The process includes as its first necessary step the creation of a single consolidated international databank of the actual
surface meteorological observations taken globally at monthly, daily and sub-daily resolutions.
We blended
surface meteorological observations, remotely sensed (TRMM and NDVI) data, physiographic indices, and regression techniques to produce gridded maps of annual mean precipitation and temperature, as well as parameters for site - specific, daily weather generation for any location in Yemen.
«The envisaged process includes as its first necessary step the creation, for the first time, of a single comprehensive international databank of the actual
surface meteorological observations taken globally at monthly, daily and sub-daily resolutions.
Not exact matches
To conduct its analysis, GISS uses publicly available data from 6,300
meteorological stations around the world; ship - and buoy - based
observations of sea
surface temperature; and Antarctic research station measurements.
Therefore, the best temperature
observation for comparison with climate models probably falls between the
meteorological station
surface air analysis and the land — ocean temperature index.
To conduct its analysis, GISS uses publicly available data from three sources: weather data from more than a thousand
meteorological stations around the world; satellite
observations of sea
surface temperature; and Antarctic research station measurements.
AMOC monitoring in the US is currently accomplished by a collection of in - situ field programs and large - scale
observations including: ARGO, the Global Drifter Array, and collection of satellites returning ocean
surface and
meteorological information.
The temperature analysis produced at GISS is compiled from weather data from more than 1,000
meteorological stations around the world, satellite
observations of sea -
surface temperature, and Antarctic research station measurements.
Because the GISS analysis combines available sea
surface temperature records with
meteorological station measurements, we test alternative choices for the ocean data, showing that global temperature change is sensitive to estimated temperature change in polar regions where
observations are limited.
The temperature analysis produced at GISS is compiled from weather data from more than 1,000
meteorological stations around the world, satellite
observations of sea
surface temperature and Antarctic research station measurements.
A 35 - year dust record established from Barbados
surface dust and satellite
observations from TOMS and the European geostationary
meteorological satellite (Meteosat) show the importance of climate control and Sahel drought for interannual and decadal dust variability, with no overall trend yet documented (Chiapello et al., 2005).
Second, orbital instrumental
observations provide only a recent record of land
surface area temperature assessment, and the methods involved had to be calibrated against the prevailing standards of proximal thermometric determination, the widely - ranged system of
meteorological thermometers in these United States providing (as others here have observed) a sort of «gold standard» in terms of technology, maintenance, and reliability as compared with similar broadly spaced systems of monitoring stations.
To any extent that the records of «satellite data» have been used to create assessments of land
surface temperatures by way of adjustment to calibrate those
observations against the information harvested from the
meteorological thermometers which are the subjects of the SurfaceStations.org study, the error has crept into the assessments of the satellite data.
It is the first such period for which satellite
observations of key variables including sea -
surface temperature and sea - ice cover are available to support globally complete
meteorological reanalyses such as ERA - Interim.
The temperature analysis conducted by NASA draws data from more than 1,000
meteorological stations worldwide, satellite
observations of temperatures at the
surface of the oceans, and measurements taken by Antarctic research stations.
The Army's Signal Corps weather observers are principally tasked to support field artillery operations, tactical field operations, and other
meteorological taks which do not involve the operation and maintenance of fixed
meteorological stations for synoptic
surface observations.