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632篇 您的检索式:作者名="NEWBOLD"
    题名 作者 年代 出处 被引量
1Water quality functions of riparian forest buffers in Chesapeake Bay watersheds 显示文摘Lowrance R Altier L S Newbold J D 1997Environmental Management1997,21,5:8
2基于固定流速法的鳙(Aristichthys nobilis)幼鱼游泳能力显示文摘鳙(Aristichthys nobilis)是中国重要的经济鱼类,持续游泳速度和耐久游泳速度是鱼类重要的游泳能力参数。本文利用开敞式平坡水槽,采用固定流速法,测试了118尾鳙幼鱼的持续游动时间,研究鳙的基础游泳能力。结果表明:全长为12.5~17.5、17.5~22.5和22.5~27.5 cm的3组鱼的持续游泳速度分别为13.7~39.8、46.1~78.0和60.3~75.7 cm·s^(-1),耐久游泳速度分别为29.9~60.0、65.3~120.2和59.2~122.9 cm·s^(-1),且98%以上的测试鱼类持续游动时间分布在0~10 min和>200 min的范围内;在18~26.3℃的范围内,温度对鳙幼鱼的持续游泳速度和耐久游泳速度均有显著性影响,相对持续速度Us(TL·s^(-1),TL为鱼全长)随温度T升高呈线性增大的趋势,拟合方程为U_s=0.19T^(-1).57(n=27,R^2=0.48,P<0.001);相对耐久速度U_p随温度T升高也呈线性增大的趋势,U_p=0.20T-0.63(n=83,R^2=0.22,P<0.001);鳙幼鱼的持续游动时间呈明显的两极化分布,因此在其临界游泳速度测试中应选用>10 min的时间步长和适宜的流速步长,鳙幼鱼发生极限疲劳的前一个水流速度可用于评估其持续游泳速度;温度变化会显著影响鱼类的持续游泳速度和耐久游泳速度,在适温范围内,鳙幼鱼的持续游泳速度、耐久游泳速度和临界游泳速度随温度的变化趋势相同。侯轶群 Lynda Newbold 蔡露 王翔 胡望斌 乔晔 2016生态学杂志2016,35,6:7
3Transport policy and the provision of mobility options in an aging society: a case study of Ontario, Canada显示文摘Ruben Mercado Antonio Páez K. Bruce Newbold 2010Journal of Transport Geography2010,,5:2
4Characterisation of the novel apoptotie and therapeutic activities of the histone deacetylase inhibitor romid epsin 显示文摘Newbold A Lindemann RK Cluse LA 2008Mol Cancer Ther2008,7,5:1
5Examination of Some More Powerful Modifications of the Dickey-Fuller Test 显示文摘Leybourne S Kim T H Newbold P 2005Journal Applied Econometrics2005,,26:1
6Spurious Regressions in Economet-rics显示文摘Granger Newbold 1974Journal of Econometrics1974,,2:1
7Influence of foliage from African multipurpose trees on activity of rumen protozoa and bacteria显示文摘Newbold C J E Hassan S M Wang J 1997British Journal of Nutrition1997,78,:1
8Induction of uterine ad in CD - 1 mice by catechol estrogens 显示文摘Newbold RR Liehr JG 2000Cancer Res2000,60,2:1
9Clinical evaluation of inten- sity-modulated radiotherapy for head and neck cancers 显示文摘Bhide SA Newbold KL Harrington K J 2012Br J Radial2012,85,1013:1
10Water quality functions of riparian forest buffers in chesapeake bay watersheds显示文摘LOWRANCE R NEWBOLD J D SEHNABEL R R 0,,05:1
11Effect of synchronizing the rate of dietary energy and Nitrogen release on rumen fermentation and microbial protein syn- thesis in sheep显示文摘Sinclair L A Garnsworth P C Newbold J R 1993The Journal of Agricultural Science1993,120,02:1
12Evidence for a tumour suppressor function of SETD2 in human breast cancer: a new hypothesis 显示文摘NEWBOLD R F MOKBEL K 2010Anticancer Res2010,30,9:1
13Effect of Yucca schidigera extract on fermentation and degradation of steroidal saponins in the rumen simulation technique (RUSITEC)显示文摘Wang Y MaAllister T A Newbold CJ 1998Anim Feed Sci Technol1998,74,:1
14Effects of a specific blend of essential oil compounds on fermentation显示文摘Newbold C J Mclntosh F M Williams P 2004Animal Feed Science and Technology2004,114,1234:1
15Influence of sodium fumarate addition on rumen fermentation in vitro显示文摘López S Valdes C Newbold C J 1999British Journal of Nutrition1999,81,:1
16Influence of peptides,amino acids and urea on microbial activity in the rumen of sheep recei ving grass bay on the growth of rumen bacteria in vitro显示文摘CRUZSOTO R MUHAMMED S A NEWBOLD C J 1994Anim Feed Sci Technol1994,49,:1
17Developmental exposure to endocrine disruptors and the obesity epidemic 显示文摘NEWBOLD R R PADILLA-BANKS E SNYDER R J 2007Reprod Toxicol2007,23,3:1
18Social consequences of mining and present day solutions--region II in Chile highlighted 显示文摘Newbold J 2003Sustainable Development2003,11,2:1
19In vivo effects of bisphenol A in laboratory rodent studies显示文摘Catherine A. Richter Linda S. Birnbaum Francesca Farabollini Retha R. Newbold Beverly S. Rubin Chris E. Talsness John G. Vandenbergh Debby R. Walser-Kuntz Frederick S. vom Saal 2007Reproductive Toxicology2007,,2:1
20Effects of Yucca schidigera extract on fermentation and degradation of steroidal saponins in the rumen simulation technique(RUSITEC)显示文摘Wang Y Mc Allister T A Newbold C J 1998Animal Feed Science and Technology1998,74,:1
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