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microbial community shift study along elevation gradient to investigate climate change implications
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创建时间：
2017-10-27
相关数据集
Data for Richman, S. K., J. M. Levine, L. Stehan, & C. A. Johnson. 2020. Asynchronous range shifts drive alpine plant-pollinator interactions and reduce plant fitness. Global Change Biology
Dataset for a transplant experiment wherein high-elevation plant communities (40 1m^2 plots) were transplanted 1) laterally at 2000 m and 2) downslope to 1800 m, 1600 m, and 1400m. We made twice-we
NIAID Data Ecosystem50
Results from univariate Poisson regression models fitted to each taxon.
LR: Likelihood ratio test statistic used as a measure of species strength of between-years effect, SC: species categories (HA: high-altitude, LA: low-altitude, W: widespread) created using species ele
NIAID Data Ecosystem30
Appendix J. A three-dimensional plot of PCoA analysis of unweighted UniFrac distances of (A) fungal communities and (B) protistan communities comparing all 24 samples from the six different elevations on Changbai Mountain.
A three-dimensional plot of PCoA analysis of unweighted UniFrac distances of (A) fungal communities and (B) protistan communities comparing all 24 samples from the six different elevations on Changbai
NIAID Data Ecosystem20
Changes in the structure and patterns of dissolved organic matter in mountain soils along an altitudinal gradient
In the present study, we investigated the traits of soil DOM and its relationship with environmental conditions, such as soil properties, microbial communities, and vegetation types, along the altitud
NIAID Data Ecosystem30
Basic characteristics of the studied sites at high (H) and low (L) elevations in the Furkotska (FU) and Velka Studena (VS) valleys.
Basic characteristics of the studied sites at high (H) and low (L) elevations in the Furkotska (FU) and Velka Studena (VS) valleys.
Figshare2022-08-02 更新20
