Table 1: Variation in grain yield (kg ha-1) and above ground biomass (kg ha-1) with varied sowing dates
Table 2: Correlation coefficients (r) between grain yield and mean weather parameters
Table 3: Correlation coefficients (r) between above ground biomass and mean weather parameters
Table 4: Correlation coefficients (r) of grain yield and above ground biomass with accumulated weather parameters and agrometeorological indices
Table 5: Regression equations involving grain yield (kg ha-1) and agroclimatic parameters
Table 6: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of vegetative phase
Table 7: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of reproductive phase
Table 1: Variation in grain yield (kg ha-1) and above ground biomass (kg ha-1) with varied sowing dates
Table 2: Correlation coefficients (r) between grain yield and mean weather parameters
Table 3: Correlation coefficients (r) between above ground biomass and mean weather parameters
Table 4: Correlation coefficients (r) of grain yield and above ground biomass with accumulated weather parameters and agrometeorological indices
Table 5: Regression equations involving grain yield (kg ha-1) and agroclimatic parameters
Table 6: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of vegetative phase
Table 7: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of reproductive phase
Table 1: Variation in grain yield (kg ha-1) and above ground biomass (kg ha-1) with varied sowing dates
Table 2: Correlation coefficients (r) between grain yield and mean weather parameters
Table 3: Correlation coefficients (r) between above ground biomass and mean weather parameters
Table 4: Correlation coefficients (r) of grain yield and above ground biomass with accumulated weather parameters and agrometeorological indices
Table 5: Regression equations involving grain yield (kg ha-1) and agroclimatic parameters
Table 6: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of vegetative phase
Table 7: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of reproductive phase
Table 1: Variation in grain yield (kg ha-1) and above ground biomass (kg ha-1) with varied sowing dates
Table 2: Correlation coefficients (r) between grain yield and mean weather parameters
Table 3: Correlation coefficients (r) between above ground biomass and mean weather parameters
Table 4: Correlation coefficients (r) of grain yield and above ground biomass with accumulated weather parameters and agrometeorological indices
Table 5: Regression equations involving grain yield (kg ha-1) and agroclimatic parameters
Table 6: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of vegetative phase
Table 7: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of reproductive phase
Table 1: Variation in grain yield (kg ha-1) and above ground biomass (kg ha-1) with varied sowing dates
Table 2: Correlation coefficients (r) between grain yield and mean weather parameters
Table 3: Correlation coefficients (r) between above ground biomass and mean weather parameters
Table 4: Correlation coefficients (r) of grain yield and above ground biomass with accumulated weather parameters and agrometeorological indices
Table 5: Regression equations involving grain yield (kg ha-1) and agroclimatic parameters
Table 6: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of vegetative phase
Table 7: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of reproductive phase
Table 1: Variation in grain yield (kg ha-1) and above ground biomass (kg ha-1) with varied sowing dates
Table 2: Correlation coefficients (r) between grain yield and mean weather parameters
Table 3: Correlation coefficients (r) between above ground biomass and mean weather parameters
Table 4: Correlation coefficients (r) of grain yield and above ground biomass with accumulated weather parameters and agrometeorological indices
Table 5: Regression equations involving grain yield (kg ha-1) and agroclimatic parameters
Table 6: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of vegetative phase
Table 7: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of reproductive phase
Table 1: Variation in grain yield (kg ha-1) and above ground biomass (kg ha-1) with varied sowing dates
Table 2: Correlation coefficients (r) between grain yield and mean weather parameters
Table 3: Correlation coefficients (r) between above ground biomass and mean weather parameters
Table 4: Correlation coefficients (r) of grain yield and above ground biomass with accumulated weather parameters and agrometeorological indices
Table 5: Regression equations involving grain yield (kg ha-1) and agroclimatic parameters
Table 6: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of vegetative phase
Table 7: Regression equations for pre-harvest forecasting of grain yield and above ground biomass using agro-climatic factors of reproductive phase
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