Global Soil Protease Activity Measurements and Environmental Parameters 1970-2020

Global data compiles soil protease activity measurements and methodological parameters from 1970 to 2020. The dataset includes key environmental parameters like soil type, pH, temperature, precipitation, organic carbon, and clay content. It was published by the Environmental Information Data Centre.

Use Cases

• Model soil protease activity using environmental parameters like soil pH, mean annual temperature, and soil organic carbon.
• Analyze trends in protease measurement methods (fluorometric vs. colorimetric analysis) over the 50-year time range.
• Investigate relationships between protease activity and soil characteristics such as clay content and soil type.
• Assess the influence of climate variables (mean annual precipitation) on global soil enzyme activity for nitrogen cycling studies.

Strengths

• Covers a 50-year global time range from 1970 to 2020.
• Includes multiple environmental parameters: soil type, pH, temperature, precipitation, organic carbon, and clay content.
• Documents methodological details for protease activity measurement.

Limitations

• Unknown sample size (row count) limits assessment of statistical power.
• Potential methodological inconsistency across 50 years of collected studies.
• Geographic coverage is described as global but specific location density is unknown.

Provenance

Source

Environmental Information Data Centre

Collection Method

Systematic review compiling measurements from published studies.

Time Range

1970-2020

Freshness

null

Geography

Global