Flux Tower Measurements from Semi-Arid Eucalypt Woodland

This release contains flux tower measurements of energy and mass exchange between the surface and atmospheric boundary-layer in a semi-arid eucalypt woodland, processed using PyFluxPro. The data includes Net Ecosystem Exchange partitioned into Gross Primary Productivity and Ecosystem Respiration. The site is dominated by Eucalyptus tectifica and Planchonia careya, with an elevation near 90m and a 15m instrument mast.

Use Cases

• Analyze Net Ecosystem Exchange (NEE) dynamics in relation to seasonal temperature variations from 16.2°C to 36.8°C.
• Model Gross Primary Productivity (GPP) and Ecosystem Respiration (ER) partitioning using eddy covariance techniques.
• Correlate soil moisture content from time domain reflectometry with ecosystem carbon and water vapor fluxes.
• Study energy balance using incoming/reflected shortwave radiation and net radiation measurements above the canopy.

Strengths

• Data processed to a final, gap-filled product using the established PyFluxPro (v3.3.3) methodology.
• Includes a detailed site description with elevation (90m), mean annual precipitation (1730mm), and temperature ranges.
• Comprehensive suite of atmospheric and soil measurements, including heat, water vapor, CO2, wind, and radiation.

Limitations

• Sample size, temporal coverage, and specific data dimensions (rows/columns) are not provided in the input.
• Data is specific to a single site dominated by Eucalyptus tectifica and Planchonia careya, limiting geographic generalizability.
• File formats include HTML and PNG, which may not be the most convenient for direct quantitative analysis without extraction.

Provenance

Source

Terrestrial Ecosystem Research Network's Data Discovery

Collection Method

Eddy covariance techniques using an open-path flux system on a 15m tower, processed with PyFluxPro.

Freshness

Last updated on 2026-03-20, indicating recent maintenance.

Geography

Semi-arid eucalypt woodland site in Australia (inferred from 'Au Ade' tag), elevation approximately 90m.