Faculty Labs and Research

The Helmuth lab uses mathematical and physical models to incorporate the many factors of our changing climate to predict patterns of body temperature in key intertidal organisms around the world.

The lab is interested in the interactions among the numbers and identity of species, the genetic individuals that make up those species, and the ecosystem services that they provide.  They use a combination of lab and field experiments, molecular techniques, and data synthesis to understand the consequences of changes in marine biodiversity.

The Kimbro lab studies why coastal habitats such as salt marshes and oyster reefs thrive in certain areas, but not in others.

The lab studies hydrologic and climatic variability and its connections to the natural and built environment. They are interested in how floods, droughts, and other climate-related hazards shape landscapes and societies across the land-sea interface.

The program investigates a wide range of subjects in the marine and geological sciences, including global climate change, ocean acidification, paleoceanography, paleobiology, carbonate sedimentology, isotope geochemistry, biomineralization, and carbon sequestration.

Research in the Trussell Lab is focused on the ecology and evolution of marine communties, in particular the role of species interactions in shaping communities. This work involves laboratory projects and field research that spans the breadth of habitats in the Gulf of Maine.

The Manetsch Lab addresses various aspects of medicinal chemistry related to optimization of anti-malarial, anti-leishmanial, and anti-bacterial agents, as well as developing and applying LC/MS-based approaches facilitating synthetic and medicinal chemistry.

The Lopez Research Group uses quantum mechanical and machine learning techniques to identify next-generation organic materials for applications in renewable energy and photomedicine.

The Environmental Sensors Lab develops new sensors, instruments, and signal processing strategies to optimize our ability to study the natural and built environments.

The Patterson lab works to develop autonomous underwater robots for civil infrastructure and marine sensing and decision support tools for gray/green infrastructure like tide gates while studying environmental fluid mechanics,biomechanics, and mass transfer in living systems.

Professor Heiman’s research group focuses on several challenging and technologically important areas: (1) topological materials; (2) nanomagnetism; and (3) novel spintronic materials.

Professor Israeloff’s approach in the understanding of disordered systems, critical phenomena, and non-linear dynamics is to probe model complex materials with novel mesoscopic techniques, with an emphasis on noise measurements and analyses.