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Baranavichy Radar Station [2] (Russian: Узел «Барановичи») (sometimes wrongly named Gantsavichy [note 1]) is a 70M6 Volga-type [3] radar near Hantsavichy in Belarus (48 km from Baranavichy). It is an early warning radar, which is run by the Russian Space Forces. [4]
This image contains data from a satellite in the Copernicus Programme, such as Sentinel-1, Sentinel-2 or Sentinel-3. Attribution is required when using this image. Attribution is required when using this image.
TerraSAR-X was designed to carry out its task for five years, independent of weather conditions and illumination, and provides radar images with a resolution of up to 1 m. TerraSAR-X imaging modes [ edit ]
The so-called Brell power grid - which stands for Belarus, Russia, Estonia, Latvia, Lithuania - is controlled almost entirely by Moscow and has long been seen as a vulnerability for the former ...
Radar schematic of a LEWP. This shape is a single wave along the pattern, for real LEWPs this shape is tessellated repeatedly in a linear fashion. A line echo wave pattern (LEWP) is a weather radar formation in which a single line of thunderstorms presenting multiple bow echoes forms south (or equatorward) of a mesoscale low-pressure area with a rotating "head". [1]
#1 the fuchsia colored region, visible on the composite image, is all but missing on the base reflectivity #2 and #3, show more rain supported by strong updrafts. The composite reflectivity is the maximum dBZ reflectivity from any of the reflectivity angles of the NEXRAD weather radar. In the Composite, the highest intensities amongst those ...
Vertical cross-section through a supercell showing the BWER. The bounded weak echo region, also known as a BWER or a vault, is a radar signature within a thunderstorm characterized by a local minimum in radar reflectivity at low levels which extends upward into, and is surrounded by higher reflectivities aloft, forming a kind of dome of weak echoes.
In the United States and a few other countries, Doppler capable weather radar stations are used. These devices are capable of measuring the radial velocity, including radial direction (towards or away from the radar) of the winds in a storm, and so can spot evidence of rotation in storms from more than a hundred miles (160 km) away. A supercell ...