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93篇 您的检索式:作者名="KUUSK"
    题名 作者 年代 出处 被引量
1A NEW QUANTITATIVE WAY FOR DETERMINING LEAF AREA INDEXAND NET PRIMARY PRODUCTIVITY IN REGIONAL SCALE显示文摘An inversion of bidirectional reflection distribution fiJnedon (BRDF) wastested using NK Model and NOAA AVHRR datu. The test involVed sensitiveanalysis, optimum inversion selecting, ground simulated expenment, calibrahngmeasuremed with satellite and computer image processmg. Results of comparisonwith NDVI indicatal that inversion of BRDF will have brigh developing prospect inthe next decade.Zhang Renhua(Institute of Geography, CAS, Bejing 100101, P.R. China)Andres Kuusk(Estorua Observatory, Tatu, Estorua)Chen Gang(Ground Station of Satellite Remote Sensing, CAS, Behing 100086, P.R. China)Alan Strahler Li Xiaonen(Remote Sensing Cater, Boston 1996Journal of Geographical Sciences1996,6,4:7
2The influence of time and temperature on molecular gut content analysis: Adalia bipunctata fed with Rhopalosiphum padi显示文摘当学习节肢动物食肉动物猎物相互作用时,内脏内容分析是一个有用工具。我们使用了聚合酶链反应(PCR ) 检验在内脏的猎物脱氧核糖核酸的察觉怎么食肉动物满足的技术到消化时间和温度被影响。如此的知识在使用基于 PCR 的内脏内容分析回答前是批评的收集了食肉动物。two-spotted 女士甲壳虫(Adalia bipunctata L.) 的幼虫在 21 ℃或 14 ℃用鸟樱桃燕麦蚜虫(Rhopalosiphum 垫 i L.) 被喂。在消费一个蚜虫以后,食肉动物被允许为时间时期的一个范围消化猎物直到 24 个小时。A 上的温度的影响。喂行为的 bipunctata 也被记录。从喂的幼虫,全部的脱氧核糖核酸被提取并且有 R 的 PCR 反应。垫 i 特定的教材被运用。A 的数字。测试的 bipunctata 为 R 积极。垫 i 脱氧核糖核酸是否定地与消化时间的长度有关。温度影响了幼虫的喂的行为但是没在 R 上有重要效果。填 i 脱氧核糖核酸察觉。在从两个温度处理分享数据以后,我们估计了时间点什么时候 R。垫 i 脱氧核糖核酸能从 50% 喂的 A 被放大。由 PCR 到的 bipunctata 是 4.87 个小时。与在猎物脱氧核糖核酸察觉成功的如此的快速的减少,积极 PCR 反应将很可能是立即在俘获前发生的捕食事件的结果。如果一个定义消化温度范围证明了不影响猎物察觉,从食肉动物获得的 PCR 数据在那个特别范围以内收集了能以一样的方法被解释。STUART MCMILLAN ANNA-KARIN KUUSK ANNA CASSELLUNDHAGEN BARBARA EKBOM 2007Insect Science2007,14,5:3
3Simulation of the reflectance of ground vegetation in sub-boreal forests显示文摘Andres Kuusk Mait Lang Tiit Nilson 2004Agricultural and Forest Meteorology2004,126,:1
4A fast, invertible canopy reflectance model 显示文摘KUUSK A 1995Remote Sensing of Enviornment1995,51,3:1
5The Arabidopsis dwarfmu-tant shi exhib its reduced gibberellin responses conferred by overexpression of a new putative zinc finger protein显示文摘Fridbog I Kuusk S Morilz T 1999Plant Cell1999,,11:1
6The effects of crown shape on the reflectance of coniferous stands显示文摘Miina Rautiainen Pauline Stenberg Tiit Nilson Andres Kuusk 2004Remote Sensing of Environment2004,,89:1
7A two-layer canopy reflectance model显示文摘Kuusk A 2001Journal of Quantitative Spectroscopy and Radiative Transfer2001,71,:1
8Retrieving leaf area index using a genetic algorithm with a canopy radiative transfer model显示文摘Fang H Liang S Kuusk A 2003Re- mote Sensing of Environment2003,85,:1
9A fast invertible canopy reflectance model显示文摘KUUSK A 1995Remote Sensing of Environment1995,51,:1
10Improved algorithm for estimating canopy indices from gap fraction data in forest canopies显示文摘Tiit Nilson Andres Kuusk 2004Asricuhural and Forest Meteorology2004,12,:1
11Phenotypic and functional characterization in vitro of a multipotent epithelial cell present in the normal adult human breast 显示文摘Stingl J Eaves C J Kuusk U 1998Differentiation1998,63,4:1
12The Arabidopsis dwarf mutant shi exhibits reduced gibberellin responses conferred by overexpression of a new putative zinc finger protein显示文摘Fridborg I Kuusk S Moritz T 1999The plant cell1999,11,:1
13Simulation of the reflectance of ground vegetation in sub-boreal forests 显示文摘Kuusk A Lang M Nilson T 2004Agric For Meteorol2004,126,:1
14The Arabidopsis dwarf mutant shi exhibits reduced gibberellin responses conferred byoverex pression of s new putative zinc finger protein显示文摘Fridborg I Kuusk S Moritz T 1999The plant cell1999,11,:1
15Investiga ting Relationship Between Landsat ETM +Sensor Data and Leaf Area Index in a Boreal Conifer Forest显示文摘Lars Eklundh Lars Harrie Andres Kuusk 2001Remote Sensing of Environment2001,,78:1
16A Markov chain model of canopy reflectance显示文摘Kuusk A 1995Agricult Forest Meteorol1995,76,:1
17The surgical management of granulomatous mastitis显示文摘Yau Fro Macadam SA Kuusk U 2010Ann Plast2010,64,1:1
18The surgicalmanagement of granulomatous mastitis 显示文摘Yau FM Macadam SA Kuusk U 2010Ann Plast Surg2010,64,1:1
19A Reflectance Model for the Homogeneous Plant Canopy and its Inversion显示文摘NILSON T KUUSK A 1989Remote Sensing of Environment1989,27,:1
20A Fast,Invertible Canopy Reflectance Model显示文摘 1995Remote Sensing of Environment1995,51,:1
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