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Displaying 166 - 170 of 2113Appui à la réforme de la gestion du foncier urbain
General
Le projet a pour objectif global de contribuer à améliorer la gouvernance foncière
CO-Oxfam in Lao
General
Lao PDR is a water rich country, benefitting from the water resources of the Mekong River, tributaries and many smaller water bodies that contribute greatly to national economic development and the livelihoods of local communities. While water demand remains low in terms of per-capita public consumption, in recent years, water resources have gained greater prominence due to the increasing role of hydropower and irrigation in economic development. Largescale construction of dams on the Mekong River and tributaries is expected to impact the hydrological profile and biodiversity of these systems and exacerbate the impact of projected climate change trends related to the flow regimes and by altering processes of erosion and sediment deposition. The total annual water flow in Lao PDR is estimated at 270 billion meters – equivalent to 35% of the average annual flow of the entire Mekong River Basin. Although classified as a low risk (89) on the global Climate Risk Index Lao PDR remains vulnerable primarily to hydrometeorological hazards. Seasonal flooding is common within the eight river basins across the country. Most vulnerable areas are the low-lying flood plains along the Mekong River and its major tributaries in the northern, central and southern regions. The majority of the population resides in rural areas with 72% (in 2015) of the working population employed in the agriculture sector. Poverty is concentrated in remote and rural areas, particularly those inhabited by ethnic communities. Predicted change in climate include increased rain fall of 10-30% andincreased frequency and intensity of extreme weather (floods and droughts). The Mekong and Sekong river basins are prone to regularflooding, exacerbated by deforestation and land degradation due toagricultural practices. Lao PDR has transitioned from a primarily disaster response approach to a risk management approach with the establishment of the National Disaster Prevention and Control Committee (NDPCC) and the National Disaster Management Committee (NDMC) with the National Disaster Management Office acting as the Secretariat. A Department of Disaster Management and Climate Change under the Ministry of Natural Resources and Environment (MoNRE) wasalso established by decree in 2013. DRM structures at sub-national levels include Provincial Disaster Prevention and Control Committees (PDPCCs) district equivalents (DDPCCs) and at the village level, Village Disaster Prevention Units (VDPU). VDPUs act as the interface between communities and the government system and include representatives of community-based organizations (CBOs), traditional leaders and other community actors. Oxfam has extensive experience in working with these structures including for participatory vulnerability assessments and planning and linking these to the formal DRM structures. Key challenges include resourcing to the DRM structures, coordination between agencies and the need to integrate DRM approaches into development planning given the socio-economic needs in remote areas. Community-participatory DRM approaches are priorities to bridge the gap between formal and informal structures and in recognition of the challenges of service delivery in remote communities. Gender: Despite a policy environment that promotes genderequality (Law on Development and Protection of Women 2004 and Law on Preventing and Combatting Violence against Women and Children 2014) and an overall decrease in the inequality gap between women and men; women are still less likely to attain secondary education compared to men, are less likely to be literate compared to men and due to early marriage are more likely to drop out of school. During disasters women, particularly those from ethnic minorities, are disproportionately impacted partly because they are morelikely to operate in the informal economy, have less access to social protection systems and experience increased exposure to gender-based violence. Traditional beliefs and social norms limit the role women play outside the home and this also extends to DRM structures and practices where the perspectives of women and the role they can play may not be realised unless specific steps are taken. Riverine community vulnerability: Across the country communities in rural areas reliant on agricultural, fisheries and forest resource have heightened vulnerability to recurring hydro-meteorological disasters such as floods, drought, storms, land erosion, earthquakes and pandemics due to the increasing impact of climate change. Vulnerability is not evenwith women, ethnic minorities and remotecommunities considered more vulnerable. The increasing unpredictability of rain fall and flood patterns that irrigate fields, replenish fisheries and nurture forest and wetlands challenge traditional systems and practices require other forms of information and support to adapt livelihoods reliant on these resources and reduce the impact of extreme weather events. This requires strengthening of community capacity to understand and assess these changes and impact atthe local level including the differential impact on women and other social groups; and to collectively plan inclusive strategies to adapt current livelihood practices and strategies while atthe same time continuing their day-to-day smart livelihood activities. Local authority capacity: At the local level where policy meets implementation, there are key gaps particularly related to the interface between communities and formal DRM committees at the commune/local authority levels. The integration of investment in DRM and CCA into cyclical local development planning is a key gap despite existing policies that promote community-based approaches. This is largely due to competing priorities at this level and the need for meaningful participatory approachesto be effective that are often beyond the skill set, experience, and time availability/priorities of officials at this level. The integration of community perspectives and analysis into local development planning is also hindered by traditional top-down governmental approaches reflecting power differentials related to resources, roles and social hierarchy including gendered attitudes, norms, and behaviours. Access to data/information: Laos has invested in data gathering and dissemination systems for DRM using a range of hydro-meteorological data sources including rain and river gauges, remote sensing, and weather forecasting technology such as radar and satellite imagery. Delivery systems include pilot warning announcement via mobile messages, installation of loudspeakers at districts and villages, construction of flood protection barrier and warning systems, and various data sharing platforms targeting local DRM committees and riverine communities directly. Understanding what data is available, collected by whom and the social-political factors determining availability, accessibility, useability, and timeliness of data (including gender, ethnicity, location etc) is of key importance as is incorporation of local and traditional knowledge and experience to inform how the data is used. The Strengthening Climate Resilience (SCR) project seeks to strengthen the resilience of communities living along the Mekong River and tributaries to impacts of climate change. This project builds upon Oxfam and partners’ existing work. SCR will work with riverine communities representing some of the most vulnerable in Luang Prabang and Champasak provinces. Specific communities are also selected based on Oxfam’s understanding of needs, and on existing relationships with project partners under the ongoing Inclusion Project Phase II (IP2).
JCP BD-NL Bangladesh Meta Model
General
Under pillar 2 of the Joint Cooperation Program Bangladesh, the metamodel for integrated assessment, that was developed during the Formulation of Bangladesh Delta Plan 2100, will be further developed into an operational decision-support tool for adaptive planning, with the aim to support the development of operational investment strategies for the regional and thematic delta programs. In order to enhance specification and ownership, we decided to change the name into Bangladesh metamodel. The Bangladesh Plan 2100 is a long-term, integrated, and holistic vision of water and land management throughout Bangladesh. In the implementation of the Bangladesh Delta Plan 2100, a major task for the Government of Bangladesh will be the continuous cycle of selecting and enhancing projects and programs to be submitted for Five Year Plans (FYPs) and Annual Development Plans (ADPs). The main objective of the metamodel is to support adaptive delta planning (IWRM and ICZM) by key stakeholders such as the General Economics Division, Ministry of Water Resources and others in investment planning and integrated assessment. The Bangladesh metamodel is developed in close collaboration with the project SIBDP, which will provide advisory support to the GED. The Bangladesh metamodel will be developed to support the formulation, analysis and evaluation of alternative projects and programs. Another important objective of the programme is to build capacity at different agencies in Bangladesh for developing, using and owning the metamodel, and develop a structure to embed its maintenance and operation in an effective way. Output of the Bangladesh metamodel In this four-year programme an operational version of the Bangladesh metamodel is extensively developed, tested and applied. In addition, capacity is built at agencies in Bangladesh to be able to maintain and operate the Bangladesh metamodel, as well as extend the model in the future. The metamodel will be dedicated for use in decision-making in the implementation of the BDP2100, with the General Economics Division (GED) of the Planning Commission as primary client. During the programme, application in other Delta and water resources planning processes will be explored. The BWDB, DAE, LGED, BIWTA, DOF, DOE and regional planning and implementation agencies (as example: BMDA and HDB) have been identified as further potential clients of the Bangladesh metamodel. The Bangladesh metamodel will be based on existing data, knowledge and detailed models. There will be no development of new data, knowledge and detailed models. Ownership and roles for organizations will be developed during the project to ensure sustainability after JCP, as well as attention to strong participation from end-users in an iterative approach.
Institutional cooperation - Cadastre - MK Institutional Cooperation - Cadastre
General
The programme proposal, "Cooperation between Lantmäteriet and AREC to provide Digital Data to Strengthen Democracy - Cooperation for Digital Democracy" is drafted jointly by the two land administration agencies in Sweden and in Macedonia. It builds on previous cooperation and achievements and aims at; Strengthened capacity in AREC, having developed business practises, enabling exchange of high-quality and updated digital data via new and improved services in a strengthened democracy - contributing to smooth EU integration and improved living conditions of all inhabitants of Macedonia. The expected outcomes of the cooperation (2018-2022) supported by Sida will contribute to this impact are; - One unique, accurate and sustainable Address Register System established, - Establishment, development and maintenance of a modern geodetic infrastructure, - a capable, self-sufficient and sustainable ICT-organization, - NSDI (national spatial data infrastructure) - updated, accurate and well-maintained spatial data used by major stakeholders, - archived documents scanned and digitized, available via Internet. Lantmäteriet (the Swedish Mapping, Cadastral and Land Registration Authority) is a state agency with three areas of activities; Cadastral services, Land and Geographical Information services and Land registration. AREC is the national Agency for Real Estate Cadastre, with a corresponding mission in Macedonia. They are also the coordinator for NSDI (national spatial data infrastructure) in Macedonia.
Objectives
The project Cooperation for Digital Democracy has an overall objective to “To strengthen the capacity in AREC in developing its business processes, and to enable exchange of high-quality and updated digital data via new and improved services in a strengthened democracy, while contributing to smooth EU integration and to improved living conditions of all inhabitants of Macedonia” To contribute to the achievement of the overall goal, the project will work towards outcomes described in 1.1, briefly:- establishment of one unique, accurate and sustainable Adress Register System,- establishment, development and maintenance of a modern geodetic infrastructure,- a capable, self-sufficient and sustainable ICT-organization,- increased amount and access to updated, accurate and well-maintained spatial data on the National NSDI geoportal,- scanned and digitalized documents from the central and local archives, available via existing software infrastructure of AREC. The theory of change of the proposed intervention is as follows - IF the capacity of AREC is strengthened and its business processes are developed by establishing: (1) a unique, accurate and sustainable Address register system, which is available for and utilized by other stakeholder institutions; (2) by modernization of the geodetic infrastructure, in compliance to the EU standards; and (3) by updating the NSDI geoportal in the benefit of all major stakeholders; AND, IF AREC is serviced by (4) a capable and self-sufficient ICT-organization; and (5) all important documents are registered and properly archived in a digitalized format; THen AREC will provide high-quality services and accurate data to its clients and it will increase its transparency and accountability level. This will enable all people in Macedonia, including the most vulnerable, to exercise their basic rights to register their property and place of residence, and thus to exercise their right to vote and to influence the decision-making in their own communities. At the same time, AREC will reach a level of accuracy, service and function required for integrating into existing EU systems.
GCA-SCR
General
Lao PDR is a water rich country, benefitting from the water resources of the Mekong River, tributaries and many smaller water bodies that contribute greatly to national economic development and the livelihoods of local communities. While water demand remains low in terms of per-capita public consumption, in recent years, water resources have gained greater prominence due to the increasing role of hydropower and irrigation in economic development. Largescale construction of dams on the Mekong River and tributaries is expected to impact the hydrological profile and biodiversity of these systems and exacerbate the impact of projected climate change trends related to the flow regimes and by altering processes of erosion and sediment deposition. The total annual water flow in Lao PDR is estimated at 270 billion meters – equivalent to 35% of the average annual flow of the entire Mekong River Basin. Although classified as a low risk (89) on the global Climate Risk Index Lao PDR remains vulnerable primarily to hydrometeorological hazards. Seasonal flooding is common within the eight river basins across the country. Most vulnerable areas are the low-lying flood plains along the Mekong River and its major tributaries in the northern, central and southern regions. The majority of the population resides in rural areas with 72% (in 2015) of the working population employed in the agriculture sector. Poverty is concentrated in remote and rural areas, particularly those inhabited by ethnic communities. Predicted change in climate include increased rain fall of 10-30% andincreased frequency and intensity of extreme weather (floods and droughts). The Mekong and Sekong river basins are prone to regularflooding, exacerbated by deforestation and land degradation due toagricultural practices. Lao PDR has transitioned from a primarily disaster response approach to a risk management approach with the establishment of the National Disaster Prevention and Control Committee (NDPCC) and the National Disaster Management Committee (NDMC) with the National Disaster Management Office acting as the Secretariat. A Department of Disaster Management and Climate Change under the Ministry of Natural Resources and Environment (MoNRE) wasalso established by decree in 2013. DRM structures at sub-national levels include Provincial Disaster Prevention and Control Committees (PDPCCs) district equivalents (DDPCCs) and at the village level, Village Disaster Prevention Units (VDPU). VDPUs act as the interface between communities and the government system and include representatives of community-based organizations (CBOs), traditional leaders and other community actors. Oxfam has extensive experience in working with these structures including for participatory vulnerability assessments and planning and linking these to the formal DRM structures. Key challenges include resourcing to the DRM structures, coordination between agencies and the need to integrate DRM approaches into development planning given the socio-economic needs in remote areas. Community-participatory DRM approaches are priorities to bridge the gap between formal and informal structures and in recognition of the challenges of service delivery in remote communities. Gender: Despite a policy environment that promotes genderequality (Law on Development and Protection of Women 2004 and Law on Preventing and Combatting Violence against Women and Children 2014) and an overall decrease in the inequality gap between women and men; women are still less likely to attain secondary education compared to men, are less likely to be literate compared to men and due to early marriage are more likely to drop out of school. During disasters women, particularly those from ethnic minorities, are disproportionately impacted partly because theyare more likely to operate in the informal economy, have less access to social protection systems and experience increased exposure to gender-based violence. Traditional beliefs and social norms limit the role women play outside the home and this also extends to DRM structures and practices where the perspectives of women and the role they can play may not be realised unless specific steps are taken. Riverine community vulnerability: Across the country communities in rural areas reliant on agricultural, fisheries and forest resource have heightened vulnerability to recurring hydro-meteorological disasters such as floods, drought, storms, land erosion, earthquakes and pandemics due to the increasing impact of climate change. Vulnerability is not evenwith women, ethnic minorities and remote communities considered more vulnerable. The increasing unpredictability of rain fall and flood patterns that irrigate fields, replenish fisheries and nurture forest and wetlands challenge traditional systems and practices require other forms of information and support to adapt livelihoods reliant on these resources and reduce the impact of extreme weather events. This requires strengthening ofcommunity capacity to understand and assess these changes and impact atthelocal level including the differential impact on women and other social groups; and to collectively plan inclusive strategies to adapt current livelihood practices and strategies while at the same time continuing their day-to-day smart livelihood activities. Local authority capacity: At the local level where policy meets implementation, there are key gaps particularly related to the interface between communities and formal DRM committees at the commune/local authority levels. The integration of investment in DRM and CCA into cyclical local development planning is a key gap despite existing policies that promote community-based approaches. This is largely due to competing priorities at this level and the need for meaningful participatory approachesto be effective that are often beyond the skill set, experience, and time availability/priorities of officials at this level. The integration of community perspectives and analysis into local development planning is also hindered by traditional top-down governmental approaches reflecting power differentials related to resources, roles and social hierarchy including gendered attitudes, norms, and behaviours. Access to data/information: Laos has invested in data gathering and dissemination systems for DRM using a range of hydro-meteorological data sources including rain and river gauges, remote sensing, and weather forecasting technology such as radar and satellite imagery. Delivery systems include pilot warning announcement via mobile messages, installationofloudspeakers at districts and villages, construction of flood protection barrier and warning systems, and various data sharing platforms targeting local DRM committees and riverine communities directly. Understanding what data is available, collected by whom and the social-political factors determining availability, accessibility, useability, and timeliness of data (includinggender, ethnicity, location etc) is of key importance as is incorporation of local and traditional knowledge and experience to inform how the data is used. The Strengthening Climate Resilience (SCR) project seeks to strengthen the resilience of communities living along the Mekong River and tributaries to impacts of climate change. This project builds upon Oxfam and partners’ existing work. SCR will work with riverine communities representing some of the most vulnerable in Luang Prabang and Champasak provinces. Specific communities are also selected based on Oxfam’s understanding of needs, and on existing relationships with projectpartners under the ongoing Inclusion Project Phase II (IP2).