2,623 research outputs found
Marriage record of Jacobs, Birgler and Adams, Julia
No full textMarriage license for Birgler Jacobs and Julia Adams. R.H. Pittman was the officiant
Four miners rocking out gold on Sarvant claim, Adams Hill, 1899
No full textOn verso of image: End of the cleanup, Sarvant claim, Adams Hill, 1899. [Men identified] W.H. Wilson, J. Tillin, R.H. Roper, H.M. Sarvant.
PH Coll 35.516
Klondike Gold Rus
[oval bust portrait of Nellie Adams].
No full textPhoto Div C.3 .Pease papers.7. Oval bust portrait of Nellie Adams. Photographer: C. L. Howe (Brattleboro, Vt.).; Handwritten on verso, "Nellie Adams."; Studio portraits of individual men, women and children, 2 group portraits of women, and 1 photographic reproduction of a drawing.; Subjects include: Calvin Pease; Martha H. Pease; Matilda H. Pease; Sarah W. Pease; Jane Hunt Pease; Mary Wait; Jane H. Wheeler; Antoinette Erhardt Voigt; Mary M. Hickock; and Nellie Adams.; Photographers include: Alexander Gardner (Washington, D.C.); F. Forshew (Hudson, N.Y.); S.O. Hersey (Montpelier, Vt.); J.B. Roberts & Co. (Rochester, N.Y.); L.A. Atwood (Burlington, Vt.); J.H. Kent (Rochester, N.Y.); R.H. Furman (Rochester, N.Y.); Frederick R. Menns (Burlington, Vt.); W. Stockford (Montreal); C.L. Howe (Brattleboro, Vt.); Powelson (Rochester, N.Y.); H.L. Bixby ( Burlington, Vt.); Pach Bros. (N.Y.); Carey & Parker (Burlington, Vt.
Characteristics of Selected Horizons from 16 Soil Series in Minnesota
No full textThis report compiles and summarizes some chemical, physical, and mineralogical properties of samples collected in 1965 for studies on pesticide adsorption and desorption by soils. The 16 soil series sampled generally represent soils of agricultural importance and occur extensively in Minnesota. They include a wide range of soil properties found in agricultural soils in the state. The actual sampling site for each soil series met two criteria: it was close to a modal or typical profile and it had a known 5-year history of pesticide use. Supplementary profile descriptions and laboratory data were available prior to sampling from the Soil Conservation Service or the Bureau of Public Roads for a few of the soil series at their sampling sites.Pluth, D.J.; Adams, R.S. Jr.; Rust, R.H.; Peterson, J.R.. (1970). Characteristics of Selected Horizons from 16 Soil Series in Minnesota. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/108275
The bells of St. Mary's [music] : intermezzo with bells ad lib. /
No full text11555B.B. (Publisher number). For brass band.; Caption title.; Pl. no.: 11555B.B.; Also available online http://nla.gov.au/nla.mus-vn463685; Library's N copy is pasted on cardboard (26 cm.) with 3 other titles and bears the stamp of St. Kilda City Band.; Pasted on the lower half of the cardboard are the parts for: Sacred gems : sacred fantasia / Thos E. Bulch. Melbourne : Suttons, [193-?]; Pasted on the reverse are parts for: My moonlight Madonna : valse lente / Zdenko Fibich ; arr. by R.H. McNally. Sydney : Chappell & Co., c1933. Ora Pro Nobis / M. Piccolomini. Leipzig : C.G. Roder, [193-?]; Library's NL copy lacks the part for 2nd Baritone. The NL parts are pasted on cardboard and do not include any other music titles. They bear the stamp of South Melbourne City Band.; Library's N2 copy is pasted on cardboard with two other titles. On the top half of the cardboard are parts for: Mary's boy child / Jester Hairston ; arr. J. McInnes Smith. Hollywood, Calif. : Schumann Music Corp., c1957. Pasted on the front of the cardboard are parts for: Five Australian Christmas Carols / music by William G. James ; words by John Wheeler ; arr. Robert H. McAnally. London ; Sydney: Chappell & Co., c1948
American Association of Retired Persons Board Members
No full textBoard members of the Uintah Chapter of Retired Persons. Back row: Elmer Lind, R.H. Schanbacher. Front row: Lucy Goodrich Lind, Mary LaVerne Davis Adams, Stella Thacker
Methods of studying the functional ecology of protein and organ dynamics in birds
No full textBirds are capable of adaptive responses to ecological challenges involving changes in body composition, including both body stores and functional tissues. These physiological adjustments may affect aspects of the birds’ ecology, such as choice of diet and microhabitat or susceptibility to aerial predators. Carcass analysis provides accurate data on body composition; however, ethical considerations apart, this method neither enables studies of temporal changes within individuals nor allows compositional analyses to be followed up by studies on the birds’ life history. Various non-terminal methods are available to quantify gross body composition in terms of fat, protein, and water. In addition, energy and mass (nitrogen) balance measurements in caged song birds and shorebirds provide sensitive and robust methods to estimate protein and fat contents of anabolised and catabolised body stores, albeit under laboratory conditions rather than in the field. The potential of new non-terminal methods (i.e. ultrasound, nuclear magnetic resonance imaging and computer tomography), which allow repeated size estimation of various organs, was evaluated in recent studies on shorebirds and swans. These methods probably have the greatest potential in break-through studies in the field of ecophysiological adaptation, because they allow non-invasive, repeated quantification of the size of different organs in individual birds
Methods of studying the functional ecology of protein and organ dynamics in birds
No full textBirds are capable of adaptive responses to ecological challenges involving changes in body composition, including both body stores and functional tissues. These physiological adjustments may affect aspects of the birds’ ecology, such as choice of diet and microhabitat or susceptibility to aerial predators. Carcass analysis provides accurate data on body composition; however, ethical considerations apart, this method neither enables studies of temporal changes within individuals nor allows compositional analyses to be followed up by studies on the birds’ life history. Various non-terminal methods are available to quantify gross body composition in terms of fat, protein, and water. In addition, energy and mass (nitrogen) balance measurements in caged song birds and shorebirds provide sensitive and robust methods to estimate protein and fat contents of anabolised and catabolised body stores, albeit under laboratory conditions rather than in the field. The potential of new non-terminal methods (i.e. ultrasound, nuclear magnetic resonance imaging and computer tomography), which allow repeated size estimation of various organs, was evaluated in recent studies on shorebirds and swans. These methods probably have the greatest potential in break-through studies in the field of ecophysiological adaptation, because they allow non-invasive, repeated quantification of the size of different organs in individual birds
Methods of studying the functional ecology of protein and organ dynamics in birds
No full textBirds are capable of adaptive responses to ecological challenges involving changes in body composition, including both body stores and functional tissues. These physiological adjustments may affect aspects of the birds’ ecology, such as choice of diet and microhabitat or susceptibility to aerial predators. Carcass analysis provides accurate data on body composition; however, ethical considerations apart, this method neither enables studies of temporal changes within individuals nor allows compositional analyses to be followed up by studies on the birds’ life history. Various non-terminal methods are available to quantify gross body composition in terms of fat, protein, and water. In addition, energy and mass (nitrogen) balance measurements in caged song birds and shorebirds provide sensitive and robust methods to estimate protein and fat contents of anabolised and catabolised body stores, albeit under laboratory conditions rather than in the field. The potential of new non-terminal methods (i.e. ultrasound, nuclear magnetic resonance imaging and computer tomography), which allow repeated size estimation of various organs, was evaluated in recent studies on shorebirds and swans. These methods probably have the greatest potential in break-through studies in the field of ecophysiological adaptation, because they allow non-invasive, repeated quantification of the size of different organs in individual birds.
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