University of Miami Special Report: Climate Change

University of Miami Special Report: Climate Change

  • The Complex Climate
    • Solving the Climate Puzzle
    • — Hurricanes on Demand
    • — Corals Struggle to Survive
    • — Eyes on the Arctic
    • — Predicting the Future Through the Past
    • — Hovering Over Environmental Research
    • — Crunching Data at CCS
    • — Climate’s Impact Through the Ages
    • — At the 26.5 Parallel
    • — Flooding Events Increase on Beaches
    • — Remote Sensing the World’s Oceans
  • Built Environment
    • A Resilient and Innovative Future
    • — Building a Sustainable U
    • — Mapping Forgotten Places
    • — Zoning in on Evacuation Plans
    • — Miami Beach Reimagined
    • — The ‘Brush’ to Save Water
    • — ‘Living In Different Times’
    • — Sustainable Development in the Brazilian Amazon
    • — Anatomy of a Smart City
  • Renewable Energy
    • The Power Struggle
    • — UM Student Launches USolar Project
    • — Beyond the Battery
    • — Methane as a Fuel Source
    • — Taking Electrons for a Spin
  • Impact on Health
    • Planet and People in Peril
    • — Battling Vector-Borne Diseases
    • — Climate Change’s Unexpected Impact
    • — Healthy Buildings Help People
    • — Every Breath We Take
    • — Turning Down the Heat
    • — Nurses at the Ready
    • — Dangerous Migration
    • — One Water
  • Politics of (Climate) Change
    • The Spin Cycle of Climate Change Policy
    • — DiCaprio Visits Rosenstiel
    • — IPCC: Global Perspective Through a Local Lens
    • — The City Beautiful Confronts Climate Change
    • — The Art of Climate Change
    • — Visualizing Sea-Level Rise
    • — Communicating the Climate
    • — Inside the Abess Center
    • — Investigating Glacier Health
    • — Collaborating with Teachers
    • — Exploring the Invisible
    • — Sea Secrets Tell All

Sustainable Development in the Brazilian Amazon

Brazilian Rainforest
Image is not available

A UM geographer demonstrates how benefits outweigh costs in protecting forested areas in the Brazilian Amazon.

José Maria Cardoso da Silva, a native of Brazil, has dedicated his career to understanding and promoting ways in which tropical countries can improve socio-economic living standards while still conserving their unique biodiversity and building resilience to climate change.

"The conservation of tropical ecosystems is essential for reducing the adverse impacts of climate change and enabling global human prosperity," says Silva, professor in the University of Miami's Department of Geography and Regional Studies in the College of Arts and Sciences.

Jose Maria Cardoso da Silva
Jose Maria Cardoso da Silva

New tropical forest frontiers are regions with low deforestation rates, low population density and large natural ecosystems. They cover more than 2.2 million square miles (around 5.8 million square kilometers) in South America, Africa, and Asia and harbor the world's largest stocks of biodiversity and carbon.

The State of Amapá, in northern Brazil, bordered by French Guyana and Suriname, is one such tropical forest frontier and it is home to several protected areas.

Amapá in Brazilian Amazonia has a population of 700,000 in an area the size of Florida. The Brazilian state is also home to lakes, coastal wetlands and some of the most pristine mangroves in the Americas. The region is a hugely important carbon sink, which helps reduce global carbon dioxide emissions, in turn helping to mitigate the effects of climate change.

Silva's latest research, conducted with two Brazilian university researchers, was published in Biological Conservation in February 2016. Together, they demonstrated a positive return on investment for nine protected areas in Amapá if the areas are fully implemented. The research team calculated establishment and recurrent management costs, as well as four direct benefits (timber, non-timber forest products, fisheries, and nature-based tourism) and one indirect benefit (as a carbon sink).

If these protected areas are fully implemented, they can contribute at least $362.4 million per year in benefits to the state economy, making these areas engines of socio-economic promise.

- Jessica M. Castillo / UM News

About the Photo

The Brazilian Amazon is an important global carbon sink, helping to reduce carbon dioxide emissions in the atmosphere.

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Protected Areas Amapa
Read Silva’s latest research.

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