Leveraging NASA POWER meteorological data and GPT-4 to provide actionable environmental insights for urban planning, agriculture, and climate resilience.
NASA POWER
Meteorological Data
40+ Years
Historical Climate Data
Global
Geographic Coverage
AI-Powered
GPT-4 Insights
About the Project
This tool processes multi-variable NASA POWER meteorological datasets to provide environmental and urban metrics. By combining satellite-derived climate data with GPT-4's natural language capabilities, it enables researchers, urban planners, and policymakers to query complex environmental data using plain English.
// Fetching temperature & precipitation data GET https://power.larc.nasa.gov/api/temporal/monthly/point? parameters=TS,T2M,PRECTOTCORR community=RE latitude=24.86 longitude=67.00 start=2020 end=2024 format=JSON // GPT-4 generates insights from the response
Tech Stack
Satellite-derived meteorological datasets — temperature, precipitation, solar radiation, and more.
Natural language understanding for querying complex environmental data in plain English.
Interactive Python-based frontend for real-time data visualization and exploration.
Pandas, NumPy, and custom analytical pipelines for environmental metric computation.
Capabilities
Parse and analyze 40+ years of NASA POWER meteorological data for any global location.
Generate actionable environmental metrics for urban planning and climate resilience.
Ask questions in plain English — GPT-4 translates them into structured data analysis.
Try the live app and discover how AI can make NASA climate data accessible to everyone.