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High-elevation Australian plants show stronger seed dormancy and narrower thermal germination niches than lowland species. A study in #SeedScienceResearch explores how elevation shapes recruitment traits, with implications for climate change responses #Botany #PlantSci 🧪 doi.org/10.1017/S096...
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To grow or not to grow: questioning seed dormancy and thermal germination responses along elevational gradients in four plant taxa
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To grow or not to grow: questioning seed dormancy and thermal germination responses along elevational gradients in four plant taxa | Seed Science Research | Cambridge Core
International Society for Seed Science
In Arabidopsis, VEL proteins help control seed fate. A study in #SeedScienceResearch shows VEL3 uniquely regulates primary dormancy depth, while VEL1, VRN5 and VEL3 help prevent seed abortion during endosperm development. #Botany #PlantScience 🧪 doi.org/10.1017/S096...
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