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Zostera marina (common eelgrass)

underwater footage of Epiphytes on Ludwigia polycarpa (False Loosestrife). — Epiphytes on Ludwigia polycarpa (False…

Underwater footage of Wild Celery — Vallisneria americana (Wild Celery) underwater

Conowingo Dam is the last Dam on the Susquehanna River before it empties into the Upper Chesapeake Bay. This is a series of photos taken on an overflight of the Dam and surrounding sites during mid-November, 2015. This photo is of SAV along the river bank about a half mile down-river from the dam. — Conowingo Dam in Autumn

Conowingo Dam is the last Dam on the Susquehanna River before it empties into the Upper Chesapeake Bay. This is a series of photos taken on an overflight of the Dam and surrounding sites during mid-November, 2015. — Conowingo Dam in Autumn

Conowingo Dam is the last Dam on the Susquehanna River before it empties into the Upper Chesapeake Bay. This is a series of photos taken on an overflight of the Dam and surrounding sites during mid-November, 2015. SAV at Susquehanna Flats — Conowingo Flats in Autumn

On April 20,2012, the Waterfront Partnership, BioHabitats and Kids at Living Classroom created a floating wetland in the baltimore harbor. This included a public outreach event for students and other citizens. — Marsh Plants

On April 20,2012, the Waterfront Partnership, BioHabitats and Kids at Living Classroom created a floating wetland in the baltimore harbor. This included a public outreach event for students and other citizens. — Marsh Plants

Conceptual diagram illustrating the different life history strategies of several seagrass species. — Seagrass life history strategies

Generic seagrass meadow — Seagrass meadow

Submerged aquatic vegetation (SAV) beds in the Choptank River — SAV bed in the Choptank

Submerged aquatic vegetation (SAV) beds in the Choptank River — SAV in the Choptank

Illustration of Halodule wrightii (Shoalweed) — Halodule wrightii (Shoalweed)

Syringodium filiforme

Thalassia testudinum (Turtlegrass)

Conceptual diagram illustrating the factors that influence how much light is absorbed by seagrass. This includes phytoplankton, organic matter, suspended sediment, and the epiphytes that grow on the seagrass. — Relative light attenuation for seagrass

Illustration of Marsilea spp. (Water Clover) — Marsilea spp. (Water Clover)

Nuphar spp. (Yellow Waterlily)

Illustration of Cymodocea rotundata — Cymodocea rotundata

Illustration of Cymodocea rotundata seeds — Cymodocea rotundata seeds

Illustration of Cymodocea serrulata — Cymodocea serrulata 1

Illustration of Cymodocea serrulata — Cymodocea serrulata 2

Illustration of Cymodocea serrulata seeds — Cymodocea serrulata seeds

Illustration of Enhalus acoroides — Enhalus acoroides

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