Terra Aqua Satellite Images

Terra aqua are the earth observation satellites belonging to nasa equipped with modis moderate resolution imaging spectroradiometer.

Terra aqua satellite images.

Historical imagery is sourced from microsoft and esri. Aqua latin for water is a nasa earth science satellite mission named for the large amount of information that the mission is collecting about the earth s water cycle including evaporation from the oceans water vapor in the atmosphere clouds precipitation soil moisture sea ice land ice and snow cover on the land and ice. Aqua eos pm 1 is a nasa scientific research satellite in orbit around the earth studying the precipitation evaporation and cycling of water it is the second major component of the earth observing system eos preceded by terra launched 1999 and followed by aura launched 2004. Cer syn1deg 1hour terra aqua modis edition4a is the clouds and the earth s radiant energy system ceres and geostationary geo top of atmosphere toa within atmosphere and surface fluxes clouds and aerosols 1 hourly terra aqua edition4a data product.

The modis sensor which is on board of the terra and aqua satellites is able to provide images in 36 spectral bands between 0 62 and 14 385 μm. The satellite was launched from vandenberg air force. Aqua eos pm 1 è un satellite artificiale multinazionale destinato a ricerca scientifica della nasa esso orbita intorno alla terra per studiare le precipitazioni l evaporazione e il ciclo dell acqua si tratta del secondo maggior componente dell earth observing system eos sistema di osservazione della terra preceduto dal terra lanciato nel 1999 e seguito dall aura lanciato nel 2004. Terra s orbit around the earth is timed so that it passes from north to south across the equator in the morning while aqua passes south to north over the equator in the afternoon.

Ceres imaging radiometers on geostationary satellites. The name aqua comes from the latin word for water. Terra aqua suomi npp earth observing satellites. Terra modis and aqua modis are viewing the entire earth s surface every 1 to 2 days acquiring data in 36 spectral bands or groups of wavelengths.

The spatial resolutions of the sensor are 250 m 500 m and 1 km in several bands emamifar et al 2013. Data was collected using several instruments on multiple platforms including. Storm tracks and forecast maps are created using the most recent data from nhc jtwc and ibtracs.