Rice seed vigor traced to stage-by-stage transcriptional control across the seed life cycle
A review argues that rice seed vigor is a life-cycle trait shaped by transcriptional networks acting from grain filling through ...
A review argues that rice seed vigor is a life-cycle trait shaped by transcriptional networks acting from grain filling through ...
A new UAV-based framework detects semantic changes in rice fields, distinguishing disease and lodging transitions from paired drone images using ...
A two-year field trial in saline-sodic paddies found straw-derived biochar outperformed direct straw return in reducing sodium stress and raising ...
Using multi-parent crosses and marker-assisted selection, rice breeders have developed lines carrying up to seven resistance genes against blast, bacterial ...
Transcriptome network analysis and physiological experiments converge on the silicon transporter gene Lsi1 as a candidate gene in rice responses ...
A greenhouse pot study found that fresh chitosan-functionalized biochar cut soil-available arsenic by 21.1 percent and root arsenic by 48.1 ...
An open database of nearly 2,300 water footprint records separates food's water use into green, blue and gray components, confirming ...
A field trial in Peru's Chira Valley found that reducing rice irrigation volumes by up to 23.5% raised irrigation water ...
An epidemiological analysis of Japanese monitoring and agricultural data estimates ozone reduced national rice production by 8.7 percent and komatsuna ...
A new Frontiers research collection gathers twelve studies spanning vulnerability assessment, ozone impacts, digital phenotyping, multi-trait breeding, and microbial inoculants ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine