BOREAS TF-08: Boreal Forest Flux and Meteorological Data

BOREAS TF-08 data contains energy, CO2, and water vapor flux measurements collected via eddy covariance at the NSA-OJP site. The dataset includes surface meteorology and soil temperature data primarily from the 1994 growing season and most of 1996. It supports research on carbon, water, and energy exchanges in a boreal forest ecosystem.

Use Cases

• Modeling boreal forest carbon budgets based on CO2 flux data.
• Analyzing energy balance and surface-atmosphere interactions based on heat flux and net radiation measurements.
• Studying soil-vegetation-atmosphere feedbacks based on concurrent soil temperature and meteorological data.
• Calibrating remote sensing products for boreal forests based on ground-truth flux and meteorological observations.

Strengths

• Provides multi-year, continuous measurements from a key boreal forest research site (1994 and 1996).
• Captures a comprehensive suite of atmospheric and soil variables, as suggested by the detailed tag list from datagov.
• Originates from a major, well-documented field campaign (BOREAS) led by NASA.

Limitations

• Incomplete temporal coverage, with data primarily from the 1994 growing season and most of 1996, leaving gaps.
• Metadata conflicts exist: the last updated date differs significantly between datagov (2026-04-10) and nasa_earthdata (1996-11-12).
• Specific column names and exact data formats (beyond ZIP, TEXT, etc.) are not detailed in the provided metadata.

Provenance

Source

National Aeronautics and Space Administration (NASA), BOREAS TF-08 team.

Collection Method

Collected via eddy covariance and associated meteorological and soil sensors at a tower site.

Time Range

1994 (growing season) and 1996 (most of the year).

Freshness

The most recent platform update is listed as 2026-04-10, but this conflicts with the data's temporal coverage ending in 1996.

Geography

BOREAS NSA-OJP site (Northern Study Area - Old Jack Pine), a boreal forest location.