Earth and Planetary Sciences
7 years ago

Intertidal bars migration leads to beach accretion during low-moderate conditions.

Surf zone morphodynamics during low-moderate energetic condtions; The TASTI field experiment
Joost Brinkkemper, Drude F. Christensen, Timothy Price, I.M. Naus, Asger Bendix Hansen, V. van Bergeijk, J. van de Wetering, Gerben Ruessink, Verner Brandbyge Ernstsen, Troels Aagaard

Paper Summary

Related papers

Theme background image
Earth and Planetary Sciences
4 years ago

Blowout throats drive beach-dune sediment exchange, shaping coastal landscapes.

Aeolian Geomorphology
Paleoclimatology
Sedimentary Processes
Theme background image
Earth and Planetary Sciences
6 years ago

Extreme storms reshape England's coastlines, revealing key factors for future protection.

Coastal Dynamics
Aeolian Geomorphology
Mangrove Ecosystems
Theme background image
Earth and Planetary Sciences
8 years ago

Wave and tide dynamics shape beach erosion and sediment transport patterns

Coastal Dynamics
Mangrove Ecosystems
Aeolian Geomorphology

The study looked at how sand moves on the beach during calm to moderate conditions. They did this by collecting data at a beach in Denmark for four weeks. The data included measurements of water flow, sand levels, and beach shape. The researchers found that during this time, sand bars on the beach moved towards the shore, causing the beach to grow. This information helps us understand how beaches change over time and what factors influence these changes.