El Nino can be predicted using technology such as satellites, high-tech ocean buoys, radiosondes, and supercomputers. Scientists extensively monitoring the source region of El Nino (or more correctly, El Nino Southern Oscillation, which also includes La Nina). Here in the Tropical Pacific Ocean, ocean temperatures are carefully monitored with networks of buoys as well as using special types of sensors mounted on satellites For example, infrared sensors are able to detect the surface temperature of the ocean. Atmospheric conditions are also obtained from satellites, some buoys, and radiosondes. Some of these satellite sensors are able to take a profile of the atmosphere of variables such as temperature, humidity, cloud cover, and wind speed.
All of these data are collected and run through supercomputers, which model the future state of the atmosphere and ocean. Many of these models are run at the same time, and usually the prediction is somewhere around the middle road of the model runs. They are then continuously refined as time goes on and more data are obtained, and the forecasts are always being updated.
La Nina can be predicted to an extent: we usually have a pretty good idea where it will be up through at least 6 months, and sometimes more. We are able to do this by extensively monitoring the source region of La Nina (or more correctly, El Nino Southern Oscillation, which also includes El Nino). Here in the Tropical Pacific Ocean, ocean temperatures are carefully monitored with networks of buoys as well as using special types of sensors mounted on satellites. Atmospheric conditions are also obtained from satellites, some buoys, and radiosondes.
All of these data are collected and run through supercomputers, which model the future state of the atmosphere and ocean. Many of these models are run at the same time, and usually the prediction is somewhere around the middle road of the model runs. They are then continuously refined as time goes on and more data are obtained, and the forecasts are always being updated.
Nora Angelisa Ledora Winters Whammmm Wholee Namee
Scientists are using a network of buoys operated by the national oceanic and atmosphere administration to study El Nino.
one way to predict when a volcano will occur is with the technology scientist use to determine when and where an eruption will occur.
Scientists had took satellite images to predict where hurricane Katrina would land.
through satellite technology
By measuring movement in tectonic plates
barometer
Yes, you can predict a flood
The technology is called satellite imaging. Here environmental activities such as flood are monitored using satellite. The information is transmitted to monitoring centers which transfers these warning to man.
broadcasting meteorologists use what technology ? broadcasting meteorologists use what technology ?
In ancient Egypt their astronomers use the stars to predict when the Nile River would flood.
This is a rather perplexing question as how can you predict something that has already occurred? Modern technology can and is being used to map the past and from that patterns do emerge but this is obviously not predicting.
one way to predict when a volcano will occur is with the technology scientist use to determine when and where an eruption will occur.
Why do forecasters try to predict flood heights at different points along a river? - they do this to issue warnings fast.
they read the reports that they reported in the past.
By observing the stars.
gamgam style
Scientists had took satellite images to predict where hurricane Katrina would land.
through satellite technology