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There is little information on genotype variations for photoassimilates   partitioning to the grains during early development of endosperm in wheat.   Eighty-one wheat cultivars were examined in the Moghan region of Iran during   2010-2011 and 2013-2014 growing seasons. The amount and rate of   photoassimilates partitioning to the grains were measured in the tested   cultivars during anthesis-16 days after anthesis (DAA) and 16 DAA-maturity   phases using time dependent changes in spike dry weight. There were   substantial genetic variations in the amount and rate of partitioned   photoassimilates to the grains during anthesis-16 DAA and 16 DAA-maturity   phases. Part of these variations could be attributed to cultivars differences   in anthesis time, spike dry weight at anthesis, and grain number per spike.   Taking them into accounts, there were some cultivars but they differed in   partitioned photoassimilates toward grains during anthesis-16 DAA and 16   DAA-maturity phases, further supporting the idea that breeding for   photoassimilates partitioning during these phases was a possibility. The   results yielded for 2013-2014 showed that there is close association between   photoassimilates partitioning to the grain during anthesis-16 DAA and   individual grain weight. The results suggest that in case wheat breeders   could improve photoassimilates partitioning to the grains during anthesis-16   DAA, it would result in increased grain size and weight in the wheat

Genotypic variations for photoassimilates partitioning to the grains during early development of endosperm in wheat: Association with grain weight