Quantification and modeling of water nitrogen interaction in maize-wheat cropping system

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TextDissertation note: Ph.D. IARI, Division of Agricultural Physics, New Delhi 2005 A. K. Singh

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Holdings
Item type	Current library	Call number	Status	Date due	Barcode
Thesis	Agricultural Physics General Stacks		Not for loan		APLT207

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Previous	Water balance and crop performance evaluation in different rice planting techniques	Yield prediction in mustard and chickpea grown under different plant density using radiation interception and remote sensing data	Studies on relationship between crop biophysical parameters and reflectance using radiative transfer model	Quantification and modeling of water nitrogen interaction in maize-wheat cropping system	Characterization of least limiting water range of IARI soils in relation to water availability and growth of maize	Solar radiation interaction and its use efficiency in relation to row direction and crop phenotype of mustard (Brassica juncea L.)	Characterizing thermal environment and spectral reflectance in relation to growth an yield of tomato and bottle gourd	Next

Ph.D. IARI, Division of Agricultural Physics, New Delhi 2005 A. K. Singh

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