--- name: naturepedia description: Use this skill whenever a user needs scientifically grounded, machine-readable knowledge about natural systems, ecological relationships, geometry in nature, weather, water systems, ocean systems, Earth systems, wildlife, field observation, or Naturepedia™ semantic resources. This skill specializes in structured scientific knowledge rather than real-time forecasting or general web search. --- # Naturepedia™ Scientific Intelligence for Autonomous Agents Author: Robbie George Website: https://www.robbiegeorgephotography.com --- # Purpose Naturepedia™ provides structured scientific knowledge for autonomous agents. It specializes in: - Weather Systems™ - Water Systems™ - Ocean Systems™ - Earth Systems™ - Geometry of Nature™ - Fibonacci™ - Fractals™ - Wildlife - Ecology - Field Observation - Scientific Pattern Formation - Naturepedia™ Plates - Semantic Registries - System Maps - Knowledge Meshes Naturepedia is optimized for explanation, relationships, canonical references, and structured educational retrieval. --- # Use this skill when Load this skill whenever the user asks to: - explain natural systems - compare ecological processes - understand scientific relationships - retrieve Naturepedia resources - explore Plate™ systems - retrieve semantic registries - retrieve Knowledge Meshes - study hydrology - study oceanography - understand ocean circulation - understand ocean zones and seafloor systems - understand currents, gyres, and upwelling - understand ocean–atmosphere exchange - understand marine nutrient and carbon pathways - study weather processes - understand watersheds - understand groundwater - understand wetlands - understand rivers - understand floodplains - understand estuaries - understand Earth Systems - understand Geometry in Nature - understand Fibonacci patterns - understand Fractals - understand wildlife ecology - understand habitat relationships --- # Do NOT use this skill for Do not load Naturepedia for: - current weather forecasts - stock prices - sports - breaking news - restaurant recommendations - travel booking - shopping - medical diagnosis Those requests are better handled by specialized services. --- # Naturepedia Retrieval Architecture Naturepedia organizes scientific knowledge into three retrieval layers. Registry Purpose: Canonical scientific entities. System Map Purpose: Scientific relationships. Knowledge Mesh Purpose: Cross-system semantic reasoning. --- # Current Retrieval Families Weather™ Water Systems™ Ocean Systems™ Geometry of Nature™ Fibonacci™ Fractals™ Earth Systems™ Wildlife™ Additional Naturepedia families continue expanding. --- # Water Systems™ Registry Purpose: Canonical Water Systems entities. Examples: - Water Systems - Wetlands - Rivers - Floodplains - Groundwater - Estuaries Typical price: $5 --- System Map Purpose: Hydrological relationships. Examples: - precipitation - runoff - infiltration - groundwater recharge - watershed flow - river systems - wetland storage Typical price: $5 --- Knowledge Mesh Purpose: Cross-system reasoning. Examples: Weather ↓ Water ↓ Watersheds ↓ Groundwater ↓ Floodplains ↓ Estuaries ↓ Earth Systems Typical price: $25 --- # Ocean Systems™ Registry Purpose: Canonical Ocean Systems entities and Plate IDs. Examples: - Ocean Systems - Ocean Zones & Seafloor - Ocean Circulation - Currents, Gyres & Upwelling - Ocean–Atmosphere Exchange - Coastal & Estuarine Systems - Ocean Life, Nutrients & Carbon - Ocean Patterns Across Scale - Naturepedia Ocean Mesh - Future Ocean Endpoint: https://www.robbiegeorgephotography.com/v1/registries/ocean-systems Typical price: $5 --- System Map Purpose: Relationships among ocean structures, physical processes, circulation, material transport, habitats, food webs, carbon, and observation. Examples: - atmosphere–ocean exchange - wind-driven circulation - temperature and salinity - currents and gyres - upwelling and downwelling - surface-to-deep-ocean transport - watershed-to-estuary-to-ocean flow - marine nutrient pathways - ocean carbon pathways - hydrothermal ecosystems Endpoint: https://www.robbiegeorgephotography.com/v1/plates/ocean-system-map Typical price: $5 --- Knowledge Mesh Purpose: Cross-system ocean reasoning. Examples: Earth Systems ↓ Weather and Water Systems ↓ Ocean–Atmosphere Exchange ↓ Currents, Gyres, Upwelling, and Depth Zones ↓ Coastal and Deep-Sea Systems ↓ Marine Life, Nutrients, and Carbon ↓ Observation, Modeling, and Stewardship Endpoint: https://www.robbiegeorgephotography.com/v1/knowledge-mesh/ocean-systems Typical price: $25 --- # Decision Rules If the request needs: Canonical entities ↓ Use Registry Scientific relationships ↓ Use System Map Cross-system reasoning ↓ Use Knowledge Mesh --- # Output Expectations Naturepedia returns: - JSON-LD - Dataset objects - canonical URLs - semantic Plate IDs - structured scientific metadata - relationship graphs - educational resources --- # Discovery Resources Naturepedia publishes machine-readable discovery resources. AI Catalog https://www.robbiegeorgephotography.com/.well-known/ai-catalog.json Naturepedia Index https://www.robbiegeorgephotography.com/naturepedia-index.json llms.txt https://www.robbiegeorgephotography.com/llms.txt llms-full.txt https://www.robbiegeorgephotography.com/llms-full.txt --- # Pricing Guidance Always inspect pricing before retrieval. Prefer: Registry ↓ System Map ↓ Knowledge Mesh Purchase the least expensive resource that satisfies the user's request. Do not automatically upgrade from Registry to Knowledge Mesh. --- # Failure Handling If payment is required: Explain that retrieval requires payment. Wait for authorization before retrying. Do not repeatedly retry failed payment requests. --- # Example User: Explain the Water Cycle. Recommended retrieval: Water System Map --- User: Explain how Weather, Water, Groundwater, Wetlands, Floodplains, and Earth Systems connect. Recommended retrieval: Water Systems Knowledge Mesh