The introduction and application of high resolution XRF core scanners has made an
enormous contribution to palaeoclimate science over the last two decades. These core …

Vegetated coastal ecosystems, including tidal marshes, mangroves and seagrass meadows,
are being increasingly assessed in terms of their potential for carbon dioxide sequestration …

Taking into consideration the changing climate, researchers are mainly interested in
measuring this change in many different sectors. Regarding the coastal areas, the effects …

Severe storm flooding poses a major hazard to the coasts of north‐western Europe.
However, the long‐term recurrence patterns of extreme coastal flooding and their governing …

Calculating the amount of soil organic carbon (SOC) stored in coastal environments,
including salt marshes, is needed to determine their role in mitigating the Climate Crisis …

Tsunami deposits around the North Sea basin are needed to assess the long‐term hazard of
tsunamis. Here, we present sedimentary evidence of the youngest tsunami on the Shetland …

Saltmarshes are widely thought to sequester carbon at rates significantly exceeding those
found in terrestrial environments. This ability arises from the in-situ production of plant …

Intertidal wetlands capture and store carbon (C) for long periods of time, helping to reduce
the concentration of CO2 in the atmosphere. Yet the processes, which govern the …

The 494 km long Latvian coast consists of sandy sediments, which serve as an excellent
proxy for past coastal events and environment. Our study explores these understudied …

Studier av palaeostormfloder ger bakgrund till inom vilka intevall stormar av olika storlek
förväntas återkomma och träffa olika områden. Denna information kan användas vid …