A Fundação Nacional do Índio (Funai) realizou a oficina técnica para alinhar ações da Instituição e dos diversos parceiros ao Projeto de Conservação da Biodiversidade em Terras Públicas na Amazônia com ação da Funai. O Projeto implementado em 2011, tem como objetivo contribuir para a conservação da biodiversidade e a gestão de terras públicas no sudeste da Amazônia brasileira, em especial Terras Indígenas e Áreas Protegidas do Sistema Nacional de Unidade de Conservação (SNUC), bem como, fortalecer iniciativas que promovam o uso econômico sustentável... Blog da Funai

The Albertine Rift is the 920-mile long western area of the East African Rift, covering parts of Uganda, the Democratic Republic of the Congo, Rwanda, Burundi and Tanzania. It runs from the northern end of Lake Albert to the southern end of Lake Tanganyika. Formed over millions of years, the Albertine Rift is the result of two tectonic plates that once collided and are now slowly moving apart. This geologic activity has created some of Africa's tallest mountains and many of the world's deepest lakes. In addition, the unique variation in elevations has contributed to the diversity of habitats that include wetlands, alpine grasslands, lowland and montane forests, and woodland savannas. Within these habitats, one finds everything from active glaciers to volcanoes.

Highlighting the announcement of the MacArthur Award for Creative and Effective Institutions, the front-page article profiles the history of CSF and the importance of our work globally. “We are recognizing organizations that are doing phenomenal work, and often under the local radar screen,” Steve Cornelius of the MacArthur Foundation said. “They have identified a niche. They have simply been the main organization working in getting these economic principles out.” Read the article here Image credit: Christopher Chung/The Press Democrat

Today the John D. and Catherine T. MacArthur Foundation named Conservation Strategy Fund as a recipient of the MacArthur Award for Creative and Effective Institutions. The award recognizes CSF’s innovative work using economics to conserve the world’s most important ecosystems and provides us with a grant of $750,000. The MacArthur Award honors and supports our efforts to creatively address the the loss of unique natural ecosystems by equipping front-line environmentalists with skills to calculate and economic costs and benefits of solutions and thereby come up with answers that will actually work.

The Southern Tropical Andes, comprised of areas of Ecuador, Peru, and Bolivia, is the most biodiverse region in the world. The Tropical Andes are split into northern and southern zones, divided by a valley that runs roughly along the Ecuador-Peru border in the northern region of Peru. This valley, known as the Marañon Gap or Huancabamba Depression, rests at a lower altitude than the northern area of the Tropical Andes, creating a well-defined, unique microclimate conducive to habitation for the many endemic plants and animals in the region. This biodiversity hotspot was named the “global epicenter of biodiversity” according to the Critical Ecosystem Partnership Fund. The Tropical Andes holds about 45,000 plant species, 20,000 of which are endemic, as well as 1,500 endemic vertebrates.

As CSF's new BUILD Program Operations Manager, Irene Burgués Arrea has found herself traveling all over the world in order to promote biodiversity conservation through infrastructure best practices. From her native country of Costa Rica, to the forest of Uganda (with stops in Bolivia and Brazil in between), Irene is jumping right in.

On January 17, CSF course graduate José Serra and CSF's Alfonso Malky presented an economic study of the proposed Inambari dam, designed to generate hydropower primarily for Brazilian consumers. The study, sponsored by the Wildlife Conservation Society's Peru office, examines the feasibility of the project, which would harness energy from an Amazon tributary in the country's southeastern jungle. Serra led the investigation, looking into the overall economic return, environmental costs, profits for the dam builder and impacts on various sectors of Peruvian society. Results showed that the project's feasibility depends on charging a relatively high electricity price and delivering benefits, in the form of flow control, to downstream dams in Brazil.

CSF recently released the HydroCalculator Version 3.0 with two major advances. First, the tool interactively enables the user to pinpoint the exact location of the hydro project on a map, which can show satellite imagery and terrain. Second, a global map of land-cover types, with corresponding carbon densities, has been linked to the tool so that it automatically calculates net carbon emissions. Advanced users can override the land-cover selection and choose up to four different types of land-covers flooded by the dam, and their respective shares of the area inundated. We have added dozens of land-cover types – all of those included in the Carbon Dioxide Information Analysis Center dataset.

CSF has now helped to conserve more than 20 million acres of flourishing ecosystems. That's a big jump from our past reckonings and due largely to the role our Brazilian team has played in slowing badly planned roads and supporting investment in protected areas and indigenous lands. CSF's success centers on reinforcing the efforts of countless local advocates, park managers and scientists on the front lines of conservation and development decisions, giving them a solid economic rationale and strategy for conservation in the face of looming threats.

In early December, CSF’s Marcos Amend delivered economics know-how to students in the Professional Masters for Protected Area Managers program run by INPA (National Institute for Amazon Research). The program's objective is to train managers to face the challenges of protected areas management in Amazon region. This is the second time CSF has contributed to the program, which was founded by CSF course graduate Rita Mesquita.