agsy-impact-and-implications - SKILL.md Agent Skill

name: agsy-impact-and-implications description: Use when articulating why an Agricultural Systems (AgSy) result matters — its relevance for farm design, management, decision support, or policy. AgSy values systems analysis that informs a decision, so this is what separates an AgSy paper from a methods demo. It frames implications honestly within the model's scope; it does not over-claim or invent impact.

Impact & Implications (agsy-impact-and-implications)

AgSy publishes systems analysis that informs a decision — how to design or manage a farm, what trade-off a policy faces, where to intervene in a food system. A technically sound model with no decision relevance reads as a methods demo. This skill turns systems results into honest, scoped implications without over-claiming.

When to trigger

Writing the discussion, implications, or conclusion section
The model and evaluation are sound but the "so what for decisions" is thin
A reviewer said the paper is "academic," "no clear application," or "over-claims its policy reach"
Framing recommendations for farmers, advisers, or policymakers

How to frame implications

Name the decision. Who decides what differently because of this result — a farmer choosing a rotation, an adviser targeting an intervention, a policymaker weighing an instrument?
State the trade-off, not a single "best." Systems results are about trade-offs and synergies; an honest implication says "option A gains X but costs Y," and for whom.
Scope it to the system and the evidence. Implications hold within the system boundary, scales, and conditions you modelled and evaluated. Say where they likely do not transfer.
Be honest about uncertainty. Tie the strength of the recommendation to the uncertainty from agsy-data-and-model-evaluation. Do not let a wide ensemble become a confident policy claim.
Connect to the bigger system. Where relevant, link the farm/landscape result to food security, environment, climate, or livelihoods — the interactions AgSy cares about.

The decision-relevance test (AgSy-specific)

Write one sentence: "Because of this analysis, [actor] should weigh [option] differently because the system trades off ___ against ___, under conditions ___." If you cannot, the paper has results but no implications — strengthen the framing or the scenario design.

Anti-patterns

A discussion that only restates results with no decision relevance
Recommending a single "optimal" option while hiding the trade-off
Generalizing beyond the modelled system, scales, or conditions
A confident policy claim resting on high-uncertainty output
Implications that ignore the social/economic side of the system

Worked micro-example: scoping a claim honestly (illustrative)

A climate-adaptation analysis finds shifting sowing dates raises modelled gross margin under a drier ensemble. Three drafts of the implication, weakest to strongest:

Over-claim: "Farmers should shift sowing dates to adapt to climate change." — generalizes past the modelled system, scales, and conditions.
Bare result: "Sowing-date shifts increased simulated margin." — true but no decision, no trade-off.
Scoped (the move): "Under the drier ensemble, advisers for rainfed mixed farms in this region could weigh earlier sowing, which raises modelled margin ~6% but increases wet-year failure risk ~10% (illustrative); the trade-off and the wide ensemble make it a contingent recommendation, not a rule."

Referee pushback → the AgSy-specific fix

"The paper over-claims its policy reach." → Re-scope to the modelled system, scales, and conditions; state explicitly where the result does not transfer.
"No clear application." → Name the actor and the decision margin; write the decision-relevance sentence and tie it to a scenario.
"A single 'best' option is recommended." → Surface the trade-off and report what each option gives up, and for whom.
"The recommendation outruns the uncertainty." → Match recommendation strength to the ensemble width.

Implication pass for Agricultural Systems

Run this as a concrete capability pass. First lock the system boundary, actor decision, model/data linkage, and sustainability or food-security tradeoff; then test whether the manuscript addresses agricultural-systems reviewers who expect crop, farm, value-chain, environment, and policy components to be connected rather than listed.

Primary move: Name the actor, decision margin, system tradeoff, and evidence limit; do not let broad impact language outrun the design.
Decision ledger: return claim / evidence / blocker / next edit rows so the next pass can patch the manuscript directly.
Sibling comparison: compare against Field Crops Research for plot-level agronomy, Global Food Security for policy synthesis, Agricultural Economics for economics-first work; if the neighboring outlet has the stronger audience claim, recommend re-routing before polishing.
Verification floor: before submission-ready advice, re-open resources/official-source-map.md for volatile rules and name the one unresolved fact that could change the recommendation.

Output format

【Decision】who acts differently and how
【Trade-off】what is gained vs. given up, for whom
【Scope】system boundary / scales / conditions where it holds (and not)
【Uncertainty-matched】recommendation strength tied to uncertainty? [Y/N]
【Wider link】food security / environment / climate / livelihoods
【Next】agsy-reproducibility-and-data-policy

Supplementary resources

../../resources/external_tools.md — food-system data and trade-off/decision tooling
../../resources/official-source-map.md — AgSy scope: decision and policy relevance of systems analysis