Skip to content

Tidal Velocity Asymmetries and Bedload Transport in Shallow Embayments

Tidal Velocity Asymmetries and Bedload Transport in Shallow Embayments Fry, V. and D.G. Aubrey Estuarine, Coastal and Shelf Science, Vol. 30, pp. 453-473, 1990 WHOI-R-90-008 Tidal circulation can cause a net transport of sediment when the tidal velocity is asymmetric about a zero mean (flood or ebb dominant) and the sediment transport rate is related…

Read More

Focal Points – Evaluation of Coastal Erosion Hazards: Results from a National Study and a Massachusetts Perspective

Focal Points – Evaluation of Coastal Erosion Hazards: Results from a National Study and a Massachusetts Perspective August 20010 – While it may not be surprising to learn that coastal property owners — particularly those with property located within a few hundred feet from shore — face risks from flooding, a recent study found that,…

Read More

Bulletin: New Shoreline Change Data Reveal Massachusetts is Eroding

Bulletin: New Shoreline Change Data Reveal Massachusetts is Eroding Approximately 75 percent of the U.S. ocean shoreline is eroding. Massachusetts’ ocean-facing shore is no exception. A recent study of shoreline change in Massachusetts by the U.S. Geological Survey, Woods Hole Oceanographic Institution Sea Grant Program, and Cape Cod Cooperative Extension reveals that approximately 68 percent,…

Read More

Bulletin: Beach and Dune Profiles: An Educational Tool for Observing and Comparing Dynamic Coastal Environments

Bulletin: Beach and Dune Profiles: An Educational Tool for Observing and Comparing Dynamic Coastal Environments Beaches and dunes are in constant motion, continually changing shape and shifting position in response to winds, waves, tides, relative sea level, and human activities. The most significant changes occur seasonally and following storms.

Read More