Soil Temperature and Moisture Dynamics Near Logs Over Seven Years

A 7-year study monitored soil temperature and moisture at three depths (10, 20, 30 cm) beneath and adjacent to four logs. Two logs served as controls, while two were subjected to forest thinning and subsequent slash burning. Data collection spanned pretreatment (2015-2017), post-thinning (2018-2019), and post-fire (2020-2022) periods.

Use Cases

• Analyze soil temperature and moisture patterns at 10, 20, and 30 cm depths to assess micro-environmental impacts of forest thinning.
• Compare soil moisture dynamics between control logs and logs subjected to slash burning to evaluate fire effects.
• Model the relationship between weather station data and soil temperature variations near logs over the 7-year study period.
• Investigate changes in soil temperature profiles during pretreatment, post-thinning, and post-fire phases to understand temporal dynamics.

Strengths

• Data spans a 7-year longitudinal study, providing a long-term view of environmental changes.
• Includes measurements at three specific soil depths (10, 20, and 30 cm) for detailed vertical profiling.
• Experimental design features controlled comparisons between two untreated logs and two logs subjected to thinning and burning.

Limitations

• The sample size is limited to four instrumented logs, which may restrict statistical power for broader generalization.
• Specific row count, column count, and data file sizes are unknown, making it difficult to assess the dataset's scale and structure.
• Geographic location of the study site is not specified, limiting analysis of regional or climatic applicability.

Provenance

Source

Department of the Interior

Collection Method

Soil temperature and moisture sensors were installed beneath and adjacent to four logs, with an associated weather station.

Time Range

2015 to 2022

Freshness

Data collection concluded in 2022, with metadata last updated in January 2026.