Severe prolonged drought favours stress-tolerant microbes in dryland soils
Published: 4 September 2023| Version 2 | DOI: 10.17632/cbntssv2j8.2
Contributors:
, , , Dylan Bristol, , , , , Description
The study was conducted over three years in arid and semi-arid regions of Australia to assess the belowground effects of altered rainfall regimes. we found that The microbial communities showed significant variations between the semi-arid and arid sites and over the years. The findings provide a better understanding of microbial responses to predicted increases in rainfall variability and the impact on the functioning of semi-arid and arid ecosystems. The provided excel file is supplementary material 2 of this paper, contain details on DESeq2 result, vegetation data and the environmental and nutrient values which are used for the study.
Files
Institutions
Western Sydney University School of Science and Health - Hawkesbury Campus, Western Sydney University - Hawkesbury Campus, University of New South Wales
Categories
Metadata, Dryland Soil
Funding
Western Sydney University
Australian Research Council
DP150104199; DP190101968