Published June 23, 2023
| Version v2
Journal article
Open
Hydric effects on thermal tolerance influence climate vulnerability in a high-latitude beetle
Authors/Creators
- 1. Iowa State University
- 2. University of Oulu
- 3. Norwegian University of Science and Technology, 4Colorado State University, Department of Biology
Description
The following data and code were used in "Hydric effects on thermal tolerance influence climate vulnerability in a high-latitude beetle" published in Global Change Biology. Please see the READ_ME for more information on each file and how they were used.
Files
click_beetle_A_subfuscus_only.csv
Files
(22.2 MB)
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