Savanna C. Barry

0000-0002-8743-4383

Living Shoreline Monitoring—How do I evaluate the environmental benefits of my living shoreline?

Laura K. Reynolds, Natalie C. Stephens, Savanna C. Barry, and Ashley R. Smyth

Ecosystem Services Provided by Living Shorelines

Ashley R. Smyth, Laura K. Reynolds, Savanna C. Barry, Natalie C. Stephens, Joshua T. Patterson, and Edward V. Camp

The purpose of this new 6-page document is to explain the types of ecosystem services provided by different types of living shorelines and how to quantify these values. The target audience for this document is local governments and municipalities that make decisions about developing, conserving, and restoring living shorelines; state management agencies that oversee broader scale habitat management; and finally, homeowners who will be immediately affected by any of these decisions. Written by Ashley R. Smyth, Laura K. Reynolds, Savanna C. Barry, Natalie C. Stephens, Joshua T. Patterson, and Edward V. Camp and published by the UF/IFAS Department of Soil, Water, and Ecosystem Sciences.

The American Horseshoe Crab (Limulus polyphemus)

Savanna Barry, Holly Abeels, and Shelly Krueger

A UF/IFAS numbered peer reviewed Fact Sheet. Published by ==Natural Resources==

A Homeowner's Guide to the Living Shoreline Permit Exemption Part 2: United States Army Corps of Engineers

Savanna Barry, Sara Martin, and Eric Sparks

A UF/IFAS numbered peer reviewed Fact Sheet for Homeowner audience(s). in support of UF/IFAS Extension program: Natural resources operations and Invasive Species

A Homeowner's Guide to the Living Shoreline Permit Exemption, Part 1: Florida Department of Environmental Protection

Savanna Barry, Sara Martin, and Eric Sparks

A UF/IFAS numbered peer reviewed Fact Sheet for Homeowner audience(s). in support of UF/IFAS Extension program: Environmental Literacy and Sustainability

Recreational Fishing Effort and How Management Actions Can Affect It—Part 1: Theory

Edward Camp, Micheal S. Allen, Thomas T. Ankersen, Savanna Barry, and Mark W. Clark

Recreational fishing is especially important to Florida’s economy and ecosystems. One of the most important metrics of recreational fisheries is “effort”—defined as the number of trips taken during a time and place. Effort is so important because it directly affects fish population sustainability, economic value and market activity. But what determines fishing effort? This publication describes the mechanisms that drive fishing effort. It specifically details the processes by which management actions can directly and indirectly affect fishing effort, and how feedbacks between these actions can change effort. The information in this document is critical for people involved with management decisions, like agency personnel and their stakeholders; those wanting to explain it to others, like extension agents; directly affected stakeholders like recreational fishers and guides; or simply the general public who want to know more about recreational fisheries in Florida.

Responsible Boating Protects Coral Reefs

Ana Zangroniz, Savanna Barry, and Joy Hazell

A UF/IFAS numbered Fact Sheet for General Public audience(s). in support of UF/IFAS Extension program: Ecotourism and Agritourism

Best Practices for Scalloping: From the Boat to Your Plate

Brittany Hall-Scharf, Sarah Ellis, and Savanna Barry

A UF/IFAS numbered Fact Sheet. in support of UF/IFAS Extension program: Ecotourism and Agritourism

Responsible Boating Protects Seagrass Meadows

Savanna Barry, Ana Zangroniz, and Joy Hazell

A UF/IFAS numbered Fact Sheet for General Public audience(s). in support of UF/IFAS Extension program: Ecotourism and Agritourism

What is blue carbon?

Alexandra L. Bijak, Ashley R. Smyth, Savanna C. Barry, and Laura K. Reynolds

Vegetated coastal ecosystems, including mangroves, salt marshes, and seagrasses, store large amounts of carbon in plant biomass and underlying sediments, known as blue carbon. There is increasing interest among policymakers and natural resource managers in quantifying and monetizing the carbon stored in blue carbon ecosystems. However, carbon cycling in the marine and coastal environment is complex. This complexity and the logistical issues in accurately measuring blue carbon limit our ability to manage and restore blue carbon ecosystems as nature-based tools for climate change mitigation. This publication provides a general introduction to the processes that affect net carbon storage in blue carbon habitats and addresses implications for natural resource managers interested in quantifying net carbon storage.

Living Shoreline Ecosystem Service Valuation Tool

Ashley R. Smyth, Laura K. Reynolds, Savanna C. Barry, Natalie C. Stephens, Joshua T. Patterson, and Edward V. Camp

Living shorelines are an increasingly popular way to protect and stabilize waterfronts for coastal property owners. Living shorelines provide valuable benefits to humans, including water quality improvement, habitat, fisheries, and carbon sequestration. Estimating the economic value of the ecosystem services living shorelines offer is an integral part of management decisions. The living shoreline valuation tool can help quantify the costs and benefits of living shorelines projects. This publication briefly describes the ecosystem services associated with living shorelines. The purpose of this publication is to introduce the ecosystem service valuation tool. Our target audience for the living shoreline evaluation tool includes natural resource extension agents, community organizations, and coastal homeowners who want to calculate the value of ecosystem services provided by coastal restoration projects, including living shorelines. 

Recreational Fishing Effort and How Management Actions Can Affect It—Part 2: Literature and a Case Study

Edward Camp, Micheal S. Allen, Thomas T. Ankersen, Savanna Barry, and Mark W. Clark

Recreational fishing, crucially important to Florida’s economy and ecosystems, can be affected by management decisions. Decisions that change the allowable harvest or the type of access to certain fishing areas are often expected to have strong effects on fishing effort, but the outcome of these actions is not always obvious. To provide greater insight into what may happen to fishing effort after management decisions, we describe case studies from the North American fisheries literature, some Florida-specific. These illustrate that the same or similar management actions (e.g., a more restrictive harvest policy) can have opposite effects on total fishing effort depending on the specifics of the case. We use this information as well as additional fisheries theory to explore a specific case study—what might happen if special harvest or access regulations were applied to a popular but ecologically and environmentally sensitive habitat—Florida's St. Martins Marsh Aquatic Preserve.