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29 November 2012, Portugal, JRC Info day
JRC research in the field of water resources and
ecosystemsSandra Poikane
Institute for Environment and SustainabilityWater Resources Unit
Outline :JRC research related to water resources and ecosystems
• 6 key areas of research
• Policy context + JRC support
• Online databases, models2
6 key areas of JRC research related to water resources and ecosystems
1. Water: balancing supply and demand
2. Water quality
3. Preserving ecosystems
4. Water related hazards and climate change
5. Water governance – working together
6. Water innovation
3
1. Water: balancing supply and demand
• The global demand is on the increase
• Water scarcity and draughts 20% of the EU territory
• Not only geography and climate conditions but also
consumption patterns:24% of abstracted water for irrigation
FR, IT, PT, ES – 75% of the total irrigated land in EU
4
1. Water: balancing supply and demand
Hydrological modelling to assess current / future availability
and demand from different economic sectors
•To map available water resources / compare to the
demands
•Address floods, droughts, water scarcity
512 December 2012
1. Water: balancing supply and demand
6
Water availability: Average available net runoff (1990-2010)
Water stress regions: river-basin supply not sufficient to meet the demands (1990-2010)
1. Water: balancing supply and demandLISFLOOD model
7
• a GIS-based hydrological
rainfall-runoff-routing
model that is capable of
simulating the hydrological
processes
• http://floods.jrc.ec.europa.
eu/lisflood-model.html
1. Water: balancing supply and demand
Addressing water efficiency:
•A model simulate effects of policy options on water quality and
quantity + associated costs and benefits
•Deliver the best options for allocating available water to all
users while ensuring economic and environmental sustainability
8
1. Water: balancing supply and demand:LUMP - Land Use Modelling Platform
9
http://moland.jrc.ec.europa.eu/lump/lump.htm
1. Water: balancing supply and demand
Water for agriculture
•Impact of agriculture on the
quantity/quality of water
resources
•Efficiency of EU regulations
in controlling the emissions
10
Monitoring agricultural resources http://www.marsop.info
River basin network on WFD and agriculture
http://prb-water-agri.jrc.ec.europa.eu
2. Water quality
WFD and MSFD: achieve “good status” for all surface
watersdevelopment and harmonization of indicators for ecological status
Monitoring of “priority” substances : To identify new substances that can be included, new methods
Pollution: assessment and mappingAssessing the chemical load of rivers and seas
Building maps to identify pollution hotspots
1112 December 2012
What is the objective of the European Water Framework Directive?
Achieving “good status”for surface and ground waters before 2015
HIGHHIGH
GOODGOOD
MODERATEMODERATE
POORPOOR
BADBAD
ECOLOGICALECOLOGICALSTATUSSTATUS
No orminimal {
Slight {Moderate {
Major {Severe { R
esto
re
Ecological classification system
Reference conditions
Deviation from reference conditions
29 November 2012, Portugal, JRC Info day
WFD assessment based on biological WFD assessment based on biological indicatorsindicators
PHYTOPLANKTON
BENTHIC FAUNA
FISH
MACROPHYTES
Overview biological assessment methodsOverview biological assessment methods
Coverage:
29 European countries
294 methods117 Coastal and transitional177 Rivers and lakes
Sebastian Birk
http://www.wiser.eu/results/methods-db/
1612 December 2012
• Consistent with WFD definitions
• Comparable between all 25 Member States
high
good
moderate
poor
bad
1
0
OK
Restorationneeded
Intercalibration: Setting of good status class boundaries
EQR
First results: COM Decision 2008
1812 December 2012
Second results: COM Decision 2012
Supporting the Marine Strategy Framework Directive
Assessing impacts on the European seas and coastsMonitoring of long-term changes in biological and physical
properties of European seas and coasts by combining satellite time-series data and modelling to derive proxy indicators
Multiannual simulations (1960-2010)
Chlorophyll-a concentration
3. Preserving ecosystems
Ecosystems are providing services which are often taken
for granted: water purification, flood prevention,
their effectiveness is directly linked to the health of
ecosystems
Threats to ecosystem: worldwide increase in invasive
aliens species
2112 December 2012
3. Preserving ecosystems
Mapping and valuing ecosystem services in order to be
able to preserve them
Attributing economic value - realistic assessments of the
value to better protect
Developing European indicators that quantify the provision
of ecosystem services
2212 December 2012
3. Preserving ecosystems: Mapping and valuation of ecosystem services
Nitrogen retention
Europe’s rivers and
lakes remove high
quantities of excess
nitrogen and contribute
to better water quality
in downstream reaches.
2312 December 2012
3. Preserving ecosystems: Mapping and valuation of ecosystem services
Coastal habitats can help protect populations from adverse weather consequences, eg flooding
Provision of coastal protection: red coastline demand is expected to be higher than the natural provision of this servic
2412 December 2012
3. Preserving ecosystems:Alien species significant threat to biodiversity
Review the pressures facilitation alien species invasions
Restoration measures to avoid alien species
EASIN: European Alien Species Information Network: to
improve access to information on alien species in Europe
Early warnings and prevent further invasions
http://easin.jrc.ec.europa.eu/
2512 December 2012
2. Preserving ecosystems:Alien species significant threat to biodiversity
2612 December 2012
Sepioteuthis lessoniana is an Indo-Pacific squid recently introduced in the Mediterranean via the Suez Canal
2729 November 2012, Portugal, JRC Info day
Fistularia commersonii was nicknamed the 'Lessepsian sprinter' for its rapid spread in the Mediterranean Sea
2829 November 2012, Portugal, JRC Info day
4. Water –related hazards and climate change
90% of all natural hazards are linked to water
Ca 30 000 people killed in water related disasters in 2010
With global warming, frequency / severity to increase
2912 December 2012
November 2011, Genova, Italy
3029 November 2012, Portugal, JRC Info day
4. Water –related hazards and climate change
Knowledge to better understand the mechanisms that
cause flooding, draught, desertification and other events
To help prevent / reduce their impact by giving early /
reliable warnings
Satellite observation and data collection : Accurate and
reliable information on the real situation at all times
3112 December 2012
4. Water –related hazards and climate change
The European Flood Awareness System (EFAS)
an early flood warning system complimentary to national and
regional systems.
It provides the national institutes and the European Commission
with information on possible river flooding to occur within the
next 3 or more days.
gives a European overview to the European Civil Protection
Mechanism - contributes to improved management
http://www.efas.eu3212 December 2012
4. Water –related hazards and climate change
The Global Flood Detection System (GFDS)
It is a real-time satellite-based flood monitoring system.
Using innovative processing of remote sensing
Virtual satellite-based information about all major rivers in
the world, as well as daily updated regional flood maps
www.gdacs.org/flooddetection
3312 December 2012
4. Water –related hazards and climate change
The Global Flood Detection System (GFDS)
It is a real-time satellite-based flood monitoring system.
Using innovative processing of remote sensing
Virtual satellite-based information about all major rivers in
the world, as well as daily updated regional flood maps
3412 December 2012
4. Water –related hazards and climate change
Global Flood Awareness System (GloFAS)
the first system that produces pre-operational real-time flood
forecasts for the entire globe
It couples state-of-the art weather forecasts with a hydrological
model.
The October 2011, monsoon rains and powerful typhoons in
Southeast Asia brought about the worst floods of the past decade
successfully predicted by GloFAS two weeks in advance and
subsequently monitored with the GFDS throughout the event. 3512 December 2012
4. Water –related hazards and climate changeGlobal Flood Awareness System (GloFAS)
3612 December 2012
GFDS near real-time flood map for South East Asia, with quantitative measurements of flooded area for the Chao Phraya (Thailand) and the lower Mekong (Cambodia) on 11 October 2011.
GloFAS 45-day probabilistic discharge forecasts for the Chao Phraya (Thailand) and the lower Mekong (Cambodia) on 22 September 2011. Input rainfall is provided for the first 15 days only.
4. Water –related hazards and climate change
European Drought Observatory (EDO)
a major tool for the monitoring and forecasting of droughts at a
range of spatial scales across Europe
Similar experiences are being transferred and tested outside
Europe, particularly in Africa and Latin America.
a map server that provides access to a suite of drought indicators,
documentation, search facilities and analysis tools
http://edo.jrc.ec.europa.eu
3712 December 2012
4. Water –related hazards and climate change
European Drought Observatory (EDO)
3812 December 2012
Situation of drought in Europe – Nov 2012
3929 November 2012, Portugal, JRC Info day
5. Water governance – working together
Rivers and seas are common resources
Danube river: 10 countries
Mediterranean Sea: 21 countries
Solving global water challenges can only be achieved in
cooperation
4012 December 2012
5. Water governance – working together
The Danube – transboundary challenge
Assessment and monitoring of water pollutants in the Joint
Danube Surveys
developing a harmonised digital climate atlas and database
for the Carpathian region (CARPATCLIM)
satellite time-series data to monitor long-term changes in
the biological and physical properties of the Black Sea
4112 December 2012
5. Water governance – working together
Access to water in developing countries
In Africa, for instance, the JRC uses biophysical modelling
and hydrological simulation to provide scientific assessments
of water availability, floods, droughts and water scarcity.
It also assesses the impacts of different management and
climate scenarios and strategies on agricultural production
and the environment
4212 December 2012
6. Water innovation
eco-industry is rapidly growing in Europe
water supply and wastewater treatment represent a third
Innovation – a key component in the sustainable and
efficient use of water
Current filtration systems for drinking water – only limited
success
Desalination plants, solar-powered water purification
4312 December 2012
6. Water innovation
Innovative technologies for treating ground water and
drinking water Nanofiltration membranes to remove hardness, organic matter and
organic chemicals, better performance levels
ObservatoryNano project – to examine the efficiency, potential risks
and regulatory issues associated with the use of these membranes
http://www.observatorynano.eu/
4412 December 2012
6. Water innovation
Standardize geo-referenced data to unblock innovation on
this field by making data interoperableIn the hydrological domain - very heterogeneous data sources
Necessary to build bridges across these formats and interfaces
GEOWOW research project 15 partners, coordinated by JRC
links multiple research communities – info catalogues can now be
connected and compared
4512 December 2012
6. Water innovation www.geowow.eu
4612 December 2012
Thank you for your attention