Conciseness

The body is dense with fallow-specific facts and contains no generic conceptual padding, but it could be tightened: the exit-code semantics paragraph appears nearly verbatim twice (Agent Rule 2 and the Exit Codes section), and inline enumerations such as every flags-retirement reason code and the SARIF/CodeClimate rule IDs exceed what the body needs. This is "mostly efficient but includes some unnecessary explanation or could be tightened" rather than anchor 4's "minor instances".

Actionability

Nearly every section provides copy-paste-ready commands with exact flags (e.g. `fallow dead-code --format json --quiet --unused-exports`, the full fix dry-run/apply/verify cycle), a concrete JSON judgment example, and exact suppression-comment syntax. Specific executable examples cover the common cases, matching anchor 5.

Workflow Clarity

Multi-step processes are clearly sequenced with explicit validation: the task-matrix routes intents to commands, `fallow doctor` serves as a preflight, the destructive `fix` workflow mandates `--dry-run` preview then verification via a follow-up `dead-code` run, and the audit walkthrough includes stale-hash recovery ("On `stale: true`, fetch the guide again"). The destructive-operation validation cap does not apply because validation checkpoints are explicit.

Progressive Disclosure

Seven real, one-level-deep reference files (cli-reference, mcp, issue-types, gotchas, patterns, similar-code, node-bindings — all verified to exist) are clearly listed with one-line descriptions, and bulk catalogues are correctly externalized. However, some heavy detail remains inline that duplicates the references, such as the full flags-retirement reason enumeration and suppression semantics paragraphs, which is a minor organization gap against anchor 5's "content appropriately split".

Specificity

"Static analysis reports changed-code risk, cleanup opportunities, duplication, circular dependencies, complexity hotspots, architecture boundaries, design-system drift, feature flags, and opt-in security candidates" plus "similar-code discovery" and "Runtime coverage can merge production execution data" enumerates roughly ten concrete capabilities with comprehensive coverage. It exceeds anchor 4 ('minor gaps') because every major analysis surface the body documents is named.

Completeness

The description clearly answers "what" (a concrete list of analysis capabilities) and "when" ("Use when asked to audit PR risk, find unused code or dependencies, ..." with concrete trigger phrases). This matches the anchor-5 example pattern of explicit what plus explicit when with trigger phrases.

Trigger Term Quality

"Use when asked to audit PR risk, find unused code or dependencies, compare semantically similar functions, detect duplicates, ... auto-fix supported issues, or run fallow" gives good natural-phrase coverage. It falls short of anchor 5 because the most common synonym "dead code" is absent from the trigger list and no file extensions or variants (.ts, monorepo, refactor) appear.

Distinctiveness Conflict Risk

A clear TypeScript/JavaScript static-analysis niche with tool-specific triggers ("compare semantically similar functions", "merge runtime coverage") makes it mostly distinct. Minor overlap risk remains with general code-review and linting skills for triggers like "audit PR risk" and "find unused code", matching anchor 4 rather than anchor 5's minimal-conflict bar.