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NYBG launches Amazon Forest Program to help conserve Earth's largest intact forest

To help conserve one of Earth's ecological treasures, The New York Botanical Garden is launching a multifaceted program to dramatically improve the management and sustainable use of the Brazilian Amazon forest, part of the largest expanse of intact forest in the world.

In collaboration with scientific colleagues in Brazil and the Brazilian Forest Service, the Botanical Garden is committing its expertise in plant science to four related initiatives to promote environmentally responsible forestry practices and further the Garden's goal of conserving Amazonian biodiversity. These initiatives are: to participate in the planning and execution of the Amazon phase of Brazil's National Forest Inventory; to train forestry workers in the critical skill of accurately identifying tree species; to develop protocols and resources for sustainable forest management projects; and to contribute baseline knowledge of the Amazon's flora, which is vital for effective ecosystem conservation.

The new Amazon Forest Program, A Better Baseline: Building Capacity and Resources for Forest Inventory in the Brazilian Amazon, is supported by a major, new grant from the Gordon and Betty Moore Foundation. It builds on prior support from the Beneficia Foundation, the J.R.S. Biodiversity Foundation, The Overbrook Foundation, and The Tinker Foundation Incorporated and will help to leverage additional grants for the next stages of the program.

"Since the Garden's earliest years, our scientists have been at the forefront of documenting the almost unbelievable diversity of plant life in the vast Amazonian basin of Brazil," said Gregory Long, Chief Executive Officer and the William C. Steere Sr. President of the Garden. "Thanks to the timely and significant support of the Gordon and Betty Moore Foundation and other generous funders, the Garden will play an even more active role in helping to preserve one of Earth's natural wonders and most important ecological resources for future generations."

Amazoniathe watershed that feeds into the Amazon River and its tributariescovers more than two million square miles in nine South American countries and is home to at least 40,000 species of trees, ferns, and flowering plants. Despite decades of deforestation, most of it is still forested, making it the world's largest intact forest.

The qualities that make the Amazonian forest so valuableits geographic size and diverse plant lifealso create the greatest challenges to managing and conserving it. Stretching across an area larger than the continental United States, the region is home to more than 16,000 species of trees. By comparison, there are fewer than 1,000 tree species in the U.S. and Canada. Two-and-a-half acres can contain as many as 300 species of trees, some of which are rare, endangered, or not yet named. Vast areas remain unexplored botanically.

The Amazonian forest stabilizes the climate of South America and sequesters carbon, and the watershed of the Amazon River accounts for about 20 percent of Earth's flowing fresh water. However, ongoing large-scale disruption of this ecosystemdue to agriculture, logging, and settlementis causing tremendous damage to the forest's most basic functions. That is why the sustainable use of the Amazonian forest and the preservation of its biological diversity are ecological imperatives. Achieving them depends heavily on continuing and even accelerating the work of documenting the Amazon's plant life and improving mankind's scientific understanding of key tree families.

Four Paths to a Better Baseline in the Brazilian Amazon

The Garden's A Better Baseline program comes at a critical juncture for Amazonia. Brazil is opening up millions of acres of national forestland there to logging concessions for selective harvest. At the same time, the country is embarking on a massive effort to inventory the forests of the entire region to better monitor their health and productivity.

"It boils down to knowing the tree species, knowing how they differ from each other, and knowing where they are," said A Better Baseline director Douglas C. Daly, Ph.D., the B. A. Krukoff Curator of Amazonian Botany and Director of the Garden's Institute of Systematic Botany. "The accurate assessment of the region's biodiversity, including the correct identification of tree species, has profound implications for the fate of the forests, from sustainable management to estimates of the carbon that is locked in the treesor released as greenhouse gases by deforestation."

The Garden's Amazon Forest Program consists of four complementary initiatives, all with the goal of helping the Brazilian National Forest Service and other Brazilian partners implement sustainable forestry practices and improve the future conservation of plant biodiversity. As part of A Better Baseline, the Garden will:

Participate in Brazil's National Forest Inventory

Scientists at the Garden and in Brazil have documented that 50 to 70 percent of the tree species in forest inventories are currently misidentified and that the tree diversity in forest plots is severely underestimated. This can lead to local extinctions as rare species are mistakenly harvested.

As Brazil begins the national inventory of its Amazon forest in 2014, Garden scientists will assist in the planning and execution of the inventory's policies and practices, help train the field teams that will conduct the inventory, help coordinate the identification of the massive number of specimens that will be collected, and participate in quality-control teams to ensure the accuracy and validity of the data collected by the field teams.

Train Key Forest Workers in Tree Identification

The key player in forest management is the person who identifies the trees, called a mateiro in Brazil. The mateiro is expected to identify up to 800 trees a day in these mega-diverse forests, with no formal training and no resources other than his eyes and experience.

Garden and Brazilian scientists have designed a training course for mateiros that provides them with indispensable skills and links them to a network of human, institutional, and on-line resources. After successfully testing two pilot courses, the Garden and the Brazilian Forest Service have formed a partnership to offer the course to the field personnel of every concession that develops a management plan to operate in a national forest in Amazonia.

Part of the Moore Foundation grant will support these courses, which will be offered at a national system of vocational schools. The best mateiros will be tested, certified, and included in a database maintained by the Brazilian Forest Service that forest concessions and research institutes can use for hiring.

Develop Protocols and Resources for Forest Management Projects

The program will work closely with botanists at the major botanical research collections in Amazonia and at Brazil's national herbariuma repository of dried plant specimensat the Rio de Janeiro Botanical Garden to develop long-term resources and strategies for accurate tree identification, which will help ensure that knowledge of the Amazon's vast tree diversity is preserved.

Ultimately, the issue of accurate and consistent identification of tropical trees will be resolved with new technologies. In the foreseeable future, it will be possible to use a hand-held device to scan a leaf from a tree and identify its species. The Garden's Pfizer Plant Research Laboratory has been in the vanguard of developing techniques using DNA analysis, and Garden researchers will continue to test new technologies.

Contribute Baseline Knowledge of the Amazon Flora

The Garden is expanding its long-term research in southwestern Amazonia to include the state of Rondnia, where many of the Garden's Amazon Forest Program activities are currently focused. Rondnia's forests are severely threatened by soybean farming, cattle ranching, settlements, mining, and hydroelectric projects.

The Amazon phase of the National Forest Inventory will begin in Rondnia in 2014. The Garden is working with the Brazilian Forest Service, the regional environmental protection agency, and the Federal University of Rondnia to make Jamari National Forest in Rondnia a model of forest management for the Amazonian national forests where logging concessions will be granted. A pilot training course for mateiros has already been completed there. Also, the Garden has started a project in collaboration with institutions in Rondnia, neighboring Acre state, and Santa Cruz, Bolivia, to conduct a botanical inventory of Rondnia's border regions.

Program Leadership Builds on Decades of Research and Collaboration in the Amazon

Dr. Daly, the director of the Garden's Amazon Forest Program, has studied the flora of Amazonia for more than three decades, with a concentration on the Burseraceae (frankincense and myrrh family), one of the most difficult, diverse, and ecologically important Amazonian tree families. He has focused much of his work in the Brazilian state of Acre, where he has catalogued the flora and studied non-timber forest products to help diversify the regional forest economy.

By making his research program an indispensable source of information on the plant resources of southwestern Amazonia, Dr. Daly and his collaborators have advanced conservation and guided public policy.

They have participated directly in a state zoning project in Acre, providing justifications for the creation of new conservation units, and they are part of a tri-national consortium that is helping to monitor the impacts of a new highway linking Amazonia and the Pacific Ocean. Dr. Daly has worked closely with Brazilian collaborators to develop and co-teach training courses for Amazonian mateiros that are improving species identifications in tree inventories and promoting sustainable forestry practices.

For A Better Baseline, Dr. Daly is working closely with Daniel Piotto, Ph.D., who was appointed Executive Manager for Forest Information in 2012 to coordinate Brazil's National Forest Inventory. An applied forest ecologist, Dr. Piotto was a student in the Garden's Commodore Matthew Perry Graduate Studies Program, beginning in 2006. As a student in that program, he received his Ph.D. from the Yale School of Forestry & Environmental Studies in 2011.


Contact: Stevenson Swanson
The New York Botanical Garden

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