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Community Organizations Other organizations (Projects Database)
Other organizations (Projects Database)
Other organizations (Projects Database)

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Other organizations funding or implementing with land governance projects which are included in Land Portal's Projects Database. A detailed list of these organizations will be provided here soon. They range from bilateral or multilateral donor agencies, national or international NGOs,  research organizations etc.

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Displaying 726 - 730 of 2113

Business Action and Advocacy for the Planet

Objectives

Towards a nature positive world by 2030 through businesses driving policy ambition and reducing negative corporate impact

Other

Note: Disbursement data provided is cumulative and covers disbursement made by the project Agency.

Target Groups

This project will contribute indirectly to socioeconomic co-benefits at national level in the four key geographies South Africa, India, Colombia and Malaysia, including sustainable livelihoods and economic growth through the innovative, circular solutions delivered by partner businesses which support biodiversity conservation and preserves and restores ecosystem services, as they become increasingly aware of their impacts and dependencies on nature and move towards implementing business-related targets of the CBD Post-2020 GBF. The 7,306 people who are expected to benefit directly from project activities and knowledge products will be equipped with much needed skills to transform business practices and models for nature and climate positivity, increasing their chances for sustained employment. Not only will they benefit individually, but the beneficiaries will also spark continued change by applying acquired knowledge disseminated through the project in different corporate environments, stimulating climate and nature positive business change in a variety of regions and sectors. The more knowledgeable a company’s workforce and management about their operations and supply chains impacts on nature and dependencies on ecosystem services, the higher the chances that they take sufficient and timely action to address their contributions to biodiversity loss, land degradation and climate change. In this way, improved knowledge of the corporate workforce is expected to translate into achieving the global environment benefits of biodiversity conservation, reversing land use change and habitat fragmentation, and mitigating GHG emissions to curtail climate change. Next to stimulating change in the four countries, knowledge products are also expected to increase the awareness and understanding of corporate actors globally, who then in turn are better informed to take action on nature and climate. Moreover, the project’s efforts to assist companies and governments to formulate an enabling policy environment that incentivizes sustainable business models, will contribute to sustaining ecosystem services on which human health depends. In other words, economic activities will shift to stay within planetary boundaries (leveraging on the Global Commons Alliance) and thus keeping health and wellbeing at the center of ambitions, in line with the healthy people, healthy planet concept. Finally, the project interventions will also lead to women empowerment at multiple levels, through a focus on women leadership enhancement in the corporate sector.

Integrating Land Degradation Neutrality (LDN) into land use planning frameworks to strengthen national UNCCD e

Objectives

The objective of the project is to strengthen LDN governance and land use planning in a gender sensitive manner

Other

Note: Disbursement data provided is cumulative and covers disbursement made by the project Agency.

The Systems Change Lab (SCL): Accelerating Transformational Change Needed to Safeguard the Global Commons for

Objectives

To help enable decision-makers1 to accelerate the systemwide transformations2 needed to safeguard the global commons for all. 1Decision-makers include policymakers across all sectors and at all levels of decision-making; funders and investors channelling climate and nature-related finance through bilateral aid agencies, multilateral institutions, private philanthropies, and impact investing firms; leaders across the private sector; and those at the helm of international non-governmental organizations, civil society movements, and United Nations agencies. 2 Limiting global temperature rise to 1.5°C and halting biodiversity loss will require transformations across socio-technical systems (power, industry, transport, the built environment, and sustainable production and consumption) and social-ecological systems (food, terrestrial ecosystem management, freshwater ecosystem management, and marine ecosystem management). Broader transformations across political, economic, and social systems will also be required, such as how we will finance the transition to a net-zero GHG emissions and nature-positive future, measure economic well-being, distribute the costs and benefits of these transformations, improve social equity and inclusion, and govern the global commons.

Other

Note: Disbursement data provided is cumulative and covers disbursement made by the project Agency.

Target Groups

Due to the global and interdisciplinary nature of this project, it is hard to pinpoint quantifiable or localized socioeconomic benefits—however, the project should bring about socioeconomic co-benefits globally and locally through facilitating systems change via the project outcomes. More specifically, the success of the SCL’s work could help deliver the GEF’s global environmental benefits and adaptation benefits. Rapid, far-reaching transitions across systems can lead to a more prosperous, sustainable, and nature-positive society for all. As an example, transforming how we manage land and forests entails restoring degraded and deforestedlandscapes. Such a transformation would lead to a positive impact not only on biodiversity, associated ecosystems services, and ecological resilience, but also contribute to GEF’s global environmental benefits in climate change (through sequestering and storing carbon), land degradation (through restoration of native ecosystems), and adaptation (through agroforestry systems that diversify farmers’ livelihoods). Similarly, transforming our food systems involves shifting to sustainable agricultural production, halving food loss and waste, shifting to more plant-based diets, and reducing GHG emissions from agriculture. These shifts could enhance food security (through increasing crop, livestock, and pasture productivity on existing lands) and improve livelihoods (through the introduction of more resilient, low-emissions production methods and technologies), helping hundreds of millions of small-scale agricultural producers to adapt to the impacts of climate change. The SCL also includes a cross-cutting focus on ‘Inclusion, Equity and the Just Transition’ that will underpin the sectoral transformations it seeks to advance (see Annex N for further information). This will include shifts that ensure that the costs and benefits of systems change are equitably distributed, that those historically marginalized from decision-making processes have a seat at the table across all levels of policymaking (i.e., global, national, and local), and that efforts to safeguard the global commons are combined with those to ensure universal access to basic services and opportunities. It also encompasses efforts to ensure just transitions at all levels and for both those disproportionately affected by climate impacts and biodiversity loss, as well as those working in industries that may need to be phased out (e.g., fossil fuel companies). If the Lab is successful in supporting decision-makers to act on these issues, (and potentially strengthening coalitions or helping create a new coalition for transformations not currently addressed), then this should also contribute to substantial socioeconomic benefits in the near future at both local and national levels.

Agroforestry for sustainable livelihoods, environmental resilience and climate change adaptation

General

Steep slopes of the upland areas of Montane Mainland Southeast Asia are rapidly exploited for agriculture leading to challenges of surface runoff, erosion and soil degradation in turn leading to low yields and profitability of agriculture. Agroforestry (AF) with contour farming techniques is suggested as a solution to reduce soil erosion and land degradation, while improving farm productivity, food and nutrition security and aid in climate change adaptation. This project will assess options for profitable, sustainable, diversified farming systems on sloping land through integration of fruit trees, annual crops and perennial fodder crops. Specific objectives are to evaluate AF-contour farming systems´ potential (1) to buffer extreme weather events and contribute to climate change adaptation and resilience, (2) for soil conservation, system productivity and profitability, and identify success factors, (3) redesign mature AF systems to optimise productivity and profitability, and (4) to sustainably enhance smallholder livelihoods and factors affecting adoption. The proposed project will utilize existing on-farm field trials and demonstrations, and base-line data from an on-going project (Agroforestry for Livelihoods of Smallholder Farmers in Northwest Vietnam 2012-2021) and thus be able to carry out complementary and more in-depth research on mature AF systems. It will also include participatory data collection and AF system evaluation with farmers and extension officers.

Agroforestry for sustainable livelihoods, environmental resilience and climate change adaptation

General

Steep slopes of the upland areas of Montane Mainland Southeast Asia are rapidly exploited for agriculture leading to challenges of surface runoff, erosion and soil degradation in turn leading to low yields and profitability of agriculture. Agroforestry (AF) with contour farming techniques is suggested as a solution to reduce soil erosion and land degradation, while improving farm productivity, food and nutrition security and aid in climate change adaptation. This project will assess options for profitable, sustainable, diversified farming systems on sloping land through integration of fruit trees, annual crops and perennial fodder crops. Specific objectives are to evaluate AF-contour farming systems´ potential (1) to buffer extreme weather events and contribute to climate change adaptation and resilience, (2) for soil conservation, system productivity and profitability, and identify success factors, (3) redesign mature AF systems to optimise productivity and profitability, and (4) to sustainably enhance smallholder livelihoods and factors affecting adoption. The proposed project will utilize existing on-farm field trials and demonstrations, and base-line data from an on-going project (Agroforestry for Livelihoods of Smallholder Farmers in Northwest Vietnam 2012-2021) and thus be able to carry out complementary and more in-depth research on mature AF systems. It will also include participatory data collection and AF system evaluation with farmers and extension officers.