www.ecco-group.org/abstracts/woce_abstract_2.txt

The ECCO 1 degree global WOCE Synthesis: Data Constraints and Their Estimated
Errors.

Y. Lu, K. Uejoshi, A. Koehl, E. Remy, K. Lohrbacher, D. Stammer and C. Wunsch

for the ECCO Consortium.

The ECCO global ocean state estimate over the 10-year period 1992 - 2001 
is obtained by fitting WOCE data sets to a general circulation model. Data 
included are most of the in situ and satellite observations available during 
WOCE itself, and continuing. These data include satellite altimetry, scatterometry 
and SST fields, in situ hydrographic sections, XBT, P-ALACE, ARGO and TAO 
profiles, surface drifter velocities and Levitus climatological hydrography. 
As with all statistical estimation problems, one must provide a priori
error covariances for all data sets, and the values and structures used in
the estimation procedures are described here.
1	heimbach	1.1	The ECCO 1 degree global WOCE Synthesis: Data Constraints and Their Estimated
2			Errors.
3
4			Y. Lu, K. Uejoshi, A. Koehl, E. Remy, K. Lohrbacher, D. Stammer and C. Wunsch
5
6			for the ECCO Consortium.
7
8			The ECCO global ocean state estimate over the 10-year period 1992 - 2001
9			is obtained by fitting WOCE data sets to a general circulation model. Data
10			included are most of the in situ and satellite observations available during
11			WOCE itself, and continuing. These data include satellite altimetry, scatterometry
12			and SST fields, in situ hydrographic sections, XBT, P-ALACE, ARGO and TAO
13			profiles, surface drifter velocities and Levitus climatological hydrography.
14			As with all statistical estimation problems, one must provide a priori
15			error covariances for all data sets, and the values and structures used in
16			the estimation procedures are described here.