Cyclones are measured almost entirely by satellites (although at times, especially near the United States, they are sampled directly by planes that fly into them), which look down at the earth and detect different types of radiation. They are also measured by networks of automated buoys in the ocean, where available. Most of these sensors simply measure the radiation they receive (called "passive sensors") while some "active" sensors send a beam of radiation at a particular wavelength down towards the earth and wait for a response.
Passive sensors include infrared, visible, and microwave. Infrared generally measures heat, often of the cloud tops of the cyclone (which indicates how high the clouds are reaching and is an indication of its strength), while visible sensors are essentially like taking a picture from space, which serve a variety of uses. Microwave sensors can be used to take profiles of the atmosphere at some wavelengths, infer wind speed, heat, and several other variables.
Note: Satellites are the platforms on which sensors are mounted. There are often many sensors mounted on each satellite that is launched. It is not the satellite itself that takes measurements but its sensors, which are often designed to do very different things. However, the satellite is not simply a static platform, but a complex machine that needs to be able to do a variety of things as well as communicate with scientists in order to keep it properly calibrated, troubleshoot problems, and otherwise keep it well maintained and in good working condition.
A barometer
Cyclones are detected by various means. Most often they are detected by satellites. When they occur over land as mid latitude cyclones they can be detected by ground based instruments such as anemometers, barometers, and radar.
Satellite imagery and readings from buoys at sea report the present weather conditions. This information is entered into computerized forecast models, which try to predict that the weather, including the hurricane, will do.
Different technologies are used for different disasters. Hurricanes are monitored primarily with satellites. Tornadoes are tracked with Doppler radar. Earthquakes are detected with seismometers.
Hurricanes are usually studied and detected by satellites.
They use the hurricane tracker otherwise they use satellites
radar
Hurricanes (Cyclones/Typhoons) are natural phenomena, they can not be created by technology.
difficult
No, hurricanes are generally easier to predict. Hurricanes are much larger than tornadoes and occur over the course of days, as opposed to tornadoes which typically last a few minutes. As a result it is easier to study and monitor hurricanes and therefor predict them.
reconnaissance aircraft
reconnaissance aircraft
However advanced science and technology may be, we can't literally stop disasters. But what we can do is observe the weather patterns to predict a disaster, so we can evacuate people and save lives
Hurricane risk reduction technology
Hurricanes (Cyclones/Typhoons) are natural phenomena, they can not be created by technology.
difficult
in 1969
seismometers and seismographs
How has technology played a role in predicting when hurricanes will come.
No; chaos theory is more useful to explain why hurricanes CANNOT be predicted.
Smart
broadcasting meteorologists use what technology ? broadcasting meteorologists use what technology ?
No, hurricanes are generally easier to predict. Hurricanes are much larger than tornadoes and occur over the course of days, as opposed to tornadoes which typically last a few minutes. As a result it is easier to study and monitor hurricanes and therefor predict them.
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.