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Titlebook: Cosmic Ray Neutron Sensing:Estimation of Agricultural Crop Biomass Water Equivalent; Ammar Wahbi,Lee Heng,Gerd Dercon Book‘‘‘‘‘‘‘‘ 2018 In

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Advances in Global Change Researchmme of the Joint FAO/IAEA Division focuses on the development of improved soil, water, and crop management technologies and practices for sustainable agricultural intensification through the use of nuclear and conventional techniques.
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In Situ Destructive Sampling,egies truly reflecting research variables is intrinsic to scientific pursuits. This is particularly true in environmental science due to the complex heterogeneity present in nature. It is vitally important in most studies for researchers to account for natural variations in soil, air, water, and veg
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Remote Sensing via Satellite Imagery Analysis,, is mostly reflected leading to the green appearance of living biomass. This characteristic coincides with interactions outside the visible portion of the electromagnetic spectrum. Near-infrared (NIR, wavelength 841–876 nm) light also interacts with healthy vegetation in a slightly different way. T
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Estimation of Biomass Water Equivalent via the Cosmic Ray Neutron Sensor,gen other than that within the water molecules in the soil is detected. A series of calibration equations have been developed to quantify and eliminate these sources of hydrogen so that the signal of soil moisture can be isolated [1–6]. McJannet et al. [7] demonstrated that soil moisture is the larg
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978-3-030-09894-0International Atomic Energy Agency (IAEA) 2018
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