Title: DUERO (DOURO) RIVER BASIN: WATER RESOURCES, WATER ACCOUNTS AND TARGET
SUSTAINABILITY INDICES AGENDA
Acronym: DURERO
MIDTERM MEETING
Date: 19.12.2014
Place: LISBON
Agenda
9:30- 9:45. Welcome and presentation of participants: UPM-Water, CEIGRAM, ISA and IST.
(Morning coffe)
09:45-12:45. Short presentation of the development of activities from WP2 to WP6 (about
15 min each and maximum five slides) please focus on:
 What has been done
 Problems encountered
 Timetable to fulfill the activities in the second half of the project
Please check if the speakers shown in the table shown below are correct.
A general discussion will follow after each presentation.
Tentative coffe break: 11.30-11:45.
12:45-13:00. Conclusions.
13:00-14:00. Brief lunch
WPs
WP2
WP3
WP4
WP5
WP6
WP7
Deliverables
D1.Development of SEEAW
D4. Estimations with MOHID and SIMPA at the
Tâmega pilot case
D5. Development of crop water foot print
balance
D6. Development of scenarios for optimal water
allocation
D3. Database of rainfall intensities , specifically
within 10 minutes.
Speaker
David (SP) y Eduardo (Pt)
Ramiro (Luis)
D1. Estimation of confidence limits for the
hydrological data.
D2. Development of new methodology for
integration of uncertainty in the SEAAW tables.
D4.Generation of geo-referenced data layers useful
for erosion infiltration / runoff models that could be
the base for developing erosion risk maps
(RN and LG)
D1-D5.Development of a WS&D riparian
indicator
D1-D5.Development of a WS&D riparian
indicator
D1. Asses. how the River Basin Auth. in the
selected river basins have integrated
quantitative water management issues in the
preparation of the 2015 River Basin
Management Plans
D2.Guidelines for saving/reusing water in the
pilot river areas while maintaining ecosystem
services and sustainability
D3.Guidelines of the best water management in
irrigated agriculture in the pilot basins
D4. Best practices guidelines for water
optimization improving water availability and
water quality and ecological status of water
bodies, maintaining ecosystem services and
sustainability.
D5. Development of proposals for river
restoration.
D6.Performance of risk analysis taking into
account long term and short term scenarios
D7. Development of econometric model
analyzing the economic drought risk
D8.Report on the effects of different scenarios
on agriculture, water availability and ecological
status of target fish species.
Stakeholder Engagement
Dissemination
DG
Alberto
Ramiro (LG)
Alberto (AT and AS)
(RN and LG)
(AT and AS).
TF team
LR(( CHD)
(TF?)
LR
(RN and TF)
(MG and DG)
(LG)
(AG)
(TF)
LR
LR
WP2
D1.Development of SEEAW
Year 2009 because in Pt has data that year.
Sp: SIMPA resolution 1 x 1 km2
Disagregated in 13 zones .
Nº 1 Hydrometeorological model estudy in zone 1 (SIMPA-AQuatool). Information (SIMPA)
Etp, P, Soil storage, Infiltration, Groundwater storage, GW run off.
Tables: include desagregation of variables; they have estimated: ground water run off, soil
water.
Table VI.1 and VI.2
AQUATOOL (Water resources management model)
PT.
tHE work is behind Sp
D2. WebGIS. Solution in an open-source
Drawbacks from models used for estimation of variables: differences between Pt and Sp.
Recommendations fr
D6. Scenarios chosen at the end of February
Ramiro: proposes guidelines to safe water and change uses after observing results from
climate change scenario. If we keep the land use as it is know, and looking how the
spectations of climate change could be attended by the hidrological balance.
Tamega (2004-14)
D5. Development of crop water foot print balance (LG)
Adaja-Cega-Eresma
Green water is a concern since ETP could be addressed by vegetation covering the soil not
only the crop.
WP3
D1. Could be done at the end of the project.
D3. Database of rainfall intensities , specifically within 10 minutes.
Checking the meteorological data from AEMET with the results from the hydrograph bands.
Include the errors in the SEEAWAter.
To forcast would be very useful.
Ramiro will used the pdf functions defined to use in the Pt basin
Time series for stream events (10 min
D4 is going to be connected with D3
Water management for stakeholders to improve water quality,
D2. Development of new methodology for integration of uncertainty in the SEAAW tables.
Performance indicator.
WP4
D1-D5.Development of a WS&D riparian indicator
Sp.Cega-Eresma-Adaja
Decrease in GW explotation. Structural and compositional riparian vegetation indexes.
Change a land use in water basin with riparian vegetation.
T modeling with climactic scenarios to develop WS indexes.
Pt.
Tamega points
250 m long river stretches (Google Earth imagery)
Structual composition indexes