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Plant communities interact with the environment to reveal adaptation mechanisms in sandy coastal shelterbelts
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DOI：10.1016/j.pld.2026.07.007.png)
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Abstract
En 中文
• High nutrient levels promote plant diversity in sandy coastal shelterbelts under high salinity conditions through a resource buffering and compensation mechanism. • Stress-tolerant leaf traits, such as high length-to-width ratio, hairless, and linear shape, enable plant adaptation to nutrient-poor coastal sandy soils. • Species diversity enhances ecosystem stability in sandy coastal shelterbelts via interspecific complementarity, functional redundancy, and facilitated nutrient cycling.
Keywords:
Sandy coastal shelterbelts
Environmental factors
Species diversity
Functional diversity
Functional traits
Community stability
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