Welcome to the Auster Lab

Research in the Auster lab is focused on the role that variation in habitats and landscape play in mediating the distribution and abundance of marine and estuarine fishes. We use approaches from population and community ecology as well as from the disciplines of landscape ecology and animal behavior. Our studies are conducted at diverse locations around the world ranging from small estuaries and near shore reefs to the outer continental shelf and deep sea. However, a primary focus is the waters off the coast of New England.

Our overall objective is to understand how habitat-mediated processes vary across time and space and contribute to the resultant patterns of biological diversity in the sea. Understanding the impacts of human activities, as well as evaluating management approaches that allow both the conservation and sustainable use of marine biological diversity, are an important applied focus. We also work directly in the science-policy arena by serving on or providing information to various panels, commissions and councils focused on marine resource conservation and management at local, state, regional, national and international levels. You can't win if you don't play!

Peter Auster preparing for a dive

Another day at the office.



"In every walk with nature one receives far more than he seeks."
- John Muir


Projects are focused in four broad areas:

Habitat Eclogy of Fishes

Habitat Ecology of Fishes

  • Landscape scale variation of diversity, distribution and abundance
  • Movement patterns of fishes in relation to sea floor habitats
  • Facilitative behavior of fishes in coral reef habitats
Dynamite

Ecological Effects of Human Uses of the Sea

  • Effects of fishing on habitat, species interactions, and diversity
  • Ecosystem approaches to ocean management
  • Introduced species and control via fish predators
  • Developing data products and decision support tools for managers

Fish fight in Stellwagen Bank

Role of Marine Protected Areas (MPAs)

  • Performance of MPAs in temperate and tropical seas
  • Identifying species at risk within MPAs
  • Assessing and predicting the status of rare species
  • MPA planning tools and approaches
Underwater exploration vehicles and remote imaging

Applications of Underwater Vehicles and Imaging Technologies

  • Quantitative applications of underwater image products
  • Assessing avoidance and attraction of fish to underwater vehicles and implications for survey metrics
  • Use of remote cameras for point sampling of behavior and habitat use