1,788 research outputs found
1982 Nebraska Nesting Survey
No full textData on the 1982 nesting season in Nebraska were received from 24 observers, reporting on 106 species from 40 counties. Counties in the tabulation are listed in a west to east order, with the northernmost of approximately equal locations given first. Numbers represent Nest Record Cards; C represents Cowbird eggs found in other nests; E represents eggs observed; F represents carrying food; M represents carrying nesting material; N represents nests observed for which no Nest Record Card was submitted; and Y represents young observed.
Fifty-three species were reported on 335 North American Nest Record Cards; in addition, out-of-state nests were reported on three cards. The counties, with column numbers on the tabulation shown in parentheses, and the contributors were: Banner (3) J.J. Dinan, G.A. Wingfield; Box Butte (5) J.J. Dinan, GA Wingfield; Boyd (23)GA Wingfield; Brown (18) Mark A. Brogie, Michael J. Mossman; Buffalo (25) D.E. Carlson; Cass (38) J.J. Dinan, J.E. Ducey; Cedar (31) D.E. Carlson, J.J. Dinan; Chase (11) lola Pennington; Cherry (8) Mark A. Brogie, Len McDaniel, Michael J. Mossman, G.A. Wingfield; Custer (19) J.E. Ducey, G.A. Wingfield; Dawes (4) D.E. Carlson, J.J. Dinan, G.A. Wingfield; Dawson (20) G.A. Wingfield; Dixon (32) D.E. Carlson, J.J. Dinan; Dodge (33) J.J. Dinan, J.E. Ducey; Douglas (36) T.E. Bray, R.G. Cortelyou, J.J. Dinan, J.E. Ducey, Ruth Green, G.E. Johnson, B.L. Wilson; Franklin (26) G.A. Wingfield; Frontier (15) G.A. Wingfield; Furnas (22) G.A. Wingfield; Garden (7) J.J. Dinan, G.A. Wingfield; Gosper (21) G.A. Wingfield; Hall (27) Gary Lingle, Bill Schleicher; Holt (24) D.E. Carlson, G.A. Wingfield; Johnson (39) J .E. Ducey; Keith (9) G.A. Wingfield; Keya Paha (17) Mark A. Brogie, Michael J. Mossman, G.A. Wingfield; Knox (28) D.E. Carlson, J.J. Dinan; Lancaster (35) J.E. Ducey, Norma Johnson, Rosalind Morris; Lincoln (13) G.A Wingfield; McPherson (12) Oona Bassett; Merrick (29) D.E. Carlson; Morrill (6) J.J. Dinan, R. Grier; Nemaha (40) L.J. Padelford; Perkins (10) G.A. Wingfield; Red Willow (16) G.A. Wingfield; Sarpy (37) P.A. Bedell, KG. Cortelyou, J.E. Ducey, Ruth Green, B.K. Padelford, L.J. Padelford; Saunders (34) J.J. Dinan, J.E. Ducey; Scotts Bluff (2) AM. Kenitz, G.A. Wingfield; Sioux (1) T.E. Bray, D.E. Carlson, J.J. Dinan, L.J. Padelford, G.A Wingfield; Thomas (14) D.E. Carlson; York (30) Lee Morris
Review of the thesis: “The activities of the Soviet police to combat crime and public protection in Western Siberia in 1925-1937” by D.E. Kuznetsov
No full textThe article analyses the thesis “The activities of the Soviet police to combat crime and protect public order in Western Siberia in 1925-1937” by D.E. Kuznetsov. The structure and logic of the construction of the work, the validity of the conclusions, the merits of the dissertation research and its controversial points are considered. Special attention is paid to the source of the dissertation. In conclusion, the author of the article summaries that the contents of D.E. Kuznetsov's facts, assessments and conclusions can be used to develop textbooks on the history of crime, the history of law enforcement bodies, the history of Russia
Motion video coding for visual telephony
No full textElectrical Engineering, Mathematics and Computer Scienc
Investigations on nonlinear streamcipher systems: Construction and evaluation methods
No full textElectrical Engineering, Mathematics and Computer Scienc
Selected aspects of discrete-time filtering techniques as applied to sensor control and signal processing problems
No full textElectrical Engineering, Mathematics and Computer Scienc
Markets, manufacturing and technical progress in amorphous silicon photovoltaics in the US
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SP-100 low mass shield design
No full textThe shielding considerations for an unmanned space reactor system are somewhat different from those for a terrestrial reactor. An unmanned operation in space implies that only a shadow shield, rather than a 4..pi.. one, is required to protect payload hardware that typically can tolerate 10/sup 4/ to 10/sup 6/ times more radiation than can a human crew. On the other hand, the system mass, of which the radiation shield can be a significant fraction, is a severe constraint for space reactors and not normally a problem with terrestrial ones. The object of this paper is to briefly summarize advancements made on various aspects of low mass shield design for space reactors, including materials and their arrangements, geometric factors and their potential impact on system design optimization, and proposed new configuration concepts for further mass reduction
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