Summary
This 2023 review in Molecular Plant synthesises evolutionary perspectives on how crops can adapt to climate change, likely examining genetic variation, natural and artificial selection, and molecular mechanisms underlying adaptive trait expression. The authors, prominent in plant genetics and evolution, explore both historical examples and forward-looking strategies for enhancing climate resilience through breeding and evolutionary principles. The contribution appears to bridge fundamental evolutionary biology with applied crop improvement.
UK applicability
The evolutionary frameworks discussed would be relevant to UK crop breeding programmes and climate adaptation strategies, particularly for cereal and horticultural crops facing changing precipitation and temperature regimes. UK plant breeding initiatives and policy on agricultural resilience could benefit from the evidence synthesis on selection strategies and genetic variation maintenance.
Key measures
Evolutionary adaptation mechanisms; genetic variation; selection pressures; trait responses to climate stress
Outcomes reported
The study examines evolutionary and genetic pathways through which crop species can adapt to changing climatic conditions, as suggested by the title and journal focus on molecular mechanisms.
Topic tags
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