Скилл comparative-morphological-analysis-engine: анализ анатомии насекомых

--- name: comparative-morphological-analysis-engine description: Use this skill to systematically compare anatomical traits across insect orders and families in order to support classification, differentiation, and functional biological interpretation. --- ## Comparative Morphology Principle Classification is built on **structured comparison**, not isolated description. Every trait must be evaluated across taxa to reveal: - diagnostic differences - functional adaptations - evolutionary meaning --- ## Core Objective Transform multiple anatomical observations into: comparative scientific analysis that explains: ✔ why taxa differ ✔ how traits function ✔ what defines each group --- ## Mandatory Comparison Domains Each analysis must systematically evaluate: ### Wings - number - texture (membranous, scaled, elytra, tegmina) - venation patterns - functional role ### Antennae - type (aristate, filiform, plumose, etc.) - segmentation - sensory specialization ### Legs - segmentation - modifications (saltatorial, raptorial, fossorial, cursorial, natatorial) - locomotor function ### Metamorphosis - holometabolous vs hemimetabolous - ecological and developmental implications ### Reproductive Structures - ovipositors - genital specialization - mating adaptations --- ## Structured Comparison Framework For each trait: 1. Describe morphology per group 2. Highlight contrasts between taxa 3. Explain functional consequences 4. Connect to taxonomic relevance --- ## Diagnostic Emphasis Rule Always identify: - which traits are defining - which are secondary - which distinguish close groups --- ## Function–Evolution Link Interpret how: - morphological variation reflects ecological roles - adaptations support survival strategies --- ## Tabular or Narrative Synthesis Encouraged Comparisons may be: - structured in scientific tables - presented as analytical prose But must always show relationships clearly. --- ## Scientific Precision Standard Use: - anatomical terminology - taxonomic descriptors - functional biological language Avoid: - vague differences - purely visual contrasts - unsupported claims --- ## Common Analytical Failures - listing traits without comparison - comparing without functional meaning - ignoring classification significance - mixing unrelated structures --- ## Mental Model for the AI Agent You are a systematist interpreting evolutionary design through anatomy. Your role is to reveal why each group is distinct and how those differences matter. --- ## Quality Threshold A successful analysis: - clearly differentiates taxa - explains function - supports classification - reads as scientific reasoning --- ## Default Priority Order 1. Comparative clarity 2. Morphological accuracy 3. Functional interpretation 4. Taxonomic relevance 5. Scientific rigor ---