Using modeling techniques, students discover how coastal dunes form and how they can protect coastal areas from erosion and flooding during storms and harsh weather events. Students will make predictions and observations, then come to their own conclusions about the importance of dunes and how they can make coastal areas more resilient against storms.

In this activity students will build a model of a salt marsh and the land surrounding it out of clay. Students will use this model to see what happens to salt marshes when the sea level rises and how the slope of the land and the location affect the marshes survival.

Students study the essential parts of the Cape American Beach Grass Ammophila breviligulata and discover the basic necessities for plant survival.

Many leaders in Maryland have highlighted the importance of developing oyster aquaculture in the state: this industry supports local working waterfronts and also helps the state’s struggling seafood industry. Maryland Sea Grant Extension helped to bring about changes in state policy to make it easier for residents to obtain leases for aquaculture operations in Chesapeake Bay, creating new opportunities for entrepreneurs. To help them pursue those opportunities, Maryland Sea Grant Extension and its partners have developed a number of programs that help shellfish growers to obtain start-up funding for these ventures and to build and operate them successfully.

Maryland and other states in the Chesapeake Bay watershed are currently engaged in a multi-billion dollar effort to improve water quality by meeting Total Maximum Daily Load (TMDL) targets for nutrients and sediments. To accomplish this, municipalities around the region need help from trained and dedicated volunteers who can implement watershed restoration practices. Such practices include stormwater management tools like rain gardens and barrels.