首页> 外文会议>Geoscience and Remote Sensing Symposium, 1995. IGARSS '95. 'Quantitative Remote Sensing for Science and Applications', International >Interannual variations of radiometric time profile and crop yield: coupling of functional model and short wavelength remote sensing observations
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Interannual variations of radiometric time profile and crop yield: coupling of functional model and short wavelength remote sensing observations

机译:辐射时间剖面和作物产量的年际变化:功能模型与短波长遥感观测的耦合

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Temporal profiles of satellite radiometric signals were simulated for an agricultural area, at field (SPOT HRV) and regional (NOAA AVHRR) scales, using a vegetation process model (AFRCWHEAT2) and a radiative transfer model (SAIL). Furthermore, the authors show that assimilation of real satellite observations in a crop model leads to improved simulation of vegetation functioning.
机译:使用植被过程模型(AFRCWHEAT2)和辐射传输模型(SAIL),针对农田(SPOT HRV)和区域(NOAA AVHRR)规模的农业区域,模拟了卫星辐射信号的时间分布。此外,作者表明,将真实的卫星观测值同化到作物模型中可以改善对植被功能的模拟。

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