Pfynwald Geoelectric Experiment 2022

Description

This collection of datasets consists of various measurements taken during the year 2022 in Pfynwald. It combines 2 electrical resistivity transects which were monitored in May and July, before and after the irrigation season. The transects transverse all treatments (irrigation, control, irrigation stop). Each transect was repeated twice during the day for a period of 3 days to a week. In addition there are raw and post-processed drone images (and resulting PRI maps), which were used to compare the below ground responses (from resistivity) to the above ground (crown) stress. Here, the raw data is stored and a link to a git project is provided where python code is stored to reproduce all the results the published manuscript: "Does optimality partitioning theory fail for belowground traits? Insights from geophysical imaging of a drought-release experiment in a dry Scots Pine forest", New Phytologist, Shakas et al., 2024. The in-depth explanations from each processing step are found in the code (git project).

Resources

Name Format Description Link
57 https://www.envidat.ch/dataset/pfynwald-geoelectric-experiment-2022/resource/167b27d0-27c2-48d3-b16b-83f4eb2bf740
8 https://www.envidat.ch/dataset/pfynwald-geoelectric-experiment-2022/resource/e0f3f914-7db4-4536-a47f-ee8b878b5ad1
8 https://www.envidat.ch/dataset/pfynwald-geoelectric-experiment-2022/resource/e0f3f914-7db4-4536-a47f-ee8b878b5ad1
57 https://www.envidat.ch/dataset/pfynwald-geoelectric-experiment-2022/resource/167b27d0-27c2-48d3-b16b-83f4eb2bf740

Tags

  • ert
  • pinus-sylvestris
  • drought
  • irrigation
  • drone-data

Topics

  • EDUC

Categories