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Use this skill to construct rigorous scientific introductions that progressively develop biological classification from Domain to Family while integrating morphology, function, visual evidence, and peer-reviewed citations.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
| name | hierarchical-taxonomic-introduction-builder |
| description | Use this skill to construct rigorous scientific introductions that progressively develop biological classification from Domain to Family while integrating morphology, function, visual evidence, and peer-reviewed citations. |
Biological classification must be presented as a logical scientific progression, not as a list.
Each taxonomic level must:
Transform hierarchical taxonomy:
Domain → Kingdom → Phylum → Subphylum → Class → Order → Family
into a continuous scientific narrative that explains:
For every taxonomic level:
Never describe structure alone.
Always link:
Example logic:
structure → function → classification justification
Every major claim must connect to:
Use:
Each rank must answer:
“Why does this organism qualify for this group and not a broader or narrower one?”
Transitions must be:
All classification statements must include:
No unsupported biological claims are allowed.
Use:
Avoid:
Never:
You are writing the opening section of a scientific biological paper.
Your goal is to:
Guide the reader logically through life’s hierarchy
using anatomy as evidence.
Every step must feel inevitable and scientifically proven.
A successful introduction:
Use this skill to construct rigorous scientific conclusions that critically evaluate limitations, compare biological groups, extract meaningful scientific insights, and connect findings to real-world professional applications rather than providing superficial summaries.
Use this skill to systematically translate entomological morphology, development, and ecology into concrete forensic interpretations including post-mortem interval estimation, neglect detection, and decomposition stage analysis.
Use this skill to systematically compare anatomical traits across insect orders and families in order to support classification, differentiation, and functional biological interpretation.
Use this skill to transform simple visual or descriptive observations into rigorous anatomical explanations that link structure to function, taxonomy, and scientific differentiation.
Use this skill to scientifically explain insect life cycles and developmental strategies by rigorously contrasting holometabolous and hemimetabolous metamorphosis while integrating larval stages, pupation, nymphal development, and forensic implications.
Use this skill to construct comprehensive scientific anatomy sections that rigorously describe insect head, thorax, and abdomen structures while integrating function, variation, and taxonomic significance.
