Not exact matches
«The laser scanning
data collected from selected points does give significantly more precise results than the satellite
radar,» notes Christian Berger, co-author of the
study and head of the research project on which Victor Odipo's doctoral thesis is based.
New techniques used in this
study allowed scientists to efficiently pick out these layers in
radar data.
«Novel
data sources from the weather surveillance
radar network and the eBird citizen science database enable development of a migration phenology index that can be used to answer this question in future
studies.»
The OU
study conducted in the eastern United States uses two novel
data sources, weather surveillance
radar and eBird citizen science
data, to build indices of bird migration timing.
The team used
radar data from satellites, such as the European Space Agency's now - defunct Envisat, to
study ground motions in the Taupo Volcanic Zone.
The
data used in the
study came from
radar stations in Cleveland, Ohio; Grand Rapids, Michigan; and Green Bay, Wisconsin, collected in spring 2010 - 2013.
The
study used images and other
data from Cassini's
radar instrument, which can peer through the obscuring smog of Titan's atmosphere to reveal the surface in detail.
«We're the first to have developed a strategy using
data assimilation to successfully forecast the evolution of magma overpressures beneath a volcano using combined ground deformation datasets measured by Global Navigation Satellite System (more commonly known as GPS) and satellite
radar data,» explains Mary Grace Bato, lead author of the
study and a researcher at the Institut des Sciences de la Terre (ISTerre) in France.
There is also no
data in the
radar study that shows use of the site in the 0 - 50 meter vertical range.
Data of the
RADAR study were used.