The storm that hit the coast on Friday, December 23rd caused the Reserve some headaches. A tree went through our kayak pavilion, and the power went out- putting our aquarium animals in danger and our alarms and heating systems on the fritz. But the flooding! Did you get out and see the coast late morning on Friday?
Come explore the Great Bay Community Wildlife Garden! This beautiful demonstration garden is a place where everyone is invited to relax and get inspired to make their yards more wildlife friendly. This page explains the garden’s design so you can find a few ideas for your own yard or window box.
The Great Bay Living Shoreline Project has selected four locations where teams of professional engineers, landscape architects, and ecologists will be developing suggested living shoreline designs. The four sites were chosen to illustrate the potential for living shoreline approaches to be adapted for different site conditions and diverse landowner goals.
Our staff are lucky to spend their professional lives trying to deepen our understanding of Great Bay. Our interest in the estuary includes investigating how people relate to Great Bay now, and how they have throughout history. Our cultural history and natural history are interdependent, and whether we are reflecting on Native American summer camps on our shores, colonial trading aboard the Gundalow, the industrial mills our rivers powered, or the current debates about the impacts of development. It is always a thrill to link specific historic activities and trends to the lands that we now steward and to be given an opportunity to interpret both the natural resource and the history of Great Bay. Last week, GBNERR hosted a Lunch and Learn that illuminated the history of a specific Wildlife Management Area within GBNERR, Glenn Cove.
With sea level and storm activities on the rise, researchers at UNH are looking into the best way to protect our coastal salt marshes. Working in collaboration with Great Bay National Estuarine Research Reserve, researchers are able to implement different techniques to prevent salt marsh erosion due to sea level rise. This post is the second of two, highlighting graduate students working on salt marsh resiliency.
