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Automated Directional Measurement System for the Acquisition of Thermal Radiative Measurements of Vegetative Canopies

机译:用于植物冠层热辐射测量的自动定向测量系统

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The potential for directional optical and thermal imagery is very large. Field measurements have been performed with a goniometer on which thermal instruments were attached. In order to reduce dynamical effects the goniometer was adjusted to run in automated mode, for zenith and azimuthal direction. Directional measurements were performed over various crops with increasing heterogeneity. The improvements to the goniometer proved successful. For all the crops, except the vineyard, the acquisition of the directional thermal brightness temperatures of the crops went successfully. The large scale heterogeneity of the vineyard proved to be larger then the goniometer was capable of. The potential of directional thermal brightness temperatures has been proven.
机译:定向光学和热成像的潜力非常大。已经使用附有热能仪器的测角仪进行了现场测量。为了减少动态影响,将测角仪调整为在天顶和方位角方向上以自动模式运行。随着异质性的提高,对各种农作物进行了定向测量。测角仪的改进被证明是成功的。对于除葡萄园以外的所有农作物,农作物定向热亮度温度的获取都取得了成功。事实证明,葡萄园的大规模异质性要比测角仪的能力更大。定向热亮度温度的潜力已得到证明。

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