首页> 外文会议>Geoscience and Remote Sensing Symposium, 2004. IGARSS '04. Proceedings. 2004 IEEE International >Soil and vegetation canopy temperature gradients: Implications for SMOS
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Soil and vegetation canopy temperature gradients: Implications for SMOS

机译:土壤和植被冠层温度梯度:对SMOS的影响

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We present the diurnal variation of vertical temperature gradients measured in a maize canopy over the course of a growing season in the context of the SMOS mission. For the 6 AM and 6 PM overpass times, gradients were actually smallest in magnitude at 6 PM. The mean, standard deviation, and extreme values of the temperature differences between the top of the canopy and the soil surface and between the soil surface and a depth of 4.5 cm at SMOS overpass times are reported.
机译:我们介绍了在SMOS任务的背景下,在整个生长季节过程中在玉米冠层中测得的垂直温度梯度的日变化。对于6 AM和6 PM的通过时间,梯度实际上在6 PM时幅度最小。报告了在SMOS越过时间,冠层顶部与土壤表面之间以及土壤表面与4.5 cm深度之间的温度差的平均值,标准差和极值。

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