2. A new approach to NRM where..
….a healthy, functioning ecosystem is a prerequisite for
agricultural development, resilient food systems and human
well-being.
3. A different perspective
WLE emphasizes the need to rethink agricultural development in
the context of growing resource constraints and rising risks of
abrupt changes affecting water, land and ecosystems.
WLE’s ecosystems-based approach seeks to harness ecosystem services
for production goals or in ways that support these goals while reducing
negative impacts on the natural resource base providing these ecosystem
services.
4. Global conversations have changed
Economic development vs. environmental degradation – current
economic growth models may not be sustainable.
Urbanization and peri-urban agriculture – we are moving to a new
era sedentary living in large / mega cities
Equity and inequality – women and youth are being left behind – a
lost opportunity with significant risk.
Environmental risk and crisis – climate change, resource limits
There is a need to rethink agricultural development and the entire
food system.
5. Integrated solutions in a complex world – the core
focus of WLE
Productivity: Improved land, water and energy productivity in rain-fed and
irrigated agro-ecosystems.
Income: Increased and more equitable income from agricultural and natural
resource management and ecosystem services in rural and peri-urban areas.
Gender & Equity: Enhanced decision-making power of women and
marginalized groups and increased benefits derived from agricultural and
natural resources.
Adaptation: Increased ability of low-income communities to adapt to
environmental and economic variability, demographic shifts, shocks and long-term
changes.
Resilience: Increased resilience of communities through enhanced
ecosystem services in agricultural landscapes.
6. Putting ecosystem services at the forefront
An ecosystems-based approach to sustainable intensification provides an
opportunity to achieve agricultural productivity and socioeconomic
development, while maintaining resilient landscapes.
7. transition to integrated and holistic sustainable intensification systems requires decision makers levels—from local to international—to make complex choices among competing uses of, management strategies for, water, land, ecosystems, energy and other resources.
WLE at Scale
WLE ES&R Framework
http://www.iwmi.cgiar.org/Publications/wle/corporate/
ecosystem_services_and_resilience_framework.pdf
8. Trade-offs, costs & benefits across scales
An ecosystem-based approach provides integrated solutions that
consider trade-offs, costs and benefits across sectors and scales,
allowing us to balance seemingly contradictory goals of increasing food
production while maintaining ecosystem services.
9. The nexus
Increasing global focus on “nexus” thinking. WLE also looks at the nexus
between natural resources (water, land, forests), agriculture and others
developments (industry, energy, mining, etc.).
10. Urbanization
Increasing urbanization provides opportunities to leverage different
agriculture and natural resource management options both in rural areas
and in peri urban areas. This also provides an opportunity to look at resource
recycling and how we close the nutrient loop nutrient
11. How we work
WLE’s
programming
combines three
different but
interconnected
components.
12. Where we work
The focal regions are an important part of WLE’s research-for-development
approach. The focal regions prioritize opportunities to address large- and small-scale
water and land development sustainability challenges.
13. is able to leverage the extensive capacity and research of its partners. WLE recognizes that transition to integrated and holistic sustainable intensification systems requires decision makers levels—from WLE local At to Scale
international—to make complex choices among competing uses of, management strategies for, water, land, ecosystems, energy and other resources.
14. WLE Flagships
U N I T I N G A G R I C U LT U R E A N D N AT U R E F O R P O V E R T Y R E D U C T I O N
15. INTEGRATING ECOSYSTEM SOLUTIONS INTO POLICY AND
INVESTMENTS (IES)
Harnessing and integrating WLE’s R4D portfolio will foster a transition to
sustainable intensification (SI) while enhancing national and regional capacity.
Critical Issues
• National and regional issues
being addressed in an integrated
manner.
• Supporting development through
sound economic investments.
Key areas of work
The Nile and East Africa
The Volta/Niger
The Greater Mekong
The Ganges
The Innovation Fund
Uniting agriculture and nature for poverty reduction
LEADER:
Nathanial Matthews
16. INCREASING WATER AND LAND PRODUCTIVITY (LWP)
Improved access to natural resources and increased adoption of sustainable
intensification practices will lead farmers to become more resilient and food secure.
Key areas of work
Agricultural water and land
productivity
Revitalizing irrigation systems
Uniting agriculture and nature LEADERS:
for poverty reduction
Meredith Giordano
Theib Oweis
17. REVITALIZING DEGRADED ECOSYSTEMS (RDE)
Reduce land degradation and increase resilience of small scale farming
communities in sub-Saharan Africa and other hot spots across the globe.
Influencing investments on land degradation so they take
an ecosystem perspective
Key areas of Work
• Landscape restorations and their
impacts
• Ecosystem services assessment,
exploring trade-offs, and equitable
planning of restoration interventions
Uniting agriculture and nature for poverty reduction
• Economic solutions and incentives
LEADERS:
Deborah Bossio
Suhas Wani
18. RECOVERING AND REUSING RESOURCES (RRR)
Reduce the negative urban footprint on ecosystems and human health through market
driven incentives that promote investments in water and energy recovery and reuse
Business models and innovative partnerships
Uniting agriculture and nature for poverty reduction
Key Activities:
1. Business opportunities in nutrient, water and energy
recovery and reuse
2. Safe waste water reuse
3. Resource management in intensified peri-urban
ecosystems.
LEADER:
Pay Drechsel
19. MANAGING RESOURCE VARIABILITY AND COMPETING USES (MRV)
Assist decision makers to reconcile natural variability, competition among sectors and
trade-offs, and the importance of equitably sharing these resources
Key areas of research
• Managing water
resources variability and
rethinking storage
• Resource allocation and
sharing of benefits for all
• Water and energy for
Uniting agriculture and nature for poverty reduction
food
LEADERS:
Claudia Ringler
Vladimir Smakhtin
20. WLE Core Themes
U N I T I N G A G R I C U LT U R E A N D N AT U R E F O R P O V E R T Y R E D U C T I O N
21. GENDER, POVERTY AND INSTITUTIONS (GPI)
Identify where, when and how women can gain equitable access to water, land
and other natural resources
Women as a central component to improving
sustainable intensification
• More than one-third of the female
workforce is engaged in agriculture,
while in regions like sub-Saharan
Africa and South Asia more than
60% of all female employment is in
this sector.
• Two-thirds of the world’s 796 million
illiterate adults are women.
• Only 29% of researchers in the world
today are women.
LEADER:
Nicoline de Haan
22. ECOSYSTEM SERVICES AND RESILIENCE (ES&R)
Understand trade-offs and synergies, both short and long term, on how mixed use
landscapes can be managed for their multi-functionality.
Support to thematic work and focal regions in developing
ecosystem based approaches & engaging in global
processes
Core Issues
• 10 million hectares of farmland are lost
every year due to ecosystem
degradation.
• Radical overhaul of agriculture can create
farms which enhance rather than
degrade the world’s ecosystems.
• 66% of wetlands are used for agriculture
in Africa and 48% in Asia.
Examples of work
• Community based fisheries
• Changing Landscapes in Kyrgyzstan
• Engaging and contributing to global
processes
LEADER:
Fabrice DeClerck
23. STRENGTHENING DECISION ANALYSIS AND INFORMATION SYSTEMS
(DAI)
Use information analysis tools to help governments and investors reduce risk
and enhance rural farm livelihoods
Key Issues:
1. Decision analysis and risk assessment.
2. Information systems
Areas of work
1) Cost-effective soil information systems based on new
spectral diagnostics and digital mapping techniques;
2) A global water accounting platform that will provide water
accounts on a monthly basis for major river basins of the world;
and
3) Global information and knowledge facility for agro-biodiversity.
LEADERS:
Keith Shepherd
Lisa Rebelo
Intro with the challenges:
Rising population pushing natural systems beyond their limits
Current food production systems and natural resource management practices are unsustainable and hold significant risk for future generations
To achieve our vision of building resilient food systems, WLE has defined five intermediate development outcomes that are integrated and
build upon one another:
Intro with the challenges:
Rising population pushing natural systems beyond their limits
Current food production systems and natural resource management practices are unsustainable and hold significant risk for future generations
Intro with the challenges:
Rising population pushing natural systems beyond their limits
Current food production systems and natural resource management practices are unsustainable and hold significant risk for future generations
Intro with the challenges:
Rising population pushing natural systems beyond their limits
Current food production systems and natural resource management practices are unsustainable and hold significant risk for future generations
Critical Issues: Groundwater
30% of all liquid freshwater on Earth is groundwater.
In Africa, there is 100 times more water under the surface of the ground than on it.
A new tube well is sunk every six seconds in India.
Slide
The objective is to develop technical, managerial and institutional solutions for managing water and land that: (I) improve productivity in smallholder agricultural systems and in large-scale public irrigation systems; (ii) increase incomes and equitable benefits to women and resource-poor farmers; and (iii) enhance resilience of ecosystems services, including biodiversity and fisheries, and limit negative externalities
Key research includes:
Technological innovations in small-scale land and water management; innovative business models and investment strategies that address the needs of farmers, including women and marginalized groups; green and blue water management strategies that maximize ecosystem services; institutional innovation, incentives and technological interventions to revitalize canal-based irrigation systems; decision-support tools and monitoring systems to enable the sustainable out scaling of agricultural water and land management solutions.
Critical Issues: Land degradation
One Fourth of the world’s surface is already degraded and 24 billion tons of soil are lost to erosion every year
Nearly 50% of farmland in Africa suffers from erosion and nutrient depletion
The value of nutrients lost in Africa is estimated at $4 billion per year.
34 million ha have been affected by salt intrusion globally
Critical Issues: Wastewater
Half of the world’s people now live in towns and cities, a figure expected to reach two-thirds by 2050.
Agriculture is competing with industry and municipal users for safe water supplies.
Urban wastewater is polluting natural rivers, streams and lakes in many developing countries.
Key Issues:
In 2011, extreme climate events resulted in an estimated $200 billion of damage
Every dollar spent on pre-disaster water infrastructure can save up to $10 in disaster relief. Yet, 90% of aid is only delivered after a flood or drought has occurred
The vision of the MRV flagship is to enhance communities’ and governments’ to reconcile natural variability, competition among sectors and trade-offs, given the interconnectedness of water, land, energy and other ecosystem services, and the importance of equitably sharing these resources, their services and benefits.
Critical Issues: Gender
More than one-third of the female workforce is engaged in agriculture, while in regions like sub-Saharan Africa and South Asia more than 60% of all female employment is in this sector.
Two-thirds of the world’s 796 million illiterate adults are women.
Only 29% of researchers in the world today are women.
Critical Issues: Ecosystems
10 million hectares of farmland are lost every year due to ecosystem degradation.
Radical overhaul of agriculture can create farms which enhance rather than degrade the world’s ecosystems.
66% of wetlands are used for agriculture in Africa and 48% in Asia.
Seasonal floodplains in Bangladesh provide a diverse range of livelihood and ecosystem services, and require broad-based consultation to identify solutions for sustainable use. They are also an essential source of food for some of the poorest in the region. WorldFish has worked in six sites of the floodplains of Bangladesh and India to strengthen community-based organizations (CBOs), by building leadership skills, ensuring access and benefits to the poor, and increasing fish production. The seasonal floodplains are under private, public/private and public ownerships. CBOs lease an area from a land authority for three years, and pay rent to private ditch owners within the floodplains (fish are plentiful in the ditches at times). During the wet months, CBOs stock fingerlings by setting up fences in water inlets. This allows un-stocked small fish from surrounding areas free movement for breeding. Both the production of stocked fish and un-stocked small fish have increased as a result, providing benefits to fishermen, poor landless people and consumers. The floodplains under the fish culture project also make it easier to grow rice with less water and fertilizer, which is a topic that is similarly being studied in the Tonle Sap floodplains of the Mekong. Pilot farmers are successfully demonstrating new crops and practices, which are being adopted by other farmers.
Floodplain area 2.82 million ha covers almost two-third of inland open water, producing 780,000 metric tons of fish - 24% of country’s total fish production.
It provides essential source of food, income and livelihoods of millions of people but is undervalued
Conversion for drainage, flood control, agriculture, changes in nature, grabbing
Latest trends use of floodplains for aquaculture like closed water:
it increases fish production and income
but floodplain ecosystem is under stress with loss in diversity of wild fish, other aquatic animals and plants and reduction in ecosystem services
loss of access and benefits of the poor including fishers, landless
Use Community Based Fish Culture (CBFC) and Integrated Floodplain Management (IFM): Establish Sanctuaries, Habitat Restoration, Conservation and Enhanced Fisheries Management (stocking, regulation)
The overall aim of the DAI theme is to improve the quality of decisions on agro-ecosystem research and development through the wider use of decision analysis and risk assessment methods and well- targeted information systems. In this extension period, the theme has become cross cutting in recognition of its relevance across all flagships. Improving decision processes helps better target research, avoid waste, improve implementation designs, generate greater commitment to action, and improve ways of measuring success. These improvements would in turn result in increased project impacts and greater value for money with lower risks.
he theme will develop new decision analysis and risk assessment tools based on Bayesian analysis, which offers a solution to overcoming limitations in data insufficiencies while improving decision quality. Such tools have been used with considerable success in other domains of critical project decision making, including in multi-stakeholder settings and in government policy.
Intro with the challenges:
Rising population pushing natural systems beyond their limits
Current food production systems and natural resource management practices are unsustainable and hold significant risk for future generations