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Irrigation
UNDP-ALM Case Study 2011 - Kenya - Adaptation to Climate Change in Arid Lands (KACCAL)
Submitted by Anonymous on Wed, 2011-11-02 04:30Summary:
Kenya’s geographic location makes it inherently prone to cyclical droughts and floods. Moreover, according to the Initial National Communication (INC), such types of cyclical climate-driven events will increase in intensity and frequency due to global climate change. Livelihoods and economic activities in Kenya’s are highly vulnerable to climatic fluctuations, with the districts of the Arid and Semi-Arid Lands (ASALs) being among the most vulnerable to recurrent droughts, and to long-term climate change. The rural poor are the most vulnerable to the impacts of Kenya’s current climate variability. In response this project is supporting poor and vulnerable communities in the Mwingi District of the Arid and Semi-Arid Lands (ASALs) to enhance their adaptive capacity to drought (and flood). Working in the pilot areas, this is being achieved through enhanced access to and management of water for irrigation, promotion of indigenous crops that more resilient to anticipated climate (and improved access to markets for these crops), and promoting livestock varieties that are more suited to the climate, development and promotion of alternative livelihood opportunities (such as beekeeping activities). The project is also strengthening climate risk management planning and capacity of District level planners to mainstream climate change into District-level sectoral development plans. Extension workers will be supported to improve their adaptation extension advice to farmers based on best available climate forecast information.
Adaptation Experience:
The project, “Kenya-Adaptation to Climate Change in Arid Lands” (KACCAL) project is focused on strengthening Mwingi District’s capacity to reduce the vulnerability of rural livelihoods in arid areas to climate variability and change. The project will focus on i) improving the ability of farmers to reduce the near-term vulnerability to current climate variability and trends and on ii) strengthening the capacity of District-level planners to address climate change.
Results and Learning:
Refer to the attached UNDP-ALM Case Study for detailed information.
Sustainability:
The project has a ‘mainstreaming’ component to it as well as a practical implementation/ testing component to it. The mainstreaming component is centres mainly around the capacity development of District level planners to be able assess and plan for climate risks. The project will demonstrate an approach that can be continued beyond the project grant. Secondly, the project will develop a workplan for capacity and institutional development that goes beyond the project resources, to facilitate fund-raising for continued capacity development support. Thirdly, the mainstreaming analysis will focus on how the national regulatory and fiscal frameworks and instruments inhibit or could be adjusted to promote adaptation among the private sector: mainly small and medium enterprises, thereby promoting scale-up of successful adaptation measures.
Refer to the attached UNDP-ALM Case Study for detailed information.
Replication:
180 households will benefit directly from the pilot projects (6 community groups); an additional 360 households (12 community groups) to benefit from exchange visits to pilot sites; c. 10,000 households in the pilot areas (75% of households) will benefit from dissemination of adaptation advice.The project will disseminate the lessons and methodology of the project to national policy-makers to raise awareness and understanding of the need for adaptation action, both in terms of the role of government in incentivising the private sector to allocate resources in a climate-resilient way aswell as the allocation of public financing to testing new ways of doing business.
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Funding Source:
To promote the implementation of national and transboundary integrated water resource management that is sustainable and equitable given expected climate change
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Project details
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Implementing Agency and Partnering Organizations:
UNDP, Department of Water Affairs, Ministry of Natural Resources and Energy, with Ministry of Tourism and Environment (Dept of Meteorology), and Ministry of Agriculture (SWADE)Summary:
The Fourth Assessment report shows that the long-term trend 1900 – 2005 shows drying (longer dry seasons and more uncertain rainfall) over Southern Africa. The IPCC Third Assessment report indicates that by 2050 temperatures and rainfall over southern Africa will be 2 – 4°C higher and 10 – 20% lower than the 1961-90 baseline, respectively. Projections made in recent modelling by the University of Cape Town, South Africa (2006) coincides with this rainfall projection over most of Southern Africa.
Project Components:
- Promoting informed and inclusive national dialogue around water needs, vulnerability to climate change and water allocation in Swaziland among productive and domestic uses.
- Integrating climate risk management into the implementation of national policies and programmes relevant to integrated water resource management.
- Informed negotiations on transboundary water resources management.
Expected Outputs:
- Information on community views on water needs and vulnerabilities with regards to climate change gathered in a coordinated manner by Ministry of Agriculture and NGOs under SWADE coordination, as national service delivery agent for designated areas.
- Information developed and disseminated to raise awareness of communities to expected impacts of climate change and to solicit information on preferred adaptation responses.
- Policy analysis generated on CC impacts in the water and agricultural sectors and potential response options, and implications for transboundary water management.
- National platform/coordinating mechanism established to disseminate and discuss bottom-up and top-down analysis.
- National policy dialogues raise awareness of the potential climate change risks reduction benefits of the draft National Water Policy to promote the adoption of the draft National Water Policy.
- Knowledge products for policy makers developed and disseminated on potential climate change risks and response options in the water and agricultural sector.
- Collaborative partnerships between MET Service and policy makers established to ensure updated climate information informs national policy dialogues on water management, agriculture and disaster risk management.
- Design of guidelines, tools and instruments adjusted to take into account climate change eg on: water permit allocation (allocation to user groups and adaptive management, flood zoning), flood disaster management, building specifications for dams/water harvesting/hydro-electric structures.
- Investments plans implemented by Ministry of Natural Resources and Energy (Water Affairs), and Ministry of Agriculture (SWADE) adjusted to take into account climate change risks.
- Swaziland delegations to transboundary water resources management negotiations are briefed on implications of climate change on transboundary water allocation.
- Knowledge products on climate change impacts on transboundary water resources management and water allocation disseminated.
Contacts:
Akiko Yamamoto
Regional Technical Advisor UNDP/GEF
+27 12 3548125
akiko.yamamoto@undp.orgProject Status:
Council ApprovedPrimary Beneficiaries:
The Swazi population of the Komati and Usuthu River Basins
Effective Irrigation Management and Climate Change adaptation
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Project details
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Implementing Agency and Partnering Organizations:
FAOSummary:
Project Status:
Project complete.
Adaptation to Climate Change through effective Water Governance
Submitted by andrea on Thu, 2009-09-03 00:11Summary:
Ecuador faces a variety of climate change risks associated with changes in temperature and precipitation, as well as possible alterations to ocean currents. Climate change impacts are difficult to predict and model for the country due to its complex geographical and climatic situation associated with the existence of coastal, highland, and forest regions. Nonetheless, it is possible to identify a range of plausible climate change
scenarios at the national and regional levels, which can be used to help Ecuador prepare climate change
outcomes, increase the resilience of the water sector, and avoid maladaptation.
Adaptation Experience:
This project will promote climate-resilient development of the water sector. A single project cannot hope to address the entire spectrum of climate change risks for Ecuador’s water sector, so the project’s scope has been circumscribed to address priority capacity development and institutional changes.
Results and Learning:
Project Objective: To reduce vulnerability to climate change through effective water resource management. The project objective is to increase adaptive capacities to address climate change risks in water resource management. This will contribute to the broader goal of mainstreaming climate change risks into water management practices in Ecuador.
Key lessons learned:
- Involve key stakeholders early in the process to ensure that outcomes and outputs are appropriately aligned: Key stakeholders, both at the central level (MoE, Ministry of Agriculture, CNRH and SENPLADES) and at the provincial and local levels (Provincial Councils, Water Agencies, Municipal governments, NGOs), will be involved in the formulation of practical measures, taking into account the evolving needs of the institutions and the policy context for the water sector. More importantly, the guidelines will target the needs of the on-going planning efforts mentioned earlier to ensure that this integration will be established as a learning exercise. Thus, the ultimate goal of the guidelines is to effectively assist policy makers in setting up a framework for the integration of climate risk in the water sector. Outcomes 2 and 3 were also adjusted.
- Allow for modifications to the proposal: The original project proposal was modified in order to define more precisely the boundaries of the project and its proposed activities, and to allow for a clear distinction between baseline and project activities. Outcome 1 was originally: to strengthen policy environment and governance structure for effective water management through the integrating of adaptation to climate change in water governance structures. Following input from stakeholders, Outcome 1 was modified: Climate change risk on the water sector integrated into key relevant plans and programmes. This formulation allows for a continued mainstreaming effort in the water governance institutionality that will undoubtedly change during the anticipated political changes that the country will sustain during the formulation of a new constitution. Three instead of four outcomes have been identified in the revised proposal. Capacity building activities have been limited to one outcome while the other two outcomes focus on demonstration activities and improving water governance frameworks (i.e. legislation, national plans, etc) to integrate climate change risks. The outcomes now provide a description of their respective scope as well as more detailed description of the activities to be implemented.
- Merge disaster risk management and adaptation plans (when possible): At the local level, provinces and municipalities have development plans, and some of them also include risk management plans. However, these plans do not take into account risks from climate change. Currently, these plans are implemented based on public priorities and potential investment opportunities by public and private stakeholders. In some selected provinces, actions taken to improve water management and conservation are driven by negative water balance effects, which are partly the result of climate-induced factors. Although there is insufficient public awareness, some actions are undertaken already in important watersheds such as Paute, Jubones, Catamayo and others which are within the boundaries of the project. To guarantee the inclusion of climate change risks criteria into provincial and local development plans, the project will develop, with appropriate stakeholder input, an implementation strategy to apply the guidelines. The execution of this strategy will result in the integration of climate change concerns into key provincial and local development plans. This will help to facilitate a systematic adoption of climate change adaptation actions related to water management which, together with baseline development programmes, will contribute towards more efficient water use and reduced water supply vulnerability.
- Create a Management Support Group that strategically forms vital partnerships: The project will take advantage of the fact that key national institutions are part of the Management Support Group of this project. These institutions are key participants in the current elaboration of the National Development Plan, including the National Secretariat of Planning (SENPLADES), the MoE, CNRH, and CONCOPE. These partners will promote the consideration of climate change issues into the National Development Plan. This will ensure that climate risks in the water sector do not become an obstacle to the achievement of related development objectives. Concretely, the project will ensure that the National Development Plan incorporates climate change concerns regarding water resources by acknowledging (a) the threat posed by climate change and (b) creating an enabling environment (e.g. through legislative changes) that will promote adaptation.
- Identify complementarities and establish linkages with other programmes and action plans at regional and sub-regional levels: The Second National Communication (SCN), whose objective is to report to the UNFCCC on national efforts to address climate change, to formulate a national strategy, and to identify priorities for mitigation and adaptation, including potential projects for funding in these areas. The SNC will carry out vulnerability and adaptation assessments, and will identify priority measures and polices to build resilience in different sectors. Given the high complementarity between the SNC and this project, especially as both will be housed at MoE, close coordination among the project managers and the technical teams will be established from the beginning. The SNC is expected to generate impact studies that could feed into the design of adaptation strategies, and has already established a climate steering committee which will also form part of the project’s consultation strategy.
Sustainability:
To ensure sustainability the project design relies on the following elements:
- A commitment to long-term planning at all levels, from strategies (such as promotion of inter-sectoral decision-making through inter-sectoral fora), to policies (such as projection of water supply for hydropower projects), to specific measures (such as pre-defined action plans for dealing with floods).
- Building of multi-sectoral teams, to allow climate-change adaptation to be integrated into planning in a wide range of sectors;
- Explicit consideration of costs and benefits, with endorsement of strategies, policies and measures only if they can be expected to provide overall net benefits to sustainable development;
- Commitment to continuous monitoring and regular evaluation of interventions over time; and inclusion of awareness-building and fund-raising amongst national and international agencies and donors as a core activity.
In the case of Ecuador, project sustainability turns on the initiative’s effectiveness influence over existing water governance structures and integrating adaptation into national policies. In the context of decentralization, it will also require the project to be rooted in regional and local institutions. Successful mainstreaming of climate change concerns into national and regional development planning will facilitate sustainability of the climate change agenda in the long-term. Activities in support of the adaptation agenda to climate change will be integrated into the mainstreaming of planning, as decision support mechanisms, and this is expected to facilitate its long-term sustainability. Public awareness and outreach activities will also help to build the institutional and political support needed to facilitate mainstreaming after project completion.
Replication:
Climate change adaptation is at an early stage of development both in Ecuador and in the region. This project is therefore explicitly designed to pilot adaptation in Ecuador subject to the broadest possible range of climatic vulnerabilities to different kinds of water governance issues, but which have reasonable capacity in terms of infrastructure and human resources. By developing systemic capacity while demonstrating adaptation measures on the ground, the project will establish the conditions necessary for replication and scale up.
The project will seek to show practical results that can be immediately applied. The projections of water supply in the face of climate change for the Paute Hydropower project will enable its management to immediately design and adopt adaptation measures. Lessons learned can be immediately applied in other major hydropower projects, like Agoyan and Daule-Peripa, and in medium-sized and small hydropower projects like Abanico, Sibimbe, and Rio Calope. New projects, like the Coca-Codo Sinclair (approx. 859 Megawatts), Mazar and Sopladora, will benefit from the conclusions reached in this project.
The identification of vulnerable zones has taken into account the geographic location in relation to climatic conditions and risks to which it is exposed: Manabí is a coastal zone which is particularly susceptible to droughts and floods. The lessons learned from the pilot projects will be especially valuable for replication in other areas of the country. Further, the design and eventually lessons learnt from the project will contribute to further adaptation learning, and implementation of effective climate change adaptation in other vulnerable countries. The project will make use of the GEF Adaptation Learning Mechanism, to ensure that the lessons learnt from the project contribute to, and benefit from, experience in adapting to climate change across the whole of the GEF portfolio.
Adaptation to increased aridity through climate resilient agro-silvo-pastoralism using Sauxal
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Project details
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Program:
Implementing Agency and Partnering Organizations:
UNDP, Vidergeburt 'Taldykorgan' Germans SocietySummary:
Background
The project will focus on the Sarkland district of Almaty Oblast, a dry livestock-producing area. Climate is extremely continental and dry, with long winters and hot summers. Only precipitation that falls in the winter is considered agriculturally useful as the melting snow is able to seep into the soil and contribute to the soil moisture. The precipitation that falls in the summer, however, evaporates quickly and is not easily used by plants nor useful to agriculturalists.
Project Components:
The UNDP CBA project will focus on the reduction of land degradation risks stemming form increasing summer temperatures, hot winds, and declining winter snowfall. The project will build on baseline measures to irrigate local haymaking lands and rehabilitating the agricultural dam on the nearby Lepsy River. The project will also have a capacity-building component and a component aimed at disseminating identifies good practices nationally.
Expected Outputs:
The outputs include:
- 1.) Reforestation of the sections of the project area with Sauxal (a local drought-resistant shrub)that can serve to aggregate wind-blown snow during winter, thus "harvesting' snow for the spring melt, and thereby improving summer fodder;
- 2.) Reconstruction of the dam on the Lepsy River;
- 3.) Increase the community capacity to sustainable produce livestock in the face of increased aridity.
Contacts:
CBA Project Management Unit:
- Charles Nyandiga at charles.nyandiga@undp.org
- Anna Lisa Jose at annalisa.jose@undpaffiliates.org
- 220 East 42nd St, 21st Floor
- NY, NY 10017
- 646-781-4402
- Ms. Katerina Yushenko
- National Coordinator UNDP Small Grants Programme
- 7-3272 582646 / 582643
- katerina.yushenko@undp.org
Project Status:
Completed, December 2011Primary Beneficiaries:
Local communities of the Sarkland district of Almaty Oblast
Mapping South African Farming Sector Vulnerability to Climate Change and Variability: A Subnational Assessment
Submitted by lakatosc on Thu, 2009-08-27 21:44Summary:
Summary
A new paper from IFPRI analyzes the vulnerability of South African farmers to climate change and variability by developing a vulnerability index and comparing vulnerability indicators across the country's nine provinces. Nineteen environmental and socioeconomic indicators reflect the three components of vulnerability: exposure, sensitivity, and adaptive capacity. The results of the study show that the regions most vulnerable to climate change and variability also have a higher capacity to adapt to climate change.
Adaptation to Climate Change in Arid and Semi-Arid Lands (KACCAL)
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Project details
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Implementing Agency:
Special Programmes, Office of the PresidentImplementing Agency and Partnering Organizations:
Ministry of Finance, Government of KenyaSummary:
The objective of the KACCAL project is to assist Kenya in adapting to expected changes in climatic conditions that otherwise threaten the sustainability of rural livelihoods in its arid and semi-arid lands.
Project Components:
Objective: To increase the capacity of communities in the selected districts of the ASALs to adapt to climate variability and change.
Outcome 1: Enhanced capacity of national and regional government stakeholders to plan, manage and implement climate change adaptation measures.
Outcome 2: Enhanced capacity of district and local level level stakeholders to plan, manage and implement climate change adaptation measures.
Outcome 3:
Enhanced communities’ ability to plan, manage and implement climate-related activities. .
Expected Outputs:
Outcome 1: 20 national and regional policy makers are aware of CC impacts and CCA needs in ASAL.
Outcome 2: CCA mainstreamed into 3 District sectoral development plans (Agriculture, Water, Forestry and Wildlife)
Outcome 3: 180 households will benefit directly from the pilot projects (6 community groups); an additional 360 households (12 community groups) to benefit from exchange visits to pilot sites; c. 10,000 households in the pilot areas (75% of households) will benefit from dissemination of adaptation advice.
Contacts:
UNDP Regional Technical Advisor
- Jessica Troni
- E-mail: Jessica.troni@undp.org
Project Contact
- Kimathi Mutungi
- Email: kimathi.mutungi@undpaffiliates.org
Project Status:
Under ImplementationPrimary Beneficiaries:
Communities in the selected districts of the Arid and Semi-Arid Lands (ASALs)
Reducing Methane Emissions from Irrigated Rice
Submitted by lakatosc on Tue, 2009-08-04 01:37Summary:
Background
Rice is grown on more than 140 million hectares worldwide and is the most heavily consumed staple food on earth. The unique semi aquatic nature of the rice plant allows it to grow productively in places no other crop could exist, but it is also the reason for its emissions of the major greenhouse gas (GHG), methane. Methane emissions from rice fields are determined mainly by water regime and organic inputs, but they are also influenced by soil type, weather, tillage management, residues, fertilizers, and rice cultivar.
Adaptation to Climate Change through Effective Water Governance
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Project details
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Implementing Agency and Partnering Organizations:
UNDP, Ministry of Environment (Ministerio del Ambiente)Summary:
DESCRIPTION:
Expected Outputs:
- Outcome 1: Climate change risk to the water sector integrated into key relevant plans and programs.
- Outcome 2: Strategies and measures that will facilitate adaptation to climate change impacts on water resources implemented at the local level
- Outcome 3: Institutional and human capacity strengthened, and information/ lessons learned disseminated.
- Outcome 4: Project management
Contacts:
- Contact: Yamil Bonduki
- Email: yamil.bonduki@undp.org
Project Status:
Under ImplementationPrimary Beneficiaries:
National and local level stakeholders
Nauru - National Communication
Submitted by andrea on Sat, 2009-06-20 00:51Summary:
Key Vulnerabilities
- Agriculture/Food Security
- Coastal Zones and Marine Ecosystems
- Public Health
Potential Adaptation Measures
Coastal Zones and Marine Ecosystems
- Develop Integrated Coastal Zone Management
- Develop planning/new investment requirements
- Protect, including building sea walls, and beach nourishment
- Retreat
- Research/monitor the coastal ecosystem
