Table 1: Growth parameters, yield attributes, yield and economics of different treatment
Table 2: Response of variety (Hiranmayee) on drought tolerance under dry spells during kharif 2017
Table 3: Variation of cumulative growing degree days (GDD) and photo-thermal unit (PTU) at different phonological stages over treatment
Figure 1: Variation of heat use efficiency (HUE) at maturity over treatment
Table 4: Pearson correlation coefficient for grain yield and its growth parameters, yield attributes and agro-meteorological indices at maturity
Table 1: Growth parameters, yield attributes, yield and economics of different treatment
Table 2: Response of variety (Hiranmayee) on drought tolerance under dry spells during kharif 2017
Table 3: Variation of cumulative growing degree days (GDD) and photo-thermal unit (PTU) at different phonological stages over treatment
Figure 1: Variation of heat use efficiency (HUE) at maturity over treatment
Table 4: Pearson correlation coefficient for grain yield and its growth parameters, yield attributes and agro-meteorological indices at maturity
Table 1: Growth parameters, yield attributes, yield and economics of different treatment
Table 2: Response of variety (Hiranmayee) on drought tolerance under dry spells during kharif 2017
Table 3: Variation of cumulative growing degree days (GDD) and photo-thermal unit (PTU) at different phonological stages over treatment
Figure 1: Variation of heat use efficiency (HUE) at maturity over treatment
Table 4: Pearson correlation coefficient for grain yield and its growth parameters, yield attributes and agro-meteorological indices at maturity
Table 1: Growth parameters, yield attributes, yield and economics of different treatment
Table 2: Response of variety (Hiranmayee) on drought tolerance under dry spells during kharif 2017
Table 3: Variation of cumulative growing degree days (GDD) and photo-thermal unit (PTU) at different phonological stages over treatment
Figure 1: Variation of heat use efficiency (HUE) at maturity over treatment
Table 4: Pearson correlation coefficient for grain yield and its growth parameters, yield attributes and agro-meteorological indices at maturity
Table 1: Growth parameters, yield attributes, yield and economics of different treatment
Table 2: Response of variety (Hiranmayee) on drought tolerance under dry spells during kharif 2017
Table 3: Variation of cumulative growing degree days (GDD) and photo-thermal unit (PTU) at different phonological stages over treatment
Figure 1: Variation of heat use efficiency (HUE) at maturity over treatment
Table 4: Pearson correlation coefficient for grain yield and its growth parameters, yield attributes and agro-meteorological indices at maturity
Table 1: Growth parameters, yield attributes, yield and economics of different treatment
Table 2: Response of variety (Hiranmayee) on drought tolerance under dry spells during kharif 2017
Table 3: Variation of cumulative growing degree days (GDD) and photo-thermal unit (PTU) at different phonological stages over treatment
Figure 1: Variation of heat use efficiency (HUE) at maturity over treatment
Table 4: Pearson correlation coefficient for grain yield and its growth parameters, yield attributes and agro-meteorological indices at maturity
Table 1: Growth parameters, yield attributes, yield and economics of different treatment
Table 2: Response of variety (Hiranmayee) on drought tolerance under dry spells during kharif 2017
Table 3: Variation of cumulative growing degree days (GDD) and photo-thermal unit (PTU) at different phonological stages over treatment
Figure 1: Variation of heat use efficiency (HUE) at maturity over treatment
Table 4: Pearson correlation coefficient for grain yield and its growth parameters, yield attributes and agro-meteorological indices at maturity
Table 1: Growth parameters, yield attributes, yield and economics of different treatment
Table 2: Response of variety (Hiranmayee) on drought tolerance under dry spells during kharif 2017
Table 3: Variation of cumulative growing degree days (GDD) and photo-thermal unit (PTU) at different phonological stages over treatment
Figure 1: Variation of heat use efficiency (HUE) at maturity over treatment
Table 4: Pearson correlation coefficient for grain yield and its growth parameters, yield attributes and agro-meteorological indices at maturity
Table 1: Growth parameters, yield attributes, yield and economics of different treatment
Table 2: Response of variety (Hiranmayee) on drought tolerance under dry spells during kharif 2017
Table 3: Variation of cumulative growing degree days (GDD) and photo-thermal unit (PTU) at different phonological stages over treatment
Figure 1: Variation of heat use efficiency (HUE) at maturity over treatment
Table 4: Pearson correlation coefficient for grain yield and its growth parameters, yield attributes and agro-meteorological indices at maturity
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