新澳门六合彩内幕信息

新澳门六合彩内幕信息

新澳门六合彩内幕信息College of Marine Science

News

The Humpty Dumpty fish tale of the U.S. Gulf of Mexico

Joshua Kilborn is a research assistant professor at the 新澳门六合彩内幕信息College of Marine Science, where he studies large marine ecosystems and their associated fisheries. The figures above, which are included in his recent paper, depict a fishery ecosystem trajectory for the Gulf of Mexico (left) and smoothed lag-plot for the Gulf of Mexico fishery ecosystem (right).

Joshua Kilborn is a research assistant professor at the 新澳门六合彩内幕信息College of Marine Science, where he studies large marine ecosystems and their associated fisheries. The figures above, which are included in his recent paper, depict a fishery ecosystem trajectory for the Gulf of Mexico (left) and smoothed lag-plot for the Gulf of Mexico fishery ecosystem (right).

Image - Medium - Left with Caption Image Dimensions - Width: 320 px, Height: 213 px* * Recommended Height. Joshua Kilborn, research assistant professor at 新澳门六合彩内幕信息CMS

Joshua Kilborn, research assistant professor at 新澳门六合彩内幕信息CMS.

鈥淭his study attempts to operationalize the NOAA Southeast Fisheries Science Center鈥檚 2017 Ecosystem Status Report to help inform an ecosystem-based fishery management approach in the Gulf of Mexico large marine ecosystem (Gulf LME). I used 30+ unique ecosystem-level indicators from the report to model the fishery ecosystem trends and trajectory over time and better understand the factors that influenced their evolution. While these results did capture the fishery ecosystem鈥檚 vulnerabilities to shifting environmental and socioeconomic conditions, they also underscored the aquatic resources鈥� resilience to the rapidly changing pressures observed throughout the study period. This resilience is likely rooted in the complexity and diversity of the Gulf LME but it is also closely linked to informed management and decision making successes.鈥�

Return to article listing

Categories

Mission Statement

Our blue planet faces a suite of challenges and opportunities for understanding and innovation. Our mission is to advance understanding of the interconnectivity of ocean systems and human-ocean interactions using a cross-disciplinary approach, to empower the next workforce of the blue economy with a world-class education experience, and to share our passion for a healthy environment and science-informed decision-making with community audiences near and far.