110.9 In! 16,1938 4:00 P.H. 80.1 118.5 lay 18,1938 9:00 1.x. 19.0 111.5 In: 18,1938 4:00 P.IL 18.9 111.5 Hay 19,1938 9:00 A.l. 17.4 111.0 Apr.15,1938 9:00 A.H. 83.8 109.7 Apr.17,1938 11:00 A.H. 81.3 118.3 Apr.13,1938 9:00 A.I. 19.3 110.3 Apr.13,1938 9:00 A.H. 19.4 109.0 Apr.13,1938 9:00 1.x. 16.1 111.4 Apr.14,1938 9:00 A.M. 15.4 110.9 Apr.15,1938 4:00 2.x. 16.8 110.4 Apr.19,1938 4:00 P.l. 15.3 111.0 Apr.84,1938 11:00 A.I. 17.8 111.0 Apr.85,1938 4:00 P0n0 160‘ 11007 Apr.13,1938 9:00 1.x. 22.0 110.6 Apr.14,1938 4:00 P.l. 80.0 111.3 Apr.17,1938 5:00 2.x. 88.8 118.1 Apr.18,1938 9:00 A.u. 20.0 109.0 Apr.19,1938 9:00 1.1. 19.4 109.6 Apr. 13,1933 4:00 P.H. 3401 10805 Apr.13,1938 4:00 2.x. 22.9 109.5 Apr.13,1938 4:00 P.I& 16.6 111.0 Apr.17,1938 5:00 P.l. 81.6 111.3 Apr.13,1938 4:00 P.l. 18.8 109.5 Apr.14,1938 9:00 A.l. 19.0 108.3 Apr.14,1938 9:00 A.l. 80.5 109.0 Apr.14,1938 4:00 P.I. 19.1 110.1 Apr.15,1938 9:00 1.x. 22.0 108.3 Apr.15,1938 9:00 A.l. 88.7 108.9 Apr.15,1938 9:00 1.x. 22.2 107.5 Apr.15,1938 9:00 1.x. 24.2 109.0 Apr. 16,1932 9300 ‘0‘0 2108 10900 Apr.15,1938 9:00 A.l. 86.8 108.9 ..! \lqluTIi Ill . a 0: O. I: o. I I 0 4 I 0 0 b O 0 I 0 I 4 n I I 0 Q 3229.121__22te 178150 178158 178156 178157 178158 . 178170 178174 A173536 A173537 178176 178177 178179 178188 178183 178186 178189 178191 178198 178801 178808 178805 030889 030890 030898 030893 ’1 -0J v1 T.E§ Weight Temgeratur§__ Apr.15,1938 4:00 9.x. 85.6 Apr.15,1938 4:00 P.l. 84.5 111.3 Apr.16,1938 9:00 A.l. 83.1 108.8 xpr.16,1938 9:00 1.1. 18.7 109.8 Apr.17,1938 11:00 A.l. 17.5 118.0 Apr.16,1938’ 4:00 2.2. 22.1 110.4 Apr.17,1938 5:00 P.l. 80.9 111.8 Apr.88,1938 9:00 A.l. 15.3 109.5 Apr.18,1938 9:00 A.l. 18.3 106.9 Apr.18,1938 4:00 P.l. 84.8 110.0 Apr.18,1938 4:00 p.n. 20.3 110.5 Apr.19,1938 9:00 A.l. 80.1 110.5 ”1.19, 1938 4:00 P0n0 8208 10907 Apr.80,1938 4:00 P.l. 80.3 110.8 ‘pr0 21, 1932 4 3 00 P0 H. 190 9 1110 3 Apr.84,1938 11:00 A.l. 80.7 110.5 Apr.85,1938 4: 2.x. 12.9 111.7 In! 3, 1938 9:00 A.l. 80.9 109.0 lay 4, 1938 9:00 A.l. 19.8 109.7 lay 6, 1938 4:00 P.l. 19.3 110.8 lay 7, 1938 4:00 P.l. 18.9 110.4 lay 10,1938 9:00 A.l. 19.0 109.5 Apr.88,1938 9:00 A.l. 83.8 108.6 Apr.89,1938 9:00 1.1. 20.9 108.8 lay 1, 1938 9:00 A.l. 19.0 108.8 lny 3, 1938 9:00 A.l. 19.9 lay 1, 1938 9:00 A.l. 80.7 110.8 lay 4, 1938 9:00 A.l. 17.6 110.6 80pt30,1938 10:00 1.x. 15.7 109.6 Oct. 4,1938 3:00 P.l. 17.9 109.8 80pt88,1938 10:00 A.l. 16.5 109.4 Oct. 3,1938 5:00 P.l. 16.8 80pt88,1938 10:00 1.x. 14.9 107.3 00t.4, 1938 3:00 P.l. 17.0 gand N0.A_Q_g_te Time Weight Temgerature 00t.18,1938 3:00 P.l. 15.1 030894 80pt88,1938 10:00 A.l. 14.7 107.8 A173959 80pt88,1938 3:00 P.l. 16.3 030896 80pt88,1938 3:15 P.l. 18.8 108.9 030303 80pt88,1938 5:00 P.l. 19.4 109.8 030314 80pt89,1938 3:00 P.l. 17.3 109.9 00t.5, 1938 3:00 P.l. 16.9 109.6 Oot.19,1938 3:00 P.l. 18.6 00t.86,1938 10:00 A.l. 18.8 110.3 00t.30,1938 4:00 P.lk 19.7 111.4 030383 80pt30,1938 3:00 P.l. 17.1 110.1 ' 030384 80pt30,1938 3:00 P.l. 16.9 111.4 030387 00t.3, 1938 3:00 P.l. 18.5 109.5 030389 00t.3, 1938 5:00 P.l. 18.8 108.5 00t.7, 1938 4:30 P.l. 16.8 110.0 00t.86,1938 10:00 A.l. 80.3 00t.31,1938 3:00 P.l. 19.3 10v.8, 1938 5:00 P.l. 18.5 030330 00t.4,1938 10:00 A.l. 17.6 109.6 030333 00t.4, 1938 3:00 P.l. 19.1 109.0 030338 00:. 5,1938 10:00 A.l. 19.3 108.3 Oct. 7,1938 4:30 P.l. 18.3 110.3 00t.18,1938 3:00 P.l. 18.1 00t.19,1938 5:00 P.lL 80.5 10v.18,1938 10:00 A.l. 80.7 030345 Oct. 6,1938 5:00 P.l. 19.3 108.0 030348 00:. 7,1938 10:00 A.l. 17.8 110.4 00t.18,1938 3:00 P.l. 16.6 030351 00:. 7,1938 10:00 A.l. 16.4 110.3 00t.18,1938 5:00 P.l. 18.8 030354 00t.30,1938 10:00 A.l. 19.6 1173809 00t.13,1938 3:00 P.l. 17.1 00t.85,1938 3:00 P.l. 80.1 Band No, Date Time Weight Temperature A173818 00t.87,1938 3:00 P.l. 19.8 A173813 00t.17,1938 5:00 P.l. 15.7 A173817 00t.18,1938 3:00 P.l. 18.6 030355 00t.10,1938 10:00 A.l. 88.1 110.8 030360 00t.11,1938 10:00 A.l. 80.8 108.4 A173838 00t.18,1938 3:00 P.l. 18.5 00t.86,1938 5:00 P.l. 19.7 A173833 00t.18,1938 3:00 P.l. 19.0 00t.87,1938 10:00 A.l. 80.8 A173834 00t.18,1938 3:00 P.l. 19.6 178304 00t.13,1938 3:00 P.l. 16.1 00t.85,1938 5:00 P.l. 15.7 00t.87,1938 10:00 A.l. 16.8 00t.88,1938 3:00 P.l. 14.6. 00t.31,1938 5:00 P.l. 17.1 lov.1, 1938 3:00 P.l. 15.9 111.6 107.8, 1938 4:00 P.l. 15.8 178307 00t.13,1938 3:00 P.l. 17.8 00t.86,1938 10:00 A.l. 17.0 00t.31,1938 3:00 P.l. 18.8 110.8 178317 00t.13,1938 5:00 P.l. 19.8 178318 00t.14,1938 10:00 A.l. 17.8 10v.18,1938 10:00 A.l. 18.1 100.7, 1933 5:00 P.l. 88.3 l0:.1, 1933 18:00 A.l. 17.5 111.7 lar.8, 1933 18:00 A.l. 16.8 ~ 111.1 ‘lar.6, 1933 5:00 P.l. 80.5 110.8 Apr.11,1933 8:00 P.l. 19.3 109.9 178308 Oct. 4,1938 10:00 A.l. 18.6 00t.86,1938 10:00 A.l. 17.6 178313 00t.14,1938 10:00 A.l. 16.6 178314 00t.17,1938 5:00 P.l. 17.7 107.8, 1938 4:00 P.HL 18.7 lov.10,1938 10:00 A.l. 17.6 lov.11,1938 5:00 P.l. 19.0 1173851 00t.83,1938 10:00 1.8. 80.8 A173843 00t.19,1938 3:00 P.l. 18.9 00t.87,1938 3:00 P.l. 18.0 100.3, 1933 5:00 P.l. 81.9 111.1 Q " -94- W TLme Weight Temrature 178301 00t.88,1938 10:00 A.l. 18.4 10v.8, 1938 4:00 P.l. 17.0 107.8, 1938 5:00 P.l. 18.6 B90349 00t.85,1938 3:00 P.l. 15.8 00t.86,1938 10:00 1.x. 15.8 109.8 00t.86,1938 5:00 P.l. 15.3 00t.87,1938 10:00 A.l. 14.7 00t.87,1938 3:00 P.l. 15.0 890353 Nov.18,1938 5:00 P.l. 18.3 890361 00t.17,1938 10:00 A.l. 19.1 890363 00t.17,1938 10:00 A.l. 19.0 890364 00t.17,1938 10:00 A.M. 18.7 B90365 00t.17,1938 3:00 P.l. 17.6 890367 00t.17,1938 3:00 P.l. 80.8 890368 00t.17,1938 3:00 P.l. 80.0 890369 00t.17,1938 3:00 P.l. 18.4 890378 00t.18,1938 3:00 P.l. 19.0 890374 00t.87,1938 3:00 P.l. 18.6 00t.30,1938 4:00 P.l. 18.7 111.9 D00.6, 1938 5:00 P.l. 17.6 890375 00t.18,1938 3:00 P.l. 18.6 890376 00t.18,1938 3:00 P.l. 17.8 890377 00t.18,1938 3:00 P.l. 17.7 990378 00t.18,1938 5:00 P.l. 81.5 890379 00t.18,1938 5:00 P.l. 19.7 Now. 7,1938 3:00 P.l. 19.1 10v.10,1938 3:00 P.l. 17.3 10v.14,1938 10:00 A.l. 16.7 lov.14,1938 4:30 P.l. 18.6 10v.16,1938 5:00 P.l. 17.4 10v.17,1938 10:00 A.l. 16.3 10v.18,1938 5:00 P.l. 16.5 10v.19,1938 10:00 1.5. 14.9 890380 00t.89,1938 5:00 P.l. 19.8 111.5 B90381 00t.19,1938 10:00 A.l. 15.8 890388 00t.19,1938 10:00 A.l. 19.9 890383 00t.19,1938 10:00 A.l. 19.1 Band Hg, Date Tiggv Weight Temperature B90384 00t.19,1938 10:00 A.l. 19.3 890385 00t.19,1938 10:00 A.H. 81.8 890386 000193932 3:00 P.l. 21.1 890387 00t.19,1938 3:00 P.l. 19.3 890388 00t.19,1938 3:00 P.l. 80.5 890389 00t.19,1938 3:00 P.l. 80.3 890398 00t.19,1938 3:00 P.l. 18.3 890393 00t.19,1938 5:00 P.l. 18.3 890394 00t.19,1938 5:00 P.l. 81.1 890395 00t.80,1938 10:00 A.l. 20.4 890396 lov.11,1938 3:00 P.l. 18.4 890397 00t.80,1938 10:00 A.l. 16.3 990400 00t.80,1938 10:00 1.1:. 22.1 822338333 .888 int: 8:: 107.7, 1938 3:00 P.l. 80.8 890401 00t.80,1938 10:00 A.l. 19.8 00t.86,1938 10:00 A.l. 18.5 890408 00t.80,1938 10:00 1.l. 80.4 lov.18,1938 10:00 A.l. 80.1 100.1, 1933 5:00 P.l. 23.5 990407 009.20.1932 3:00 9.11. 19.3 890408 00t.80,1938 3:00 P.l. 81.5 890418 00%. 80,1938 3:00 P.!. 18.6 890413 00t.80,1938 3:00 P.l. 19.1 178408 00t.80,1938 5:00 P.l. 18.6 178403 10v.18,1938 10:00 A.H. 16.7 178401 00t.81,1938 10:00 1.11. 17.9 178404 00t.81,1938 10:00 A.l. 17.9 00t.84,1938 5:00 P.l. 17.5 news 001:. 21,1932 10:00 1.1:. 16.7 178407 00t.81,1938 10:00 1.1!. 16.8 178409 00t.81,1938 10:00 A.l. 19.1 -95— Band £0. 0236 Time Weight Temgerature 178411 00t.81,1938 10:00 A.M. 18.3 178410 00t.81,1938 10:00 A.l. 80.4 178418 00t.81,1938 3:00 P.l. 19.3 178413 00t.84,1938 5:00 P.l. 17.1 178414 00t.81,1938 3:00 P.l. 18.7 107. 8,1938 4:00 P.l. 88.3 178415 00t.81,1938 5:00 P.l. 17.1 178416 00t.81,1938 5:00 P.l. 17.4 178417 00t.81,1938 5:00 P.H. 80.5 00t.83,1938 4:00 P.l. 16.8 00t.87,1938 5:00 P.l. 18.7 00t.30,1938 10:00 A.l. 15.3 00t.31,1938 3:00 P.l. 14.6 178418 00t.81,1938 5:00 P.l. 81.1 604674 00t.87,1938 3:00 P.l. 19.1 107.8 .1938 3:00 P.l. 19.1 604631 00t.86,1938 5:00 P.l. 17.6 604636 00t.89,1938 5:00 P.l. 17.9 118.0 604637 00t.88,1938 3:00 P.l. 19.5 604638 101. 8,1938 4:00 P.l. 17.9 604639 00t.83,1938 10:00 A.l. 88.0 604641 00t.83,1938 4:00 P.l. 19.8 178480 00t.84,1938 10:00 A.l. 18.8 110.4 00t.86,1938 10:00 1.x. 18.4 00t.88,1938 3:00 P.l. 18.8 10v.10,1938 5:00 P.l. 81.7 178481 00t.84,1938 3:00 P.l. 19.6 178488 00t.84,1938 3:00 P.l. 17.6 178483 00t.85,1938 10:00 A.l. 18.5 178485 109’. 2.1932 4:00 9.1:. 18.4 178486 00t.86,1938 3:00 P.l. 17.8 178487 00t.86,1938 3:00 P.l. 80.8 178430 00t.87,1938 10:00 Agl. 16.7 -97- Eandjo. Date Tige Weight Temperatggg 178433 00t.87,1938 3:00 P.l. 18.7 00t.88,1938 10:00 1.x. 17.2 10?. 3,1938 3:00 P.l. 19.8 178434 10v. 9,1938 3:00 P.l. 17.0 107.10.1938 3:00 P.l. -15.8 10v.16,1938 5:00 P.l. 17.6 178435 00t.88,1938 10:00 A.l. 80.1 178436 004.88,1938 10:00 A.l. 80.8 '0'0 3,1932 5:00 P0X0 2105 178438 00t.88,1938 3:00 P.l. 19.3 178439 00t.88,1938 5:00 P.l. 80.0 604651 00t.30,1938 10:00 A.l. 15.7 604676 10v.13,1938 10:00 A.l. 17.3 lov.15,1938 10:00 A.l. 17.3 604677 00t.30,1938 10:00 A.l. 19.5 178440 0°0031,1932 10:00 A.l. 3106 178446 10v. 8,1938 10:00 A.l. 18.8 10v.11,1938 10:00 A.l. 19.6 10v.19,1938 10:00 A.l. 17.0 10v.86,1938 10:00 A.l. 17.5 000. 1,1938 5:00 P.l. 80.1 178447 10v. 8,1938 10:00 A.l. 18.9 178448 10'. 8,1938 10:00 A.l. 18.9 178449 109. 8,1938 10:00 A.l. 81.1 178451 10v. 8,1938 5:00 P.l. 19.0 178458 10v. 8,1938 5:00 P.l. 17.1 178453 10v. 3,1938 10:00 A.l. 19.4 110.6 109. 7,1938 3:00 P.l. 18.7 178454 10v. 3,1938 10:00 A.l. 18.4 100. 6,1933 18:00 A.l. 81.3 109.4 ’Cbo 7,1933 5:00 P.l. 3300 180. 9,1933 5:00 P.l. 80.3 10806 100.13,1933 5:00 P.l. 81.3 110.1 100.81,1933 18:00 A.l. 19.6 100.88,1933 18:00 A.l. 18.4 110.5 178455 10'. 4,1938 10:00 A.l. 16.9 178456 10v. 4,1938 10:00 A.l. 18.5 lov.11,1938 3:00 P.l. 88.4 génd No. Date Time Weight Temperature 178457 10v. 4,1938 10:00 A.l. 15.? 16v. 7,1938 5:00 P.!. 16.5 604679 107. 5,1938 10:00 A.l. 16.1 15b. 9,1933 5:00 P.l. 19.6 105.6 178460 15?. 7,1938 5:00 P.!. 18.9 178461 lav. 8,1938 5:00 P.l. 19.8 lov.11,1938 5:00 P.l. 19.6 178468 15v. 9,1938 5:00 P.l. 80.8 3:133:32 {8:823:12 :23 lbv.81,1938 5:00 P.l. 80.7 lbv.88,1938 5:00 P.l. 19.5 178463 lov.10,1938 10:00 A.l. 19.6 178464 10v.10,1938 3:00 P.l. 80.6 604688 lov.18,1938 10:00 1.x. 88.3 604683 lb?.18,1938 5:00 P.l. 88.0 604684 lb?.18,1938 5:00 P.l. 23.9 178466 lov.14,1938 3:00 1.1. 17.7 178467 lov.14,1938 3:00 1.1. 18.8 178468 lov.14,1938 3:00 P.l. 88.3 178469 lov.14,1938 3:00 P.l. 18.9 "3470 lov.14,1938 4:30 p.11. 19.5 178471 10v.15,1938 10:00 4.]. 81.1 178478 107.15,1938 10:00 4.1. 80.6 178475 lov.17,1938 10:00 4.1. 17.8 178476 lbv.16,1938 5:00 P.l. 80.3 178477 lov.16,1938 5:00 1.1. 81.3 178478 lov.16,1938 5:00 1.1. 83.3 178479 lbv.16,1938 5:00 P.!. 81.3 1134804 Oct. 7,1938 9:00 A.l. 18.6 109.3 4134816 00t.11,1938 18.1 108.0 178864 00t.18,1938 18.7 O. C. Band No. Date Time Weight Temperature 178870 00t.13,1938 81.6 178871 00t.13,1933 5:30 P.l. 18.7 178878 00t.13,1938 19.3 178873 00t.13,1938 19.8 1188044 Oct.14,1938 18.1 1188045 00t.14,1938 3:00 P.l. 16.3 1188046 00t.14,1938 19.4 1188047 00t.14,1938 17.6 1188048 Oot.14,1938 19.4 1183049 Oot.14,1933 16.1 '07. 3,1938 16.8 110.8 1188050 00t.14,1938 18.1 1183052 00t.14,1938 17.7 1188055 lov.88,1938 88.8 1188130 Oct.88,1938 18.9 let. 8,1938 80.8 10v. 3,1938 19.7 178388 00t.17,1938 11:00 1.1. 17.5 178384 00t.17,1938 18.7 00t.25,1938 17.0 178385 00t.17,1938 88.8 178388 00t.17,1938 18.3 1188135 00t.17,1938 80.4 1188138 00t.17,1938 17.8 1188140 0°t.17,1938 19.7 1188141 0°t.17,1938 16.5 Oct.84,1938 15.6 00t.87,1938 16.1 lov.10,1938 18.9 1188144 00t.17,1938 16.8 - 178389 00t.18,1938 17.6 Oct.88,1938 18.6 00t.31,1938 18.5 107. 8,1938 19.3 -100- Band No, Qate Time Weight Tempergjure 178330 0°t.18,1933 19.5 178331 00t.18,1933 17.4 178333 OOt.18,1933 17.1 1183071 00t.31,1933 18.8 1183078 00t.38,1933 16.4 00%.39,1933 15.3 110.6 ‘IDV.11,1933 17.8 I01.13,1933 17.7 IOV.13,1933 18.6 l01.17,1933 17.3 107.18,1938 17.4 lb?.23,1933 19.3 000.15,1933 5:00 P.l. 33.8 160.7, 1933 5:00 P.l. 31.5 lnr.7, 1933 13:00 1.!. 18.8 109.8 1183083 00t.37,1933 18.5 00t.38,1933 16.9 1183088 00t.31,1933 17.3 lov.10,1938 17.6 1183090 00t.31,1933 17.5 109.9 1183098 00t.34,1933 11:00 1.1. 17.6 110.9 1183097 008.34,1933 30.4 109.3 1183104 00t.34,1933 30.0 1183105 00t.34,1933 19.9 1183103 00t.34,1933 18.9 1183107 00t.34,1933 30.8 778378 00t.35,1933 11:00 1.!. 19.3 110.3 178388 00t.36,1933 31.5 178389 003.38,1933 19.8 Oct.31,1938 17.4 301.3,1933 16.7 lov.9, 1933 17.7 [01.11,1933 17.8 lb!.13,1933 17.0 lb?.13,1933 17.5 19b. 6,1933 13:00 1.!. 30.5 109.7 19b. 7,1933 5:00 P.l. 18.9 Fob. 8,1933 5:00 Pol. 1608 1183115 00t.38,1933 10:00 1.1. 15.9 1183118 00t.38,1933 18.3 nd 0 1183117 1183118 1183119 1183131 1183133 1183133 1183134 1183135 1183138 1183148 1183149 178396 178397 178398 178399 178351 1183154 178353 178354 1183155 178355 1183159 1183185 1183188 at Tigg Weight Temperature 00t.88,1938 18.0 151.11,1938 19.7 00t.88,1938 19.0 00t.31,1938 7:00 1.2. 18.3 Oct.31,1938 19.4 00t.31,1938 17.8 110.7 lbv. 3,1938 16.7 lov.10,1938 18.9 00t.31,1938 17.8 111.8 00t.31,1938 80.8 107.3, 1938 18.8 167.9, 1938 80.4 00t.31,1938 18.3 109.5 00t.31,1938 18.8 113.6 lov.1, 1938 18.7 107.3 lov.1, 1938 80.5 107.0 lov.14,1938 81.4 lov.81,1938 80.9 lov.88,1938 88.5 lov.1, 1938 11:00 1.1. 18.7 lbv.1, 1938 18.6 lov.18,1938 19.6 lov.1, 1938 18.6 107.3, 1938 17.0 ‘0'. 1, 1933 180‘ 107. 8, 1938 8: 00 1. 1!. 19. 5 107.8, 1938 11:00 1.1. 19.3 lov.8, 1938 30.0 lov.3, 1938 7:00 1.1. 17.9 lov.8, 1938 17.5 lov.4, 1938 18.8 157.7, 1938 3:00 P.l. 19.0 lbv.18,1938 80.6 In. 7, 1938 80. 5 Band No. Date Time Weight Temperature 1188168 107. 8, 1938 19. 4 1188169 107. 8, 1938 18. 7 178361 107. 8, 1938 8: 00 P. K. 82. 4 107. 14, 1938 81. 3 1183178 lov.10,1938 13.4 1188173 107. 11, 1938 18. 4 1132174 107.11,1938 13.5 178474 Jan. 30, 1933 5: 30 P. I. 85. 7 109. 9 Jan. 31, 1933 18: 00 1. I. 88. 6 111. 3 10b. 8, 1933 18: 00 1. It. 88. 0 111. 8 10b. 6, 1933 18: 00 1. II. 86.4 111. 5 1eb.7, 1933 5:00 P.ll. 35.0 1188167 .1111. 31, 1933 18: 00 1. n. 18. 1 118. 0 10b. 8, 1933 18: 00 1. l. 19. 8 106. 5 178484 Jul. 31, 1933 18: 00 1. I. 81. 1 110. 8 tab. 3, 1933 13:00 A. no 30. O 1100 8 19b. 6, 1933 . 18: 00 1. l. 80. 8 178485 Jan. 31, 1933 18: 00 1. I. 81. 1 111. 8 1ob.3, 1933 5:00 P.l. 81.6 19b. 6, 1933 18: 00 1. ll. 80. 1 110. 9 19b. 9, 1933 5: 00 P. I. 18. 1 107. 5 178487 105. 8, 1933 18: 00 1. ll. 19. 7 110. 4 180. 3, 1935 5:00 Pol. 1903 110.8 10b. 6, 1933 5: 00 P. I. 80. 5 111. 1 105. 7, 1933 5:00 P.l. 19.6 178488 1». 3, 1933 5: 00 P. l. 81. 6 108. 9 10b. 6, 1933 13: 00 1. I. 19. 8 109. 3 178488 101:. 6, 1933 18: 00 1. I. 19. 0 111. 0 10b. 7, 1933 5: 00 P. I. 19. 1 105. 8, 1933 5:00 1.3. 30. 8 178489 1911. 6, 1933 18: 00 1. I. 19. 9 110. 1 105. 7, 1933 5: 00 P. I. 18. 8 10b. 9, 1933 18: 00 1. I. 16. 0 108. 3 105. 9, 1933 5: 00 P.ll. 15. 7 105. 7 178491 10b. 6, 1933 : 00 P. I. 88. 9 109. 8 195. 9, 1933 5: 00 P. I. 80. 8 108. 3 105. 14 , 1933 :00 1. I. 18. 9 110. 5 10b. 16 , 1933 5: 00 P.l. 19. 5 178493 1011. 7, 1933 18: 00 1. I. 17. 9 109. 7 178494 181). 7, 1933 13:00 1. I. 33. 6 109. 7 1017.7, 1933 5:00 P.l. 83.3 .0 Band No, Date 178495 178498 178497 178498 - 030365 178383 178384 1183133 -103- lime Wagght Tmrature_ 180.9, 1933 13:00 1.1. 19.8 107.7 180.10,1933 13:00 1.]. 14.8 103.8 180.7, 1933 13:00 1.“. 31.3 110.3 180.7, 1933 13:00 1.K. 33.1 103.9 180.7, 1933 13:00 1.“. 31.8 109.8 180.8, 1933 5200 1.3. 31.0 180.7, 1933 13:00 1.!. 33.8 109.7 180.15,1933 5:00 1.]. 33.6 110.3 180.18,1933 5:00 P.l. 33.1 181.18,1933 5 :00 1.1. 33.1 109.4 180.7, 1933 5:00 P.l. 30.7 100.14,1933 12:00 1.1. 17.9 111.1 r.b.15,1923 12:00 1.x. 16.3 110.0 180.7, 1933 5200 P.l. 35.0 180.9, 1933 5:00 1.]. 31.4 108.3 100.31,1933 5:00 1.]. 30.3 [11.30, 1933 13:00 ‘0‘. 190° ”:07, 1933 5:00 P.l. 3009 1100? 1pr.11,1933 3800 1.”. 18.7 109.8 1pr.13,1933 11:00 1.1. 17.5 110.7 1pr.13,1933 1:00 P.l. 17.5 111.5 1pr.19,1933 11:00 1.‘. 18.4 110.3 180.8, 1933 5100 P.l. 2302 003.31,1933 33.3 111.8 101.13,1933 19.3 180.9, 1933 5:00 P.l 30.8 108.3 180.13,1933 5200 P.l. 30.4 110.8 180.17,1933 13:00 1.!. 19.3 110.8 180.31,1933 13:00 1.1. 17.9 180.31,1933 5:00 1.]. 19.9 180.33,1933 :00 P.l. 19.3 111.0 180.33,1933 13800 1.3. 18.1 III.1, 1933 13:00 1.!. 17.0 111.7 “81.3, 1933 13:00 A.l. 17.9 113.1 381.3, 1933 :00 1.“. 19.5 111.3 111.10,1933 18:00 1.1. 19.0 110.7 1pr.7, 1933 3:00 P0“. 1803 1pr.7, 1933 53m Pol. 19.4 11008 1pr.11,1933 2:00 2.1. 80.6 110.2 1pr.18,1933 9:00 1... 17.1 110.7 ”1013,1933 8:00 80‘. 1703 11003 1pr.14,1933 8200 1.x. 17.0 111.0 1p1.17,1933 11:00 A.l. 19.3 111.1 1pr.18,1933 3:00 1.]. 18.3 110.9 1pr.19,1933 4:00 P.l. 20.3 191.30,1933 8:00 1.!. 18.8 110.8 1pr.30,1933 4:20 9.1. 19.1 111.5 1. ‘8 1. DO 7. I. 3! I. 0 '- OO '0 CI 0. 0 lo .8 08 '0 0. 23nd N9, Dgte 030343 178358 178443 178485 178358 178366 880417 890418 390419 Eggs w§;ggt Temperature 100.13,1933 5:00 P.lL 19.9 110.7 FDb.15,1933 5:00 P.l. 31.8 108.0 100.17,1933 13:00 A.l. 19.8 111.3 100.31,1933 13:00 A.l. 17.9 10b.33,1933 13:00 A.l. 17.0 110.5 lar.10,1933 13:00 A.l. 19.0 111.0 lar.30,1933 13:00 A.l. 18.0 Apr.19,1933 3:00 P.l. 30.3 109.6 lov.7, 1933 33.9 100.14,1933 13:00 A.l. 35.? 110.3 100.16,1933 13:00 1.1. 35.3 lbb.31,1933 13:00 A.l. 31.8 FBb.33,1933 13:00 A.l. 19.7 111.3 100.37,1933 5: P.l. 31.3 107.9 N0v.1, 1933 10:00 1.x. 19.7 lov.3, 1933 5:00 P.l. 30.1 100.15,1933 13:00 A.l. 19.5 110.3 10b.16,1933 13:00 1.1. 30.1 FDb.16,1933 5:00 P.l. 30.4 Fob.17,1933 13:00 1.3. 19.3 110.8 100.31,1933 5:00 P.l. 31.4 Pab.33,1933 5:00 P.l. 19.9 111.0 10b.38.1933 13:00 A.l. 18.1 lat. 3,1933 13:00 A.l. 19.3 111.3 m. 3, 1933 5: PAL 30.4 113. 0 Har. 6,1933 5: P.l. 18.9 111.5 III. 7,1933 13:00 1.1. 18.3 111.9 .lar.14,1933 5:00 P.l. 19.4 110.6 Apr.7, 1933 3:00 P.l. 30.5 Apr.10,1933 11:00 A.l. 18.3 111.4 Apr.11,1933 :00 P.l. 18.4 111.0 Apr.11,1933 4:00 P.l. 18.3 109.5 Apr. 13 , 1933 113 00 A. I. 17. 3 110. O Apr.19,1933 3:00 P.l. 19.5 Apr.31,1933 8:00 1.“. 17.6 lov.11,1933 3:00‘P.I. 18.4 100.16,1933 13:00 A.l. 30.5 100.31.1933 13:00 1.3. 18.4 [01.7, 1933 17.9 '0'. 11, 1933 170 1 100.31,1933 13:00 1.1. 18.7 Apr.5, 1933 11:00 A.l. 19.3 110.3 Apr.6, 1933 11:00 A.l. 16.5 110.4 Apr.30,1933 8:00 A.l. 18.0 109.3 lnr.10,1933 5:00 P.l. 18.3 110.5 Iar.30,1933 13:00 1.1. 17.7 Apr.6, 1933 1:00 P.l. 31.1 110.9 Apr. 6, 1933 5: 00 Pole 18. 9 1100 3 Apr. 6, 1933 5:00 Polo 310‘ 10507 8 n 9 8 8 O . I c I I O 0 v 8 . a - v. . . u . -8 '8 'l 8' 88 8' 8i '8 .88 88 88 ‘0 88 o 8 8 I 8 8 8 8 A 8 8 a 8 8 o t 8 U 8 8 8 0 8 I c 6 1 I o 8 t 8 o 8 8 8 0 8 O I 8 8 8 v ‘6 -105— fiand No, Date Iime We;ght Temperature B90434 Apr. 7, 1933 11: 00 A. H. 19. 1 ”1511,1933 2300 Polo 19.9 10501 290425 Apr.7, 1933 11:00 A.l. 19.3 590436 Apr.7, 1933 3:00 P.l. 31.5 290427 Apr.7, 1933 3:00 2.x. 20.3 390436 Apr.7, 1933 3:00 P.l. 31.6 390439 Apr.7, 1933 3:00 P.l. 33.6 390430 Apr.7, 1933 3:00 P.l. 33.3 290432 Apr.7, 1933 5:00 2.x. 21.2 109.5 290472 Apr.7, 1933 5:00 2.x. 19.1 Apr.18,1933 8:00 A.l. 16.9 106.7 B90434 Apr.8, 1933 6:00 A.l. 31.0 107.9 390435 Apr.8, 1933 8:00 A.l. 31.7 108.4. Apr. 13, 1933 8: 00 A. I. 20. 8 1090 0 Apr.17,1933 11:00 A.l. 24.5 110.2 Apr.18,1933 :00 A.l. 22.3 110.2 Apr.19,1933 1:45 2.1. 23.4 109.5 Apr.30,1933 8:00 1.3. 31.3 109.7 4890436 Apr.8, 1933 8:00 A.l. 20.3 107.9 290432 £pr.8, 1933 11:00 A.l. 22.3 109.0 Apr.11,1933 2:00 2.x. 22.2 109.4 Apr.14,1933 4:00 P.l. 20.7 111.2 Apr.15,1933 2:00 A.l. 19.5 110.9 492.12.1933 1:00 P.l. 20.0 109.7 Apr.21,1933 3:00 A.l. 18.4 110.4 Apr.34,1933 3:00 P.l. 21.5 111.3 Apr.37,1933 4:00 P.l. 30.3 111.3 lay 4, 1933 1:30 P.l. 30.7 880440 Apr.10,1933 11:00 A.l. 19.3 110.3 890441 Apr.IO,1933 11:00 A.l. 19.7 109.5 880443 Apr.10,1933 11:00 A.l. 17.4 110.4 290442 Apr.10,1933 11:00 1.x. 19.5 110.9 290449 Apr.11,1933 2:00 2.x. 23.2 105.4 B90450 Apr.11,1933 3:00 P.l. 16.6 106.0 390453 Apr.11,1933 4:00 P.l. 19.9 111.0 1131.18, 1933 4300 P0“. 3108 10507 290453 Apr.13,1933 11:00 1.x. 22.0 108.0 .0 ‘i 8. l. l. 8' -5 88 ‘I I .5. 8' I01 0. s 0 O o 0 n v I 8 t s 0. C t I 0 A l 9 o o O I 0 G .V 6 6 I O V t O I D L 1 o c o 8 C 18 8 8‘ —106— Wate 113219 ngggL Temggature 990454 Apr.13,1933 11:00 4.n. 22.7 109.5 Apr.13,1933 6:00 1.1. 30.5 110.0 Apr.19,1933 11:00 A.l. 34.7 109.? 890455 Apr. 13, 1933 4: 00 P. It. 31. 1 110. 3 890456 Apr.13,1933 9:00 1.8. 20.9 110.0 990457 Apr.13,1933 8:00 A.l. 19.2 Apr.14,1833 4:00 P.l. 20.2 107.9 890458 Apr.13,1933 1:00 P.l. 30.0 109.6 Apr.18,1933 9:00 A.l. 19.4 110.4 B90461 Apr.13,1933 3:30 P.l. 18.6 110.1 B90463 Apr.14,1933 6:00 A.l. 31.1 110.0 Apr.19,1933 4:00 P.l. 35.6 109.3 B90464 Apr.14,1933 8:00 A.l. 17.3 110.5 890465 Apr.14,1933 8:00 A.l. 17.1 109.0 B90466 Apr.14,1933 11:00 A.l. 30.4 110.0 990471 Apr.15,1833 9:00 1.x. 30.8 110.0 990479 Apr.30,1933 8:00 A.l. 19.1 Apr.38,1933 11:00 1.1. 18.9 109.1 390477 Apr. 17, 1933 4: 00 P. I. 30. 3 109. 8 890481 Apr. 18, 1933 8: 00 A. ll. 34. 7 109. 3 Apr.19,1933 4:00 P.l. 35.5 109.3 B90483 Apr.18,1933 1:00 P.l. 33.3 ,110.6 B90463 Apr.18,1933 1:00 P.l. 30.6 107.3 B90484 Apr.18,1933 1:00 P.l. 34.8 108.3 390495 Apr.16,1933 1:00 P.l. 33.4 108.5 B90486 Apr.18,1933 1:00 P.l. 37.6 106.9 99049? Apr.18,1933 1:00 P.l. 22.5 110.0 B90488 Apr.18,1933 1:00 P.l. 30.1 109.3 B90489 Apr.16,1933 1:00 P.l. 33.8 108.9 B90490 Apr.18,1933 1:00 P.l. 34.0 107.0 B90491 Apr.18,1933 1:00 P.l. 30.7 107.6 B90493 Apr.18,1933 1:00 P.l. 33.3 107.5 B90493 Apr.18,1933 1:00 P.l. 33.3 109.0 0 '0 nd 0 B90494 390495 B90486 880497 990490 990499 890500 058301 056304 056305 058306 058307 058308 058310 058315 058313 058330 058333 058334 058335 030370 030373 030376 030381 030386 030387 030389 ~107- D te Time Weight _Iggperature Apr.18,1933 4:00 P.l. 31.6 109.0 Apr.19,1933 8:00 A.l. 30.6 108.5 lay 3, 1933 8:00 A.l. 18.3 Apr.19,1933 8:00 4.1. 17.9 Apr.19,1933 8:00 A.l. 19.6 107.5 Apr.30,1933 8:00 A.l. 18.4 109.0 Apr.19,1933 11:00 A.l. 31.4 104.3 Apr.35,1933 8:00 A.l. 30.9 110.7 Apr.37,1933 1:00 3.3. 19.0 111.3 Apr.19,1933 11:00 A.l. 33.1 108.5 Apr.19,1933 11:00 A.l. 31.4 108.5 Apr.30,1933 1:00 P.l. 18.8 109.5 Apr.30,1933 1:00 P.l. 33.5 107.7 Apr.30,1933 1:00 P.l. 30.5 107.7 Apr.30,1933 1:00 P.l. 17.9 108.0 Apr.30,1933 4:30 P.l. 33.6 110.0 Apr.37,1933 8:00 A.l. 33.3 108.8 Apr.37,1933 1:00 P.l. 33.3 109.3 Apr.34,1933 3:00 P.l. 16.4' 107.5 Apr. 35, 1933 8: 00 A. ll. 19. 3 106. 7 Apr.36,1933 4:00 P.l. 19.0 109.7 Apr.37,1933 1:00 P.l. 17.3 109.3 Apr. 39, 1933 9: 15 1.1. 31.9 Apr.37,1933 8:00 A.l. 31.0 106.9 Apr.10,1933 33.1 109.6 Apr.10,1933 17.3 108.3 Apr.10,1933 10:00 1.1. 18.9 107.3 Apr.13,1933 11:00 A.l. 18.6 108.4 Ipr.15,1933 8:45 1.8. 30.4 110.3 Apr.19,1933 8:00 A.l. 19.4 108.5 Apr.17,1933 11:30 A.l. 34.1 108.1 . r B nd No. Date 030390 030391 030393 030396 038009 038010 038011 038013 038013 038014 038033 2 038036 038037 038047 038051 038060 038070 038071 038073 :1193 Weight Tgmggrature Apr.18,1933 3:00 P.l. 17.4 107.4 Apr.18,1933 3:15 P.l. 33.0 106.8 Apr.18,1933 3:15 P.l. 19.6 108.7 Apr.30,1933 8:00 1.1. 18.9 109.4 Apr.30,1933 3:45 P.l. 33.7 109.4 tpr.31,1933 8:00 A.l. 17.3 109.4 Apr.31,1933 11:00 A.l. 17.9 Apr.31,1933 11:00 1.1. 18.3 107.6 Apr.35,1933 1:00 P.l. 16.9 109.3 la: 5, 1933 17.1 109.6 Apr.31,1933 11:15 A.l. 17.3 108.3 Apr.34,1933 17.5 110.3 Apf.34,1933 11:15 A.l. 19.1 109.9 Apr.34,1933 7:15 A.l. 19.0 109.7 Apr.34,1933 4:30 P.l. 18.6 108.6 Apr.34,1933 4:45 P.l. 19.8 109.6 Apr.36,1933 4:45 P.l. 33.8 109.3 Apr.37,1933 11:45 A.l. 30.5 107.8 Apr.38,1933 7:00 A.l. 18.7 Apr.39,1933' 17.4 Apr.38,1933 7:15 A.l. 17.4 Apr.38,1933 11:30 1.3. 30.7 108.5 Apr.38,1933 11:45 A.l. 30.3 109.8 -109- TABLE I White-throated Sparrow Zonotrichia 11b1001119 Band lo. Date 7130 Weight (in 030741 00t.8, 1931 5:25 P.l. 35.3 00t.8, 1931 3:10 P.l. 25.9 00t.13,1931 9:20 A.l. 34.2 030743 00t.8, 1931 1:20 P.H. 24.2 00t.9, 1931 10:10 1.!. 20.9 00t.9, 1931 5:20 P.l. 30.4 00t.10,1931 5:45 P.H. 19.0 00t.13,1931 5:45 P.l. 19.0 030744 00t.7, 1931 9:20 A.l. 25.6 00t.7, 1931 6:00 P.M. 35.3 00t.13,1931 9:40 1.1. 23.3 OOt.13,1931 2:15 P.l. 2309 00t.14,1931 1:50 P.R. 23.2 00t.14,1931 5:45 P.l. 33.3 00t.15,1931 4:10 P.l. 20.7 00t.16,1931 10:20 1.2. 19.8 00t.16,1931 4:10 P.M. 19.8 00t.17,1931 9:30 A.l. 18.6 00t.17,1931 5:15 P.l. 19.3 00t.18,1931 9:50 A.l. 18.4 001:. 18,1931 5300 Pan. 1802 030745 00t.7, 1931 9:20 A.l. 29.0 00t.9, 1931 10:00 A.l. 25.8 00t.12,1931 5:10 P.l. 24.0 00t.13,1931 2:00 P.l. 24.1 00t.14,1931 9:45 A.l. 33.8 00t.14,1931 5:50 P.H. 24.9 00t.15,1931 9:45 4.11. 22.7 00t.15,1931 4:10 P.l. 24.4 030746 00t.7, 1931 9:35 A.l. 28.3 00t.11,1931. 5:50 P.l. 27.1 00t.14,1931 5:45 P.l. 25.4 ‘00t.17,1931 9:45 A.l. 34.5 00t.19,1931 13:50 P.K 27.0 030747 00t.7, 1931 9:35 1.1. 35.9 00:.37,1931 10:50 1.1. 34.8 00t.30,1931 4:10 P.l. 26.7 Temperature 111.3 109.3 109.7 108.7 109.4 109.1 109.3 110.6 106.3 108.9 110.3 108.5 109.3 111.5 107.0 107.3 111.0 110.1 111.5 109.4 109.5 106.3 109. 1 108.7 110.7 109.5 109.8 108.0 110.9 109.3 108.7 109.3 110.1 111.5 108.3 110.5 110.6 and 030749 030755 030757 030771 030773 030780 030782 030783 030785 030799 .0 -110- Tempergtures t time Weight Oct. 7, 1931 1: 45 P0 M. 240 2 1080 7 00t.11,1931 5:50 P.M. 21.0 110.3 00t.12,1931 6:10 P.l. 20.0 110.4 00t.13,1931 2:15 P.M. 19.6 109.8 00t.14,1931 9:35 A.l. 17.9 109.8 00t.14,1931 5:50 P.l. 19.8 110.1 00t.15,1931 10:00 A.l. 17.9 108.0 00t.16,1931 10:05 A.l. 18.0 106.5 Oct. 16, 1931 4:10 P0 H. 1 80 8 1100 8 00t.17,1931 12:30 P.l. 18.3 112.3 00t.17,1931 5:15 P.l. 17.3 111.1 00t.19,1931 2:12 2.x. 18.9 109.9 00t.24,1931 4:30 P.n. 21.2 111.0 00t.25,1931 9:45 A.l. 19.3 110.7 00t.25,1931 6:00 9.2. 19.8 111.0 00t.26,1931 10:45 A.l. 18.8 111.0 00t.26,1931 4:5 P.X. 19.6 111.3 00t.27,1931 10:45 A.!. 17.1 110.4 00t.27,1931 5:40 P.l. 18.6 110.2 00t.28,1931 9:20 A.l. 15.4 105.3 Oot.7, 1931 6:00 P.l. 25.9 108.7 00t.15,1931 2:30 P.l. 29.1 109.6 00t.7, 1931 6:15 P.l. 29.4 00t.10,1931 9:10 A.K. 26.0 110.8 Oct. 12, 1931 6: 10 P. I. 26. 7 110. 8 00t.13,1931 5:30 P.l. 26.8 110.9 00t.14,1931 5:30 P.l. 27.4 110.9 00t.8, 1931 5:20 P.l. 26.8 107.3 00t.11,1931 5:35 P.l. 26.0 109.4 00t.12,1931 9:55 A.l. ’ 107.1 00t.12,1931 6:10 P.l. 25.4 110.7 00t.14,1931 2:05 P.l. 23.9 110.1 00t.8, 1931 5:25 P.l. 23.5 109.4 00t.9, 1931 10:15 A.l. 19.8 107.8 00t.10,1931 8:40 A.l. 18.2 107.9 00t.10,1931 6:10 P.l. 19.5 107.3 00t.12,1931 9:55 A.!. 16.5 106.2 00t.8, 1931 6:00 P.l. 26.1 108.6 00t.9, 1931 10:00 A.l. 23.5 108.7 00t.9, 1931 10:15 A.l. 23.7 108.3 00t.15,1931 4:10 P.l. 25.5 112.0 00t.9, 1931 10:25 A.l. 24.0 110.4 00t.9, 1931 6:00 P.l. 21.5 109.1 00t.10,1931 6:10 P.!. 22.1 109.3 00t.12,1931 9:30 A.!. 21.1 Oct. 2 1931 6:10 P.l. 21.0 111. Iii!!! 8 .9 l 0 I v A. in I. D l I v I 4 O 0 O I O . 2:» Ii}; ii .1...’ if 9 Q C O I I v v a a 7: 0 An 8' O. '- .l 6 O 0 0 0 I O U I O D D O V O V I O U 9 O o a 5 O 0 Q U O l . .0 On . . O O ‘ O l I O ‘1 —111- Eand £0, Date Time Weight 79W 00t.13,1931 3: 15 P.l. 18.4 108.8 00t. 14,1931 9:45 A.!. 18.0 108. 8 001:. 14, 1931 1:18 P. K. 18. 1 110.2 0015.14, 1931 5:45 P.l. 19.0 108. 9 0013. 15 , 1931 9: 45 A. H. 17. 1 107. 7 00t.15,1931 2: 35 P.l. 19.7 109.7 000. 16, 1931 10:30 A. I. 19. 3 109. 7 00“. 18, 1931 4: 30 P. H. 18. 5 110. 5 030800 00%. 9, 1931 8: 00 P. K. 33. 1 110. 6 Oct. 27 , 1931 10: 45 A. 1!. 21. 2 109. 7 030801 00%. 10, 1931 8: 40 A. I. 34. 7 109. 7 030813 000. 11, 1931 5: 50 P.l. 34. 1 110. 8 Oct. 13, 19:51 9:45 1.1:. 23. 2 109. 9 001;. 13, 1931 5: 30 p.11. 34. 1 109. 9 030815 00$.13,1931- 3: 15 P.l. 35.1 107.9 Oct. 14, 1931 9: 45 A. I. 33. 9 109. 0 Oct. 15, 1931 10:00 A. I, 33.4 108. 7 00$. 16, 1931 10: 35 A. I. 30. 6 108. 8 00t. 18, 1931 4: 10 P.l. 23. 1 108. 0 00$. 17, 1931 9:45 A.l. 19.4 109. 4 00t.17,1931 12:15 9.x. 21.1 110.7 00%. 17, 1931 5: 15 P. H. 31. 1 110. 8 Oct. 19, 1931 9: 50 1. u. 19. 9 109.3 00t. 18, 1931 5: 30 P. H. 18. 8 108. 7 030835 000. 11, 1931 5: 15 P. H. 37. 3 108. 2 003. 13, 1931 9: 40 A. K. 34. 7 109. 5 Oct. 14, 1931 1: 15 P. H. 35. 3 109. 8 00 t. 16, 1931 10: 30 A. X. 36. 1 109. 8 Oct. 18, 1931 1: 15 p.11. 27. 1 109. 5 OOt. 16, 1931 4210 P.l. 25. 2 111. 2 001;. 17,1931 5:15 P.l. 23.5 111.5 001:. 19, 1951 9: 50 1.11. 21. 3 109. 7 000. 18, 1931 5: 00 P.l. 31. 9 110. 3 001:. 19, 1931 10: 05 A. I. 21. 6 11°. 3 00t. 19, 1931 3: 10 P. K. 33. 9 110. 2 00$. 30, 1931 10: 00 A.H. 33. 4 111. 5 003. 20, 1931 1: 30 P. I. 33. 8 110. 4 001:. 30, 1931 5: 30 P.l. 33. 8 111. 5 001:. 31, 1931 10: CO A. I. 33. 8 110. 4 ' 001;. 31, 1931 3: 00 P. I. 33. 9 110. 9 Oct. 21, 1931 4: 3° P.l. 32. 9 109. 8 0015. 23, 1931 1: 30 P.l. 35.1 111.5 001;. 33, 1931 4: 35 P. X. 34. 3 109. 3 000. 34,1931 4:30 P.l. 35.2 110.8 0015. 35, 1931 9: 30 A. I. 24. O 110. 3 Oct. 25, 1931 6: oo P.l. 23.0 109. o 001:. 26, 1931 10:15 A. u. 83. 4 00$. 37, 1931 10:45 A.l. 33.3 109.5 Oct. 28, 1931 5: 05 P. l. 23. 1 11°. 1 l A V I n . - 0 l 0 O O | . ' O L o r I b . . 9 O b I U a n C 0 ¢ I C O 4 ‘ l O 6 t v , . 9 I 0 d 0 I , u 1 l I G V 0 . v ' i f O . 5 l ' . O s a Q g . u 6 I 0 v '0 . - t I I I t ' 0 9 . - O I 0 s . 5 . - u : I \ D O O O p ‘ - V l s u . u . o I c I . o , . 9 v 9 I . v , o O o 9 o h , v 0 v a , 9 . . O 0 ¢ 1 I 9 . - Q 0 9 V . D g 0 V -112- 83nd No. ngte Jime Weight Tmrature Oct.29,1931 10:15 A.l. 22.4 110.8 Oct.29,1931 5:45 P.l. 23.3 109.9 00t.30,1931 4:45 2.1. 24.3 112.5 Oot.31,1931 10:00 1.1. 23.1 110.2 NOV. 3, 1931 10:10 A. M. m o 2 1090 4‘ lov.3, 1931 5:30 P.l. 21.9 108.3 109.4, 1931 10:05 A.l. 21.3 109.3 lov.4, 1931 5:10 P.M. 22.0 111.7 '0'. 5, 1931 10: 15 A. I. 20. 8 109. 4 lov.6, 1951 4:45 P.l. 24.2 110.6 lov.7, 1931 9:55 A.!. 22.5 109.0 '0'. 7, 1931 5:10 P. no 840 0 1120 1 lov.8, 1931 5:38 P.!. 23.8 110.7 lov.9, 1931 4:50 P.l. 24.1 112.6 lov.11,1931 9:45 A.l. 26.0 111.5 lov.11,1931 4:45 P.lh 27.8 110.9 lav.12,1951 9:45 A.!. 26.5 110.8 lov.12,1931 5:15 P.l. 27.6 112.4 lov.13,1931 4:15 P.l. 28.1 112.4 lov.14,1931 9:40 A.l. 27.4 112.2 - lov.16,1931 4:45 P.l. 28.4 112.0 lov.17,1931 9:45 A.l. 28.3 110.8 lov.17,1931 5:20 P.l. 30.0 112.2 lov.18,1931 10:00 A.l. 28.9 110.3 lov.19,1931 5:30 P.!. 25.8 109.3 Nov.23,1931 5:10 P.l. 25.4 110.5 lov.24,1931 5:05 P.!. 26.9 110.0 lov.25,1931 9:45 A.!. 25.1 111.1 lov.26,1951 5:10 P.l. 27.8 110.4 000.1, 1931 10:10 A.l. 27.5 111.7 D0001, 1931 5:40 Pol. 2906 11103 030829 00t.11,1931 5:15 P.l. 29.5 107.5 Oct.12,1931 5:30 P.l. 26.8 109.4 00t.13,1931 2:00 P.l. 28.3 110.5 00t.14,1931 9:20 A.!. 27.2 108.9 00t.15,1931 1:35 P.!. 29.2 109.1 00t.18,1931 9:50 A.l. 25.8 109.3 00t.19,1931 2:10 P.l. 28.1 109.7 00t.20,1931 9:45 A.l. 26.7 108.9 00t.25,1931 9:45 A.l. 28.5 111.9 00t.27,1931 10:45 1.1. 29.1 110.2 Oct.29,1931 10:15 1.1. 31.0 110.8 Oot.29,1931 5:45 P.lL 30.0 111.2 030831 00t.11,1931 5:50 P.l. 25.8 110.0 Oot.12,1931 6:15 P.lh 24.6 109.9 Oot.13,1931 9:40 A.l. 23.2 110.3 00t.13, 1931 3:15 P.l. 84.0 111.5 00t.14,1931 9:20 A.!. 23.0 109.4 OOt. 14 , 1931 1: ‘0 Po no 83. 8 109. 7 00t.14,1931 5:45 P.l. 23.8 110.7 00t.15,1931 10:00 1.1. 20.8 109.8 00t.15,1931 4:10 P.l. 21.7 110.6 030932 Oct. 12, 1931 9: 15 1.11. 26. a 109. e ‘l .I . .I n 0 030835 030848 030848 030854 030886 030927 030944 178185 8173543 8173544 178187 8173546 8173547 8173549 8173600 8173301 8173606 —113— t 11.98 M18111 NW 00t.13,1931 9:30 A.l. 34.3 110.5 00t.13,1931 3:00 P.l. 34.4 111.8 00t.14,1931 9:35 A.l. 31.3 109.4 00t.14,1931 5:45 P.l. 31.4 109.3 00t.13,1931 5:30 P.lk 37.5 109.3 00t.14,1931 9:45 A.l. 34.7 109.3 00t.15,1931 9245 A.l. 34.4 108.3 001:. 16, 195 1 10: 05 A. 1:. 24. 5 109. 7 00t.17,1931 9:30 A.l. 34.1 110.3 00t.17,1931 5:15 P.l. 25.0 111.2 00t.19,1931 10:05 A.l. 34.9 110.0 00t.19,1931 5:30 P.l. 36.8 111.1 00t.12,1931 6210 1.1. 23.3 106.9 Oct. 13, 1931 1: 50 P0 H. 21. 9 110.4 00t.13,1931 5:35 P.l. 36.5 109.5 00t.15,1931 3:35 P.l. 35.9 110.1 00t.17,1931 5:30 P.l. 34.7 113.1 00t.31,1931 9:50 A.l. 35.3 111.9 00t.24,1931 4:15 2.x. 25.4 111.1 00t.18,1931 5:15 P.“. 37.5 110.5 00t.27,1931 10:45 A.l. 22.9 111.0 00t.31,1931 10:00 A.l. 36.1 110.1 Apr. 25, 1922 4:00 p. x. 30. 3 112. 7 Apr. 28, 1932 9: 00 1.! so. 0 110.4 Apr.25,1932 9:00 A.l. 39.7 110.3 Apr.35.1933 4:00 P.l. 38.9 107.1 1px. 26, 19:52 4: oo P.l. 28. 1 111. 7 Apr.24,1932 11:00 5.1. 39.0 111.0 Apr. 28, 1932 9: 1. n. 28. 7 110.4 ”1534,1933 4:00 P.l. 30.7 111.0 1p:.27,1932 9:00 1.11, 30.7 110.5 Apr. 25, 1922 9: 00 1. I. 30. 2 109. 5 1p:. 26, 1922 4: 00 2.11. 28.4 no. 6 Apr.27,1932 4:00 P.l. 39.0 111.5 Apr.30,1933 9:00 A.l. 33.8 110.0 Apr. 26, 1932 4:00 p. x. 32. 5 108. 7 Apr. 27, 1933 9: 00 A. I. 32. 8 109. 1 Apr. 37, 1932 9: 00 A. I. - 34. 1 109. 7 Apr. 27, 1932 4: 00 p.11. :51. 2 111. 0 Apr. 30, 1932 9: oo 1.11. so. 8 108. 5 —114- flggg £0, Date Time Weight .173608 1p:.29,1932 9:00 1.2. 28.6 110.7 In: 2, 1932 4:00 9.x. 35.0 110.1 5173609 Apr.29,1932 9:00 1.1. 29.2 111.0 .173810 1pr.29,1932 9:00 1.x. 28.1 109.6 .173611 Apr.89,1932 9:00 1.2. 28.7 110.0 5173612 Apr.29,1932 4:00 9.1. 33.0 109.7 9173913 1p:.29,1932 4:00 P.l. 28.0 110.0 .173814 Apr.29,1933 4:00 9.2. 26.0 108.7 .173615 1pr.29,1932 4:00 9.9. 27.5 110.1 .173817 Apr.89,1932 4:00 9.1. 28.7 110.9 .173619 1p:.29,1932 4:00 9.1. 29.7 109.4 .173620 Apr.29,1932 4:00 P.l. 30.6 110.4 .173621 1p:.29,1932 4:00 9.2. 31.4 110.2 9173622 Apr.29,1932 4:00 2.1. 29.2 110.0 0173623 Apr.30,1932' 9:00 A.l. 109.0 .173624 Apr.30,1932 9:00 1.!. 26.6 108.9 .173625 1p:.30,1932 9:00 1.1. 30.0 108.5 0173626 Apr.30,1932 4:00 2.2. 29.5 109.7 8173637 Apr.30,1932 4:00 9.1. 31.2 110.5 8173638 1p:.30,1932 4:00 P.l. 32.2 110.2 .173629 1p:.30,1932 4:00 2.1. 32.4 108.6 .173631 lay 1, 1932 9:00 1.1. 29.1 110.0 9173832 nay 1, 1932 9:00 1.x. 28.7 109.5 may 3, 1932 4:00 2.1. 29.6 109.9 8173633 Kay 1, 1932 9:00 A.!. 25.4 109.8 may 2, 1932 9:00 1.n. 25.7 108.6 lay 5, 1932 4:00 P.l. 30.4 110.0 .173637 Kay 1, 1932 4:00 9.9. 30.7 110.7 .173638 nay 1, 1932 4:00 9.x. 31.3 111.4 .173639 may 1, 1932 4:00 P.l. 32.7 110.6 .173640 May 1, 1932 4:00 2.1. 27.1 111.1 lay 2, 1932 4:00 2.8. 28.1 110.2 12229221929 nd 0 8173641 8173643 8173647 8173648 8173649 8173650 8173653 8173654 8173655 8173656 8173657 8173658 8173659 8173660 8173661 8173662 8173667 8173672 8173668 8173669 8173670 8173671 -115— ate Time Weiggt ngperature l8y 3, 1932 4:00 P.l. 30.2 110.9 [3,10, 1932 4:00 Fox. 25.4 Iayll, 1932 4:00 P.l. 25.0 110.9 May 1,1932 4:00 P.!. 29.0 110.0 H8! 3, 1932 4:00 P.K. 29.9 110.0 Kay 2, 1932 9:00 A.l. 30.7 110.7 May 2, 1932 4:00 P.M. 30.1 110.1 [8! 3, 1932 9:00 A.M. 27.1 106.5 I8! 8 1932 9:00 1.8. 24.1 109.7 May 11,1932 4:00 2.11. 24.5 110.5 lay 16,1932 4:00 P.lL 24.6 lay 18,1932 9:00 1.1, 21.9 110.9 May 18,1932 4:00 P.M. 21.6 111.5 M81 28,1932 1:00 P.l. 23.3 112.1 Kay 3, 1932 9:00 A.l. 26.4 110.4 I8! 3, 1932 4:00 P.l. 29.3 111.0 may 3, 1932 4:00 9.11. 32.4 110.1 Kay 4, 1932 9200 1.1. 25.5 109.7 Hay 4, 1932 9:00 A.l. 29.1 110.6 Kay 4, 1932 9:00 A.!. 29.4 111.2 I8! 6, 1932 4:00 P.l. 26.1 111.2 Kay 4, 1932 9:00 A.l. 27.0 111.2 flay 4, 1932 4:00 P.l. 26.0 110.0 Hay 4, 1933 4:00 P.l. 30.2 110.1 Kay 4, 1933 4:00 P.l. 32.7 110.2 In! 4. 1938 4:00 2.11. 30.6 110.1 In! 5, 1932 4:00 P.l. 28.8 109.6 Hay 5, 1932 4:00 2.11. ‘ 29.5 110.4 In? 11.1933 4:00 2.]. 31.3 111.0 Hay 5, 1933 4:00 P.l. 27.6 109.5 Q -116— Bang No, ngte gime Weight ngggrgture 8173676 lay 10,1932 9:00 A.!. 30.7 110.2 lay 11,1932 4:00 P.l. 29.5 110.7 8173682 Kay 6, 1932 4:00 P.M. 26.0 110.4 I8y 8, 1932 4:00 2.2. 25.7 108.6 I8y 11,1932 4:00 P.l. 23.2 110.0 May 13,1932 4:00 P.l. 19.7 108.4 8173683 Kay 6, 1932 4:00 P.lb 28.1 108.9 8173687 I8! 7, 1932 10:OOA.H. 28.8 109.7 8173695 I8y 8, 1932 4:00 P.l. 25.9 109.6 .lay 9, 1932 4:00 2.3. 26.0 110.5 I8y12,1932 9:00 A.l. 23.2 110.9 l8y 12,1932 4:00 P.l. 22.5 110.2 18y 13,1932 4:00 2.“. 22.3 110.0 8173701 It! 7, 1932 4:00 P.l. 28.6 109.6 8173702 I8! 7, 1932 4:00 P.lL 26.3 109.9 8173703 lay 7, 1932 4:00 P.l. 30.5 107.8 8173704 l8y 7, 1932 4:00 2.1. 26.2 109.5 030187 I8y 7, 1932 4:00 2.3. 29.1 110.3 8173709 I8y 8,1932 9:00 1.1. 28.7 109.1 8173710 I8! 8, 1932 9:00 A.l. 29.2 109.8 8173711 18y 11,1932 4:00 P.l. 33.2 110.1 8173716 lay 8, 1932 4:00 P.l. 32.4 108.4 8173719 lay 8, 1932 4:00 P.l. 31.1 109.5 8173722 lay 8, 1932 4:00 P.l. 24.5 109.2 8173723 lay 8, 1932 4:00 P.l. 34.0 109.2 8173726 fig: 8, 1932 4:00 P.l. 25.7 109.0 lay 11,1932 :00 1.1. 27.1 110.2 8173727 I8y 8, 1932 4:00 P.l. 29.9 109.5 8173729 18y 9, 1932 9:00 A.l. 25.4 109.8 8173731 l8y 9, 1932 9:00 A.l. 26.4 109.9 I8y 11,1932 4:00 P.l. 27.7 110.0 .. . ‘1 '0 o I L 1 4. n ) o r . On I. ll _ n 8 . ‘0 h 0 O O 8 9 0 8 8 .. .7 I 1 r n 0 8173732 8173733 8173734 8173735 8173736 033656 8173743 8173744 8173747 033652 8173752 8173754 033670 8173756 8173758 030184 033660 8173762 8173768 8173769 033673 030298 030299 030300 030301 —117—- 1999e28£9£9_. t lime Weight In 9, 1932 9:00 1.11. 26.6 109.3 may 9, 1932 9:00 1.11. 25.4 110.1 May 11,1932 9:00 8.1. 24.8 110.7 In 9, 1932 9:00 1.11. 30.5 I8y 11,1932 9;00 8.“. 31.4 109.9 m 9, 1932 4:00 P.l. 31.9 109.9 lay 9, 1932 4:00 P.l. 28.9 109.7 18y 11,1932 :00 A.l. 29.3 110.1 nay 10,1932 4:00 P.l. 27.8 109.0 lay 10,1932 9:00 A.l. 31.2 108.5 nay 13,1932 9:00 1.11. 28.6 109.8 I8y 10,1932 4:00 2.8. 31.2 108.7 Hay 10,1932 4:00 P.l. 30.9 108.3 May 11,1932 4:00 P.l. 35.1 In 11,1932 9:00 1.11. 31.6 109.4 lay 11,1932 4:00 P.l. 31.3 110.5 l8y 11,1932 4:00 P.l. 29.1 110.3 I8! 11,1932 4:00 P.l. 88.4 Ihy 11,1932 4:00 P.l. 30.8 110.4 88y 12,1932 4:00 9.1. 34.5 110.2 lay 13,1932 9:00 A.l. 85.0 109.0 I8y 13,1932 9:00 A.l. 29.4 108.3 lay 13,1932 4:00 P.l. 30.5 108.5 88y 13,1932 4:00 9.8. 28.8 108.8 May 16, 1932 4:00 P.l. 26.9 111.0 809t28,1932 3:00 P.l. 22.9 110.8 s.pt28,1932 3:00 2.x. 26.1 109.9 000.7, 1932 4:30 P.l. 24.2 110.9 Oct.8, 1932 4:00 P.l. 83.6 110.7 88pt28,1932 3:00 P.l. 19.1 108.4 8.pt28,1932 3:00 2.1. 21.1 108.8 89pt29,1932 3:00 P.l. 22.3 109.8 ' I L- J I. 8 _ v. , I A . . .- 8 n V I . s 1. . V 8 8 8 L n . . . . . t .— I h . . . 1 . . V l .5 -5 .I' 0 J . ._ . 9 4 V 8 V V I ' O O F 0 . v I n 8 9 L b . v . ... g 4 A. _ C ‘ ‘ U 2 I 1 . .I -0 . I 0‘ .. ‘. r , n . .1 h '6 6- '0 l. O. 8 8 O I 8 8 8 O 8 8 _ s 1 8 I o . . . . I r r . r r 8 I Q . . . o v nd 030302 030304 030310 030311 030312 030313 030316 030319 0 t6 00t.4, 1932 80pt28,1932 80pt29,1932 00t.6, 1932 00t.7, 1932 00t.19,1932 00t.25,1932 00t.27,1932 00t.29,1932 00t.31,1932 107.1, 1932 107.3, 1932 907.4, 1932 907.7, 1932 907.8, 1932 [07.9, 1932 107.10.1932 507.11,1932 Hov.12,1932 lov.14,1932 lov.14,1932 lov.16,1932 lbv.18,1932 Iov.18,1932 lov.19,1932 lov.23,1932 lov.26,1932 IICVVN51353,:153£523 lov.30,1932 000.1, 1932 000.1, 1932 119N38113, :1132523 000.3, 1932 0.0.8, 1932 0.0.9, 1932 000.12,1932 0.0.13,1932 D.0.13,1932 sopt29 1932 Oct. 4:1932 80pt30,1932 Oct. 5,1932 80p829,1932 80pt29,1932 Oct. 4,1932 007. 5,1932 Sept29,1932 Oct. 3,1932 00t.11,1932 —118— 5... 010010101 .0 .0 00 .0 .0 88888 '2 10:00 3:00 3:00 3:00 3:00 3:00 5:00 5:00 3:00 2.!- P.l. A. I. A. I. P. M. P.l. I’Clll. A. H. P.l. P.l. P. I. P.l. P.l. P.l. 1,8133. P.lk P.l. A. l. A. M. 1. l. P.l. P.IL P.l. A.l. A.l. A.l. P.l. A. I. A.H. P.l. P.l. P.l. P.l. P.lk P.l. A.l. P.lL P.l. A.l. P.l. P.l. P.l. P.l. P.l. P.l. P.lk P.l. Weight 24.4 26.7 23.6 21.6 22.4 23.9 24.9 26.3 26.2 27.3 25.7 24.9 26.1 28.4 28.1 29.3 27.9 28.0 27.5 27.2 27.8 29.6 27.0 28.1 27.1 26. 1 26.6 29.3 26.6 26.7 27.9 27.0 26.2 27.9 30.7 31.1 29.4 31.0 24.5 23.2 21.7 22.3 25.7 28.9 29.2 26.0 28.1 34.0 22.4 111.2 111.6 110.0 110.2 110.0 109.5 110.3 110.0 106.7 111.3 Band 30, Date 030318 030321 030320 8173961 8173962 030325 8173964 8173969 8173970 8173971 030332 8173973 8173978 8173968 8173979 8173980 8173985 030347 __gime Weight Temperatugg 80pt29,1932 5:00 P.l. 24.3 109.6 002.3, 1932 5:00 P.l. 22.5 110.8 00t.10,1932 3:00 P.l. 23.0 111.2 Oct. 8,1932 4:00 P.l. 32.6 111.2 002.34,1932 10:00 A.l. 19.4 109.2 00t.17,1932 5:00 P.l. 18.4 00t.19,1932 3:00 P.l. 18.0 00t.23,1932 10:00 A.l. 19.2 80pt30,1932 10:00 A.l. 23.2 110.1 00t.3, 1932 5:00 P.l. 24.4 111.6 80pt30,1932 10:00 8.8. 21.5 110.9 Dot. 4,1932 20.7 109.3 Oct. 7,1932 4:30 P.l. 19.4 110.3 80pt30,1932 3:00 P.lL 23.8 111.5 00t.7, 1932 4:30 P.l. 21.4 111.5 002.17,1932 5:00 P.H. 19.7 00t.3, 1932 5:00 P.l. 27.8 110.2 00t.5, 1932 3:00 P.n. 26.2 109.6 00t.3, 1932 5:00 P.l. 24.6 111.6 00t.4, 1932 3:00 P.l. 24.4 111.0 00t.5, 1932 3:00 P.l. 23.0 111.5 00t.4, 1932 10:00 A.l. 24.7 109.2 00t.4, 1932 10:00 A.l. 27.5 110.0 002.4, 1932 3:00 P.l. 27.6 108.5 00t.5, 1932 5:00 P.l. 27.6 109.7 00t.10,1933 3:00 P.l. 34.0 111.0 00t.5, 1932 3:00 P.l. 27.8 109.7 00t.11,1932 3:00 P.l. 27.2 00t.24,1932 5:00 P.l. 29.1 00t.6, 1932 10:00 A.l. 19.1 109.0 00toz7,1933 10:00 A.l. 34.3 00:. 5,1932 5:00 9.8. 22.3 111.0 00t.11,1932 3:00 P.l. 20.4 00t.13,1932 3:00 P.l. 20.3 002.18,1932 3:00 2.8, 21.5 009.33,1933 4:00 P0“. 30.4 00t.6, 1932 10:00 1.8. 24.6 000.6, 1932 5:00 P.l. 25.4 111.5 Ooto'l. 1932 10:00 8.1. 26.1 110.1 o o o I o 0 v o h I Q 4 U a O o u l D. 9 l - ' . ox . 0| C, a C C . . n v I, . . . v I r 70 9! .0! (I Q: or O! O» r. .0 O! '0 7x .0 ‘u If I. II I! U. 60 v n O. L a a 0 t o o 0 b. 0 o o o o b I Q 0 5 0 V 0 9 G I 0 Q 0 O I C O O 8 0 0 O O i 0 v 0 6 0 t O o 0 o I C D ‘ I O O U 0 I 8 I O t t o 4 t o A h 0 b b .0 c n 4 o O b 2090 No._#Qate Iime Weight Temperagggg 030349 00t.7, 1932 10:00 A.l. 27.1 111.2 030350 00t.7, 1932 10:00 A.l. 25.2 111.4 030352 00t.7, 1932 10:00 A.M. 25.5 110.3 00t.11,1932 3:00 P.M. 21.2 00t.18,1932 3:00 P.l. 22.1 00t.20,1932 3:00 P.l. 21.2 00t.28,1932 3:00 P.l. 23.8 00t.31,1932 5:00 P.l. 24.7 lov.3, 1932 3:00 P.l. 24.3 lov.9, 1932 10:00 A.l. 28.7 lov.11,1932 3:00 P.M. 27.7 flov.12,1932 10:00 A.l. 26.3 lov.17,1932 10:00 A.l. 27.0 N0v.18,1932 5:00 P.l. 28.2 N0v.23,1932 10:00 A.l. 27.1 111.2 0173986 00t.10,1932 3:00 P.l. 26.2 00t.17,1932 5:00 P.l. 26.3 00t.23,1932 4:00 P.l. 26.7 111.0 0173808 00t.8, 1932 4:00 P.l. 25.1 109.0 0173815 00t.10,1932 3:00 P.l. 23.1 110.7 030356 00t.10,1932 10:00 1.2. 25.0 110.4 0173824 00t.12,1932 10:00 1.8. 25.3 0173826 00t.12,1932 10:00 1.0. 23.2 0173827 00t.12,1932 10:00 A.l. 27.1 0173828 00t.12,1932 10:00 A.l. 26.4 0173829 00t.12,1932 10:00 1.0. 26.0 nov.l, 1932 4:00 P.l. 23.7 112.2 30702, 1932 4:00 P0“. 2206 lov.3, 1932 3:00 P.H. 18.8 lov.8, 1932 5:00 P.n. 20.0 Hov.9, 1932 5:00 P.M. 21.2 N0v.16,1932 5:00 P.H. 25.6 N0v.17,1932 10:00 A.l. 23.8 lov.18,1932 10:00 A.l. 20.1 N0v.18,1932 5:00 P.M. 20.6 0173839 00t.13,1932 10:00 A.k. 25.6 0173836 00t.13,1932 3:00 P.M. 25.1 0173841 00t.13,1932 5:00 P.H. 24.0 00t.18,1932 5:00 P.H. 22.1 00t.19,1932 3:00 P.M. 20.3 .8 fl. 2 u . -121— 30nd No, gate 110; Wagght Iegperature 0173855 00t.14,1932 10:00 A.l. 21.9 00t.14,1932 5:00 P.l. 22.1 £78310 00t.14,1932 10:00 1.8. 25.4 0173840 00t.18,1932 3:00 P.l. 24.3 0173844 00t.14,1932 5:00 P.u. 29.4 0182064 00t.18,1932 10:00 1.8. 25.3 Oct.20,1932 1 25.6 604656 00t.18,1932 3:00 P.H. 23.3 604657 80%.19,1932 3:00 P.H. 27.8 0 ~25,1932 5:00 9.0. 28.1 00t.26,1932 3:00 P.M. 27.8 111.5 00t.28,1932 3:00 P.u. 26.2 604658 00t.20,1932_ 10:00 A.l. 24.6 604659 00t.20,1932 3:00 P.H. 30.0 604660 00t.20,1932 3:00 P.H. 26.9 604663 00t.23,1932 10:00 A.l. 22.5 00t.25,1932 3:00 P.H. 22.3 604663. 00t.21,1932 3:00p.n. 22.7 604664 00t.21,1932 3:00 P.l. 27.0 604665 00t.23,1932 10:00 A.l. 28.7 00t.27,1932 3:00 P.H. 26.4 Nov.4, 1932 3:00 P.n. 25.7 NOV07, 1932 5:00 P.l. 2606 NOVOB’ 1933 5:00 P0“. 2500 Nov.10,1932 3:00 P.l. 23.2 30v.11,1932 10:00 A.l. 19.7 604666 00t.21,1932 3:00 P.K. 21.0 00t.23,1932 4:00 P.l. 20.1 604632 00t.22,1932 5:00 P.l. 27.3 604640 00t.23,1932 4:00 P.l. 23.2 604643 00t.26,1932 10:00 A.l. 23.7 110.9 00t.27,1932 3:00 P.l. 21.8 00t.28,1932 10:00 1.3. 18.4 604644 00t.27,1932 3:00 P.M. 25.7 7- -122— fiand 110, Date [1.2210 ngght Temperature £78237 80pt28,1932 4:25 P.M. 22.8 109.7 Oct. 7,1932 24.9 111.5 00t.1o,1932 24.8 111.1 00t.18,1932 24.0 £78238 80pt28,1932 4:40 P.l. 25.3 0134776 80pt29,1932 11:20 A.K. 25.8 111.5 0134777 Sept30,1932 23.0 110.3 0134779 80pt30,1932 21.3 110.7 N0v.26,1932 24.6 0134782 00t.3, 1932 5:00 P.M. 24.6 109.6 0134783 00t.3, 1932 28.1 109.8 00t.6, 1932 3:00 P.l. 27.2 110.5 0134784 00t.3, 1932 25.2 110.3 0134786 00t.3, 1932 27.9 108.7 00t.4, 1932 8:00 1.x. 24.2 109.3 0134787 00t.3, 1932 27.7 109.7 0134788 00t.4, 1932 8:00 1.1. 23.9 109.4 0134792 00t.4, 1932 1:00 P.l. 23.7 110.6 0134793 00t.5, 1932 8:00 A.l. 26.2 109.8 0134794 00t.5, 1932 23.1 109.3 0134795 00t.5, 1932 24.2 109.6 0134797 00t.6, 1932 7:00 A.M. 23.7 108.2 0134798 00t.6, 1932 23.7 111.2 0134799 00t.6, 1932 26.0 109.0 0134808 00t.23,1932 28.7 00t.24,1932 29.4 00t.26,1932 27.9 00t.27,1932 29.1 00t.21,1932 20.6 00t.23,1932 20.7 00t.25,1932 19.9 00t.26,1932 19.6 111.0 00t.27,1932 19.6 00t.29,1932 19.2 111.6 00t.30,1932 16.6 —123- Teggprature 30nd No, Date Time Weight 0134812 000.10.1932 28.9 110.6 0134814 00t.11,1932 25.0 109.6 0134815 007.11.1932 27.5 108.1 4 0182005 007.11,1932 26.2 0182006 00t.11,1932 26.7 0182013 007.12.1932 11:00 1.8. 24.2 007.19,1932 26.0 00t.24,1932 24.2 00t.26,1932 22.4 00t.28,1932 22.1 007.29.1932 22.5 112.6 007.30.1932 19.6 00t.31,1932 20.5 0182014 00t.13,1932 7:00 1.2. 28.8 0182015 000.13,1932 25.4 0182017 00t.13,1932 23.8 0182018 00t.13,1932 29.2 0182029 00t.13,1932 27.6 007.27.1932 29.8 0182030 00t.18,1932 24.6 007.23,1932 25.0 003.23.1932 24.3 007.24,1932 25.0 00t.27,1932 26.5 0182035 ' 003.13,1932 26.9 0182040 007.14,1932 26.0 0182042 00t.14,1932 24.7 0182043 00t.14,1932 20.2 007.19.1932 22.1 0182133 00t.17,1932 24.1 0182137 00t.17,1932 24.7 0182139 00t.17,1932 27.5 0182147 00t.18,1932 22.2 007.23,1932 19.8 007.29.1932 20.5 111.0 007.30,1932 17.6 000.24,1932 19.3 00t.27,1932 19.9 0182063 0182068 0182076 0182092 0162093 0182094 0182108 b90473 b58219 40605 058226 058230 058231 058232 40670 058235 058236 058237 058238 058239 058240 058241 058242 058243 058244 058259 —124- ate Time Weight Temgerature 00t.26,1932 21.1 111.1 00t.27,1932 21.9 00t.27,1932 19.5 00t.21,1932 27.0 00t.21,1932 22.7 111.6 00t.26,1932 30.8 111.4 307.1, 1932 22.5 112.7 [07.2, 1932 22.7 lovll, 1932 22.7 00t.26,1932 24.4 Apr.15,1933 8:00 1.1. 27.3 110.2 Apr.25,1933 8:00 A.l. 23.8 109.4 tpr.25,1933 2:30 P.l. 31.3 109.6 Apr.27,1933 1:00 P.l. 30.3 110.5 Apr.29,1933 26.8 110.7 Apr.28,1933 11:00 0.1;. 31.4 110.0 Apr.28,1933 1:00 P.l. 31.7 109.9 Apr.29,1933 9:45 A.l. 28.0 May 4, 1933 8:00 A.!. 24.6 108.5 H0y11, 1933 8:45 A.l. 25.7 Apr.29,1933 9:15 A.!. 28.6 Apr.29,1933 9:15 A.l. 29.4 Apr.29,1933 9:15 1.!. 24.4 100.29.1933 9:15 A.l. 25.7 Apr.29,1933 9:30 A.!. 27.4 Apr.29,1933 1o: 00 4.1:. 27.2 Apr.29,1933 10:00 1.2. 26.4 Apr.29,1933 10:00 A.M. 29.9 Apr.29,1933 10:00 A.!. 29.8 Apr.29,1933 10:00 A.l. 29.9 May 1, 1933 29.1 d No 058263 058265 058266 058267 058282 058283 058284 058288 058289 058294 058295 058504 058507 40620 058510 058511 058512 058513 058514 058515 058516 058517 t6 1‘37 H87 03 b . lay la! la! 10y U U. lay lay . May Hay In! . Ofiwwylol-‘HHH b Hay 3, Kay 4. lay 4. nay 10, Kay 11, "Y 9: May 10, May 9, Kaylo, Kay 9, _ H01 10, Alay 16, Kay 9, 110! 9. Kay 9, 10y 11, I0y 9, May 9, l0! 9, K0y10, May 11, Kay 12, 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 1933 8:45 8:45 8:45 11:00 A.l. A. M. A.l. A. I. A. M. P.l. A. 11. P.l. P. ll. P.l. A. l. A. l. A. M. A. l. P. l. A.l. A.IL A. H. P.l. 1.x. P.ll. 1.14. A. 1:. 1.1:. A. l. A. I. A. l. A. I. Weizht 26.4 28.1 25.8 30.1 25.4 25.7 27.6 26.3 27.8 29.9 31.8 26.3 28.9 35.7 25.8 36.1 28.1 26.7 29.1 28.0 38.2 29.2 30.7 27.6 29.3 28.3 28.1 28.5 30.3 27.3 25.4 25.3 26.6 _Ie er 11002 109.4 108.8 109.0 110.3 111.1 109.6 108.6 110.4 109.2 109.3 110.0 110.5 11006 1'8 o o u 4 0 . . I ' . I 9 I 0 l . 0 p v . , . 0‘ . Q O O I . v . ' .‘ ‘ 0 I t t I . . O c 0 0 0 . . O 0 b 0 , . J 6 0 0 v o . b a 1 0 u . l . 0 0 I . . C I , o ' - :'_ l- '- 0 0 v \. n . ,. O ‘ K 5 . i 0 u . . " . I N 1"“ 9 v C O . - . a ' — t I 0 o D 9 O i- 4 . , 0 4 o o l ’ g I O 0 I 0 . i I 0 I I .0 , - C 0 0 0 A - 0 ‘ 0 ’ ,_ I 0 0 , { V 0 - v- 3- . a ‘ 7 , . . . ’ U . p - ' f , . r ' .- o 0 0| 0 Q l n - -- 0 4 v '0 f ' ' ' ‘ o f n 1‘ 9 0 o o . a: - I ’ ’ .7. Q o I ' - . - A: q, q o , . . . . o 0 o . . 0 . O . . o .’ ’ 0 a 0 058518 058519 058520 058521 058522 058523 058524 059525 058526 058527 058529 058547 058549 40623 058552 058554 058555 058556 058556 40625 40628 40627 40628 ~126— ate Iimgfi Weiggt Tegggggtggg Kay 9, 1933 8:45 A.l. 25.2 107.7 May 9, 1933 8:45 1.1. 28.8 Ray 9, 1933 8:45 A.l. 30.7 Hay 13,1933 8300 A0“. 2800 May 9, 1933 8:45 4.2. 27.6 108.5 May 11,1933 8:45 A.l. 28.1 109.2 10y 9, 1933 8:45 A.l. 27.2 108.6 lay 10,1933 8:00 A.M. 25.0 May 11,1933 1:30 P.l. 24.9 109.7 May 11,1933 25. Kay 9, 1933 8:45 A.M. 31.9 108.4 May 9, 1933 8:45 A.l. 32.6 109.5 10y 9, 1933 6:45 A.l. 29.9 109.6 Kay 9, 1933 1: 30 P.l. 3903 Kay 9, 1933 41:30 P.l. 30.3 l0y 10,1933 8:30 A.!. 28.6 I0y 12,1933 8:00 A.l. 24.7 lay 10,1933 11:15 A.!. 27.7 I0! 11,1933 1:30 P.l. 27.1 109.9 May 11,1933 27.6 lay 10,1933 11:15 A.l. 29.2 lay 11,1933 29.9 108.5 l0y 10,1933 8:30 A.!. 29.4 lay 10,1933 6:30 A.l. 26.7 H0y 10,1933 8:30 1.1. 29.0 lay 11,1933 8:45 A.!. 28.5 '0! 12,1933 8:00 A.!. 26.1 [0! 10,1933 8:30 A.l. 26.4 lay 10,1933 11:15 1.2. 27.3 lay 10,1933 2:00 P.l. 31.5 lay 10,1933 2:00 P.R. 32.6 I0! 10,1933 2:00 P.l. 29.6 lay 10,1933 2:15 P.l. 32.3 v -127- Eand no, pgte xgge Weight Temgerature 058559 nay 10,1933 4:30 2.0, 27.8 058560 May 11,1933 8:45 A.l. 27.5 110.0 058563 May 11,1933 1:30 P.l. 30.5 109.3 058564 lay 11,1933 1:30 P.l. 30.8 109.6 058567 May 11,1933 4:00 P.l. 29.1 May 12,1933 25.4 058569 May 12,1933 8:00 A.l. 30.3 058571 lay 12,1933 8:00 1.1. 22.8 058577 May 15,1933 4:30 P.l. 34.2 110.4 058578 May 15,1933 4:30 P.M, 28.8 110.1 038056 Apr.28,1933 7:00 A.l. 24.4 108.0 038057 Apr.28,1933 7:00 A.l. 27.9 038058 Apr.28,1933 7:00 1.0, 27.1 Apr.29,1933 26.7 Kay 1, 1933 11:15 A.l. 28.9 110.6 038059 Apr.28,1933 7:15 1.0. 24.9 038061 Apr.28,1933 7:15 A.!. 27.1 038062 Apr.28,1933 7:15 A.K. 26.0 038063 Apr.28,1933 7:15 A.!. 25.8 038064 Apr.28,1933 7:30 A.l. 25.8 038065 Apr.28,1933 7:30 A.l. 25.5 108.7 038066 Apr.28,1933 7:30 A.!. 29.0 038067 Apr.28,1933 7:30 A.!. 28.6 038069 Apr.28,1933 7:30 1.1. 27.1 65914 Apr.28,1933 7:15 A.H. 27.0 038080 Apr.29,1933 8:00 A.l. 28.4 109.9 038082 Apr.29,1933 8:30 A.l. 28.3 109.9 038085 lay 4, 1933 8:15 1.0. 26.9 108.8 038087 May 4, 1933 30.5 038088 lay 5, 1933 26.0 110.0 Q .. 0 . . I . . O I O u U 0 I r v 00 c 0 I 0 0 I 'u I, I. .I I. ‘0 ’0 C Q I 8 I U D O O 0 O O O I o O I 6 0 I v a O b 0 O L o Band £0, pate 7100 Weight_ nggeratggg 038094 I0! 3, 1933 3:30 P.M, 27.5 110.9 Ray 4, 1933 25.6 110.3 038095 lay 1, 1933 11:00 A.l. 26.2 109.6 May 5, 1933 3:15 P.M, 24.5 110.5 038096 [0! 1, 1933 11:00 A.l. 29.2 109.7 038097 May 1, 1933 11:00 A.l. 28.3 108.6 038098 Kay 1, 1933 11:00 A.l. 25.9 110.0 038099 May 1, 1933 4:30 P.M. 28.8 038100 May 1, 1933 4:30 P.l. 29.0 058301 May 1, 1933 4:30 P.k. 27.4 058302 May 1, 1933 4:30 P.l. 28.1 516779 May 2, 1933 7:00 A.l. 29.5 516782 may 4, 1933 28.9 111.3 516784 May 2, 1933 9:30 A.M. 30.3 lay 5, 1933 29.5 109.9 058306 lay 2, 1933 1:30 P.l. 30.0 109.3 516788 lay 3, 1933 28.4 110.3 058313 lay 3, 1933 1:15 P.l. 29.0 110.0 05831? lay 8, 1933 8:15 A.!. 23.6 108.8 058318 lay 8, 1933 8:15 A.M. 28.7 110.3 058319 Hay 8, 1933 2:00 P.l. 25.5 109.2 058322 l0: 8, 1933 3:20 P.l. 27.3 110.0 058323 Hay 9, 1933 7:40 A.l. 26.7 058324 007 9, 1933 9:45 1.11. 28.9 108.2 _ 058325 Hay 10,1933 11:15 A.!. 23.0 058326 lay 9, 1933 12:00 P.l. 25.0 516793 lay 9, 1933 3:00 P.l. 27.3 108.4 . lay 12,1933 6:00 A.l. 25.8 516794 l0y 9, 1933 3:30 P.l. 24.9 058329 lay 11,1933 8:30 A.l. 28.6 Hay 13.1933 8:45 1.14. 25.6 -128- ~129- Band 30, Date Time Weight Teggerature 058330 May 12,1933 8:15 4.8. 27.0 058331 Hay 12,1933 8:15 A.M. 27.4 058333 nay 12,1933 8:30 1.0. 23.7 058334 nay-12,1933 8:45 1.0. 24.3 058335 lay 12,1933 8:45 1.8. 27.5 058336 lay 12,1933 9:45 4.0. 24.2 058337 May 12,1933 9:45 4.8. 22.4 40703 9 May 12,1933 11:15 A.l. 22.7 40708 May 15,1933 11:30 A.l. 28.9 109.4 40721 May 18,1933 11:00 1.0. 25.5 109.5 058343 May 18,1933 9:00 4.3. 26.7 108.2 058344 May 18,1933 9:15 4.1. 25.1 110.0 058345 007 18,1933 9:15 1.0. 30.4 110.0 058347 Hay 20,1933 9:00 1.3. 22.4 109.3 o . 0 , . 0 C . I ‘ t 0 v 1 1 r- l 0 5 0 I ' - 1 ,. _. I 7 I 7 o . I , . - - - .. 4 - a ' ‘ ' L 0 0 . 0 . ‘ - P 0 ' O O 0 y , 0 - 0. . , ‘ _ . . ' - . o 4 . 0 J . . .0 ‘ a . . a . l C o s i O t » . ' I -‘ "o 4 - I . r - Q ‘ n ’ - 0 I . v o 4 . - 0 . - . u ‘ . C ,0 - ,. . I I O ‘ O I 7 g - p - ' r 0 “ - 0 ' " 0 v v v D . . _ 0 . 0 . , - .- .. .. 0 . 0 0 0 o . . - a Q t - a. I ‘ _ . t 9 9 i 0 I :- - ,- v- ' Q I . v 0 ' ' ! -130- TABLE XI ,iiasileippi Song Sparrow Heloopiza melodia beata 90nd lo. Date Time Weight Temperature jin 3:898) (in degrees PAL 030758 Oct. 8,1931 9:25 1.8. 21.3 030761 Oct. 8,1931 9:45 A.u. 19.2 110.0 030806 00t.10,1931 5:30 2.2. 19.8 104.0 030816 00t.11,1931 4:45 P.l. 23.8 102.0 030836 00t.12,1931 9:30 A.l. 23.2 107.8 030649 00t.13,1931 9:30 A.l. 19.4 110.5 030884 00t.18,1931 10:00 A.l. 21.0 107.6 030906 00t.24,1931 8:20 A.M. 24.1 110.8 00t.25,1931 9:45 A.l. 22.1 111.4 030971 ' Iar.19,1932 5:15 P.l. 21.3 110.3 Har.21,1932 12:05 P.l. 20.9 109.6 030973 [81. 29, 1932 13:15 P.l. 800 8 10900 030976 Apr. 1,1932 12:10 P.l. 23.6 110.2 Apr. 5,1932 5:30 P.!. 24.5 110.0 030983 Apr. 5,1932 5:30 P.l. 20.1 111.5 030985 Apr. 6,1932 9:00 A.l. 20.8 111.3 030987 Apr. 6,1932 9:00 A.l. 20.7 110.5 Apr.14,1932 9:00 A.l. 15.7 109.6 Apr. 15 , 1933 9: 0° ‘0 X. 20. 1 1090 9 ”1520,1932 4:00 P0 H. 17.0 11300 May 4,1932 4:00 P.l. 18.0 111.3 030988 Apr. 6,1932 5:00 P.X. 20.6 110.9 Apr. 9,1932 10:00 1.9. 19.7 109.9 Apr.10,1932 11:00 A.l. 19.6 111.1 Apr.13,1932 4:00 P.l. 17.8 111.3 Apr.22,1932 9:00 A.l. 18.1 110.1 lay 23,1932 9:00 A.l. 20.6 111.3 and No 030989 030778 030994 030993 £78003 £78004 £78005 £78012 030875 b90262 £78132 £78136 £78137 b90260 £78149 £78155 ate Weight Temggrature Apr. 6,1932 P.l. .23.6 110.1 1pr.14,1932 1.M. 19.7 107.6 00t. 8,1931 P.l. 19.2 110.3 Apr. 7,1932 1.8. 19.9 111.4 Apr.11,1932 P.l. 20.2 Apr.13,1932 1.0. 18.7 108.9 Apr. 8,1932 1.H. 23.1 108.2 lay 1,1932 P.l. 21.1 109.0 lay 18,1932 1.0. 20.1 109.9 1pr. 8,1932 1.11. 20.1 109.4 Kay 9,1932 P.l. 21.1 109.7 80y 18,1932 1.x. 19.9 110.3 Apr. 9,1932 1.0. 23.4 110.3 Apr.14,1932 2.0. 20.? 110.3 1p:.15,1932 1.0. 19.2 110:8 1pr.16,1932 P.l. 19.3 110.0 Apr.18,1932 P.l. 19.1 111.5 Apr.19,1932 P.l. 19.9 111.4 1pr.26,1932 1.0. 18.5 110.3 @1528, 1933 P.l. ‘ 3003 11103 Apr.29,1932 1.8. 19.6 110.1 Apr.29,1932 P.l. 18.9 111.0 1pr.30,1932 1.!. 17.3 104.5 ‘prO 9, 1932 ‘0 no 22. 1 1pr.26,1932 2.8. 21.6 110.5 lpr.29,1932 A.l. 19.2 110.8 Apr.30,1932 1.8. 19.0 110.4 Apr. 9.1932 9.0. 20.7 00t.17,1931 1.3. 18.5 110.3 00t.21,1931 P.l. 19.6 111.0 Apr.11,1932 P.l. 20.2 110.7 Apr.13,1932 1.x. 18.5 110.9 Apr.11,1932 P.l. 21.4 111.5 upr.13,1932 1.8. 21.5 107.7 1pr.13,1932 1.0. 20.3 110.7 Apr.14,1932 1.0. 20.8 110.3 Apr.15,1932 A.l. 19.6 110.4 1pr.26,1932 P.H. 20.8 112.0 1pr.15,1932 P.l. 22.9 111.8 Apr.16,1932 A.l. 20.1 111.2 May 9,1932 1.0. 21.3 107.0 nay 10,1932 1.0. 20.6 108.7 I - a o . O 3 0 . I I 0 l o 0 0 V C Q I I v 0 s v I o 0 I 000.! 88nd No. Date £78172 8173538 030502 £78184 178190 030508 £76211 £78214 £78222 £78224 £78225 178226 030295 030297 030315 030346 b90403 £78432 £78443 £78240 0134789 0182033 £78326 b90023 Time Weight Teqpeggture Apr.24,1932 11:00 1.1. 20.4 Apr.18,1932 9:00 1.2. 18.7 107.8 1pr.28,1932 9:00 1.8. 17.9 Apr.29,1932 9:00 1.8. 18.1 110.2 Apr030,1932 9:00 1.5. 18.0 108.4 May 4,1932 4:00 P.l. 18.7 112.0 Apr.19,1932 9:00 A.l. 18.6 110.3 Apr.22,1932 4:00 P.M. 20.4 Apr.28,1932 4:00 P.M. 21.3 111.5 lay 4,1932 9:00 A.l. 18.7 110.7 Hay 6,1932 4:00 P.l. 20.3 110.4 Hay 10,1932 4:00 P.l. 22.3 108.9 flay 17,1932 9:00 A.l. 21.8 111.6 May 18,1932 4:00 P.M. 19.7 108.6 lay 25,1932 4:00 P.l. 19.9 110.6 Hay 26,1932 :00 1.1. 19.7 109.3 lay 19,1932 4:00 P.l. 19.6 108.2 80pt28,1932 10:00 1.8. 20.3 109.5 80pt28,1932 3:30 P.l. 19.8 108.4 8ppt29,1932 3:00 P.l. 19.2 108.6 1pr.10,1933 18.9 110.5 Oct. 7,1932 10:00 1.!. 20.5 111.5 Apr.13,1933 _3:30 P.l. 21.9 110.4 00t.20,1932 10:00 A.l. 20.0 00t.27,1932 10:00 1.0. 19.8 307. 1,1932 10:00 1.8. 20.1 80pt29,1932 9:45 1.H. 20.3 108.2 Oot. 4,1932 19.4 109.9 00t.13,1932 22.3 00t.17,1932 19.2 Apr. 5,1933 5:00 P.M. 20.3 110.2 Apr. 7,1933 :00 1.0. 15.8 -133- fignd No, Date Time Weight Temgerature 090414 Apr. 5,1933 5:00 P.l. 22.6 110.9 Apr. 6,1933 1:00 P.l. 2009 11103 Apr. 8,1933 8:00 1.8. 19.6 110.0 Apr.11,1933 8:00 1.11. 20.2 109.6 Apr012,1933 18.9 110.4 1pr.13,1933 8:00 A.l. 17.8 110.1 ”1515,1933 11:00 A.l. 2004 11200 1pr.17,1933 20.2 112.0 Apr.18,1933 8:00 1.8. 19.9 111.3 Apr.20,1933 8:00 A.l. 19.6 111.2 b90415 Apr. 6,1933 1:00 P.H. 20.2 110.0 1pr.13,1933 8:00 1.3. 19.0 111.4 b90416 Apr. 6,1933 1:00 P.l. 20.3 110.7 b90421 Apr. 7,1933 8:00 A.l. 17.9 b90437 1pr.11,1933 2:00 P.M. 18.6 106.5 b90439 Apr. 8,1933 11:00 1.!. 25.2 107.0 1pr.11,1933 2:30 P.M. 25.6 110.1 1pr.13,1933 1:00 P.H. 24.7 111.3 h90447 1pr.12,1933 2:00 P.!. 19.9 110.6 May 12,1933 19.0 May 26,1933 8:15 1.9. 17.9 105.7 b90448 1pr.11,1933 2:00 P.l. 22.2 109.8 b90451 1pr.11,1933 2:00 P.l. 21.4 108.5 590460 Apr.13,1933 3:30 P.M. 19.1 111.0 b90474 1pr.19,1933 6:00 A.H. 18.7 107.5 Apr.20,1933 8:00 A.l. 17.5 109.2 Apr.20,1933 ~ 2:30 P.l. 18.6 108.8 b90480 1pr.19,1933 2:00 P.l. 18.4 058202 Apr.18,1933 11:00 A.M. 20.3 109.9 058203 1pr.19,1933 2:00 P.l. 21.5 108.? 058214 1pr.24,1933 3:00 P.l. 20.3 110.6 1pr.25,1933 1:00 P.l. 19.5 111.2 058217 May 4,1933 1:30 9.0. 20.3 £78252 Apr.25,1933 2:30 P.l. 22.8 110.8 Apr.27,1933 8:00 1.M. 20.2 109.3 Apr.28,1933 8:00 A.l. 20.0 110.2 058300 May 5,1933 3:30 P.H. 22.0 110.6 Hay 16,1933 1:00 P.l. 20.1 110.3 030380 Apr.12,1933 3:15 P.l. 20.4 108.6 -134- 829d No._#Qate Time Weight Teggerature 030384 Apr.15, 1933 8: 00 1.1!. 17. 3 111.0 038023 Apr.22, 1933 17. 8 109. 7 038032 Apr.24,1933 7:00 A.M. 17.6 109.5 TABLE XII Eastern Cowbird Molothrua ater ater Band No. Date Time Weight Temperature (in grams) (in degrees F.) 8256780 Apr.7, 1952 5:00 P.lL 41.0 110.5 Apr.22,1932 4:00 P.l. 4307 11103 52 Apr.26,1932 4:00 P.l. 47.2 110.5 May 2, 1938 9:00 A.l. 40.1 110.0 8256781 Apr.8, 1952 10:00 1.x. 50.1 111.4 Apr.13,1938 4:00 P0“. 4609 11001 Apr.16,1932 9:00 1.5. 48.4 109.9 ({7 Apr.20,1932 4:00 P.l. 45.5 112.0 Apr.25,1932 4:00 P.l. 48.7 111.7 1pr.28,1952 9:00 A.l. 47.0 111.0 ”1526,1933 ‘200 P.l. 48.3 11108 Apr.27,1932 4:00 9.x. 48.0 112.7 Apr.28.1932 9:00 1.1. 45.5 111.7 May 2, 1952 9:00 1.x. 48.8 112.1 nay 2, 1952 4:00 P.l. 47.0 111.9 may 9, 1952' 4:00 9.1. 48.8 112.0 8256782 Apr.8, 1952 10:00 A.l. 55.9 110.4 nay 10,1952 4200 9.x. 49.5 110.5 c? May 12,1952 4:00 P.l. 48.9 110.9 8856783 Apr.8, 1952 5:00 9.9. 51.8 110.5 Apr.21,1932 9:00 1.x. 49.2 111.7 May 1, 1952 4:00 P.H. 52.0 112.0 07‘ May 5, 1952 9:00 1.11. 49.5 109.7 nay 5,1952 4:00 P.l. 48.4 110.1 May 4, 1932 9:00 ‘0“. 47.0 10908 9253384 Apr.8, 1952 5:00 P.l. 50.5 110.1 591555 Apr.6, 1952 5:00 9.x. 44.5 110.9 May 19,1952 9200 1.5. 42.0 109.5 ifi nay 22,1952 11:00 1.5. 45.9 110.5 0252;85 Apr.9, 1952 10:00 A.l. 57.8 110.5 8256788 Apr.14,1932 4:00 P.H. 47.4 111.4 C; Apr.16,1933 9:00 4.x. 42.9 110.5 Apr.19,1938 9:00 A.l. 4207 102962 Apr.15,1932 4:00 9.5. 45.2 111.5 .258799 Apr.15,1932 4:00 9.15 44.8 109.1 cf’ Eand 30, Date Time Weight Iemgerature “568% Apr.15,1932 4:00 P.“. 48.8 11000 Apr.24,1932 4:00 P.l. 49.9 111.2 Hay 27,1932 4:00 P.K. 47.9 111.3 JUne 4,1932 11:00 A.l. 46.1 110.4 591558 Apr.15,1932 4:00 9.8. 45.0 (? Apr.10,1933 4:00 P.M. 44.7 107.4 107867 May 3, 1932 9:00 A.M. 38.9 108.1 107869 Apr.18,1932 4:00 P.M. 49.8 110.3 (fl Apr.21,1932 9:00 A.l. 50.6 111.4 8256801 May 9, 1932 9:00 1.x. 49.8 110.5 C? Haylo, 1932 4:00 P.M. 51.3 111.2 8253802 Apr.21,1932 9:00 A.H. 51.8 111.0 8134735 Apr.26,1932 9:00 A.X. 40.7 108.8 9 May 18,1932 4:00 P.li. 43.6 110.5 8256804 May 2, 1932 9:00 A.!. 40.8 109.6 lay 24,1932 9:00 A.M. 40.9 110.5 E ‘ lay 27,1932 4:00 P.ld. 43.9 109.8 8256805 May 3, 1932 4:00 P.M. 47.7 110.7 May 19,1932 9:00 A.M. 45.2 6? May 25,1932 9:00 A.M. 45.8 109.9 May 28,1932 1:00 P.M. 43.6 111.4 nay 51,1952 4:00 2.8. 45.7 112.0 June 2,1932 9:00 A.l. 41.7 109.1 8256813 May 11,1932 :00 A.K, 49.1 110.8 May 19,1932 4:00 P.£. 47.7 110.9 d" May 24,1952 4:00 2.8. 45.0 110.5 lay 25,1932 9:00 A.l. 43.0 109.6 8256814 lay 11,1932 4:00 P.l. 43.8 110.3 07' May 24,1932 9:00 8.14. 41.4 110.7 3353916 May 18,1932 4:00 P.M. 48.3 110.5 825%318 May 18,1932 4:00 P.l. 46.5 111.4 8256319 lay 19,1932 9:00 A.l. 47.8 8252820 May 21,1932 4:00 P.l. 42.4 111.3 516770 May 22,1932 11:00 A.l. 45.4 110.7 May 23,1932 9:00 A.M. 46.1 111.2 8256821 lay 28,1932 1:00 P.M. 49.6 110.8 <57 " .20 b .l p n I I . . 0| 0. .la (a I. IV a. O. 0 s t 0 8 v A t O O I Q 4 A I 0 0 0 6 4 b o 6 s 0 a O 4 < Egnd No, Date 40598 a” 40802 on 528505 0? 107870 c5 107871 67 107872 07 107888 0” 107889 $’ 107890 0” 528510 10 895 07 3919384 484814 0" 484815 Time Weggpt Temperatu3§_ Apr. 5, 1933 11: CO A. K. 530 8 1110 2 Apr.10,1932 4:00 9.8. 50.5 110.4 Apr.10,1932 11:00 4.8. 50.7 ' 107.9 Apr.11,1932 1:45 9.8. 49.1 Apr.14,1932 48.8 110.7 Apr.17,1932 11:00 A.M. 47.2 110.7 1p:.14,1952 11:00 A.M. 47.5 110.2 Apr.14,1938 11:00 A.M, 55.8 110.8 Apr.15,1932 8:00 4.8. 44.8 110.5 Apr.18,1932 1:00 P.l. 45.0 109.7 4p:.19,1952 8:00 A.M. 42.9 109.5 Apr.20,1932 1:00 9.8. 51.9 108.5 Apr.80,1932 1:00 P.!. 54.5 109.9 May 4, 1952 55.4 111.1 'Apr.2o,1952 1:00 9.8. 44.7 109.9 Apr.24,1932 5:00 9.8. 58.5 109.8 Apr.25,1932 8:00 1.5. 48.2 110.1 Apr. 14, 1932 9215 Add. 36. 9 109. 3 may 19,1952 8:30 1.8. 58.4 109.7 nay 25,1952 8:00 1.8. 59.9 110.1 4pr.25,1952 11:50 4.1. 48.9 109.0 Apr.25,1938 11:45 1.1. 55.8 109.5 TABLE XIII -—138- White ~ crowned Sparrow Zonotrichia leuOOphrys leuoophrys. Band 30. D8te Time Weight Temperature (ingrams) (in degrees F.1_ 030767 00t.7, 1931 1:30 P.lL 23.4 106.8 Immature 030768 00t.7, 1931 1:30 P.l. 23.4 109.2 Immature 00t.10,1931 10:30 A.M. 21.5 109.1 ' 00t.12,1931 9:40 8.“. 21.5 109.4 00t.13,1931 9:30 A.l. 21.3 109.3 00t.13,1931 1:50 P.l. 21.0 108.1 00t.14,1931 9:35 A.l. 21.2 107.9 00t.14,1931 1:5 P.l. 20.9 110.4 00t.14,1931 5:40 P.l. 22.3 110.4 030813 00t.12,1931 5:30 P.l. 25.9 108.8 Immature 00t.13,1931 1:50 P.l. 23.7 109.5 00t.14,1931 1:55 P.n. 24.2 109.4 00t.15,1931 4:35 P.l. 24.6 111.0 030856 00t.13,1931 5:35 P.n. 24.3 104.6 Immature 030908 00t.24,1931 4:15 A.l. 28.0 110.7 Immature 8173673 May 7, 1932 10:00 A.l. 30.0 Hay 10,1932 4:00 P.H. 33.0 110.2 8173684 lay 6, 1932 4:00 P.!. 31.5 110.1 8173686 May 7, 1932 10:00 A.l. 29.5 108.9 nay 11,1932 ' 4:00 P.l. 34.1 110.3 8173697 May 12,1932 4:00 P.l. 25.9 109.4 Hay 13,1932 4:00 P.l. 25.0 108.2 8173700 May 7, 1932 4:00 P.l. 33.3 108.0 8173705 Hay 8, 1932 9:00 A.l. 30.8 109.3 8173707 May 8, 1932 9:00 A.l. 33.4 109.3 May 8, 1932 4:00 P.l. 32.7 110.6 Hay 11,1932 9:00 A.l. 33.6 110.2 May 12,1933 4:00 P.l. 35.8 11107 lay 13,1932 4:00 P.l. 36.0 110.5 figgd N9, gate Time 581ght Temgerature 8173708 lay 8, 1932 9:00 A.l. 31.8 108.6 May 9, 1932 9:00 A.l. 29.1 109.8 8173714 May 11,1932 4:00 P.H. 38.1 8173715 May 8, 1932 4:00 P.l. 34.4 108.8 8173717 Kay 8, 1932 4:00 P.l. 38.7 108.5 8173724 May 8, 1932 4:00 P.l. 27.2 107.7 8173725 Hay 8, 1932 4:00 P.H. 32.8 107.3 8173730 May 9, 1932 9:00 A.l. 28.6 109.3 May 11,1932 9:00 A.l. 28.5 109.4 May 12,1932 4:00 P.l. 29.6 110.5 8173738 May 9, 1932 4:00 P.H. 36.4 110.5 8173740 May 12,1932 4:00 P.l. 30.2 109.4 8173741 Ilay 10,1932 9:00 A.l. 36.2 105.9 8173742 May 10,1932 9:00 A.E. 31.1 108.3 8173745 May 10,1932 4:00 P.l. 35.3 -109.7 8173746 Hay 10,1932 4:00 P.l. 31.7 109.8 8173748 May 12,1932 4:00 P.H. 29.4 109.5 8173750 Hay 11,1932 9:00 A.l. 32.4 109.0 8173751 May 11,1932 9:00 A.l. 35.5 109.7 8173753 May 11,1932 4:00 P.l. 32.4 109.9 8173755 May 11,1932 4:00 P.H. 36.5 109.8 8173757 Hay 11,1932 4:00 P.l. 36.3 107.5 May 13,1932 9300 8.1. 35.1 108.0 8173761 May 12,1932 4:00 P.l. 31.4 108.3 8173765 May 13,1932 4:00 P.l. 32.6 106.0 8173770 May 17,1932 9:00 A.l. 30.6 109.3 8173771 Hay 17,1932 4:00 P.l. 22.9 110.1 8173772 May 17,1932 4:00 P.l. 32.2 108.0 8173773 lay 18,1932 9:00 A.l. 29.5 109.0 8173975 Oct. 5,1932 10:00 A.l. 27.8 109.0 Immature 8173982 Oct. 5,1932 3:00 P.K. 29.4 109.5 Immature —139- 88nd No, Date Time Weggfit Temperature 058320 May 8, 1933 2:00 P.l. 35.5 107.0 Hay 10,1933 8:30 A.!. 28.8 May 12,1933 8:00 A.l. 26.8 40610 May 2, 1933 31.7 110.5 May 4, 1933 8:00 A.M. 30.4 110.3 40611 May 3, 1933 11:45 8.1. 25.9 110.8 May 4, 1933 8:00 4.5. 25.0 110.9 May 9, 1933 8:45 8.x. 27.2 109.6 058285 Kay 2, 1933 1:30 P.l. 29.9 110.3 40613 May 3, 1933 11:45 A.l. 32.5 110.4 Hay 5, 1933 8:00 A.l. 31.4 109.9 058299 Hay 5, 1933 8:00 8.8. 32.3 109.6 058528 lay 11,1933 4:00 P.l. 30.0 058541 nay 11,1933 1:30 P.l. 31.8 108.9 058553 May 10,1933 8:30 A.M, 34.7 lay 12,1933 8:00 4.8. 32.9 058557 May 10,1933 11:15 A.l. 32.6 108.9 058561 may 11, 1955 1: 50 p.11, 54. 5 109.0 058585 May 11,1933 4:00 P.!. 31.9 058566 May 11,1933 4:00 P.l. 36.7 058570 May 12,1933 8:00 8.3, 30.7 «140- O TABLE -141- XIV Bronzed Grackle Quiscalus quiscula aeneus Band lo. Date Time Weight Temperature (in grams) (in degrees F ) 8425984 Apr.4, 1932 4:30 P.l. 86.0 111.6 Apr.27,1932 4:00 P.lL 88.7 111.7 8406518 Apr.5, 1932 9:30 8.2, 91.3 111.0 8406517 Apr.5, 1932 9:30 A.l. 91.3 111.7 8406518 Apr.5, 1932 5:30 P.l. 122.7 112.5 8406519 Apr.6, 1932 5:00 P.l. 102.0 111.6 527292 Apr.8, 1932 5:00 P.!. 99.0 111.0 Kay 3, 1932 4:00 Pane 103.2 10909 8425997 Apr.8, 1932 5:00 P.l. 94.3 110.4 8406520 Apr.8, 1932 5:00 P.l. 91.3 111.2 8406521 Apr.8, 1932 5:00 P.l. 125.6 110.9 8406522 Apr.8, 1932 5:00 P.l. 91.1 112.0 8406523 Apr.9, 1932 10:00 A.l. 116.6 111.9 8406524 Apr.9, 1932 10:00 8.1. 86.2 113.0 8406525 Apr.9, 1932 5:00 P.l. 119.2 111.0 Apr.20,1932 4:00 P.l. 103.2 109.8 Apr.21.l952 9:00 1.11. 98.8 110.6 Apr.24,1932 4:00 P.l. 113.0 111.7 8406526 Apr.9, 1932 5:00 P.l. 125.1 109.8 8406527 Apr.10,1932 5:00 P.l. 122.4 110.7 8406536 Apr.26,1932 9:00 A.l. 90.3 110.3 8406543 Apr.29,1932 9:00 A.l. 123.0 8406545 xpr.19,1932 9:00 8.1. 96.8 110.5 8406554 Apr.13,1932 4:00 9.1. 86.4 111.3 nd 0 107863 107864 8406560 8406562 8406566 8406568 4408571 8406573 4408574 8406501 8406575 8406576 8406577 8406578 8406579 8406580 8406581 8406582 8406583 8406584 8406585 -143- t8 IL_r, Welggt 1pr.2o,1952 4: 9.8. 79.8 1pr.22,1952 9: A.l. 79.8 1pr.18,1952 9: 1.8. 95.5 1pr.18,1952 9:00 1.8. 92.4 8;): . 19, 1952 9:00 1.11. 86. 9 1pr.24,1952 11:00 1.!. 88.5 1p:.19,1952 9:00 1.8. 151.1 1pr.25,1952 4:00 P.M. 122.9 1pr.50,1952 9:00 1.8. 118.9 1pr.19,1952 9:00 A.H. 92.5 1pr.19,1952 9:00 1.8. 111.1 Apr.20,1932 4:00 P.l. 107.7 1pr.18,1952 9:00 1.8. 94.7 1px.18,1952 4:00 9.8. 94.9 1pr.18,1952 4:00 9.8. 95.0 lay 18,1933 4300 P.l. 9307 Ray 20,1932 9300 A.l. 92.? May 24,1932 4300 P.l. 9049 May 39,1933 11:00 A.l. 87.7 1pr.19,1952 9:00 1.8. 94.1 1pr.19,1952 9: 1.8. 120.8 1pr.19,1952 9:00 1.8. 151.8 1pr.19,1952 4:00 p.M. 89.9 Apr.19,1932 4:00 P.l. 99.7 ”1030, 1933 9: 00 A0n0 8902 Apr.20,1932 9:00 A.l. 120.3 Apr.24,1932 11:00 1.5. 109.4 1pr.2o,1952 9:00 1.x..122.0 Apr.80,1932 4:00 P.l. 110.7 Apr.20,1932 4:00 P0u0 133.1 1pr.27,1952 9:00 1.8. 121.8 lay 19,1933 9300 A,M. 11405 ”I07, 1933 5:00 P.l. 13107 Apr.20,1932 4:00 POH0 111.5 Apr.23,1932 4:00 9.8. 118.2 Temperature 113.0 118.5 111.7 112.0 109.8 111.0 110.5 113.0 111.8 110.3 109.3 109.9 108.7 110.3 111.7 109.5 111.5 111.3 112.9 109.4 109.0 109.9 111.3 106.9 109.6 109.0 109.4 111.0 118.0 113.0 111.0 111.2 111.3 113.9 A 0' 0 ' 8 .. C: II I V t I I I I 0 C V 0 II: 11 D ~143— Teggerature 58nd N0. Qgge Time Weight 8406586 Apr.80,1932 4:00 2.x. 90.9 110.9 4408588 1p:.21,1932 9:00 4.8. 128.4 110.9 Apr.23,1932 4:00 2.8. 117.8 112.8 Apr.25,1932 4:00 9.8. 123.8 113.9 Apr.29,1932 9:00 4.8. 124.9 112.2 4408589 Apr.31,1982 4:00 2.2. 119.8 108.1 527388 4p:.22,1932 9:00 4.1. 116.1 108.8 8406590 Apr.22,1932 9:00 4.8. 98.7 111.0 8406591 Apr.22,1952 9:00 A.l. 118.2 109.7 4408592 4p:.22,1932 9:00 4.2. 90.7 108.0 4408594 Apr.83,1932 4:00 2.4. 90.3 112.7 4408595 Apr.28,1938 4:00 9.2. 103.5 112.5 4408597 Apr.24,1938 11:00 1.x. 88.8 110.4 4408598 Apr.25,1932 4:00 9.1. 98.4 111.0 4408599 Apr.36,1932 9:00 4.8. 122.9 110.4 8406600 Apr.26,1933 9:00 4.8. 97.7 111.3 Apr.86,1932 4:00 2.1. 94.8 109.9 527398 Apr.86,1938 4:00 P.l. 130.2 110.0 :2; 3: 1333 883114: 1173323 31:: 8406601 Apr.27,1933 9:00 4.x. 113.8 112.8 4408804 Kay 1, 1932 4:00 2.8. 108.3 111.0 4408805 84: 2, 1932 9:00 A.l. 91.2 112.7 8406606 may 2, 1932 9:00 4.8. 89.1 110.2 4425988 may 2, 1932 99:00 4.x. 112.8 108.7 4408807 lay 2, 1932 4:00 9.8. 98.6 111.5 4408808 lay 2, 1932 4:00 2.8. 108.9 110.1 4408809 May 3, 1932 9:00 4.8, 137.0 110.0 8406610 Ray 3, 1932 9:00 4.x. 97.1 109.5 4408438 May 5, 1932 4:00 9.1. 92.7 110.3 lay 8, 1932 4:00 2.1. 88.8 111.0 M28, 1932 1:00 2.11. 84.9 111.0 C Eggd No, gate Time Weight Tempeggture 8406613 May 6, 1933 4:00 P.l. 105.0 109.7 Apr.37,1933 8:00 A.l. 99.3 108.9 May 13,1933 8:00 A.M. 96.6 May 19,1933 4:00 P.l. 104.0 111.7 8406615 May 17,1933 9:00 A.l. 116.5 111.0 8406618 May 18,1933 9:00 A.M. 108.6 109.4 8406473 May 18,1933 9:00 A.M. 91.3 109.3 8414015 May 33,1933 9:00 A.l. 117.3 110.3 8406630 lay 34,1933 9:00 A.l. 114.7 113.5 8406631 lay 34,1933 4:00 P.!. 95.7 110.7 8406633 lay 38,1933 1:00 P.l. 88.7 113.3 8406510 May 38,1933 1:00 P.M. 85.7 108.8 8406639 June 4,1933 11:00 4.1. 61.8 108.0 363386 Apr.7, 1933 8:00 A.l. 94 .0 110.3 36338? Apr.7, 1933 8:00 A.M, 115.3 Apr.8, 1933 11:00 4.1. 114.6 110.1 8406407 Apr.7, 1933 8:00 A.l. 135.8 111.5 Apr.37,1933 1:00 P.l. 136.4 111.5 May 34,1933 8:15 A.l. 110.0 111.5 507194 Apr. 8,1933 8:00 A.l. 95.5 110.0 507195 Apr. 8,1933 11:00 A.M. 131.0 109.7 507196 Apr. 8,1933 11:00 A.M. 114.8 109.7 Apr.13,1933 8:00 A.l. 98.7 108.5 338394 Apr.10,1933 11:00 A.l. 95.6 111.7 Apr.31,1933 11:00 A.l. 95.6 338395 Apr.10,1933 4:00 P.l. 85.0 109.3 338396 Apr.10,1933 4:00 P.l. 106.5 109.9 338397 1332.10, 1933 4:00 P.l. 107.0 109.2 Apr.18,1933 8:00 A.l. 104.8 110.3 338398 Apr.10,1933 4:00 P.l. 107.8 109.3 338399 Apr.10,1933 4:00 P.!. 95.5 110.1 ~144- 4 '8 . O! 0.. 4| 5 D O D V O 0 I O V Y O C 00 —145- EEEQ_§QL__2§13 338300 338301 338303 507198 338304 8414003-r 507199 507300 8414033-: 107873 107874 107875 107876 107877 107878 107879 107880 537333 537334 537335 107886 537336 537337 537338 537339 Time Weight Iemnggature Apr.10,1933 4:00 2.1. 100.9 110.2 Apr.11,1933 8:00 4.1. 87.9 110.5 4p:.11,1933 8:00 4.8. 116.1 110.7 4p:.11,1933 1:45 2.8. 116.0 Apr.21,1933 11:00 4.8. 111.7 110.1 Apr.11,1933 2:30 2.4. 99.8 Apr.13,1933 8:00 4.8. 122.4 111.3 Apr.13,1933 8:00 1.8. 95.4 110.6 Apr.13,1933 11:00 A.l. 92.3 111.2 Apr.13,1933 8:00 4.2. 92.8 110.4 84y 11,1933 8:45 1.1. 93.0 1p:.17,1933 11:00 4.8. 117.4 110.3 Apr.17,1933 4:00 9.8. 98.0 110.8 Apr.31,1933 3:00 P.l. 92.3 111.0 Apr.17,1933 4:00 2.8. 125.8 110.0 Apr.30,1933 8:00 1.8. 118.2 110.3 Apr.31,1933 3:00 P.l. 118.4 111.8 49:.17,1933 4:00 P.l. 97.5 109.9 Apr.18,1933 8:00 4.8. 128.8 109.4 4p:.21,1933 3:00 9.8. 117.7 112.1 Apr.18,1933 8:00 A.l. 89.5 108.8 Apr.18,1933 8:00 A.l. 87.8 110.0 Apr.18,1933 8:00 4.8, 99.0 108.5 Apr.18,1933 1:00 P.l. 120.8 107.9 Apr.18,1933 1:00 P.l. 112.4 111.0 Apr.19,1933 8:00 A.l. 89.3 109.7 4p:.19,1933 1:45 P.l. 102.4 110.8 4p:.21,1933 8:00 4.8. 128.1 109.9 Apr.31,1933 11:00 4.8. 118.8 ' 110.7 Apr.31,1933 11:00 1.8. 98.2 109.5 4p:.21,1933 11:004.n. 87.2 108.1 . . l4 .7 ‘0 ' 0 | ' C . f 7 9 V O 7» 7 fiand N0. gate 107893 537348 537347 537344 537343 537338 537330 537331 537333 537333 537306 537307 537308 107896 537310 537313 537316 107903 537333 107907 537440 527441 527442 8319307 —146- Tige weight Tegggratggg Apr.31,1933 3:00 P.l. 119.9 111.7 Apr.35,1933 8:00 A.l. 103.8 109.5 Apr.35,1933 1:00 P.M. 118.0 111.1 Apr.38,1933 11:00 A.l. 133.3 Apr.36,1933 11:00 4.1. 93.9 109.7 Apr.36,1933 11:00 4.8. 133.3 110.7 Apr.37,1933 8:00 A.l. 118.8 109.7 May 3, 1933 8:00 A.l. 113.3 111.7 Apr.37,1933 8:00 A.l. 97.7 110.5 Apr.37,1933 8:00 A.l. 98.4 111.3 Apr.37,1933 8:00 A.lL 138.6 110.6 Apr.37,1933 1:00 P.l. 115.4 109.7 Apr.38,1933 8:15 A.l. 133.5 May 3, 1933 8:00 A.l. 115.6 111.3 Apr.38,1933 11:00 A.l. 97.6 Apr.38,1933 11:00 1.1. 109.9 lay 34,1933 4:00 P.H. 89.0 111.1 Hay 35,1933 8:00 A.l. 78.4 107.3 May 36,1933 3:45 P.l. 85.3 I81'3, 1933 8:00 A.l. 94.1 [8y 5, 1933 8:00 A.l. 119.1 111.4 ‘ nay 1, 1933 11:30 4.8. 93.0 110.8 I8y10, 1933 8:30 A.l. 84.7 Hay 8, 1933 8:30 P.l. 113.8 110.0 May 10,1933 8:30 A.H. 91.3 lay 11,1933 8:45 A.l. 90.3 lay 11,1933 8:45 A.l. 99.8 Hay 36,1933 8:15 A.l. 90.3 'uay 11,1933 1:30 P.l. 100.5 110.1 lay 12,1933 8:00 4.1. 90.8 May 19,1933 4:00 P.l. 108.6 111.3 f 4 D . v 0! I! 60 o v r t O n 9 s ... C o _ llllflld‘I ' D l P o — ‘I 7' .I II I I P o 3 C U 0 .Q 3 O C O O —147.. gang No, Qgte Time Weight Taggegature 3319308 May 33,1933 11:45 A.l. 94.1 111.6 May 34,1933 8:15 A.l. 84.0 110.9 537450 May 34,1933 8:15 A.H.109.8 111.3 a406411—r Hay 35,1933 8:00 A.l. 98.3 110.3 537501 Apr.10,1933 135.1 111.8 507301 Apr.17,1933 11:30 A.l. 131.3 108.1 Apr.18,1933 1:00 P.l. 113.7 107.5 Apr.35,1933 8:00 A.l. 104.6 109.6 537503 May 5, 1933 8:30 1.1, 117.5 109.0 507309 Kay 9, 1933 9:30 A.l. 86.8 507310 lay 19,1933 3:30 P.l. 83.5 110.4 ~148- TABLE XV Blue Jay Cyanooitta crietata cristata Band lo. Date Time Weight Temperature (in grams) (in degrees F.) 107839 00t.8, 1931 3:10 P.l. 91.9 109.3 00t.13,1931 9:15 A.l. 87.8 109.8 Oot.18,1931 9:50 A.l. 90.7 110.4 Oot.34,1931 4:45 P.l. 87.6 110.7 NOV.26,1931 18305 PO“. 9308 1090? Deo.13,1931 3:45 P.l. 85.9 106.8 Dec.3, 1931 9:45 A.K. 96.5 111.5 Jan14, 1933 10:30 A.l. 95.3 111.9 Jan 16,1933 10:50 A.l. 93.9 111.8 Apr. 6,1933 5:00 P.l. 91.1 ' 113.3 Apl‘.29,1932 9:00 A0“. 86.6 11009 Apr.30,1933 4:00 P.!. 85.1 108.6 Hay 34,1933 9:00 A.l. 88.3 111.0 107836 Dec. 4,1931 9:50 A.l. 91.0 108.5 Apr.37,1933 8:00 A.l. 80.8 110.3 107857 Oct.39,1931 10:00 A.!. 85.3 107.7 lov.7, 1931 5:00 P.l. 90.1 110.4 090.9, 1931 5:15 P.M. 94.5 109.1 107830 Deo.3, 1931 5:30 P.l. 90.3 108.5 090.8, 1931 9:50 1.3. 90.4 109.5 91751) . 107858) Dec. 5,1931 10:15 A.l. 83.4 110.7 Jan.18,1933 3:35 P.l. 85.6 109.4 Apr.8, 1933 5:00 P.ll. 78.8 110.4 Ap1‘025,1933 4:00 P.H. 84.0 10907 Peb.8, 1933 5:00 P.l. 75.5 110.1 Feb.15,1933 13:00 P.l. 79.1 109.8 107859 Apr.3, 1933 13:10 P.l. 88.0 108.0 a357737 Apr.33,1933 4:00 P.l. 83.8 110.8 $357738 Apr.36,1933 4:00 P.“. 83.7 109.3 June 3,1933 9:00 A.l. 86.0 109.8 May 35,1933 1:00 P.l. 89.3 111.0 ~149- fignd No. Date lime Weight __1emperature a357739 Apr.30,1933 9:00 A.l. 80.5 109.3 3357743 Kay 3, 1933 4:00 P.H. 73.3 109.0 3357751 May 16,1933 4:00 P.l. 75.3 109.0 May 33,1933 11:00 A.M. 80.1 109.7 5357753 May 16,1933 _ 4:00 P.M. 93.8 108.1 a357753 May 33,1933 11:00 A.l. 87.1 110.8 May 34,1933 4:00 P.M. 83.8 110.5 484774 May 35,1933 4:00 P.M. 81.3 111.6 Apr. 8,1933 8:00 AJI. 80.7 109.5 a357754 May 36,1933 9:00 A.l. 91.9 109.5 3406644 Oct.30,1931 10:00 A.l. 83.9 lav. 5,1931 10:00 A.l. 74.7 a357758 Dec. 1,1931 10:00 A.l. 96.3 Feb. 6,1933 13:00 P.M. 86.7 109.1 Feb.15,1933 13:00 P.x. 83.4 109.3 Har.3, 1933 5:00 P.l. 84.4 110.1 a410338 307.2, 1931 4:00 P.H. 90.4 110.0 3357759 Oot.37,1931 3:00 P.l. 110.0 3357763 Nov.4, 1931 3:00 P.H. 83.3 649002 NOV026,1931 10:00 Ann. 7709 3357765 Deo.5, 1931 10:00 A.l. 89.3 323277 Sept30,1933 10:00 1.n. 85.5 108.5 3357766 76b3, 1933 13:00 P.l. 83.7 111.1 649009 Feb. 7,1933 13:00 P.l. 76.3 111.3 a406643 Apr.35,1933 1:00 P.l. 85.0 111.3 Apr.37,1933 8:00 A0“. 81.1 109.1 Apr.37,1933 1:00 P.H. 83.3 110.0 May 1, 1933 11:15 A.M. 81.5 109.0 107900 May 1, 1933 11:30 A.M. 78.5 109.5 Hay 10,1933 8:00 Acne 76.5 107910 Kay 3, 1933 1:30 P.“. 76.7 109.3 107903 May 3, 1933 8:00 A.M. 70.4 110.1 a319309 May 33,1933 1:15 P.K. 79.3 108.9 -150— TABLE XVI Bank Swallow Riparia riparia riparia Band No. Date Time Weight Temperature (in grams) (in degrees F.) 033777 June 11,1933 7:00 A.M. 104.5 033780 Jane 11,1933 7:00 A.l. 104.5 033781 June 11,1933 7:00 A.l. 105.4 033783 June 11,1933 7:00 A.l. 105.5 033555 June 13,1933 10:00 A.H. 106.9 033837 June 13,1933 10:00 1.3. 109.8 033808 June 13,1933 10:00 A.M. 110.7 033558 JUne 13,1933 10:00 1.x. 110.3 033996 June 13,1933 10:00 A.H. 110.9 033559 June 13,1933 10:00 A.M. 109.9 033857 JUne 13,1933 10:00 A.l. 109.4 033991 June 13,1933 11:00 A.M. 14.1 111.1 033888 June 13,1933 11:00 1.x, 14.6 109.3 033937 June 13,1933 11:00 A.l. 13.3 109.5 033568 June 13,1933 11:00 A.H. 14.1 109.4 033569 June 13,1933 11:00 A.l. 13.7 108.8 033573 June 13,1933 11:00 1.3, 14.5 109.9 033578 June 13,1933 11:00 1.M. 16.4 110.3 033506 June 13,1933 11:00 A.M. 13.3 109.5 033877 June 13,1933 13:00 P.l. 13.1 110.5 033519 June 13,1933 13:00 P.l. 13.3 108.8 033584 June 13,1933 13:00 P.l 13.1 109.6 7. figgd No, gate Time Weight Temgergture 033453 June 13,1933 13:00 P.l. 13.6 109.3 033589 June 13,1933 13:00 P.l. 14.4 109.9 033599 June 13,1933 13:00 P.l. 13.4 109.9 033857 June 13,1933 13:00 P.l. 14.0 109.8 033838 June 13,1933 13:00 P.H. 13.7 110.0 030380 June 13,1933 13:00 P.H. 14.3 109.6 030378 June 13,1933 13:00 P.M. 17.5 110.4 03037? June 13,1933 13:00 P.l. 13.3 108.8 030379 June 13,1933 13:00 P.l. 14.0 109.5 -151- -153— TABLE XVII Black-capped Chickadee Penthestes atricapillus atricapillus Band No. Date Time Weight Temperature (in grams) (in degrees F.) 030732 0015.7, 1931 1: 20 P.K. 905 1040? 030750 00t.7, 1931 5:40 P.M. 9.8 104.1 0013.8, 1931 5:45 P.lfi. 904 10801 030779 00t.8, 1931 5:45 P.l. 10.3 108.6 00t.9, 1931 5:05 P.“. 9.8 104.0 030883 00t.18,1931 9:50 A.l. 10.0 107.6 00t.22,1931 1:55 P.K. 10.1 110.6 Oct.35,1931 6:00 P.l. 9.7 108.5 030883 00t.18,1931 9:50 A.l. 9.6 106.5 030930 00t.27,1931 5:40 P.l. 11.0 108.9 Nov.5, 1931 10:15 A.l. 9.9 108.1 NOV.8, 1931 5:35 P.K. 10.3 109.3 NOV013,1931 5310 P0“. 10.3 10909 Deo.5, 1931 4:40 P.R. 11.3 110.7 000.8, 1931 4:15 P.K. 11.2 107.5 Defi.15,1931 5:05 P.l. 11.8 110.6 Jan. 6,1933 4:25 P.l. 11.5 111.1 Jan.18,1933- 3:30 P.K. 11.3 109.5 Mar. 3,1932 5:15 P.K. 11.4 110.8 Apr.19,1933 4:00 P.'. 9.9 108.? .May 11,1932 4:00 P.K. 11.1 108.7 . 00t.28,1931 5:10 7.x. 9.8 109.5 030947 060.5, 1931 4:40 P.K. 10.1 111.3 De0.15,1931 5:00 Page 10.4 10500 Jan.8, 1932 3235 P.ML 10.7 110.4 0183.024, 1932 5:00 P.l. 10.2 10905 030961 D8002, 1938 4:35 P0“. 11.4 11000 178178 Apr.18,1933 4:00 P.l. 9.6 ~153- §§nd No. _Q§te Time Weight Temperature £78218 Hay 13,1932 9:00 A.l. 11.0 107.9 £78249 0ct.7, 1932 10.0 £78263 Oct.11,1932 1:00 P.NL 9.7 £78262 00t.11,1932 10.3 £78292 00t.28,1932 3:00 P.l. 10.4 £78357 Nov.4, 1932 11.8 £78483 Deo.16,1932 10:00 A.M. 9.2 £78486 Jan.31,1933 5:30 P.l. 11.7 109.8 £78385 Mar.10,1933 12:00 A.l. 10.4 . Iii-E -154- TABLE XVIII White-breasted Nuthatch Bitta carolinensis carolinensis Band 80. Date Time weight Temperature .1. fi' ”a (in grame) _jin degrees F.1_ 030850 Nov.1, 1931 10:50 A.K. 21.0 106.8 Hov.8, 1931 10:00 A.l. 20.6 110.0 N0v.12,1931 5:00 P.X. 21.2 109.5 De0.1, 1931 5:30 P.M. 21.5 110.1 Feb.2, 1932 5:15 P.l. 23.3 110.3 lar.10,1932 4:05 P.l. 22.6 109.9 Mar.21,1932 5:30 P.M. 21.4 109.5 030905 Oct.23,1931 4:10 P.l. 20.9 109.8 030954 lov.5, 1931 21.1 108.2 Nov.13,1931 21.0 109.1 93333 lov.16,1931 4:25 P.K. 22.9 108.9 Deo.2, 1931 5:10 P.l. 24.2 109.8 00t.17,1931 22.2 030962 Deo.2, 1931 5:10 P.l. 21.8 110.0 De0.5, 1931 4:40 P.l. 19.8 030966 Deo.15,1931 5:05 P.l. 21.3 109.5 0173958 00t.17,1932 5:00 P.l. 21.5 107.20.1932 12:00 P.lL 22.6 Apr.12,1933 11:00 A.l. 21.3 108.5 604685 N0v.13,1932 21.7 £78482 000.12.1932 5:00 P.l. 22.7 3182034 00t.13,1932 20.4 0182072 00t.21,1932 2:00 P.M. 19.6 lov.7, 1932 20.3 0182098 00t.24,1932 20.2 107.8 '3 ' ..li- ' TABLE XIX Eastern Robin Turdus migratorius migratorius Band No. Date Time Weight Temperature (in grams) jin degreee:§;) 107860 Apr.22,1932 4:00 P.l. 71.8 111.7 107861 Apr.14,1932 9:00 A.l. 79.6 109.0 516745 May 7, 1932 10:00 A.l. 72.4 109.7 516740 May 7, 1932 4:00 P.l. 75.8 110.8 a357755 May 26,1932 4:00 P.l. 56.5 108.7 juvenile 3256720 May 12,1932 105.1 Juvenile 8356731 May 12,1932 105.8 Juvenile a256722 May 12,1932 103.9 Juvenile a256723 Hay 12,1932 103.4 Juvenile 8357758 86pt28,1932 10:00 1.1. 78.8 110.5 8410286 88pt28,1932 4:15 P.l. 74.5 109.4 0410287 00t.3, 1932 11:00 A.l. 75.4 109.7 a410288 00t.3, 1932 78.8 110.3 328279 00t.3, 1932 70.1 109.3 0410290 00t.3, 1932 80.9 109.2 0410291 00t.3, 1932 72.4 110.5 0410292 Oct.3, 1932 72.7 108.9 0410293 00t.6, 1932 85.8 110.1 0410294 00t.6, 1932 82.6 111.4 40599 Apr.5, 1933 5:00 P.l. 71.6 109.2 40600 Apr.7, 1933 8:00 A.l. 68.8 107.6 328307 Apr.17,1963 74.4 328311 Apr.24,1933 3:00 P.H. 72.6 109.4 fignd No.*_pate Time Weight Temggrature 107909 May 10,1933 8:00 A.l. 62.3 391331 1pr.1o,1933 68.7 110.4 40701 Apr.10,1933 69.9 112.3 391374 Apr.10,1933 63.1 107.4 391375 Apr.10,1933 74.5 109.1 Apr.13,1933 9:00 A.M. 68.1 391376 Apr.10,1933 79.4 110.0 391377 Apr.10,1933 71.0 109.4 391378 Apr.10,1933 73.9 108.0 Apr.14,1933 1:45 P.l. 66.5 107.9 328263 Apr.11,1933 74.0 106.8 391380 Apr.11,1933 2:00 P.l. 75.0 May 8, 1933 2:00 P.l. 76.3 391381 Apr.12,1933 10:00 A.l. 68.5 109.3 391382 Apr.12,1933 3:15 P.l. 80.9 108.6 391383 Apr.12,1933 3:30 P.l. 75.5 107.6 nay 26,1933 8:15 A.l. 65.7 391387 Apr.15,1933 8:45 A.l. 68.1 108.0 391390 Apr.17,1933 3:00 P.l. 86.5 111.5 484798 Apr.19,1953 10:00 A.l. 68.4 105.2 484799 Apr.18,1933 4:30 P.K. 110.8 484800 Apr.19,1933 10:30 A.l. 78.0 110.0 484803 Apr.20,1933 9230 4.2. 69.3 108.3 484808 Apr.21,1933 9:30 A.K. 69.9 110.5 484809 Apr.24,1933 7:30 A.M. 67.6 107.8 484810 Apr.24,1933 8:15 A.M. 73.2 109.0 484813 Apr.25,1933 11:30 A.l. 73.8 111.2 484816 Apr.25,1933 3:15 9.x. 95.5 110.5 484812 Apr.25,1933 69.1 108.7 494917 Apr.28,1933 7:30 1.x. 79.4 109.0 ’. 5‘ ~157- Band N9, Date Time Weight Temperature 696609 Hay 4, 1933 6:30 1.x. 75.7 111.9 696607 May 9, 1933 9:00 9.x. 77.1 106.9 626810 May 9, 1933 1:30 9.x. 74.5 626814 May 10,1933 8:30 4.1. 70.3 626815 May 11,1933 19:30 P.l. 72.6 106.0 626832 May 19,1933 8:45 1.1. 69.4 108.1 626833 May 18,1933 11:30 4.1. 71.5 106.9 626840 May 24,1933 64.1 106.7 696641 May 95,1933 4:30 P.l. 90.6 115.6 996649 nay 96,1933 8:15 A.!. 67.0 626843 May 97,1933 71.5 40736 May 31,1933 10:30 4.11. 63.7 Juvenile I A O I l I ' C l L . I l O O ‘ V I I I 0 ’ r O 6 C C ‘ b I b g . u n . K ‘ ' 7 D O . D I I I ‘ ' 7 O O b v ' I -1 U! 8- TABLE xx Mourning Dove Zenaidura lacroura carolinensis Band 30. Date Time Weight Temperature (in grams) (in degrees I.) 8406513 Feb.7, 1932 115.5 107.9 528654 Feb.9, 1932 144.8 107.0 8406514 Feb.16,1932 5:15 P.H. 136.0 107.2 6406515 Mar. 9,1932 5:10 P.l. 118.4 106.9 8406614 May 11,1932 4:00 P.l. 134.1 109.2 8406619 May 23,1932 9:00 A.l. 137.0 108.7 May 24,1932 9:00 4.“. 135.4 109.7 8418477 May 26,1932 4:00 P.l. 145.1 105.6 lay 31,1932 4:00 P.l. 145.7 107.1 8406457 May 29,1932 5:00 P.l. 146.2 108.2 8406624 May 30,1932 6:00 P.l. 146.9 109.0 a406625 nay 31,1939 9:00 1.x. 145.5 105.3 8406626 May 31,1932 4:00 P.K. 137.3 109.3 8406627 June 1,1932 4:00 P.M. 146.6 109.5 596636 June 3,1939 4:00 9.5. 199.0 107.8 9406628 June 4,1939 11:00 1.5. 135.6 109.9 649001 Sept30,1932 10:00 A.l. 111.9 107.1 507197 Apr.10,1933 11:00 A.l. 107.6, 106.2 527265 Apr.ll,1933 8:00 A.K. 123.7 106.0 527444 lay 18,1933 4:00 P.M. 123.0 107.8 527448 May 37,1933 8:30 A.l. 129.3 527449 Hay 24,1933 8:15 A.l. 130-2 527452 May 27,1933 8:50 A.!. 103.6 .0 ~159- wau: XXI Eastern Cardinal Richmondena cardinalia cardinalie Band 30. Date Time Weight Temperature (in grams) (in degrees 1.) 8253776 N0v.16,1931 9:30 A.l. 41.0 106.9 391367 reb.2, 1932 10:45 1.1. 47.3 110.5 i lay 17,1932 9:00 A.l. 44.0 109.9 5256777 Feb.3, 1932 10:45 A.H. 51.9 110.0 0” 391342 Mar.9, 1932 5:05 P.E. 53.2 106.5 0260471 Apr.9, 1932 10:00 A.l. 40.5 110.3 57 May 18,1932 4:00 P.l. 41.3 110.0 9256815 May 17,1932 9:00 A.l. 46.3 109.4 May 17,1932 4:00 POM. 46.3 109.5 9 May 18,1932 9:00 1.51. 43.9 109.? 5256965 Nov.16,1932 10:00 A.¥. 37.8 $. N0v.16,1932 5:00 . . 38.7 525%266 Dec.12,1932 10:00 A.l. 42.9 925§§67 Deo.12,1932 10:00 A.!. 51.1 328284 00t.10,1932 3:00 P.X. 44.5 109.1 8133016 00t.13,1932 40.3 3. Feb.7, 1933 12:00P. I. 45.7 110.1 3929,90 0ct.19,1939 5:00 P.l. 43.4 328%93 Nov.1, 1932 40.0 109.7 '604gp7 Feb.7, 1933 12:00 P.l. 48.4 111.3 8253969 Feb.7, 1933 13:00 P.l. 49.8 111.1 a256970 Feb.7, 1933 5:00 P.NL 49.7 9 a256971 Feb.7, 1933 5:00 P.“. 47.8 07 Feb.8, 1933 5:00 P.ll. 48.3 10909 -1SC- 89nd N0. pgte Time Weight Temgerature 8253978 Feb.7, 1933 5:00 P.l. 50.2 9256973 8.41%,357 “are 20, 1933 18: 00 P. H. 399 8 107884 328998 Apr.19,1933 8:00 A.M. 34.6 106.0 484801 507202 Apr.19,1933 11:15 A.M. 38.9 108.6 53 -161- TABLE XXII Eastern chipping Sparrow Spizella passerina passerine Band No. Date Time Weight Temperature (in grams) (in degrees F.) £78175 Apr.18,1932 4:00 P.l. 19.7 110.0 £78180 Apr.19,1932 4:00 P.“. 12.9 110.3 £78188 . Apr.25,1932 9:00 A.£. 12.8 106.8 £78196 Apr.29,1932 4:00 P.M. 12.6 108.7 Apr.30,1932 9:00 A.“. 12.2 110.2 Apr.30,1932 4:00 P.l. 11.9 109.0 May 9, 1932 4:00 P.l. 13.6 109.9 Male, 1932 9:00 A.l. 13.3 109.6 May 12,1938 9:00 A0“. 13.2 11006 May 12,1932 4:00 P.l. 13.5 110.6 £78199 Apr.30,1932 4:00 P.M. 12.6 110.3 may 16,1932 4:00 P.l. 13.9 110.4 May 19,1932 9:00 1.9. 11.7 109.2 £78204 May 3, 1932 4:00 P.M. 13.9 109.0 478209 May 6, 1932 4:00 P.l. 19.1 110.1 893175 Kay 9, 1932 4:00 P.l. 12.0 110.7 Hay 17,1933 9:00 ‘0“. 110? 10900 £78220 May 16,1932 4:00 P.l. 11.9 109.7 £78221 May 17,1932 9:00 A.l. 11.8 108.3 £78223 May 17,1932 4:00 P.l. 12.5 108.8 May 18,1932 9:00 A.l. 11.6 110.0 May 19,1932 9:00 A.M. 11.4 109.6 May 19,1932 4:00 P.l. 11.8 11000 Hay 23,1932 9:00 A.l. 12.3 109.2 May 23,1932 4:00 P.l. 12.0 111.0 £78227 May 25,1932 4:00 P.l. 13.0 109.7 £78229 flay 23,1932 4:00 P.l. 12.3 110.8 £78230 lay 30,1932 6:00 P.l. 12.1 109.0 030317 Sept29,1932 3:00 P.l. 11.9 109.9 030353 00t.7, 1932 4:30 P.H. 11.3 gagd No. 058229 058268 ' 038050 .Date Time Apr.28,1933 8:15 A.l. May 5, 1933 8:00 A.l. Apr.27,1933 11:30 A.M. Waxght 11.7 10.3 12.2 Tempe r at une TABLE XXII I Eastern Hermit Thrush Hylooichla guttata faxoni Band No. Date Time Weight Temperature (in grams) (in degrees F.) 030974 Mar.30,1932 4:15 P.l. 30.0 109.0 030982 Apr.5, 1933 5:30 P.n. 31.6 109.0 3173646 May 2, 1932 4:00 P.“. 35.3 109.8 0256962 00t.12,1932 3:00 P.M. 28.5 3134775 Sept29,1932 7:00 1.x. 25.0 104.3 £73239 Sept29,1932 7:00 A.l. 26.0 106.6 8134780 00t.11,1932 27.4 00t.21,1932 _ 32.6 3134796 00t.5, 1932 26.6 109.1 328280 Oct.6, 1932 11:00 A.l. 23.8 107.2 328281 00t.6, 1932 28.5 108.7 a134817 00t.11,1932 110.2 0134818 00t.11,1932 27.5 110.1 8134819 -00t.11,1932 28.2 108.7 00t.12,1932 29.4 3182001 00t.11,1932 30.0 109.2 8182010 00t.12,1932 8:00 A.l. 25.4 3182012 00t.12,1932 30.0 3182019 00t.13,1932 25.6 a182037 00t.14,1932 7:00 A.l. 37.2 3182038 00t.14,1932 27.1 3182039 00t.14,1932 24.6 3182058 00t.17,1932 26.1 a182059 00t.17,1932 30.6 i o I o O I 0 O O V O O 0 D 9 0 I O 0 t D r\ . c D\ u c . . u o l a . C. ..- u 00 I» 4v 0' in in c O o t I a u . I D O A I C r V b O . 0 k O Q t O O 0 v I v .5 b C v o u D i 0 I v 9 7 V O O V a t 0 1 O D O b o I . I I s. '. A‘.-.¢. I. 5...! i .’.l . ...:JJI...I. .‘Iv I.‘|..,.. 11.40.... II.¢I‘.]:¢(. 9 .. . . 7 u c . ell”, s!IVO'.l!..unl.-Mr'..‘ax§|lr .. r H . . . . I'ill I .r r v. . , , 1 ~154- Tempeggturg_ §§£9 No.__§gte Time Weight_ 8182145 00t.18,1933 10:00 1.1. 33.5 8182146 0ct.18,1932_ 31.3 8182066 00t.19,1932 29.7 109.6 8182069 Oct.21,1932 32.0 8182070 Oot.21,1932 30.8 5182120 00t.31,1932 29.5 110.5 030366 Apr.10,1933 34.5 109.1 030367 Apr.10,1933 30.9 110.0 030368 Apr.1o,1933 31.5 109.5 030376 Apr.11,1933 27.7 109.3 65911 Apr.13,1933 3:30 P.M. 31.0 109.0 516719 Apr.28,1933 7:15 1.1. 26.6 110.0 65915 Apr.28,1933 7:30 1.x. 27.7 109.0 65916 Apr.28,1933 7:30 A.l. 25.5 107.3 25.3 110.4 516720 Apr.28,1933 11:30 1.9. 29.1 110.4 516722 1pr.28,1933 11:30 1.1. 30.5 110.9 515724 Apr.28,1933 3:15 9.8. 30.1 516725 Apr.28,1933 4:15 P.l. 29.7 109.4 gpr.29,1933 ~28.2 110.8 516777 May 1, 1933 1:00 P.l. 30.8 110.8 058303 May 1, 1933 4:30 9.x. 29.5 515787 May 3, 1933 10:15 1.3. 30.1 111.0 May 4, 1933 9:15 A.l. 27.8 110.4 516790 May 5, 1933 11:30 1.1, 29.7 40604 30.6 109.3 Apr. 15, 1933 Q ~184- 88nd No.__Q§te Time Weight Temperature 0182145 00t.19,1932 10:00 1.x. 33.5 8182146 00t.18,1932 31.3 8182066 00t.19,1932 29.7 109.6 8182069 00t.21,1932 32.0 8182070 00t.21,1932 30.8 0182120 00t.31,1932 29.5 110.5 030366 Apr.10,1933 34.5 109.1 030367 Apr.10,1933 30.9 110.0 030368 Apr.10,1933 31.5 109.5 030376 Apr.11,1933 27.7 109.3 65911 Apr.13,1933 3:30 9.9. 31.0 109.0 516719 Apr.28,1933 7:15 1.1. 26.6 110.0 65915 Apr.28,1933 7:30 1.x. 27.7 109.0 65916 Apr.28,1933 7:30 1.3. 25.5 107.3 25.3 110.4 516720 Apr.28,1933 11:30 1.x. 29.1 110.4 516722 Apr.28,1933 11:30 1.9. 30.5 110.9 516724 Apr.28,1933 3:15 P.l. 30.1 516725 Apr.28,1933 4:15 P.l. 29.7 109.4 Apr029,1933 -28.2 110.8 516777 nay 1, 1933 1:00 P.“. 30.8 110.8 058303 May 1, 1933 4:30 P.l. 29.5 516787 May 3, 1933 10:15 1.x. 30.1 111.0 May 4, 1933 9:15 1.x. 27.8 110.4 516790 May 5, 1933 11:30 1.x, 29.7 40604 30.6 109.3 Apr.15,1933 TABLE XXIV Eastern Tree Sparrow Spizella arborea arborea Band No. Date Time Weight (in ame 604645 00t.28,1932 3:00 P.l. 18.5 £78445 Nov.2, 1932 10:00 A.l. 15.8 8182075 00t.21,1932 15.4 TABLE XXV Ovenbird Seiurue aurocapillue Band No. Date Time Weight (in r 8 516751 May 8, 1932 9:00 1.1. 22.7 030179 my 9, 1932 4:00 9.11. 20.1 058312 May 3, 1933 10:30 1.11. 16.8 058328 lay 10,1933 3:30 P.l. 18.0 lay 12,1933 11:15 A.l. 18.6 058341 lay 16,1933 8:15 A.l. 17.0 Temperature in de reee E 110.0 111.5 Temperature in 06 r ea 107.5 108.4 109.7 TABLE XXVI Eastern Bob-white Colinus virginianus virginianus Band No. Date Time Height Temperature de 642303 Jan.28,1933 1:15 P.l. 199.2 107.3 649004 Jan.26,1933 1:15 P.l. 199.0 107.9 07 reb.21,1933 12:00 P.l. 180.2 649005 Jan.26,1933 1:15 P.l. 177.1 107.5 r00.15,1933 12:00 P.H. 170.2 108.4 9 Mo. 20, 1933 5: 00 9.11. 175. 9 107. 3 649006 Jan.26,1933 1:15 P.l. 191.9 108.2 Feb. 14 , 1933 18: 00 P0 no 185. 4 107. 1 i Feb. 15 , 1933 12: 00 P. l. 166. 8 110. 1 Feb.20,1933 5:00 P.l. 187.0 106.8 Feb.22,1933 12:00 P.l. 173.9 106.7 64%907 Jan.26,1933 1:15 P.l. 192.4 108.5 643908 Jan.26,1933 1:15 P.l. 206.5 107.7 TABLE XXVI I Brown Creeper Certhia familiarie amerioana Band No. Date Time Weight Temperature (in.grams) {in degree; I.) £78267 00t.13,1932 8.0 030400 Apr.19,1933 1:15 P.l. 8.8 —167- TABLE XXVIII Magnolia Warbler Dendroioa magnolia Band No. Date Time Weight in r 030763 00t.8, 1931 1:30 P.l. 11.7 030847 00t.12,1931 6:10 P.l. 11.2 h9gpl3 Hay 19,1933 . 3:45 P.“. 9.0 TABLE XXIX Red-breasted Nuthatch Bitta canadensie Band 80. Date Time Weight in r 030748 00t.7, 1931 1:20 P.l. 8.7 TABLE XXX Gambel's Sparrow Zonotrichia leuoophrye gambeli Band lo. Date Time Weight n r 9173693 27.1 May 7, 1932 10:00 A.l. ) Temperature in 08 re s 109.7 108.4 Temperature n de ees 102.7 Temperature (in degree! I.) 10905 -168- TABLE XXXI Swamp 8parron Meloepiza georgiana Band No. Date Time Weight jin r £78279 00t.25,l932 17.4 590431 Apr.7, 1933 3:00 9.“. 16.4 TABLE XXXII Eastern House Wren Troglodytes aedon aedon: Band 20. Date Time Weight -1 n r m £78213 May 7, 1932 10:00 A.l. 9.3 h90021 May 26,1933 10.2 TABLE XXXIII Blue-headed Vireo Vireo solitarius solitarius Band No. Date Time Weight g n r 9182051 00t.14,1932 14.4 Temperature in de r 111.5 108.9 Temperature in e ree Temperature 1 de rees —169- TABLE XXXIV Eastern Hairy Woodpecker Dryobates villosus villosus Band 30. Date Time Weight Temperature (in r in e ree a410289 00t.6, 1932 ' 62.1 106.6 TABLE XXXV Catbird Dumetella carolinensis Band No. Date Time Weight 'Temperature .1 (in r s in de ree 3256809 May 5, 1933 9:00 A.l. 3800 10907 al73530 May 9, 1933 1:30 P.l. 33.6 338314 May 9, 1933 1:30 P.l. 3400 328315 Hay 12,1933 31.2 626836 May 22,1933 8:30 A.l. 32.2 107.8 484825 May 2, 1933 1:30 P.ML 36.3 108.3 516789 May 5, 1933 11:30 2.1. 35.4 109.4 626806 May 8, 1933 1:35 P.M. 38.5 110.0 516791 Hay 8, 1933 1:35 P.H. 39.0 109.0 626826 May 16,1933 3315 P.K, 3308 10808 -170— TABLE XXXVI Tufted Titmouse BanIOphus bicolor Band No. Date Time Weight (in rams 8182156 Nov.3, 1932 11:00 A.l. 19.3 Feb.7, 1933 5:00 P.M. 19.8 a182162 Nov.7, 1932 11:00 1.2. 22.4 Feb.7, 1933 5:00 P.l. 23.4 8182163 Nov.7, 1932 21.0 604688 Feb.l3,1933 5:00 P.M. 23.9 TABLE XXXVII Eastern Goldfinch Spinus trietis trietis Band No. Date Time Weight (in r m £78293 00t.28,1932 13.1 £75294 00t.28,1932 13.5 £78295 Nov.l, 1932 8:00 A.l. 11.4 £78353 207.2, 1932 11.6 038015 Apr.21,1933 11:30 A.M. 13.8 038316 Apr.21,l933 12:00 P.M. 12.9 036017 Apr.2l,1933 12:00 P.l. 11.8 03€§18 Apr.2l,l933 12:00 P.l. 12.9 03g934 Apr.24,1933 3:45 P.l. 14.0 Temperature in de rees 108.1 108.4 108.0 108.3 Temperature ih de ree -171- Band No. Date Time Weight Temperature _Lin r in e ree 038%46 Apr.26,1933 4:30 P.l. 14.0 h90016 May 22,1933 11:30 A.M. 11.7 67 TABLE XXXVIII Eastern Ruby—crowned Kinglet Corthylio calendula calendula Band No. Date Time Weight Temperature (in grams) (in degrees I.) 178286 Oct.12,1932 6.6 £78332 00t.18,1932 6.2 178343 00t.21,1932 6.6 f7ig76 Oot.24,1932 6.5 c32§45 Apr.26,1933 4:30 P.“. 6.1 TABLE XXXIX Yellow-bellied Sapeuoker Sphyrapicus variue variue Band No. Date Time Weight Temperature n r n de ee 328282 Oot.6, 1932 49.1 109.3 9 434303 Apr.20,1933 7:00 A.M. 44.2 107.6 -172- TABHE XL Red-headed Woodpecker Melanerpee erythrocephalue Band No. Date , Time Weight Temperature ( n r s in de ree aaseaov May 4, 1932 4:00 p.n. 73.2 108.9 azseezs June 2,1933 9:00 A.l. 88.0 108.4 a219201 nay 11,1933 1:30 P.M. 78.0 107.0 aBEgBOZ lay 11,1933 4:00 P.l. 86.4 581129 May 3, 1933 3:30 P.M. 70.5 109.2 i May 6, 1933 71. 0 TABLE 21¢ Cedar Warring Bombyoilla cedrorum Band 30. Date Time Weight Temperature 1 n a in de e a182157 Nov.3, 1932 4:00 P.“. 36.8 aiaggeo Nov.4, 1932 34.6 a182161 Nov.4, 1932 35.6 TABLE —173— XLII Redceyed Towhee Pipilo erythr0pthalmue erythropthalmue Band No. Date Time Weight Temperature __ gin gramel. (;g_gggggg§_£,1_ 2173543 Apr.25,1932 4:00 P.n. 41.1 ' Apr.30,1932 4:00 P.l. 37.3 110.9 May 2, 1932 4:00 P.l. 37.0 . 111.7 a257803 Apr.26,1932 4:00 P.M. 45.1 110.0 a256963 00t.13,1932 10:00 A.l. 37.4 328288 ‘ Oot.13,1932 2:00 P.l. 42.1 328291 Oct.20,1932 7:00 A.M. 43.4 328%92 00t.27,1932 110.0 a18§127 Nov.1, 1932 35.2 109.0 TABLE XLIII Eastern Golden-crowned Kinglet Regulus eatrapa satrapa Band No. Date Time Weight Temperature in ram in de rees £78335 00t.19,1932 6.0 £7€§37 0ct.19,1932 6.8 £78ggs Oct.21,1932 6.3 £78277 00t.24,1932 6.0 £7€é85 00t.25,1932 6.8 £78§§6 00t.25,1932 6.8 £78287 Oct.26,1932 5:30 P.M. 6.9 o3gg83 Apr.14,1933 4:00 P.l. 6.5 038003 ’ Apr.19,1933 1:30 9.x. 6.2 -174- TABLE XLIV Lincoln's Sparrow Helospiza lincolni lincolni Temperature (in degrees E .) Band No. Date Time Weight (ig_grams) £78212 May 7, 1932 10:00 A.l. 19.3 £78215 May 7, 1932 4:00 P.M. 19.7 £78216 May 8, 1932 9:00 A.M. 18.8 a182077 Oct.21,1932 16.0 058563 May 11,1933 1:30 P.X. 20.1 058568 May 12,1933 8:00 A.l. 15.2 h90001 May 8, 1933 1:35 P.H. 19.7 658327 May 9, 1933 3:30 P.M. 18.8 May 10,1933 8:15 A.H. 16.6 TABLE XLV Brown Thrasher Toxostoma rufum Band No. Date Time Weight ___ (in r 3357740 Apr.30,1932 4:00 P.l. 72.4 a357741- May 1, 1932 9:00 A.H. 69.3 a357743 May 4, 1932 4:00 P.H. 66.0 a357744 May 4, 1932 4:00 P.M. 71.6 a357746 May 6, 1932 4:00 P.M. 73.2 a357747 May 6, 1932 4:00 P.E. 69.0 3357748 May 6, 1932 4:00 P.M. 65.1 110.1 104.5 1C9.8 108.8 Temperature in de rees 109.3 109.3 109.6 111.1 109.5 -175- Band No. Date Time Weight Temperature (ingram§1_ Lin degreg§_§‘l 328260 May 8, 1932 4:00 P.M. 69.7 109.5 a357757 Sept28,1932 3:00 P.lk 82.3 111.2 107898 ' May 1, 1933 11:00 A.M. 66.1 109.0 May 2, 1933 8:15 A.l. 59.5 328313 May 5, 1933 8:00 A.M. 69.3 110.5 a219203 May 12,1933 11:00 A.l. 74.2 484818 Apr.28,1933 2:00 P.R. 74.0 110.5 484821 May 1, 1933 11:00 A.M. 74.8 108.2 484822 May 1, 1933 1:15 P.l. 73.0 111.3 581124 May 2, 1933 1:30 P.M. 78.2 108.2 May 3, 1933 4:30 P.M. 79.7 109.1 Hay 4,1933 11:30 1.x. 74.6 109.0 May 5, 1933 74.1 107.9 TABLE XLVI Eastern For Sparrow Passerella iliaoa iliaoa Band No. Date Time Weight Temperature (in r m in de r es e173535‘ Apr.17,1932 5:00 P.M. 45.5 110.4 a173539 Apr.19,1932 4:00 P.l. 40.2 109.7 a173540 Apr.20,1932 9:00 A.l. 40.0 108.8 40601 Apr.8, 1933 8:00 A.l. 41.2 107.8 030369 Apr.10,1933 30.4 109.0 -176— TABLE XLVII Northern Downy Woodpecker Dryobates pubescens medianus Band No. Date Time Weight Temperature ajin rams in de rees 40332 Nov.10,1931 27.2 106.9 a256778 'Apr.1, 1931 5:00 P.l. 28.9 107.5 Apr.5, 1931 5:30 P.M. 29.1 111.2 a256779 Apr.6, 1931 5:00 P.l. 26.8 107.6 328285 00t.11,1932 26.3 0185164 Nov.7, 1932 26.2 TABLE XLVIII Olive-backed Thrush Hylocichla ustulata swainsoni - Band N0. Date Time Weight Temperature (in grams) (in degrees 2,) 033691 May 20,1932 4:00 P.l. 37.8 109.8 328276 Sept.28,1932 4:20 9.2. 31.5 109.7 a134790 Oct. 4, 1932 27.7 110.5 a134805 Oct. 7, 1932 24.6 108.5 516783 May 2, 1933 9:30 A.M. 24.7 516785 May 2, 1933 1:30 P.l. 31.3 110.6 516786 May 2, 1933 1:30 P.lb 25.0 110.2 516799 May 10, 1933 1:15 P.l. 36.2 058332 May 12, 1933 8:15 A.M. 25.9 40709 Hay 16, 1933 8:30 A.K. 28.8 110.1 40717 May 18, 1933‘ 8:30 A.H. 33.5 110.6 -177~ Band 80. Date Time Weight Temperature _ r in.de r e 40718 May 18,1933 8:30 A.M. 32.8 108.9 40719 May 18,1933 9:00 A.M. 36.4 108.7 40720 May 18,1933 9:15 A.M. 33.8 109.8 40722 May 18,1933 11:15 A.M. 38.7 108.6 40723 May 18,1933 1:30 P.M. 30.4 108.0 40724 May 19,1933 8:15 A.M. 33.8 110.3 058346 May 19,1933 1:00 P.M. 34.5 107.9 40732 May 25,1933 8:15 A.M. 27.6 112.1 40730 May 26,1933 8:30 A.l. 32.8 40733 May 26,1933 9:30 A.M. 31.1 111.3 40734 May 26,1933 9:30 A.l. 36.7 111.1 40735 May 26,1933 39.4 TABLE XLIX Virginia Rail Rallus 11micola 11m1001a Band No. Date Time Weight Temperature __ (in r in de rees 527317 May 2, 1933 7:15 A.M. 69.9 TABLE L Eastern Field Sparrow Spizella pusilla pusilla Band No. Date Time Weight Temperature (in rams in de reee F 058218 Apr.25,1933 8:00 A.M. 12.1 —178- TABLE LI Rose-breasted Grosbeak Hedymeles ludovicianue Band No. Date Time Weight Temperature Tin grams) Lin degrges F,) 40514 May 3, 1933 2:00 P.M. 45.7 108.1 40707 May 13,1933 8L45 A.M. 43.9 TABLE LII White-eyed Vireo Vireo griseue griseus Band No. Date Time Weight Temperature ( n r ms in de rees 058310 May 2, 1933 3:45 p.“. 11.3 TABLE LIII Northern Flicker Oolaptes auratus luteus Band No. Date Time Weight Temperature (in grams) (in degrees F,} 507208 May 5, 1933 8:30 A.M.. 137.6 104.6 -179- TABLE LIV Baltimore Oriole Icterus galbula Band No. Date Time Weight Temperature r(,i__n_g;§ms) Iin degrees Fy‘ 626819 May 13,1933 11:45 A.M. 38.1 9 626825 May 15,1933 1:30 P.M. 33.0 108.6 0" 626361 May 18,1933 8:50 A.M. 30.8 103.4 40725 May 19,1933 8:30 A.M. 28.9 109.4 TABLE LV Wood Thrush Hylocichla mustelina Band No. Date Time Weight Temperature jin_grgms} (in degrees F,} 51679? May 10,1933 8:80 A.M. 47.7 TABLE LVI Canada.Warbler Wilsonia canadensis Band No. Date Time Weight Temperature Iin grape) {in degrees F,} h90009 May 19,1933 8:30 A.M. 8.8 h90022 May 31,1933 1:30 P.M. 10.1 —180— TABLE LVII Mourning Warbler Oporornis philadelphia Bend No. Date Time Weight Temperature (in grams) (in degrees [3} h902}1 May 19,1933 8:00 A.M. 10.3 h90012 May 19,1933 8:00 A.M. 11.7 (fl May 22,1933 8:30 A.M. 11.4 May 26,1933 9:30 A.M. 12.0 11933115 May 20 ,1933 9:00 11.14. 10.9 TABLE LVIII Alder Flycatcher Empidonax trailli trailli Band No. Date Time Weight Temperature (in rams in 0 re h90017 May 22,1933 11:45 8.8 TABLE LIX Chestnut—sided Warbler Dendroica,pensylvanica Band No. Date Time Weight Temperature -Af. jin grame) lin degrees Fa) 07 'O -181- TABLE LX Yellowabellied Flycatcher Empidonax flaviventris Temperature (in degrees I.) Band No. Date Time Weight (gaggrams) h90018 may 23,1933 12:00 p.n. 12.0 h90020 May 26,1933 8:30 A.M. 11.8 TABLE LXI Eastern Wood Pewee Myiochanes virens Band No. Date Time Weight iin rams h90023, June 1,1933 1:30 P.M. 13.1 TABLE LXII Black and White Warbler Mniotilla varia Band No. Date Time Weight 1 (in r ms 058305 May 2, 1933‘ 8:30 1.x. 9.5 058314 May 4, 1933 9:30 A.M. 9.9 Temperature in de rees F Temperature in de rees TABLE LXI I I American Redstart Set0phaga ruticilla Band No. Date Time Weight Temperature (in rams in de rees h90008 May 18,1933 8040 A.M. 7.0 9 390019 May 25,1933 1:30 P.NL 7.9 07 TABLE LXIV Eastern Phoebe Sayornis phoebe Band No. Date Time Weight Temperature (in r in de r s 030379 Apr.12,1933 10:15 1.x. 16.9 107.9 TABLE LXV Northern Pine Sistin- Spinus pinus pinus Band No. Date Time Weight Temperature (in r in de re s 030395 Apr.18,1933 4:30 P.!. 13.6 TABLE LXVI Veery Hylccichla fuscescens fuscescens Band No. Date Time Weight Temperature (in gramg) (in degrees I.) 40704 May 12,1933 1:30 P.l. 35.9 ll‘o|\. 04.! 1 I 9810 H u 11 3 WWI“