Climate-driven range shifts of a keystone arid shrub: Integrating MaxEnt optimization and multi-scenario projections for Z

This dataset supports the construction of MaxEnt species distribution models and includes the following files:1. Occurrence coordinates of Z:114 validated geographic points (*.csv, WGS84 coordin...

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Bibliographic Details
Main Author:	Anonymous Researcher (21841850) (author)
Other Authors:	Anonymous Researcher2 (21898203) (author), Anonymous Researcher3 (21898206) (author), Anonymous Researcher4 (21898207) (author), Anonymous Researcher5 (21898210) (author), Anonymous Researcher6 (21898213) (author), Anonymous Researcher7 (21898216) (author), Anonymous Researcher8 (21898219) (author), Anonymous Researcher9 (21898221) (author), Anonymous Researcher10 (21898222) (author)
Published:	2025
Subjects:	Ecology not elsewhere classified Climate change impacts and adaptation not elsewhere classified Centroid shift; MaxEnt model optimization; Suitable habitat;Northwest China
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<b>Climate-driven range shifts of a keystone arid shrub: Integrating MaxEnt optimization and multi-scenario projections for </b><b>Z</b>

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