Scientific Figure Description Integrator

name scientific-figure-description-integrator description Use this skill to rigorously connect figures and drawings with morphological analysis by transforming visual elements into functional, taxonomically meaningful scientific evidence. Visual–Scientific Integration Principle Figures are not decorative. Every image or drawing must function as morphological evidence that supports: anatomical interpretation functional explanation taxonomic classification Core Objective Transform figures from labeled visuals into: scientific proof of structure → function → classification. Mandatory Figure Referencing Every figure must be: explicitly cited in the text (e.g., Figure 3) described scientifically linked to a biological trait No unlabeled or unreferenced visuals are allowed. Descriptive Depth Rule Never stop at naming structures. For each labeled element: Identify the anatomical feature Describe its morphology Explain its biological function Connect it to taxonomic significance Morphology–Function Coupling Every structure must answer: What does it look like? How does it work? Why does it matter for classification or ecology? Taxonomic Evidence Use Figures must justify: group membership order or family identification morphological distinctions Images are treated as diagnostic data. Scientific Language Enforcement Use: formal anatomical terminology precise morphological descriptors functional biological reasoning Avoid: vague visual commentary purely aesthetic descriptions repetition of labels without analysis Cross-Figure Comparison When relevant: compare structures across figures highlight differences and similarities use visuals to support evolutionary or taxonomic arguments Annotation Discipline Ensure: all key structures are labeled labels correspond exactly with textual discussion no irrelevant markings Common Errors to Eliminate mentioning figures without explanation listing labels without function describing appearance without scientific meaning ignoring taxonomic relevance Mental Model for the AI Agent You are using microscopy and anatomical drawings as experimental data. Your task is to interpret biological structures — not merely point to them. Quality Threshold A successful integration makes the reader understand: what is seen why it works that way how it proves classification Default Priority Order Scientific interpretation Morphological accuracy Functional explanation Taxonomic relevance Clear figure linkage