UNCW has global impact: Top-ranked university's research leads to more sustainable relationship with oceans.

• Position: RESEARCH NORTH CAROLINA: UNIVERSITY OF NORTH CAROLINA WILMINGTON

Scholars at the University of North Carolina Wilmington are conducting research of regional and global significance, including the effects of rising ocean waters and the continuous movement of shorelines; the causes of marine mammal stranding; the creation of sustainable fisheries and more.

* Oyster research

Building a sustainable shellfish aquaculture industry is a paramount objective for UNCW's Shellfish Hatchery. Research conducted at the hatchery contributes to the state's efforts to restore declining populations of ecological and commercial shellfish. Current research focuses on issues constraining the development of shellfish aquaculture industry, including the selective breeding of oysters for superior growth and survival; the investigation of best practices for the cultivation of sunray venus clams and bay scallops; and the evaluation of the effects of triploidy on performance.

* North Carolina shellfish siting tool

UNCW researchers developed an interactive tool for the N.C. coastline that aids in site selection for new or expanding shellfish operations. The tool is designed to help potential shellfish growers determine site feasibility and identify potential risks and long-term suitability. It provides data related to salinity, bottom type, depth soundings, shellfish growing area classifications, boat access areas, surrounding land cover and current shellfish growing operations.

* From the coastline to the stars

Physics and physical oceanography Associate Professor Dylan McNamara is leading an interdisciplinary team of researchers from seven universities--from geomorphologists to economists--to investigate ways public policies will affect both economic decisions and the coastal environment. The results of the team's research will provide insight into how real estate markets respond to complex changes in environmental conditions, public policies, scientific knowledge, and individual attitudes and values.

Professor John Morrison, also in the Department of Physics and Physical Oceanography, and a team of international scientists have developed a one-of-a-kind ocean color nanosatellite, or CubeSat, that can enhance scientists' ability to observe the ocean. The CubeSat, the size of a loaf of bread, provides a unique vantage point to observe the ocean's surface, alerting researchers to expansion of harmful algal blooms and potential fishing zones, among other things. The project will enhance scientists' ability to observe ocean color...