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Evaluation of energy balance over crop canopies by humidity profile technique. by
  • Panna Lal
Dissertation note: IARI, Division of Agricultural Physics, New Delhi Ph.D. 1983Sastry, S.N.
Availability: Items available for reference: Agricultural Physics: Not for loan (1).

Evaluation of soil water status plant growth and canopy environment in relation to variable water supply to wheat. by
  • Naveen
Dissertation note: IARI, Division of Agricultural Physics, New Delhi Ph.D. 1986Chaudhury, T.N.
Availability: Items available for reference: Agricultural Physics: Not for loan (1).

Studies on root growth of wheat under different soil moisture regimes and saline water application. by
  • Raji, T.S
Dissertation note: IARI, Division of Agricultural Physics, New Delhi M.Sc. 1986Singh, G.
Availability: Items available for reference: Agricultural Physics: Not for loan (1).

Studies on radiation interception and its utilization pattern in crop canopies of two wheat varieties viz., HD 2281 and sonalika. by
  • Prasad, R
Dissertation note: IARI, Division of Agricultural Physics, New Delhi M.Sc. 1986Sastri, C.V.S.
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).

Development of growth and yield models for mnustard and chickpea crops using visible, near infrared and microwave radiation by
  • Subbarao, V.V
Dissertation note: IARI, Division of Agricultural Physics, New Delhi Ph.D. 1987Rao, Y.N.
Availability: Items available for reference: Agricultural Physics: Not for loan (1).

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