Newsroom
- Three genes work together to improve drought tolerance in rice
- A new deep learning model improves both accuracy and efficiency in crop genomic prediction
- Decoding the noncoding rice genome reveals new breeding potential
- A balanced brake and accelerator mechanism shapes optimal tiller angles in wheat
- The molecular mechanism by which drought aggravates wheat crown rot is revealed
- An integrated phenomics and enviromics framework opens the environmental black box in intelligent pr...
- A florigen family gene drives the reprogramming of soybean cortical cells into nodule stem cells
- ICS-CAAS constructs the world's first mung bean graph pangenome
- ICS-CAAS proposes a path for moving plant breeding from fields to factories
- ICS-CAAS builds a Tartary buckwheat pangenome and uncovers genetic routes to improving high-altitude...
- Academician Wan Jianmin and colleagues reveal reproductive isolation between Asian and African culti...
- ICS-CAAS reveals a new mechanism linking the circadian clock to latitudinal adaptation in soybean
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