Title: WP3: Program
1WP3 Program
- Description of WP3. (40 min)
- Presentation by Tsimplis (10 min)
- Presentation by Andersen (10 min)
- Presentation by Fenoglio-Marc (10 min)
- Presentation by H. P. Plag (5 min)
- Presentation by Jevrejeva Svetlana (2 min)
- Presentation by Mira Pasaric (2min)
- Open issues, questions (20 min)
2WP3 Contributors
- The contributing partners are
- P1 - NMA, Norway (10 pms)
- P2 - KMS, Denmark (38 pms)
- P3 - NERC-POL, UK (2 pms)
- P5 IEO, Spain (7 pms)
- P10 EARS, Slovenia (18 pms)
- P13 PMS, Croatia (4pms)
- P14 TUD, Germany (18 pms)
- P16 UPC, Spain (1 pms)
- P18 IOLR, Israel (4 pms)
- P19 NERC-SOC, UK (16 pms)
- P21 CNR-ITT, Italy (6pms)
3WP3 Task 3.1
- Title Empirical determination of inter-annual to
decadal sea level variations on the basis of tide
gauge and satellite altimetry on high resolution
for the NA and adjacent European Seas and low
resolution globally. - Duration Month 1-12
- Deliverables (report) D3.1 Report on annual to
decadal sea level variations (12m). - Milestone M3.1Empirical determination of annual
to decadal sea level variations finished (12m) -
4WP3 Task 3.1 - Partnersresources
- Inter-annual to decadal sea level variations from
tide gauges - P10 EARS, Slovenia (9 pms)
- P19 NERC-SOC, UK (8 pms)
- P21 CNR-ITT, Italy (5 pms)
- P5 IEO, Spain (4 pms)
- P18 IOLR, Israel (4 pms)
- P1 - NMA, Norway (2 pms)
- P13 PMS, Croatia (2 pms)
- P2 - KMS, Denmark (1 pms)
- P16 UPC, Spain (1 pms)
- Inter-annual to decadal sea level variations from
Satellite Altimetry - P2 - KMS, Denmark (9 pms)
- P14 TUD, Germany (5 pms)
- P3 - NERC-POL, UK (1 pms)
5WP3 Task 3.1 - Suggested Leader
- Overall Leader P19 NERC-SOC (Michael
Tsimplis) - Tidegauge data P10 EARS, Slovenia (Igor
Strojan) -
- Satellite Altimetry P2 - KMS, Denmark (Ole
Andersen)
6WP3 Task 3.1 - Whats next
- WorkPackage meeting. Possible together with WP1
WP meeting (at POL) - Tide gauges
- Investigating present annual to decadal signals
from tide gauge data in separate regions around
Europe. - Investigation of variations in inter-annual to
decadal signal over the last 50-100 years from
tide gauge data in separate regions around Europe - Exchange of data / software?
- Handling of data gaps.
- Selection of reference TG stations for analysis
by several partners - Altimetry
- Exchange of data / software?
- Data versions corrections.
7Suggestion for regional Analysis centers and
regions. (Red is POL Tide Data with gt 40 years
data)
NMI
SOC
EARS
IEO
CNR-ITT PMF
IOLR?
IOLR?
Global Analysis SOC? North Atlantic Analysis
EARS?
8WP3 Task 3.2
- Title Estimate dominating spatial and temporal
variations on inter-annual to decadal timescales
and their relation with physical phenomenas like
El Nino/La Niana. -
- Interpolate sparse tide gauge data to global
grids using advanced extensions to EOF derived
from satellite altimetry - Duration Month 13-18
- Deliverable None
- Milestone M3.2 Empirical Orthogonal Function
analyses completed (18m) -
9WP3 Task 3.2 - Partnersresources
- Estimate dominating spatial and temporal
variations on interannual to decadal timescales
and their relation with physical phenomenas. -
- P2 - KMS, Denmark (2 pms)
- P5 IEO, Spain (2 pms)
- P14 TUD, Germany (1 pms)
- Interpolate sparse tide gauge data to global
grids using advanced extensions to EOF derived
from satellite altimetry - P2 - KMS, Denmark (6 pms)
- P14 TUD, Germany (4 pms)
10WP3 Task 3.2 - Suggested Leader
- Leader P14 TUD, Germany (L. Fenoglio Marc)
-
11WP3 Task 3.3
- Title Set up an empirical model of inter-decadal
sea level variations on the basis of tide gauges
and multi-mission satellite altimetry with high
resolution for the North Atlantic and adjacent
European seas and low resolution globally - Propagate the decadal variability back in time
on the basis of long tide gauge records, EOF and
hydrodynamical models. - Duration Month 13-24
- Deliverables (reportdata) Global interpolated
data sets of decadal variations from tide gauge
data using advanced extensions to EOFs derived
from T/P satellite altimetry. (24m). - Milestone Empirical model of decadal sea level
variability available (24m) -
12WP3 Task 3.3 - Partnersresources
- Set up an empirical model of inter-decadal sea
level variations on the basis of tide gauges and
multi-mission satellite altimetry with high
resolution for the North Atlantic and adjacent
European seas and low resolution globally - P2 - KMS, Denmark (10 pms)
- P10 EARS, Slovenia (9 pms)
- P14 TUD, Germany (4 pms)
- P1 - NMA, Norway (2 pms)
- P5 IEO, Spain (1 pms)
- P13 PMS, Croatia (1pms)
-
- Propagate the decadal variability back in time on
the basis of long tide gauge records, EOF and
hydrodynamical models. - P2 - KMS, Denmark (4 pms)
- P1 - NMA, Norway (2 pms)
13WP3 Task 3.3 - Suggested Leader
- Leader P2 KMS, Denmark (O. Andersen)
-
14WP3 Task 3.4
- Title Determine secular trends in sea level at
tide gauges de-contaminated for decadal sea level
variability on the basis of empirical model
developed in T3.3 - Duration Month 22-34
- Deliverable (data) D3.3 Trends decontaminated
for decadal variability available (27) - Deliverable (report) D3.4 Report on secular
trends de-contiminated fro decadal sea level
variability. (34) - Milestone M3.4 Decontaminated secular trends at
tide gauges available (28m) - Milestone M3.5 Report on decadal sea level
variations finished (34m) -
15WP3 Task 3.4 - Partnersresources
- P19 NERC-SOC, UK (8 pms)
- P2 - KMS, Denmark (6 pms)
- P1 - NMA, Norway (4 pms)
- P14 TUD, Germany (4 pms)
- P21 CNR-ITT, Italy (1 pms)
- P13 PMS, Croatia (1pms)
16WP3 Task 3.4 - Suggested Leader
- Leader P1 NMA, Norway (H.-P. Plag)
-
-
17WP3 Task 3.5
- Title Provide the means for an on-going
calibration system for satellite radar altimetry - Duration Month 1-36
- Deliverable (report) D3.5 Ongoing estimates of
altimetric bias for the essential T/P and JASON-1
and possible other mission. (24m) - Milestone M3.6 Reports of JASON-1 etc absolute
calibration (24m)
18WP3 Task 3.5 - Partnersresources
- P3 - NERC-POL, UK (1 pms)
19WP3 Task 3.5 - Suggested Leader
- Leader P3 - NERC-POL, UK (P. Woodworth)