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Metadata for CERA experiment 'CEOP2_JMA_GRID'
Title
CEOP2_JMA_GRID
Citation
Hirai, 2008: CEOP2_JMA_GRID. World Data Center for Climate. CERA-DB "CEOP2_JMA_GRID" http://cera-www.dkrz.de/WDCC/ui/Compact.jsp?acronym=CEOP2_JMA_GRID
Creation Date
2008-01-21
Summary
Coordinated Enhanced Observing Period
see http://www.eol.ucar.edu/projects/ceop/dm/ for more information
Location(s)
n/a
Data Format(s)
GRIB1
Datasize
888322065492 Bytes
Contact
Masayuki Hirai
Japan Meteorological Agency
Numerical Prediction Division
n/a, n/a, Japan
http://www.jma.go.jp/JMA_HP/jma/indexe.html
Project
Coordinated Enhanced Observing Period (CEOP)
Coordinated Enhanced Observing Period
CEOP is an effort to address some of the critical aspects of the climate system involving land areas in
particular over a 2 year period beginning in mid-2001. It will focus on two overall issues:
water and energy fluxes and reservoirs over land areas,
monsoonal circulations
CEOP will involve the simultaneous or near-simultaneous collection of observations from several regions around the world.
In particular, it will include:
several reference sites in the continental-scale experimental regions of GEWEX
as well as other regions
extensive field measurements for addressing monsoonal systems
validation studies for new satellite systems
CEOP will lead to:
better understanding of water and energy fluxes and reservoirs over specific land areas
progress at better appreciating the role of land areas in the whole climate system
a testing of our capabilities to transfer techniques and models between different GEWEX continental-scale
experimental (and other) regions and to predict water-related parameters
enhanced understanding of the land-atmosphere-ocean interactions
see also http://www.ceop.net/
Supplementary info
More information for this CERA experiment is available here.
Available Datasets (972)
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  Name Progress
CEOP2 JMA GRID complete 1 PS: air_pressure in work
CEOP2 JMA GRID complete 1 P1: air_pressure in work
CEOP2 JMA GRID complete 11 T 1hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 10hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 100hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 1000hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 150hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 200hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 250hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 3hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 30hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 300hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 400hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 5hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 50hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 500hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 600hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 700hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 750hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 800hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 825hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 850hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 875hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 900hPa: air_temperature in work
CEOP2 JMA GRID complete 11 T 925hPa: air_temperature in work


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