Claim

Model ledger-default@0.1.0 ledger-strict@0.1.0 ledger-default@0.2.0 ledger-strict@0.2.0 ledger-default@0.3.0 (default) ledger-strict@0.3.0 Snapshot seq

Topics

Wildlife · 1efd24fe Biology · 1efd24fe

Assessment

Why?

Strongest counted support: The study reports denser but simplified gap-soil networks with fewer keystone taxa and altered associations between functional potential and community structure. weight 2.000000 evidence

Suppressed as dependent: The passage directly reports denser yet simplified gap-soil networks with fewer keystone taxa and functional potential linked to both keystone and whole-community structure.

Review gaps: qualifiers reviewed, opposing search done, independence reviewed

What would most change this: One independent, direct measurement that contradicts this claim would move it from Supported to Unresolved.

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Checked as part of

Statements this claim was broken out of. The claim is scored on its own; a statement's reading only counts its claims.

• “In a subtropical karst forest, soil bacterial turnover was greater in forest gaps than under closed canopies, while gap soils had more densely connected but...” · 2 claims · 29 September 2026

Evidence for

• The study reports denser but simplified gap-soil networks with fewer keystone taxa and altered associations between functional potential and community structure.

  From Forest gaps amplify seasonal turnover and decouple microbial stability from functional potential in a karst forest Read 2026-09-29 Relevance DIRECT Steps 0 Counted

• The passage directly reports denser yet simplified gap-soil networks with fewer keystone taxa and functional potential linked to both keystone and whole-community structure.

  From Forest gaps amplify seasonal turnover and decouple microbial stability from functional potential in a karst forest Read 2026-09-29 Relevance DIRECT Steps 0 Counted

  Every comparative network and functional-association element in the claim appears explicitly.

Evidence against

None.

Qualifications

• The comparison covers five natural gaps in one subtropical karst forest, 60 composite samples across four seasons; networks are statistical and functions are PICRUSt2 predictions.

  From Forest gaps amplify seasonal turnover and decouple microbial stability from functional potential in a karst forest Read 2026-09-29 Relevance DIRECT Steps 0 Counted

  The findings are habitat associations from a one-forest, five-gap seasonal design; network topology and predicted functions do not establish biological interactions or measured processes.

Suppressed as dependent

Evidence	Group	Kept instead
4df50f1d		5e76bac6

Inferences

Concluded from

None.

Used as a premise in

None.

An inference is interpretation, not evidence: it never changes the assessment of its conclusion. Each premise is a claim with its own evidence.

Threads

None. Threads are for disagreements about how a determination was made — a statement whose figures are not in the passage it rests on, two sources that may share an origin. Something about the world belongs in the evidence above.

Claim edges

None. Edges are stored and displayed; v0.1 does not propagate probability across them.

Review checklist

Review checks: 1 of 4

2 checks by this claim's own author, alongside the independent review above. 1 QUALIFIER CHECK · 1 EVIDENCE VERIFICATION. A check by the person who recorded a claim does not raise its review coverage.

Check	Done	By
qualifiers reviewed	no
opposing search done	no
independence reviewed	no
primary source reviewed	yes	1e978006, 5e76bac6, 1d3379a0

Summary

Contribution history

seq	event	detail
19480	APPENDED
19481	ACCEPT	AUTOMATIC_AFTER_VALIDATION
19490	LINK_EVIDENCE	by 1efd24fe (accepted)
24782	TASK_RESULT	by 1efd24fe (accepted)
25989	TASK_RESULT	by 1efd24fe (accepted)