Saving The Earth One Craft At A Time

Marine debris isn't an ocean problem - it's a people problem. That means people are the solution. And, tackling the problem of plastic in the ocean begins on land. Although it may seem daunting, there are simple actions we can take to reduce waste and prevent debris. If you're feeling crafty, here are some DIY projects that will transform plastic into something you can use in your home or garden.

Sankofa Wetland Park And Nature Trail

The Sankofa Wetland Park and Nature Trail is a long-term recovery project that aims to improve protection from hurricanes and flooding in the Lower Ninth Ward. The Sankofa Wetland Park was developed during 2017 in partnership with Sewerage and Water Board and the City of New Orleans. Sankofa worked with a team of wetland ecologists and landscape architects to transform this area into a space for environmental education, relaxation, and recreation for all to enjoy.

Salt Marshes Vs The Sea

Salt marshes fringe much of the world's low-lying coasts. They act as a first line of defence against storm surge waves, reducing storm water levels and the run up of waves on landward sea defences. As a result, vulnerable shorelines and engineered coastal defences are at lower risk of suffering under the impact of climate change, for example through sea level rise and intense storms.

Salinity And Water Clarity Dictate Seasonal Variability In Coastal Submerged Aquatic Vegetation In Subtropical Estuarine Environments

Spatial and temporal environmental variation control species distributions and abundances by defining habitat conditions that structure vegetation communities (Weiher & Keddy 1995, Wiens 2000). Describing this variation across multiple scales and identifying factors that control change remains a critical challenge for predicting vegetation communities and resulting habitat changes (Horne & Schneider 1995).

Risk Zone Map

Climate Central's Program on Sea Level Rise strives to provide accurate, clear and granular information about sea level rise and coastal flood hazards both locally and globally, today and tomorrow. Anchored in rigorous primary research, our work distinguishes itself by its user-friendly maps and tools, extensive datasets, and high-quality visual presentation.

Restoring San Francisco Bay's Wetlands

The San Francisco Bay's wetlands are disappearing at an alarming rate due to encroaching development, leaving the local ecosystem at risk. Moreover, the wetlands can store as much carbon as a tropical rainforest, an invaluable asset in the effort to slow global warming. Sonia Aronson of the PBS NewsHour Student Reporting Labs takes a look at a new and contentious proposed tax to save the bay.

Restoration Ecology

Ecological restoration aims to recreate, initiate, or accelerate the recovery of an ecosystem that has been disturbed. Disturbances are environmental changes that alter ecosystem structure and function. Common disturbances include logging, damming rivers, intense grazing, hurricanes, floods, and fires. Restoration activities may be designed to replicate a pre-disturbance ecosystem or to create a new ecosystem where it had not previously occurred. Restoration ecology is the scientific study of repairing disturbed ecosystems through human intervention.

Resoration Spotlight: Urban Wetland

Laura Bankey, Director of Conservation at the National Aquarium in Baltimore, guides us through the Fort McHenry Wetland. This 7-acre protected marsh was created in the 1980's as mitigation for the Fort McHenry Tunnel, and it provides critical habitat for wildlife in this heavily industrialized portion of the Chesapeake Bay. However, trash and debris are a major problem that must be managed through the help of community volunteers.

Researchers Uncover Highest- Ever Amont Of Mircroplastics On Ocean Floor

Researchers have uncovered the highest-ever concentration of microplastics on the seafloor. According to a new study in the journal Science, scientists recently found 1.9 million pieces in an area of about 11 square feet in the Mediterranean Sea. Over 10 million tons of plastic waste enter oceans each year - but the visible floating plastic that has led to anti-straw and anti-plastic bag movements accounts for less than 1% of the ocean's total plastic.