利用农作物高光谱遥感估算土壤水分

Mitul Sheth, Homera Durani
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引用次数: 0

摘要

土壤湿度是控制地表水文学中水分渗透到土壤中并取代地表水表的重要参数。导致向外溢出的水量。如今,遥感正逐渐应用于农业、林业、气象、生物多样性等不同领域。高光谱遥感提供了连续的大窄波段,在了解植物和作物的微小变化方面取得了进展。也提供了它们不同的生理过程。本文利用植被和农作物电磁波谱的特点,从视觉和电流两方面介绍了植被和农作物的波谱特性。利用印度一个地区的高光谱图像,我们找到了该地区的土壤湿度。在这里,我们使用一个软件SAGA(自动地球科学分析系统)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Estimate soil moisture using Hyperspectal Remote Sensing for Crops
Soil moisture is a significant parameter that controls the amount of water in land surface hydrology the water permeates into the soil and replaces the liquid table against. water quantity that contribute to outward overflow. Now a days remote sensing is being gradually used in dissimilar area like farming, forestry, weather, biodiversity and many more. Hyperspectral remote sensing provides large continues narrow wave bands with advancement in understanding the small changes in the plants and crops. Also provide their different physiological processes. This paper gives the knowledge of spectral properties of vegetation and crops, in both the visual and current range of the electromagnetic spectrum as posh using its features. Using the hyperspectral image of one region of India we find the soil moisture of that area. Here we use one software SAGA (System for Automated Geoscientific Analysis) for that.
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