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Community Organizations United Nations Development Programme
United Nations Development Programme
United Nations Development Programme
Acronym
UNDP
United Nations Agency

Location

UNDP works in some 170 countries and territories, helping to achieve the eradication of poverty, and the reduction of inequalities and exclusion. We help countries to develop policies, leadership skills, partnering abilities, institutional capabilities and build resilience in order to sustain development results. 


Inclusive growth, better services, environmental sustainability, good governance, and security are fundamental to development progress. We offer our expertise in development thinking and practice, and our decades of experience at country level, to support countries to meet their development aspirations and to bring the voices of the world’s peoples into deliberations. 


In 2016, UNDP is continuing its work to support the 2030 Agenda for Sustainable Development and the 17 new Sustainable Development Goals (SDGs), or Global Goals, as they help shape global sustainable development for the next 15 years.



UNDP focuses on helping countries build and share solutions in three main areas:


In all our activities, we encourage the protection of human rights and the empowerment of women, minorities and the poorest and most vulnerable.

Members:

Resources

Displaying 336 - 340 of 358

STRenGTHenING INDIGenOUS CONSERVATION CAPACITY IN THE YURUA REGION OF PERU

General

The purpose of this project is to ensure the long-term protection of the Yura region of Peru located within the Purs-Manu.Landscape, a 10-million-hectare (25 million acre) mosaic of conservation areas and indigenous lands that contains some of the.most remote and least disturbed forests in the entire Amazon basin. It is one of the most biodiverse regions in the world, rich in.native fauna and flora, and includes one of the highest concentrations of isolated people anywhere on Earth. The Yura is among.the most remote and inaccessible parts of the Purs-Manu Landscape, where intact plant and animal communities sustain.members of six indigenous tribes in various stages of contact with the outside world and at least two still living in voluntary.isolation. While still largely intact, the region is threatened by several deforestation drivers including illegal logging, an expanding.agriculture frontier from Brazil and, most concerning, a partially constructed illegal road which threatens to open intact forest with.potentially devastating impacts on the ecosystems and the people who depend on them.The project will build indigenous.conservation capacity to protect species and habitats and prevent illegal intrusions that threaten to open intact forest with.potentially devastating impacts on the ecosystems and the people who depend on them. In doing so, it will protect several rare and.threatened species such as the yellow-spotted sideneck turtle (Podocnemis unifilis), the South American river turtle (Podocnemis.expansa), the bald uakari primate (Cacajao calvus ucayalii) and the arapaima fish (Arapaima gigas) while providing alternative.income sources to unsustainable resource use. Specific activities include: (1) creating a new conservation alliance between three.indigenous associations, Perus Park Service (SERNANP, acronym in Spanish), and the Upper Amazon Conservancy (a division.of Multiplier) to consolidate and strengthen local opposition to illegal intrusions;

STRenGTHenING INDIGenOUS CONSERVATION CAPACITY IN THE YURUA REGION OF PERU

General

The purpose of this project is to ensure the long-term protection of the Yura region of Peru located within the Purs-Manu.Landscape, a 10-million-hectare (25 million acre) mosaic of conservation areas and indigenous lands that contains some of the.most remote and least disturbed forests in the entire Amazon basin. It is one of the most biodiverse regions in the world, rich in.native fauna and flora, and includes one of the highest concentrations of isolated people anywhere on Earth. The Yura is among.the most remote and inaccessible parts of the Purs-Manu Landscape, where intact plant and animal communities sustain.members of six indigenous tribes in various stages of contact with the outside world and at least two still living in voluntary.isolation. While still largely intact, the region is threatened by several deforestation drivers including illegal logging, an expanding.agriculture frontier from Brazil and, most concerning, a partially constructed illegal road which threatens to open intact forest with.potentially devastating impacts on the ecosystems and the people who depend on them.The project will build indigenous.conservation capacity to protect species and habitats and prevent illegal intrusions that threaten to open intact forest with.potentially devastating impacts on the ecosystems and the people who depend on them. In doing so, it will protect several rare and.threatened species such as the yellow-spotted sideneck turtle (Podocnemis unifilis), the South American river turtle (Podocnemis.expansa), the bald uakari primate (Cacajao calvus ucayalii) and the arapaima fish (Arapaima gigas) while providing alternative.income sources to unsustainable resource use. Specific activities include: (1) creating a new conservation alliance between three.indigenous associations, Perus Park Service (SERNANP, acronym in Spanish), and the Upper Amazon Conservancy (a division.of Multiplier) to consolidate and strengthen local opposition to illegal intrusions;

Ecological Connectivity and Sustainable Land-Use in the Ostua dry forest Biological Corridor

General

Project will reduce the threat of agricultural and livestock expansion and intensification into the Ostua dry forest by working with local stakeholders. Project activities include: 1) establishing a model for connectivity between dry forests and riparian zones, 2) implementing land-use planning and more efficient livestock production systems in conjunction with local communities, 3) engaging with at least 10 ranchers to improve practices and apply for forest ecosystem services payments, and 4) systemizing the pilot model to scale it up throughout the Montecristo-Trinational Biological Corridor.

Adaptation & Resilience to Climate Change (ARCC)

General

In this 3-year project, we aim understand how societies, landscapes, ecosystems and Protected Areas have responded to climate change and societal use, to better understand how they may respond in the future. To do this, we will focus on the temporality, spatiality & complexity of interactions and interdependencies of social-ecological systems in north-western Tanzania over the last 300 years. Local livelihoods range from intensive agriculture to livestock herding & hunting-and-gathering, coupled with employment in tourism, conservation, or mineral extraction. Pressures from global climate change, rapid population growth, competing land use (including wildlife conservation), and new 'governmental' regimes pose major threats to livelihoods, their sustainability & resilience to future socio-ecological shocks. We will use a cross-disciplinary approach integrating archaeological, environmental, archival, modern land use & remote sensing data, with collaborative modelling of future land use & land cover change scenarios, to identify past and possible future drivers of change & sources of resilience; generate guidelines for land use planning; build research capacities in Sweden (post-doctoral position) & Tanzania (collaborating researcher) in sustainability studies; strengthen community awareness of and engagement in these issues. Hosted by Uppsala University, the team will involve experienced & junior researchers from Sweden, Tanzania & the UK.

COMMUNITY FARMING FOR GRASSLAND BIRDS

General

The goals of this project are to implement several of the highest priority..actions identified in the Prairie to Pampas Grassland Bird Conservation Business Plan...We propose to 1) to engage local land owners and managers with life-cycle data of individual..Bobolinks breeding on their property; this interaction will result in changes in land management..that rebalance farming and grassland bird needs; 2) to assess the annual life-cycle of individual..Bobolinks by collecting data both while on the breeding grounds and through tracking devices..for the entire annual cycle; and 3) to use a community-based approach integrating the..Audubon volunteers and undergraduate students in collecting and disseminating these data; 4)..establish a network of partners in South America with which to share information gained from..this work.