Alabama, Arkansas, Florida, Georgia, Kentucky, Louisiana, Mississippi, North Carolina, South Carolina, Tennessee, Virginia, Puerto Rico, USVI

An analysis of issues affecting the management of coral reefs and the associated capacity building needs in the Commonwealth of the Northern Mariana Islands

The primary purpose of this assessment is to examine the issues that affect capacity in the CNMI as it relates to implementing the priorities expressed in the PSD and present a set of near-term recommendations for addressing persistent capacity gaps and barriers. The recommendations are offered in an appreciation of the context of the CNMI. Implementation of the recommendations will require an implementation strategy that is adaptive.

Integrated Assessment of the Climate Change Impacts on the Gulf Coast Region

The Gulf Coast region includes five Gulf Coast states. The specific territories covered in the assessment are the Gulf Coastal Plains and coastal waters of southern Texas, southern Louisiana, southern Mississippi, southern Alabama, and western Florida (Fig. 1). The Gulf itself has a surface area of 1.63 million square kilometers (630,000 square miles) and a watershed area of 4.69 million square kilometers (1.81 million square miles) in the United States. This region is one of the nation’s largest ecological systems and is closely linked to a significant portion of the nation’s economy.

Census of Active Commercial Fishermen in Puerto Rico: 2008

The implementation of Puerto Rican Regulation No. 6768, which overhauled the existing fishery management framework, generated considerable hostility towards local managers. Among the controversial management measures adopted in 2004 were the assignment of fishing licenses based on fishing income, the establishment of closed seasons, and new minimum size restrictions for commercially valuable species. Though tensions have subsided, considerable opposition to these regulations remains.

Gulf of Mexico: Ocean Acidification

What is ocean acidification? Every day, the ocean absorbs approximately one-third of the carbon dioxide we put into the atmosphere when we burn fossil fuels and clear land. When carbon dioxide dissolves in seawater, it becomes an acid. This acid is lowering the pH of ocean water. pH is an important vital sign of ocean health, and its rapid change raises a red fl ag. Scientists refer to this shift in ocean chemistry as ocean acidifi cation.

Adaptation of Fisheries and Fishing Communities to the Impacts of Climate Change in the CARICOM Region

This paper is a compilation of information on impacts of climate change on Caribbean fisheries and adaptation approaches to these impacts. It also incorporates discussions and recommendations from the “Consultation on Adaptation of Fisheries and Fishing Communities to the Impacts of Climate Change in the CARICOM Region”, held in Tobago, April 14-15, 2002.

Come Heat And High Water: Climate Risk in the Southeastern U.S. and Texas

The Southeast U.S. and Texas are experiencing an economic boom, mostly due to manufacturing and energy industry growth. But that boom is at risk from unchecked climate change, which could render this region—already one of the hottest and most weathervulnerable of the country—at significant economic risk. However, if policymakers and business leaders act aggressively to adapt to the changing climate and to mitigate future impacts by reducing their carbon emissions, this region can lead in responding to climate risk.

Climate Ready North Carolina: Building a Resilient Future

This report was developed by the North Carolina Interagency Leadership Team (ILT), a group of eleven state and federal agencies, to communicate to planners and engineers, working for the public and private sectors, about the potential effects and risks due to changes in climate and extreme weather events, as well as strategies for considering those effects and risks in planning, design and implementation of projects.

Science Support for Climate Change Adaptation in South Florida

Earth's changing climate is among the foremost conservation challenges of the 21st century, threatening to permanently alter entire ecosystems and contribute to extinctions of species. Lying only a few feet above sea level and already suffering effects of anthropogenic stressors, south Florida's ecosystems are particularly vulnerable to negative impacts of climate change. Recent research accounting for the gravitational effects of melting ice sheets predicts that sea level rise on U.S. coastlines will be much higher than global averages (Gomez et al.

A Multi-Disciplinary Review of Current Sea-Level Rise Research in Florida

Sea-level rise is an issue of paramount importance for the state of Florida due to its lengthy coastline, low relief, high coastal population density, ecologically and economically vital beaches, estuaries, and wetlands, and porous limestone geology. The rate of sea-level rise in Florida generally follows the global average (~3 mm per year) and is slowly gaining public attention as a significant threat to the natural and socioeconomic future of the state.

Incorporating Climate Change into Florida’s State Wildlife Action Plan

Although Florida habitats and species face significant threats related to sea level rise, Florida’s first state wildlife action plan did not comprehensively consider climate change impacts. The Florida Fish and Wildlife Conservation Commission (FWC) worked with partners to assess species vulnerability using new models and approaches during the first revision of the state wildlife action plan.