Changes in plant species richness due to land use and nitrogen deposition across the globe
Data files
Jan 10, 2022 version files 189.25 MB
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Data.zip
183.72 MB
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README_file.txt
7.05 KB
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Results.zip
5.52 MB
Abstract
Data and scripts corresponding to the article "Combined effects of land use and nitrogen deposition on plant species richness worldwide". In the article, we quantified the combined effects of land use and nitrogen deposition on terrestrial plant species richness at a 0.25º spatial resolution across the globe. We first determined the proportional changes in plant species richness for different land-use types and N deposition values through meta-analyses of local monitoring data obtained from the literature. We then combined the site-level responses with global land use and N deposition maps in a new multi-pressure species-area relationship (mp-SAR) model to provide estimates of changes in plant species richness at a resolution of 0.25º (about 25 km at the equator) worldwide.
In this repository you will find all the data necessary to get the final results and the code in R to guide you through out the analysis.
We quantified the combined effects of land use and nitrogen deposition on terrestrial plant species richness at a 0.25º spatial resolution across the globe. We first determined the proportional changes in plant species richness for different land-use types and N deposition values through meta-analyses of local monitoring data obtained from the literature. We then combined the site-level responses with global land use and N deposition maps in a new multi-pressure species-area relationship (mp-SAR) model to provide estimates of changes in plant species richness at a resolution of 0.25º (about 25 km at the equator) worldwide.
All the scripts are commented out so they should be easy to follow. R environment and version:
platform x86_64-w64-mingw32
arch x86_64
os mingw32
system x86_64, mingw32
status
major 4
minor 0.2
year 2020
month 06
day 22
svn rev 78730
language R
version.string R version 4.0.2 (2020-06-22)
nickname Taking Off Again