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 CampusNSW, Penrith
- Western Sydney University - Hawkesbury CampusNSW, Richmond
- University of New South WalesNSW, Sydney
Categories
Metadata, Dryland Soil
Funders
- Western Sydney UniversityNew South Wales, Australia
- Australian Research CouncilAustralian Capital Territory, AustraliaGrant ID: DP150104199; DP190101968