Soil Methane Oxidation Measurements Across a 5000-Year Fire Chronosequence

Soil methane oxidation data from 30 forested islands in northern Sweden sampled in 2006 and 2007. The islands form a retrogressive chronosequence representing different fire histories spanning 5000 years.

Use Cases

• Analyze soil methane oxidation rates across the 5000-year fire chronosequence to model long-term ecosystem recovery.
• Investigate relationships between methane flux and island-specific fire history variables documented in the dataset.
• Model boreal soil processes using measurements from the 30 islands to understand carbon cycling post-disturbance.

Strengths

• Data spans a 5000-year ecological chronosequence, providing a long-term temporal gradient.
• Measurements from 30 distinct forested islands offer spatial replication across the fire history sequence.
• Sampling occurred in 2006 and 2007, providing seasonal or interannual data points.

Limitations

• Sample size is limited to 30 islands, which may constrain statistical power for complex models.
• Data is from a single geographic region (northern Sweden), limiting generalizability to other boreal systems.
• Temporal coverage is limited to two sampling years, lacking long-term continuous monitoring.

Provenance

Source

Environmental Information Data Centre

Collection Method

Soil methane oxidation results from sampling on forested islands.

Time Range

2006, 2007

Freshness

null

Geography

Forested islands in northern Sweden