A Safe Operating Space for inland recreational fisheries

This publication applies the “Safe Operating Space” or SOS framework to inland recreational fisheries management by determining the parameters under which harvest, habitat, predation, catchability, and other qualities of a fishery are sustainable. The publication examines these key qualities and the interactions between them, and offers suggestions for managers to adjust the framework and make decisions appropriate to the unique situation of each fishery.

A Morphometric Approach for Stocking Walleye Fingerlings in Lakes Invaded by Rainbow Smelt

The stocking tool introduced in this management brief calculates the most appropriate size to stock Walleye fingerlings in lakes invaded by predatory Rainbow Smelt. The publication also suggests basic strategies for assessing the size structure of Rainbow Smelt populations, and increasing the effectiveness of Walleye stocking efforts.

A review of coastal management approaches to support the integration of ecological and human community planning for climate change

This review describes the use of natural infrastructure in tidal marsh, beach and barrier island, mangrove, and biogenic reef habitats along the Atlantic, Gulf of Mexico, and Caribbean coasts of the United States. The term natural infrastructure refers to planned networks of natural lands that conserve or enhance ecosystem values and services (see Ozment et al., 2015). The benefits, opportunities, and challenges of implementing natural infrastructure in a coastal zone are compared to those of grey and hybrid infrastructure.

Sea-Level Rise Modeling Handbook: Resource Guide for Coastal Land Mangers, Engineers, and Scientists

This handbook describes and categorizes data, methods, and models and their design, structure, and application for hindcasting and forecasting the potential impacts of sea-level rise on coastal ecosystems. The first section of the handbook describes factors, rates, and models of observed and projected sea-level change, and the second section categorizes simulation tools for forecasting potential sea-level rise impacts on coastal ecosystems.