Join the Celebration!

   

Celebrating 100 Years of Science! | 1925-2025
  • UMCES HOME
  • DONATE

Search form

  • Work with Us
    • Science communication services
    • Environmental report card production
    • Training and capacity building
    • Stakeholder Engagement
    • Careers
  • Media Library
    • Symbols
    • Graphics
    • Photos
    • Videos
  • Report cards
  • Education
    • Professional Certificate
    • MEES Graduate Program
    • Short Courses
    • Initiatives
  • Blog
  • Enewsletter
  • Publications
    • Books
    • Report Cards
    • Newsletters
    • Reports
    • Brochures
    • Posters
    • Papers
  • Projects
  • About
    • Who we are
    • What we do
    • Our Mission
    • History
    • Partnerships
    • Contact
    • Land Acknowledgment Statement
    • Project Videos
  • Home
  • Media Library
Clear Filters

Lightbox (0)

Symbol Package
Illustration of a ghost forest, which can be caused by sea-level rise, land subsidence, or both. As land subsides along the coast, trees can drown in saturated soils, creating ghost forests. Salt-water intrusion into groundwater can also cause salt-intolerant trees to die.
Climate change: ghost forest
Even without a storm present, a full-moon high tide and the low Eastern Shore of Maryland can combine to flood roads, utilities, and waterfront properties.
Flooding, Eastern Shore, MD
Even without a storm present, a full-moon high tide and the low Eastern Shore of Maryland can combine to flood roads, utilities, and waterfront properties.
Flooding, Eastern Shore, MD
Even without a storm present, a full-moon high tide and the low Eastern Shore of Maryland can combine to flood roads, utilities, and waterfront properties.
Flooding, Eastern Shore, MD
Even without a storm present, a full-moon high tide and the low Eastern Shore of Maryland can combine to flood roads, utilities, and waterfront properties.
Flooding, Eastern Shore, MD
Navigation channel disecting eroding marsh in coastal Louisiana
Navigation channel dissecting eroding wetland
Small fragments of remnant marsh in Coastal Louisiana, SE of Houma
Remnant eroded wetlands, Coastal Louisiana
As per Darwin's theory about the formation of coral atolls, this illustration shows the remaining coral atoll following subsidence of the original volcanic island.
Reef 3D: coral atoll
Wakes from passing vessels can be a significant contribution to coastal erosion
Boat wakes erode coastal marshes
Coastline being eroded in the Maryland Coastal Bays
Eroding Marsh
Typical scalloped pattern of an eroding marsh
Eroding Marsh
Eroding marsh in the Maryland Coastal Bays
Eroding Shoreline
Erosion from wave action and sea level rise showing exposed roots
Exposed marsh roots
Shoreline Erosion in the Choptank River
Shoreline Erosion

UMCES Links

  • Home
  • About
  • Campuses
  • News & Events
  • Directory
  • Employment
  • Research
  • Press Room

Contact Info

2020 Horns Point Rd
Cambridge, MD 21613

410-221-2048

Contact

Enewsletter

Subscribe to our enewsletter

Copyright 2025 UMCES | Privacy/Terms of Use | An Institution of the University System of Maryland