Sentence examples for end of submergence from inspiring English sources

These cultivars maintained greater dry biomass at the end of submergence and re-growth fast during re-emergence (Figure 1).

NSC contents decreased due to submergence was determined following the formulae as reduction % = {(NSC before submergence – NSC at the end of submergence) / (NSC before submergence)*100}.

The FPs, carbohydrate content and dry weight at the end of submergence showed positive and highly significant association with re-generation growth.

The maintenance of greater quantities of NSC at the end of submergence depended on the level of NSC contents before submergence and their low consumptive used during submergence (Figure 2).

Absolute growth rate (AGR, mg / day/ plant) was measure using the formulae i.e. AGR = (Dry matter at 15 days of re-emergence - Dry matter at the end of submergence) / 15.

The cultivars that maintained a higher carbohydrate content at the end of submergence were found to develop new leaves very quickly and accumulated greater biomass during re-emergence (Figure 1).

The pH also increased from 7.4 at the beginning to 8.1 at the end of the submergence period.

Improvement of dry matter accumulation occurred in INGR08113, INGR08109, INGR08111 and AC42091 at the end of 20 days of submergence compared to the 14 days of submergence as because their leaves tips came out above the water surface.

NSC contents did not measure in susceptible cultivars IR42 and Swarna at the end of 20 days of submergence due to the total decomposition of stem.

Figure 2 Non-structural carbohydrate content (mg / g dry weight of stem) was measured at non-submerged control (C) and at the end of 14 days (14 d) and 20 days (20 d) of submergence.

New supporters were arriving and the immediate threat of submergence was over until next year's monsoon season.