Wetlands

Wetlands Enrichment Tours

Wetlands Restoration

Since 2006, a large scale wetlands restoration project began at the Hermitage. Over 5,000 native marsh grasses were planted, creating a ½-acre Living Shoreline on the east end of the Hermitage grounds. This project was a joint effort of the Hermitage, NOAA Restoration Center, the National Fish and Wildlife Foundation, the Elizabeth River Project, and the City of Norfolk; many local volunteers devoted hours of their time to the effort as well. This project assists in controlling erosion and has effectively created a safe and clean habitat for many species of fish and wildlife. The Hermitage Wetlands also include a variety of native and flowering plants. Guests can stroll along the boardwalk, where educational markers have been placed to help the public appreciate the importance that wetlands provide in sustaining a healthy, thriving ecosystem. The 180 foot boardwalk can be accessed from a path off the main drive or through entrances in the East Garden.

In the spring of 2011 we continued our efforts of preservation by restoring a ¼-acre part of the original wetlands to the west end of the property. This project involved the planting of native Spartina alterniflora and the use of coir logs to hold sand and imitate a natural shoreline.

Most recently 6,500 square feet of wetlands were restored on the west side of the property in the spring of 2015.

Wetlands RestorationThe Hermitage is recognized as a ‘Sustained Distinguished Performance River Star’ by the Elizabeth River Project’s River Stars Program. This represents the completion of significant new initiatives by a River Star and was earned for the Museum’s continued efforts in habitat enhancement, pollution prevention, and community outreach and education.

The award also reflects the educational efforts of the Museum involved with the restoration over the past year, including student plantings, community clean ups, and volunteer oyster bed enhancements. Additionally, efforts have been made to reduce the number of herbicides and pesticides used in the gardens by 50%.

Buffer Bed Plant List

Herbaceous-perennial plants

Blue Vervain

Blue Wild Indigo

Canada Goldenrod

Cardinal Flower

Cinnamon fern

Jewelweed

Joe Pye Weed

Lizard’s tail

Marsh Hibiscus

Marsh Marigold

Monkey Flower

New York Aster

Pickerelweed

Saltmarsh fleabane

Sea Oxeye

Seashore Mallow

Seaside Goldenrod

Spiderwort

Sundrops

Swamp Milkweed

Yellow Water Iris

Grasses

Black Needlerush

Coastal Panic grass

Rice Cutgrass

Saltmeadow hay

Smooth cordgrass

Soft Rush

Switchgrass

Variegated Sweet Flag

Shrubs

Beautyberry

Buttonbush

Elderberry

Groundsel bush

Inkberry holly

Marsh elder

Southern wax myrtle

Swamp rose

Sweet pepperbush

Witchhazel

Trees

 

Carolina Silverbell

Virginia Sweetspire

Sweetbay Magnolia

Tea Olive

Oyster Reef Balls

Oysters are extremely important to the filtration of our waters; a single oyster can clean up to 50 gallons of water per day. Sadly, the number of oysters in the Chesapeake Bay has drastically declined over the past several years due to disease, over-fishing, and poor water quality. The re-population of these oysters is essential in restoring our local waterways.

Oyster Reef Balls at the Hermitage WetlandsIn June 2010 and April 2012, the Chesapeake Bay Foundation installed 75 oyster reef balls throughout the Lafayette River. Reef balls are hollow spheres of concrete weighing around 100 pounds each. They provide a solid habitat on which oyster larvae, or ‘spat’, can attach and grow.

These oyster reef balls were installed near the Hermitage shoreline and at the mouth of the water breakers on the east and south sides of the property. Five months later the reef balls were examined and we had magnificent results! The reef balls were completely covered with oysters, signifying improved water conditions and a healthy local oyster population. Visit our wetlands by the East Garden at low tide to see the oyster reef balls for yourself.

Rain Garden

Rain Gardens are designed to help capture, channel, divert, and clean runoff water that comes from rain and storms. The rain garden built here at the Hermitage also filters and absorbs the water from high tides raised by the Lafayette River as well as rainwater runoff from roofs, concrete curbs, and compact lawns. It uses the landscape to slow down the amount of water lost in public drainage.The garden will benefit the environment and improve the local wildlife and plant habitats.

rain gardenThe rain garden was designed and planted in the fall of 2011. To echo nature, it was planted with 80% of native plants and shrubs. The garden will be shared with the community and offers educational features to instruct guests on how the garden works and how they can start their own.

The rain garden was made possible by the Garden Club of Norfolk with funding provided by the Garden Club of Virginia's Bessie Bocock Carter Conservation Award.

Materials used to build the rain garden: filter cloth or underline, two types of gravel–river rock and roof rock and soil-Nutri green blend with sand.

The following plants can be found in the rain garden:

American Beautyberry

Aromatic aster

Beautyberry

Bee balm

Black Eyed Susan

Blanket Flower

Blue Star

Cattail

Chocolate Joe Pye Weed

Coreopsis 'Fruit Punch'

Early Amethyst Beautyberry

False Aster

Florida anise

Hibiscus 'Kopper King'

Hibiscus Sultry Kiss

Little Joe Pye Weed

Marsh elder

Milkweed

Mist flower

New England Aster

Panicum virgatum

Pink Mulhy Grass

Pink Snakeweed

Red Fountain grass

Red Knee High

Salt bush

Seashore Mallow

Seaside Goldenrod

Shasta Daisy

Solidago 'Golden Fleece'

St John’s wort

Swamp Milkweed

Swamp rose

Sweet Pepperbush

Virginia Sweetspire

Wax Myrtle

White Gaura

Winter Red Holly

WET Program

Wetland’s Enrichment Tours, or WET, is  a newly designed educational program aimed at bringing the Hermitage’s living  shoreline restoration to life for Norfolk Public School students.  The program, offered to students in grades  four through six, teaches what a wetland is, creatures and features of  wetlands, why wetlands are important, and the flood buffering and filtering  effects of wetlands.
Detailed information