uses of satellite image and its important
Answers
Satellite images are one of the most powerful and important tools used by the meteorologist. They are essentially the eyes in the sky. These images reassure forecasters to the behavior of the atmosphere as they give a clear, concise, and accurate representation of how events are unfolding.
Answer:
Satellite images are one of the most powerful and important tools used by the meteorologist. They are essentially the eyes in the sky. These images reassure forecasters to the behavior of the atmosphere as they give a clear, concise, and accurate representation of how events are unfolding. Forecasting the weather and conducting research would be extremely difficult without satellites. Data taken at stations around the country is limited in its representations of atmospheric motion. It is still possible to get a good analysis from the data, but because the stations are separated by hundreds of miles significant features can be missed. Satellite images aid in showing what can not be measured or seen. In addition the satellite images are viewed as truth. There is no chance for error. Satellite images provide data that can be interpreted "first-hand".
Satellite images are one of the most powerful and important tools used by the meteorologist. They are essentially the eyes in the sky. These images reassure forecasters to the behavior of the atmosphere as they give a clear, concise, and accurate representation of how events are unfolding. Forecasting the weather and conducting research would be extremely difficult without satellites. Data taken at stations around the country is limited in its representations of atmospheric motion. It is still possible to get a good analysis from the data, but because the stations are separated by hundreds of miles significant features can be missed. Satellite images aid in showing what can not be measured or seen. In addition the satellite images are viewed as truth. There is no chance for error. Satellite images provide data that can be interpreted "first-hand".Satellites images give a good representation of what is happening at every point in the world, especially over oceans where large gaps in data occur. Data can only be taken at certain points around the world, though, without this data, forecasting would be just as difficult as not having satellites. It is essential to have both. Having the two together gives a much better understanding as to how the atmosphere is behaving and greatly improves forecasting accuracy.
Satellite images are one of the most powerful and important tools used by the meteorologist. They are essentially the eyes in the sky. These images reassure forecasters to the behavior of the atmosphere as they give a clear, concise, and accurate representation of how events are unfolding. Forecasting the weather and conducting research would be extremely difficult without satellites. Data taken at stations around the country is limited in its representations of atmospheric motion. It is still possible to get a good analysis from the data, but because the stations are separated by hundreds of miles significant features can be missed. Satellite images aid in showing what can not be measured or seen. In addition the satellite images are viewed as truth. There is no chance for error. Satellite images provide data that can be interpreted "first-hand".Satellites images give a good representation of what is happening at every point in the world, especially over oceans where large gaps in data occur. Data can only be taken at certain points around the world, though, without this data, forecasting would be just as difficult as not having satellites. It is essential to have both. Having the two together gives a much better understanding as to how the atmosphere is behaving and greatly improves forecasting accuracy.There are two types of satellites that orbit the Earth, polar and geostationary. Geostationary Operational Environmental Satellites (GOES) remain above a fixed location on the Earth's surface, approximately 22,500 km above the equator. Because the satellites rotate with the Earth, they always view the same portion of the globe. The polar orbiting satellites, in contrast, orbit at much lower elevations (800-900 km). Their path is 2,400 km wide centered at the orbit path. The polar satellites observe a new path on each orbit. Polar satellites are not as useful to operational meteorologists because they do not continuously view the same area. Geostationary satellites allow meteorologists to view the weather as it develops since they view the same area continuously.
