Location, specific topography, and hydrographic setting together with climate change and
strong anthropogenic pressure are the main factors sha** the biogeochemical functioning …

The Corg: P ratios of organic-rich facies (TOC> 1%) exhibit considerable variation through
the Phanerozoic, from< 10: 1 in the Permian Phosphoria Formation to> 1000: 1 in some …

Deep-water oxygen concentrations in the Baltic Sea are influenced by eutrophication, but
also by saltwater inflows from the North Sea. In the last two decades, only two major inflows …

This study reviews sediment data obtained from the Baltic Sea from 1995–2003. Recent
sediment accumulation rates (SAR) were estimated at 69 stations in the Baltic Sea from 99 …

Tools used for assessing marine trophic status are generally based on water column
characteristics, which, however, may provide unreliable classification of the benthic trophic …

In this study, redox-dependent phosphorus (P) recycling and burial at 6 sites in the Baltic
Sea is investigated using a combination of porewater and sediment analyses and sediment …

210Pb geochronology and sediment profiles of carbon, phosphorus and nitrogen were used
to study time dependent changes in nutrients fluxes to Culiacan River Estuary. Results …

Organic carbon (OC) buried in lake sediment is an important component of the global
carbon cycle. The impact of eutrophication on OC burial in lakes should be addressed due …

Blue carbon, the carbon fixed by vegetated coastal ecosystems including seagrasses, is
reported to have a large potential to sequester atmospheric carbon dioxide. Planting …

In this study, particulate organic carbon (POC) contents and their distribution pattern in
surficial sediments of the Baltic Sea are presented for 1,471 sampling stations. POC …