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A comprehensive weather forecasting platform that combines the Weather Research and Forecasting (WRF) model initialized with Global Forecast System (GFS) data. The forecasts are visualized using Leaflet maps with KML overlays for Australia, China, India, and West Africa regions, providing high-frequency updates at 15-minute intervals.

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Eastwind Consult Weather Forecasting Platform 🌦️

GPL-3.0 License GitHub Pages Contributions Welcome

A comprehensive weather forecasting platform that combines the Weather Research and Forecasting (WRF) model initialized with Global Forecast System (GFS) data. The forecasts are visualized using Leaflet maps with KML overlays for Australia, China, India, and West Africa regions, providing high-frequency updates at 15-minute intervals. Rainfall forecasts are overlaid with wind direction, speed, pressure, and pressure centers (High and Low).


📱 Using the Platform

  1. Visit EastwindConsult Weather
  2. Select your region of interest
  3. Choose from available regions and weather parameters:
    • Reflectivity
    • Outgoing Long-wave Radiation
    • Rainfall
    • Temperature
  4. View the WRF-generated forecast

🌟 Features

  • Numerical weather predictions using the WRF model
  • Leaflet integration for interactive map-based forecast displays
  • Rainfall overlay with wind direction, speed, and pressure data, including High (H) and Low (L) pressure centers
  • Initialization of WRF forecasts using GFS data
  • Responsive, user-friendly design tailored to different devices

🔮 Weather Research and Forecasting (WRF) Model

The platform utilizes the WRF model, a next-generation mesoscale numerical weather prediction system designed for both atmospheric research and operational forecasting needs.

Key Features:

  • Advanced physics parameterizations
  • High-resolution terrain and land-use data
  • Initialization with Global Forecast System (GFS) data for accurate predictions

🌍 Regional Coverage

  • Australia
  • China
  • India
  • West Africa

🎯 Forecast Parameters

Weather Parameters

  • Reflectivity
  • Outgoing Long-wave Radiation (OLR)
  • Rainfall: Precipitation forecasts, overlaid with wind direction, speed, and pressure data
  • Temperature

Interactive Map Layers (via Leaflet.js):

  • KML-based weather forecasts (reflectivity, OLR, rainfall, temperature)
  • Dynamic overlays for:
    • Rainfall with wind barbs (direction and speed)
    • Pressure and pressure centers (H/L)

🗺️ Visualization Using Leaflet

Leaflet.js Integration:

  • Displays KML weather forecasts over interactive maps.
  • Zoom in/out
  • Pan across regions

Rainfall with Overlays:

  • Wind Overlay: barbs represent wind direction and speed.
  • Pressure Overlay: High (H) and Low (L) pressure centers.

🚀 Roadmap

Phase 1: Core Functionality (Completed ✅)

  • Launch weather forecasting for four regions.
  • Display KML forecasts on interactive Leaflet maps.
  • Overlay rainfall with wind direction, speed, and pressure data.

Phase 2: Enhancements (In Progress 🛠️)

  • Add more regions (e.g., Europe, North America, East Africa, South Africa).
  • Include additional parameters like humidity and cloud cover.

Phase 3: Community Tools (Planned 🔜)

  • Enable user feedback submissions for local weather anomalies.
  • Introduce multilingual support for global users.
  • Develop a mobile app version for Android and iOS.

🔧 Technical Implementation

Technologies Used

  • HTML5 and CSS3 for design and layout
  • Leaflet.js for map visualization and KML overlays
  • WRF Model for forecast generation
  • GFS data initialization for WRF forecasts

Browser Support

  • Chrome, Firefox, Safari, Edge, Opera (latest versions)

🚀 Getting Started

Clone the Repository

git clone https://github.com/nextgenworldweather/nextgenworldweather.github.io.git

About

A comprehensive weather forecasting platform that combines the Weather Research and Forecasting (WRF) model initialized with Global Forecast System (GFS) data. The forecasts are visualized using Leaflet maps with KML overlays for Australia, China, India, and West Africa regions, providing high-frequency updates at 15-minute intervals.

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