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Environmental vs. biotic filtering: what if species traits contribute to both?

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DataONE2025-08-11 更新2025-08-23 收录
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This study introduced a novel approach to explore the contribution of species traits to environmental and biotic filtering and, in turn, to community assembly. This approach assumes that a species trait can be associated with both the α component of the niche (describing resource use within communities) and its β component (describing position along environmental gradients). Using data from 26 lacustrine fish communities in the Yangtze River basin, China, and a series of traits based on large-scale habitat preference, trophic resources use, micro-habitat partitioning, and predation, we observed that all traits were over-dispersed within communities, the signature of environmental filtering. However, besides this dominant pattern, we observed that species dissimilar in traits related to resource use or habitat partitioning and similar in habitat requirement were more likely to coexist, as niche theory predicts. Acknowledging the dual role of traits offers a more nuanced understanding of ..., , , # Environmental vs. biotic filtering: what if the species traits contribute to both? [https://doi.org/10.5061/dryad.95x69p8tw](https://doi.org/10.5061/dryad.95x69p8tw) ## Description of the data and file structure ### **Part 1 – Null model analysis (Pairs-Null model.zip)** This folder contains all input and output files used for running the null model in the software **Pairs** (Ulrich 2008). The executable program `Pairs.exe` is **not** included. The original software can be obtained from: Ulrich, W. (2008). *Pairs—a FORTRAN program for studying pair-wise species associations in ecological matrices.* URL: [http://www.keib.umk.pl/pairs](http://www.keib.umk.pl/pairs) --- #### **Input files** * **Input-26lakes-all species.txt** Presence/absence data matrix directly formatted for use in *Pairs*. * **Input-26lakes-all species.xlsx** Same data as above, but in spreadsheet form for clarity. Rows = species, columns = lakes, values = 1 (presence) / 0 (absence). --- #### **Output fi...,
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2025-08-12
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