Soil moisture estimation using C-band multi-beam RADARAT SAR data under dynamic surface and vegetation condition.

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Dissertation note: IARI, Division of Agricultural Physics, New Delhi. Ph.D. 2007

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Item type	Current library	Call number	Status	Date due	Barcode
Thesis	Agricultural Physics General Stacks		Not for loan		APLT214

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Previous	Characterizing thermal environment and spectral reflectance in relation to growth an yield of tomato and bottle gourd	Effect of modified microenvironment on crop growth and white rust in Brassica	Characterization of landform for resource potential evaluation - An integrated remote sensing and GIS approach	Soil moisture estimation using C-band multi-beam RADARAT SAR data under dynamic surface and vegetation condition.	Discriminating differenrt tillage options using remotesensing techniques	Tillage and residue management effect on soil physical properties and crop productivity in maize-mustard cropping sequence.	Index based quantification of soil quality under different management practices.	Next

IARI, Division of Agricultural Physics, New Delhi. Ph.D. 2007

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