Coastal Salt Marsh Archaea and Fungi Community Assembly Data from China

A 564.0 KB PDF presents research on archaeal and fungal community assembly in coastal salt marshes across a latitudinal gradient in China. The study contrasts ecological strategies, revealing deterministic specialization in fungi versus stochastic adaptability in archaea. Authored by Kaiqi Lu and last updated in March 2026, the data supports analysis of microbial responses to environmental rhythms.

Use Cases

• Compare community composition metrics between archaea and fungi across a latitudinal gradient to test ecological theory.
• Analyze niche characteristics data to quantify the proportion of generalists versus specialists in each microbial domain.
• Model assembly mechanisms (deterministic vs. stochastic) using environmental sensitivity and habitat resilience indicators from the study.
• Investigate spatiotemporal environmental rhythm data to correlate with microbial community stability metrics.

Strengths

• Data covers a broad latitudinal gradient and seasonal scales along the coast of China, providing spatial and temporal context.
• Study design systematically investigates multiple domains (Archaea and Fungi), enabling direct cross-domain comparison.
• Research highlights a clear theoretical contrast in ecological strategies between the two microbial groups.

Limitations

• The dataset is a 564.0 KB PDF, limiting direct computational analysis; data is likely embedded in figures and tables.
• Sample data and column structures are unavailable, requiring manual extraction for any quantitative reuse.
• The scope is specific to coastal salt marshes in China, limiting generalizability to other ecosystems or geographies.

Provenance

Source

figshare, author Kaiqi Lu.

Collection Method

Systematic investigation of community composition, assembly mechanisms, and niche characteristics in sediments.

Time Range

Study includes seasonal scales, but specific years are not provided.

Freshness

Last updated March 2026.

Geography

Coastal salt marshes along a latitudinal gradient in China.