Identification and differentiation of water and Nitrogen stresses using Hyperspectral remote sensing

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TextDissertation note: Ph.D. IARI, Division of Agricultural Physics, New Delhi 2013 Chopra, U. K.

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Item type	Current library	Call number	Status	Date due	Barcode
Thesis	Agricultural Physics General Stacks		Not for loan		APLT252

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Previous	Estimation of crop evapotranspiration under variable weather condition	Integrated nutrient management effect of aggregate turnover and stability in a sandy loam soil under rice wheat cropping system	Estimation of solar radiation from satellitre data for regional primary productivity assessment	Identification and differentiation of water and Nitrogen stresses using Hyperspectral remote sensing	Microenvironment study under different colour shade nets and lts effect on biophysical parameters in spinach (spinacea oleracea L.)	Characterization and modeling of soil physical environment in rice wheat and cotton-wheat systems under conservation agricultural practices	Enhancing water productivity in wheat optimization of irrigation management using 'Aqua Crop Model'.	Next

Ph.D. IARI, Division of Agricultural Physics, New Delhi 2013 Chopra, U. K.

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