The Center for Amazonian Scientific Innovation (CINCIA) was established in 2016, when Wake Forest University received nearly $10 million in support from USAID and other private sector partners. CINCIA was established through CEES and aims to develop transformative solutions to promote sustainable use of tropical landscapes, combat environmental destruction and improve human health in the Amazonian province of Madre de Dios (MDD) in Peru. The U.S. Agency for International Development (USAID) announced the award of  $2.5 million to help establish CINCIA, an alliance of U.S. and Peruvian institutions led by experienced scientists, conservationists and affiliates. An additional $7 million in support, including cash and in-kind contributions, has come from the Amazon Aid Foundation, Ecosphere Capital Partners/Athelia Climate Change Fund, ESRI Global Inc., World Wildlife Fund (WWF) and Universidad de Ingeniería y Tecnología (UTEC). The official announcement of the launch of CINCIA was made on Earth Day, April 22, 2016, during a celebration event hosted by the U.S. Ambassador to Peru, Brian A. Nichols, at UTEC in Lima, Peru.

In just three years, CINCIA has become the international hub for Peruvian and foreign scientists and affiliates to collaborate on critical priorities in Madre de Dios, including: the humanization of gold miners as a way of genuinely gaining their trust and thus access to their land concessions for field research, two nurseries efficiently and inexpensively growing more than 30 varieties of native tree seedlings, Amazonia’s first biochar operation that has proven essential in CINCIA’s restoration and reforestation of once-lush rainforest test plots, the reduction of human health threats from environmental mercury by interacting directly with indigenous peoples who live in the jungles, detection of deforestation threats, and sustainability.

A central goal of CINCIA is to build scientific capacity needed in the local communities to face the growing environmental threats to the people and the region’s rainforests. A supporting goal, which  is gaining prominence in the third year of the grant, is education outreach in public schools, science-based curriculum building, pioneering alliances between education leaders in the national government and the local communities, and maintaining the growing profiles of our lead scientists in communicating the dramatic outcomes of their field work.

Through collaborative research, innovative education programs and apprenticeships, the Centro de Innovación Científica Amazónica aims to inspire and groom future local scientists while also engaging with the local community to create the sense of ownership needed to foster change and implement sustainable practices in Amazonia. The Centro de Innovación Científica Amazónica  has operated in partnership with the region’s primary research institutions – the Peruvian Amazon Research Institute (IIAP) and the National Amazonian University of Madre de Dios (UNAMAD), the sole national university in the region. IIAP is a governmental research entity under the Peruvian Ministry of the Environment with a 35-year history of scientific investigation in the Amazon.

The vision for this project was inspired by the work of CEES Fellow Sarah DuPont, founder of the Amazon Aid Foundation and her work to build awareness of the Amazon through her film River of Gold. The Centro de Innovación Científica Amazónica has been led by the efforts of Wake Forest conservation biologist and CEES director, Miles Silman, who serves as the associate director for science; longtime colleague and a leading expert on mercury in the Amazon, Luis Fernandez, who serves as executive director; and Justin Catanoso, CEES Board Member, journalism professor, international environmental journalist and communications and management consultant to the CINCIA team in Madre de Dios.

Recent Posts

Gold Mining in Madre de Dios Causes Deforestation Rates and Mercury Levels to Climb, CINCIA Studies Show

October 15, 2018|Comments Off on Gold Mining in Madre de Dios Causes Deforestation Rates and Mercury Levels to Climb, CINCIA Studies Show

Wake Forest’s Centro de Innovación Cientifica Amazónica (CINCIA) has published research briefs showing how illegal gold mining in Madre de Dios has contributed to increased deforestation and contaminated waterways.

Where Science Meets Storytelling: Wake Forest Students Explore Tropical Biodiversity and Environmental Journalism

September 24, 2018|Comments Off on Where Science Meets Storytelling: Wake Forest Students Explore Tropical Biodiversity and Environmental Journalism

Wake Forest students on the summer 2018 Peru Tropical Biodiversity and Environmental Journalism pose for a group photo while on site at the Cocha Cashu Biological Station in Peru. Photo courtesy of the course [...]

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CEES Establishes the Centro de Innovación Científica Amazónica

April 25, 2016|Comments Off on CEES Establishes the Centro de Innovación Científica Amazónica

By Wake Forest University Communications & External Relations (WINSTON-SALEM, NC, April 25, 2016) – Wake Forest University has received nearly $10 million in support to establish the Centro de Innovación Científica Amazónica. The new center, [...]

UN Climate Change Conference

December 9, 2014|Comments Off on UN Climate Change Conference

Photo credit: Justin Catanoso Every year the world comes together to discuss progress on combating climate change.  The UN Framework Convention on Climate Change hosts the COP--the Conference of Parties--where the world's 192 [...]

CEES studying biochar in the Amazon

September 5, 2014|Comments Off on CEES studying biochar in the Amazon

CEES faculty members Miles Silman and Abdou Lachgar, and CEES fellow and MA in Sustainability graduate student Andrew Wilcox and are on a mission to change tropical agriculture in the Amazon.  By creating biochar, a type [...]

Bamboo-based Charcoal Restores Soil Health

February 10, 2014|Comments Off on Bamboo-based Charcoal Restores Soil Health

By Andrew Wilcox, CEES Fellow Charcoal isn’t just for grilling anymore.  Biochar, a specific kind of charcoal produced efficiently from sustainably sourced feedstocks, such as agricultural residues, bamboo, and timber waste, holds great promise in [...]

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