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Root growth and nitrogen uptake in wheat in relation to varying soil water status and nitrogen application. by
  • Singh, C.B
Dissertation note: IARI, Division of Agricultural Physics, New Delhi M.Sc. 1985Singh, G.
Availability: Items available for reference: Agricultural Physics: Not for loan (1).

Growth, spectral response yield of summer mung and mustard under different levels of nitrogen and water supply. by
  • Kumar, S
Dissertation note: IARI, Division of Agricultural Physics, New Delhi Ph.D. 1986Das, D.K.
Availability: Items available for reference: Agricultural Physics: Not for loan (1).

Effect of mulches and nitrogen levels on canopy temperature and spectral response of rainfed wheat by
  • Brahma, B.C
Dissertation note: Rao, T.V.IARI, Division of Agricultural Physics, New Delhi M.Sc. 1993
Availability: Items available for reference: Agricultural Physics: Not for loan (1).

Utility of hyperspectral bands for crop discrimination and stress detection by
  • Arika, C.N
Dissertation note: Sundara Sarma, K.S.IARI, Division of Agricultural Physics, New Delhi Ph.D. 1999entation Humdity Chlorophylls Biomass IARI, Division o
Availability: Items available for reference: Agricultural Physics: Not for loan (1).

Assessment of nitrogen stress from the spectral reflectance behaviour of wheat crop (Triticum aestivum L.) by
  • Govind, A
Material type: Text Text; Format: print ; Literary form: Not fiction
Dissertation note: IARI, Division of Agricultural Physics, New Delhi M.Sc. 2001Bhavanarayana, M.
Availability: Items available for reference: Agricultural Physics: Not for loan (1).

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