Intercampus Marine Science Graduate Program
About the program
The University of Massachusetts Intercampus Marine Science (IMS) graduate program is an exceptional place to earn your advanced degree in marine science. The comprehensive, multidisciplinary program to matches the complex nature of marine sciences, and brings together expertise in marine science and related fields under the umbrella of the entire University of Massachusetts system.
Academic experience
While interested students apply to an individual UMass “home” campus, all students have access to intercampus faculty mentoring, cross-campus enrollment in a variety of relevant on-campus or online courses, cross-campus collaboration for research opportunities, resource sharing, and library access. Our local, regional, and worldwide partnerships also provide a unique learning experience.
Mission
Our mission is the scientific understanding, management, economic growth, and sustainability of our marine environments. Our wide-ranging program also focuses on our aquatic ecosystem and its contribution to humanity. The IMS program also provides a community for current students and faculty to enliven and simplify their educational experience.
Join us
If you're interested in pursuing one of our programs as a graduate student, we invite you to apply. Please carefully review our admissions information and application criteria and submission process. If you are interested in joining us as a faculty member, or if you would like to partner with us, please contact us directly.
News
NewsSMAST summer internship program immerses high school students in marine science research and careers in the blue economy
Events
EventsJoin us in celebrating International Education Week! Enjoy a delicious Portuguese cuisine lunch in partnership with LSU! Questions? Email dining@umassd.edu or connect with us on social @UMassDEats
Join the Green Navigators in clearing the brush and overgrowth trails on campus! Please check the address notes for the location. Gloves and equipment will be provided. It is recommended that participants wear long pants, long sleeves, or a sweatshirt, and at minimum close-toed shoes, as well as bring water. Sticker(s) Available: Trail Clearing Contact bbarreraguerrero@umassd.edu for meet-up times and locations.
Join us in celebrating International Education Week! Enjoy a delicious Cape Verde cuisine lunch in partnership with CVSA! Questions? Email dining@umassd.edu or connect with us on social @UMassDEats
Grab a snack as you learn about climate change, sustainability, and everything in between through the Sustainability Movie Series here on campus held by the Office of Campus Sustainability. Movie Synopsis: In Burning, Academy & Emmy-award winning Australian filmmaker Eva Orner takes an unflinching look at the unprecedented, catastrophic Australian bushfires of 2019-2020 and shines a light on the global issue of climate change. The documentary delves into the disaster that unfolded across Australia, analyzing the irreversible damage, and the roles played by the federal government and media. Sticker(s) Available: Sustainability Movie Series
Observatory Open House No Moon - Saturn, Jupiter & Uranus
Department of Fisheries Oceanography "Diverse uses for Species Distribution Models (SDMs) in New England fisheries management" Michelle Bachman Lead Fishery Analyst, NEFMC Wednesday, November 27, 2024 3pm-4pm SMAST E 101-102 and via Zoom Abstract: Species Distribution Models (SDMs) combine presence / absence or relative abundance data from fishery-independent surveys with environmental data to predict the probability of marine fish and shellfish species occurrence through space and time. Using Community Basis Function Modeling techniques (Hui et al. 2023), offshore and inshore fish survey data, and a diverse suite of environmental predictors, we are estimating distributions for New England Council and Mid-Atlantic Council managed species and other abundant species in the Northeast U.S. Shelf Ecosystem. A solid understanding of current species distributions and the factors that influence them is essential to fisheries management decision-making in an era of climate change. We envision diverse applications for model outputs that aim to improve the responsiveness and resilience of fisheries management. The initial application for these model outputs is revising essential fish habitat designation maps. The Council's essential fish habitat designations support fisheries management decisions as well as consultations on non-fishing projects that are likely to impact fish habitats, and, by extension, fishery resources and fisheries. The three climate-resilience applications are: (1) identifying considerations for designating ecosystem component species in our fishery management plans, (2) developing revisions to governance approaches to account for current vs. historic species distributions, and (3) evaluating the results of portfolio analyses that will be used to identify opportunities and gaps in our management system, for example how fishing permits are structured. This talk will briefly describe our modeling approach and share how the results will be applied to each of these four projects. Potential future updates to these SDMs will also be noted. Join the Zoom Note: Meeting passcode required, email contact below to receive To request the Zoom passcode, or for any other questions, please email Callie Rumbut at c.rumbut@umassd.edu