Αποτελέσματα Αναζήτησης
Visible imagery is very useful for distinguishing clouds, land, and sea/ocean. Different types of clouds reflect in different amounts based on their physical properties like amount and size of raindrops / ice crystals and its density. Cumulonimbus clouds appear brightest.
- Rapid Scan Satellite Images
Rapid Scan Satellite Images - Satellite Images - India...
- Marine Forecast
Marine Forecast - Satellite Images - India Meteorological...
- Radar
Radar - Satellite Images - India Meteorological Department
- Subdivision Wise
Subdivision Wise - Satellite Images - India Meteorological...
- Monsoon
Monsoon - Satellite Images - India Meteorological Department
- Cyclones
Cyclones - Satellite Images - India Meteorological...
- Departmental Website
Departmental Website - Satellite Images - India...
- Weather Realized
Weather Realized - Satellite Images - India Meteorological...
- Rapid Scan Satellite Images
Interactive world weather map. Track hurricanes, cyclones, storms. View LIVE satellite images, rain radar, forecast maps of wind, temperature for your location.
Access satellite images and data for weather observation, forecasting, and analysis provided by the India Meteorological Department.
The greatest advantage of IR images is its round the clock (day & night) availability. In black and white IR imagery, white shades i.e. high brightness represents cold areas (higher cloud heights) whereas black shades (low brightness) indicates warm surfaces or low cloud height.
NOAA satellites capture imagery from major events on land and in the atmosphere. Revisit significant events through imagery. Browse among images and animations from NOAA's geostationary and polar satellites and our partners around the world.
India Meteorological Department, IMD, National Satellite Meteorological Center New Delhi,Chandan Mishra Satellite: INSAT-3R Imager INSAT-3R Sounder INSAT-3D Imager
Round the clock surveillance of weather systems including severe weather events around the Indian region and generating satellite bulletins based on satellite images and products for use in forecasting.