This page discusses how outbreeding enhances genetic variability in plants, which face challenges from self-fertilization. It outlines strategies like dioecy and monoecy and explains two self-incompat...This page discusses how outbreeding enhances genetic variability in plants, which face challenges from self-fertilization. It outlines strategies like dioecy and monoecy and explains two self-incompatibility types: sporophytic (SSI), influenced by the sporophyte's genotype, and gametophytic (GSI), determined by a single pollen allele. Additionally, it notes that some angiosperms have adapted to self-pollination by modifying their incompatibility mechanisms and floral structures.
This page contains studies assessing drought effects on ten sorghum varieties over two years at Cheikh Anta Diop University, Senegal. Key findings include significant impacts on growth traits and reco...This page contains studies assessing drought effects on ten sorghum varieties over two years at Cheikh Anta Diop University, Senegal. Key findings include significant impacts on growth traits and recovery capabilities, with genotypic variations noted under drought conditions. UAV technology was utilized for data collection, enhancing phenotyping methods.
