Gravimetric soil water content measurements were collected from a native forest in southern Argentina during the 2001 massive flowering and death event of the understory bamboo Chusquea culeou. Data includes samples from sites with both green and dead bamboo vegetation, processed in a laboratory by drying soil subsamples at 105°C for 48 hours. The dataset was produced by the SCIOPS organization to assess the event's impact on environmental factors and forest vegetation dynamics.
Use Cases
- Analyze soil water content variation between sites with green and dead bamboo vegetation.
- Correlate gravimetric soil water content with recorded environmental factors like air temperature and light intensity.
- Investigate the impact of bamboo mass mortality on soil moisture conditions in a Nothofagus nervosa canopy forest.
Strengths
- Data captures a specific, ecologically significant event (mass bamboo flowering and death in 2001).
- Measurements were collected under controlled field and laboratory conditions, including standardized soil core sampling and oven drying.
Limitations
- The sample size, number of rows, and specific measurement sites are unknown.
- Data is temporally limited to a single year (2001) surrounding a rare event.
Provenance
- Source
- SCIOPS organization, accessed via NASA Earthdata.
- Collection Method
- Soil cores collected in the field using PVC tubes, with subsamples dried in a laboratory oven at 105°C for 48 hours to determine gravimetric water content.
- Time Range
- 2001
- Geography
- A native forest in southern Argentina.