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Decide the priority problems to be analysed at each ... Claudia Martins. Ria Formosa. Watershed. Water Input (Point Source) 99-01. Piezometric levels 96-01 ... – PowerPoint PPT presentation

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1
DITTY Project
WP1 Data compilation
2
WP1 Data compilation
  • Objectives
  • Collect all the relevant information concerning
    data, modelling approaches, relevant projects and
    studies,
  • Decide the priority problems to be analysed at
    each site (with end-user)
  • Implement a preliminary quality data check
  • Discuss all relevant aspects concerning software
    tools

3
Where we are.
  • Collect all available maps, biogeochemical and
    socioeconomic data for each site
  • (even if some new data are recently become
    available)
  • Collect synthesis reports for all sites
  • (with all the running available information)
  • Preliminary quality data check completed for all
    sites
  • (maps, biogeochemical and socioeconomic data)

4
WP1 Data compilation
  • DATA SET structure.
  • Maps
  • All Maps are collected, checked and sorted.
  • The metadata information were verified
  • the projection system and eventual defects or
    not-homogeneity were checked with WP3.
  • All maps are transferred to WP3 for the final
    validation and for web GIS application

5
WP1 Data compilation
Map Format LAMBERT AZIMUTHAL EQUAL AREA
PROJECTION UNITS METERS
SPHERE RADIUS
6378338
LONGITUDE OF PROJECTION CENTER 09 00 00
LATITUDE OF PROJECTION CENTER 48 00 00
FALSE EASTING / NORTHING 0.0 METERS

6
Biogeochemical Socioeconomic data
  • datasets for all sites are collected, checked and
    sent to WP2 for database population
  • some points has to be clarify with
    site-responsables
  • We define 3 locations
  • watershed and meteorological station,
  • coastal system
  • adjacent sea

7
and 5 categories 1. Waters includes the
hydrogeological and oceanographic
variables 2. Physicochemical includes the physic
and chemical variables of water and
sediment 3. Biota includes variables related to
micro and macro organisms 4. Meteorological
includes weather and atmospheric
variables 5. Socioeconomic includes variables
related to human and social activities With the
correspondent datatype code i.e. 2.09 (ex
cs2-06) suspended particulate matter
concentration in water (g m-3) Each time series
of data will be identify by location, station,
category, datatype, start, end, frequency
8
Ria Formosa
Maps Administrative boundaries 98 PNRF limit
(end of 90s) limit of Ria Formosa Basin
(89) Vegetation map macrophytes
distribution 00-01 Corine Land cover
map 00-01 bathymetry 99-01 acidity of ground
('79) altimetry '82 chloride of underground
waters ('86) draining ('74) ecological map
('82) Hardness of underground waters
('86) insolation ('74) litological map
('82) mineral springs ('91) precipitation
('74) solar radiation ('74) type of soil
('71) underground aquifer ('75)
from Manuela Falcao, Pedro Duarte, Claudia
Martins
9
Ria Formosa
Watershed Water Input (Point Source) 99-01 Piez
ometric levels 96-01 Nutrients in water,
BOD-COD 01-03 aerobic pathogenic
micro-organisms 01-03 Meteo 01-02 System N
utrients in water sed 99-00 Sediment
Water fluxes 93-94 Primary productivity
85-86 Grain size 89 Biota 36-00 Adja
cent sea Water temperature and nutrients 02-03

10
Ria Formosa
Socioeconomic Added value GDL 95-01 Agricu
ltural activities 89-90 99 Animal rearing
89-90 99 Aquaculture 2001 Employment
2001 Fisheries 1997-02 Export/import
01-02 Population 80-01 Tourism 99-01
11
Mar Menor
MAPS macrophytes distribution 85,90,81,81 Biotope
s location 85,90 NDVI (Normalized Vegetation
Index) 96, 01 Management practices 77,
98 Fishing ports facilities 03 Road
network 03 Digital elevation map
(DEM) 00 River Network (Surface
Hydrology) 00 Administrative boundaries 00 Town
locations 00 Corine Land cover
map 00 Erodibility Characteristics 00 Erosion
Characteristics 00 channels characteristics
(section, length) 94 Wetlands associated to
lagoon shore - Biota Habitats distribution 92 b
athymetry 69 Organic matter content 98 Clay,
sand silt content 98 Vegetation map 95
from Julia Martinez, M. Francisca Carreño
12
Mar Menor
Watershed Water inputs 95-03 Piezometric
levels 73-01 Nutrients in water, BOD-COD
70-03 aerobic pathogenic micro-organisms
96-03 Meteo 96-03
13
Mar Menor
System Nutrients in water sed
76-90 Biota 80-92 Various Contaminants
(Pesticides, heavy metals, hydrocarbons .. 80-95
Adjacent sea Water temperature and nutrients in
water 80-87 Phytoplancton 80
14
Mar Menor
Socioeconomic Added value GDL 95-03 Agricu
ltural activities 92-03 Animal rearing
99 Consumption/expenditure 99-03 Employment
96-01 Fisheries 1879-2003 Export/import
96-02 Population 98-02 Tourism 02
15
Etang du Thau
MAPS River Network (Surface Hydrology)
1996 Corine Land cover map 1996 Sampling
Stations 1974, 1989 Digital elevation
map (DEM) 1996 Bathymetry 1996 Administrative
boundaries 2000 Point sources location
wastewater treatment plants springs
2002 rubbish dumps 1998
from L. Loubersac, C. Vercelli, A. Lemsanni, M.
Plus, MG. Tournoud
16
Thau
  • Watershed
  • Meteo data from 2 stations ( 2 for
    precipitation) 94-04
  • Water loads, nutrient concentrations, coly (2
    rivers) 93-00
  • Lagoon
  • Water chemistry 98-03
  • Macrophytes distribution 9803
  • Sediment granulometry and chemical composition
    9803
  • Phytoplankton composition/chlorophyll a 95-02
  • Pathogens and contaminants in molluscs 92-02
  • Temp salinity 92- 02
  • Seston composition 02
  • Nitrogen uptake kinetics of phytoplankton
    communities 93-94
  • No data for the adjacent sea and no
    socioeconomic data

17
Sacca di Goro
MAPS Corine Land cover map (1992) soil use
(1994) altimetry (1997) geology
(1992) geomorphology (1980) Permeability
(1980) soil map (1993-95) lithology
(1980) lagoons (2000) landscape units
(1997) River Network-pumping stations
(2000) Bathymetry (19922003) Lagoon channels
(2003) Fishing ports facilities (2003)
Administrative boundaries (1977) Road network
(2002) Touristic places (1997) Town locations
(1977) protected areas (1997-2001-2003) railways
(1977)
From P. Viaroli,G. Giordani, S. Bencivelli, S.
Lovo
18
Sacca di Goro
  • Watershed
  • Meteo data 87-00
  • Water loads from the tributaries 90-00
  • Water chemistry 87-03
  • Piezometric levels 02-03
  • Lagoon
  • Water chemistry 89-99
  • Sediment-water fluxes (NICE) 1997
  • Sediment composition (ROBUST) 1997
  • Adjacent sea (2stations)
  • Water chemistry 84-02

19
Sacca di Goro
Socioeconomical data from National Institutions
(ISTAT, Unioncamere, Agricoltural activities
(2000) Industrial activities (1999-2002) Po
pulation (1997-2001) Fishery (1987-2002)
General economy (added value, export,
import) (1999-2001)
20
Gera
MAPS Station Number and location Digital
elevation map (DEM) River Network (Surface
Hydrology) bathymetry Administrative
boundaries Road network Town locations Corine
Land cover
From George Tsirtsis, Dimitra Kitsiou, Thodoros
Nitis
21
Gera
  • Biogeochemical
  • Watershed
  • soil composition (1995-1996)
  • meteo 96-07
  • System
  • chemical and biological parameters of the water
    column (1996-1997)
  • Phytoplancton composition (96-97)
  • Sea chemical and biological parameters of the
    water column (1996-1997)
  • Socioeconomic land use, population, general
    statistical data 2001

22
  • Planned activities for the next period
  • The WP1 has been finalised for the most part.
    Data and maps have been transferred to WP2 and
    WP3.
  • In the next period WP1 will support WP2 and WP3
  • To implement data base population
  • To integrate missing data
  • To integrate with data based on needs and inputs
    from WP4, 5 and 8
  • To implement data analysis tools with analysis of
    the most complete data sets, in order to identify
    both spatial distribution and temporal patterns,
    in cooperation with WP4 and WP5
  • To finalise the scenarios identification, through
    Multicriteria Analysis, Qualitative analysis and
    Network Analysis, in cooperation with WP6 and
    WP8.
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