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  1. 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.

  2. SATELLITE IMAGES AND PRODUCTS. KALPANA-I FULL DISC. KALPANA-I SECTOR. KALPANA-I NW SECTOR. KALPANA-I NE SECTOR. DISTRICT BOUNDARIES. Visible Channel. Infra-red Channel. Colour Composite.

  3. 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.

  4. INSAT SATELLITE CLOUD IMAGERIES GLOBAL. Visible. Infra-red. Colour composite. Water vapour

  5. 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.

  6. www.eoportal.org › satellite-missions › kalpana-1Kalpana-1 - eoPortal

    May 31, 2012 · - Kalpana/MetSat-1 images and products are available through the dedicated web sites www.imd.gov.in and www.mosdac.gov.in on a near real-time basis. Figure 4: Image of the VHRR/2 instrument observed on Feb. 11, 2015 (image credit: ISRO)

  7. Nov 14, 2012 · This data set contains hourly infrared imagery over the Indian Ocean from the Indian Meteorological department (IMD) Kalpana-1 satellite. These images were developed by IMD and are in jpg format.

  8. IMD Kalpana Visible Imagery. This data set contains hourly visible imagery over the Indian Ocean from the Indian Meteorological Department (IMD) Kalpana-1 satellite. These images were developed by IMD and are in jpg format.

  9. satellite.imd.gov.inSatellite

    Access satellite images and data for weather observation, forecasting, and analysis provided by the India Meteorological Department.

  10. en.allmetsat.com › satellite-kalpanaKalpana - Allmetsat

    Polar orbiting: Kalpana. Operator: India. Launch date: 09/2002. Type of orbit: Geostationary. Position: 74°E. Instrument: VHRR. VHRR (Very High Resolution Radiometer) is a 3 channels device: visible channel is 0.47-0.7 µm, infrared channel is 10.5-12.5 µm and water vapour channel is 5.7-7.1 µm. In the visible channel, the resolution is 2 km.

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