Hidden RNA Circles Help Rice Survive Heat and Drought Together
A new study maps 208 circular RNAs in rice and reveals a predicted regulatory network that may coordinate the crop's ...
A new study maps 208 circular RNAs in rice and reveals a predicted regulatory network that may coordinate the crop's ...
Researchers have discovered that the SlASIL2 protein suppresses tomato heat tolerance by repressing heat shock protein genes, while its interaction ...
A long-term analysis of South Africa's maize belt shows significant warming, more frequent very hot days, declining rainfall frequency and ...
A nationwide study of more than two decades of New Zealand death records finds that hotter days measurably increase mortality ...
A comprehensive review details how chili pepper deploys heat shock proteins, transcription factors, antioxidants, and agronomic strategies to withstand rising ...
A comprehensive review argues that combining physiological insights with molecular breeding tools such as GWAS, genomic selection and CRISPR editing ...
A new Nature Climate Change study finds that physical infrastructure and emotional coping capacity in Chinese cities are diverging under ...
A genome-wide Arabidopsis study shows that SIZ1 controls alternative polyadenylation and selects transcript isoforms that improve heat tolerance.
As climate change accelerates, the intersecting threats of extreme heat and power outages increasingly challenge urban resilience, especially for vulnerable ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine