Keep a close eye on the real -
time radar satellite monitoring of the level of Lake Victoria here.
Not exact matches
The InSAR
satellites use
radar to illuminate large areas of the Earth's surface, measuring how the distance between the
satellite structure and the ground surface changes over
time.
Using data from Global Positioning System (GPS) stations and Interferometric Synthetic Aperture
Radar (InSAR) images collected during successive
satellite fly - overs, ASU researchers were able to measure changes in surface elevation during a
time period spanning the main Gorkha event, and several major aftershocks, with centimeter accuracy.
Tools for forecasting extreme weather have advanced in recent decades, but researchers and engineers at the National Oceanic and Atmospheric Administration are working to enhance
radars,
satellites and supercomputers to further lengthen warning
times for tornadoes and thunderstorms and to better determine hurricane intensity and forecast floods.
Lapenta foresees a day in the next decade when the increasing capabilities of new
radars and
satellites will be coupled with an evolving generation of finely detailed weather - prediction models running in real
time on computers at speeds exceeding a quintillion computations a second.
«This isn't a surveillance system that monitors vessel movements across the oceans in real
time, like
radar tracking of aircraft in the sky; instead we have proposed a system which records images every
time a
satellite passes over specific points of the sea.
One touch, part
time 4WD, six - speed transmission, tilt and telescoping steering wheel with audio controls, three - zone climate control,
satellite radio, eight speaker sound system, heated seats, front tow hook, trailer hitch receiver, blind spot monitor system with rear cross traffic alert pre-collision system, auto high beam, dynamic
radar cruise control, lane departure alert with steering assist and more
Sentinel - 1
satellite radar image of the northern Gulf of Mexico, taken about 7:30 pm local
time on February 14, 2017.
Satellite radar altimetry, in which
timing of a
radar or laser beam return back to a
satellite is used as a measure of surface elevation, enabled researchers to assess ice mass by examining elevation change over
time.
Scientists from the University of Erlangen - Nuremberg Institute of Geography and from the Laboratoire de Glaciologie et Gophysique de l'Environnement in Grenoble, France, used
radar data from
satellites such as ESA's Envisat and observations of ice thickness from airborne surveys in a complex model to demonstrate, for the first
time, how the buttressing role of the ice shelves is being compromised as the shelves decline.