Download 02_GWSP_Endejan

The Global Water System Project
Marcel Endejan
GWSP – International Project Office
Bonn, Germany
Poznan, 24 Nov 2004
Overview
Global Water System Project
 Institutional Background
 Framing Questions & Themes
 Implementation
 Linkages to BALTEX
ESSP
Dynamics of the GWS
GWSP – Central Tenet
Human-induced changes to the global
water system are now globally significant
and are being modified without adequate
understanding of how the system works
The Global Water System
Working definition
The global suite of
water-related
human, physical,
biological, and
biogeochemical
components and
their interactions.
BIOLOGICAL &
BIOGEOCHEMICAL
COMPONENTS
e.g. species richness,
habitat quality,
water quality
PHYSICAL
COMPONENTS
e.g. moisture transport,
precipitation,
river discharge,
water storage
WATER
CYCLING
HUMAN COMPONENTS
e.g. water related institutions,
water engineering works,
water use sectors
ESSP Projects
BALTEX
GWSP Research Niches
 Focus
on global environmental change
 Science driven but policy-relevant
 Global perspective, taking local- and
watershed processes into account
 Broad temporal perspective
(Past-present-future time domains)
 Interdisciplinary & integrative
 Focus on fresh water
Goals & Vision
 Gain
a new understanding about the
global water system
 Refine society‘s view of water
 Create a vision of future possible states of
the global water system
GWSP Framing Document
The Framing Committee
Joseph Alcamo (Chair), Hartmut Grassl, Pavel
Kabat, Felino Lansigan, Richard Lawford,
Dennis Lettenmaier, Christian Leveque, Michel
Meybeck, Robert Naiman, Claudia Pahl-Wostl,
Charles Vörösmarty
Scoping Team
Carlo Jaeger, Dennis Lettenmaier, Christian
Leveque, Harry Lins, Michel Meybeck,
Madiodio Niasse, and Charles Vörösmarty
www.gwsp.org
Overarching Question
How are human actions changing the
global water system and what are the
environmental and socio-economic
feedbacks arising from the anthropogenic
changes in the global water system?
Framing Questions (Themes)
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What are the magnitudes and key
mechanisms of anthropogenic and
environmental changes in the GWS?
What are the main linkages and
feedbacks within the Earth system,
arising from changes in the GWS?
How resilient and adaptable is the
GWS to change, and what are
sustainable management strategies?
Mechanisms by which humans are
affecting the GWS
reservoirs, withdrawal,
transfers
resulting in
stop-flow events,
changes in nutrient and
sediment fluxes etc.
Glen Canyon Dam, USGS
1984
Theme 1: Magnitudes and
Mechanisms of Change
Related activities
 1.1: Water Governance & the GWS
 1.2: Land Cover Changes …
 1.3: Climate Change …
 1.4: Water Diversions …
 1.5: Nutrient and Sediment Transport …
Framing Questions (Themes)



What are the magnitudes and key
mechanisms of anthropogenic and
environmental changes in the GWS?
What are the main linkages and
feedbacks within the Earth system,
arising from changes in the GWS?
How resilient and adaptable is the
GWS to change, and what are
sustainable management strategies?
Theme 2
Linkages and Feedbacks
Related activities
 2.1: Linkages at Different Spatial Scales in
the Global Water System
 2.2: Legacy of Human and Natural
Interactions in the Global Water System
Framing Questions (Themes)



What are the magnitudes and key
mechanisms of anthropogenic and
environmental changes in the GWS?
What are the main linkages and
feedbacks within the Earth system,
arising from changes in the GWS?
How resilient and adaptable is the
GWS to change, and what are
sustainable management strategies?
Theme 3
Resilience and Adaptation
Related activities
 3.1: Water Requirements for Nature and
Humans
 3.2: The Nature of Adaptive Capacity of the
GWS
 3.3: Approaches to Enhance Adaptive
Capacity
 3.4: The Provision of Ecosystem Goods &
Services by the GWS
Cross-cutting Research Activities
Synthesis, Dialogue,
Capacity Building, Education
 Goal:
reach a large audience
 Synthesise information
 Dialogue with stakeholders / policy makers
 Engage young scientist in international teams
 Education programme
 Co-operation with other research efforts
Implementation
Scientific Steering Committee
Members of Executive Committee
 Prof. Dr. Joseph Alcamo (Chair)
 Prof. Dr. Dennis Lettenmaier
 Prof. Dr. Robert Naiman
 Prof. Dr. Claudia Pahl-Wostl
 Prof. Dr. Charles Vörösmarty (Chair)
Full Scientific Steering Committee
 15 scientists
representing different regions/research fields
 First full SSC meeting in February 2005
Implementation Phases
 Programme


Finalise research plan
Launch short, medium, long term initiatives
 Programme

implementation/product delivery (3)
First short and medium term results
 Data

definition and initiation (2 years)
synthesis and application of results (5)
Synthesis, application and distribution of results
GWSP & GEWEX/BALTEX
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Coupled modelling of climate, land and
hydrological processes
Inventories of surface water storage
Data and prediction of climate variability
Identifying worldwide impacts of water
management
Regional climate modelling
Global climate change and water availability
Urbanisation and water resources
Conclusion
Global Water System Project
 Consolidate various efforts into a unified,
dynamic research programme
 Broaden knowledge about the GWS
changes; linkages & feedbacks; resilience and adaptive
capacity

Establish monitoring indicators
 New numerical models, GWSP database
 Synergy effects in GWSP-BALTEX co-operation
Get In Contact
Global Water System Project
International Project Office
Walter-Flex-Str. 3
53113 Bonn, Germany
Phone: +49.228.73.6188
Dr. Eric Craswell [email protected]
Dr. Marcel Endejan
[email protected]
Ms. Lara Wever
[email protected]