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The seed germination spectrum of 528 plant species: a global meta-regression in relation to temperature and water potential

K Maleki, E Soltani, CE Seal, HW Pritchard… - BioRxiv, 2022 - biorxiv.org
The germination niche of plant species depends primarily on the seeds' responsiveness to
temperature and water potential. However, to appreciate future climate risks to natural …
被引用次数：5 相关文章
[PDF] researchgate.net

[PDF][PDF] The seed germination spectrum of 528 plant species: a global meta-regression in relation to temperature and water potential 2

K Maleki, E Soltani, CE Seal, HW Pritchard… - researchgate.net
The germination niche of plant species depends primarily on the seeds' responsiveness to
temperature and 13 water potential. However, to appreciate future climate risks to natural …

The seed germination spectrum of 528 plant species: a global meta-regression in relation to temperature and water potential

K Maleki, E Soltani, CE Seal, HW Pritchard… - 2022 - europepmc.org
The germination niche of plant species depends primarily on the seeds' responsiveness to
temperature and water potential. However, to appreciate future climate risks to natural …
[PDF] archive.org

[PDF][PDF] The seed germination spectrum of 528 plant species: a global meta-regression in relation to temperature and water potential 2

K Maleki, E Soltani, CE Seal, HW Pritchard… - scholar.archive.org
The germination niche of plant species depends primarily on the seeds' responsiveness to
temperature and 13 water potential. However, to appreciate future climate risks to natural …
[PDF] ohio-state.edu

[PDF][PDF] PUBLICATIONS; ECOLOGY

K Maleki - Journal of Plant Process and Function - mercerlab.cfaes.ohio-state.edu
▪ Maleki K., Soltani E. Seasonal variation in dormancy and germination of buried seeds of
Brassica napus.(In Preparation).▪ Maleki K., Vandelook F., Soltani E., Maleki K. Global trends …