Consequences for land use and water Plant/KeGr Jan Verhagen & Peter Troch Climate Change Impacts GHG emissions Vulnerability Mitigation Adaptation Context No regret measures Precautionary principle CAP, WTO International treaties (FCCC, CBD, CCD,
Download ReportTranscript Consequences for land use and water Plant/KeGr Jan Verhagen & Peter Troch Climate Change Impacts GHG emissions Vulnerability Mitigation Adaptation Context No regret measures Precautionary principle CAP, WTO International treaties (FCCC, CBD, CCD,
Slide 1
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 2
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 3
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 4
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 5
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 6
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 7
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 8
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 9
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 10
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 11
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 2
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 3
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 4
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 5
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 6
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 7
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 8
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 9
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 10
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use
Slide 11
Consequences for land use and water
Plant/KeGr
Jan Verhagen & Peter Troch
Climate Change
Impacts
GHG emissions
Vulnerability
Mitigation
Adaptation
Context
No regret measures
Precautionary principle
CAP, WTO
International treaties (FCCC, CBD, CCD, RAMSAR)
Nota’s VROM/LNV/DGIS/V&W
Participation in NoE/IP of EC FP 6
Sustainable development and global change
Global change and ecosystems
Water cycle/Monitoring
Climate policies
Mitigation: emission reduction and C
sequestration
Vulnerability and adaptation: sustainable
development
Variability & extremes: risk management & flip
over effects
Research questions
What are the combined effects of global change on
functions and services of land and water?
What can land and water management contribute to
mitigate climate change?
What is the interaction with current land and water
use and what are the social and economic
consequences?
What are barriers and opportunities to increase the
adaptive capacity of land use and water systems?
Impacts
Direct: energy balance, temperature, CO2, rainfall
Indirect: pest & diseases, floods, salt intrusion
Vulnerability
Areas: coastal zone, river valleys, (semi)-arid,
peatlands.
Groups: poor (low adaptive capacity), countries with
economies rooted in climate sensitive sectors
(agr./forestry)
The role of Land use
Mitigation
carbon sequestration: forest, nature, agriculture
emission reduction: agriculture/animal husbandry
Adaptation
changes in farm and forest management
changes in landscape patterns/land use change
The role of water
Mitigation
ground water management in peat lands
Adaptation
Water resource conservation
“ruimte voor water”
Risk management
Wageningen/CCB
The Carbon Challenge
conservation of existing C pools
sequestration by increasing the size of C pools
(forest, agriculture, land use change)
Adaptation (sustainable development)
Crop level (selection, stress tolerance)
Farm/forest level (management)
Regional level (choices of functions, integration)
Wageningen/CCB
Water resources (co-operation with IVM and
CKO)
Acceleration of hydrological cycle
Floods and droughts
Monitoring, modeling and data assimilation
Ecosystems
Integrated approach
Wageningen/CCB
Hotspots in the developing world
Densely populated (coastal) areas
Marginal areas
Sharper tools (integration and scale linkages)
Integrated natural resource management
Integrated water management
Multifunctional land use