iC3 produces ground-breaking new insights into how the links between ice sheets, carbon cycles and ocean ecosystems are impacting life on earth

Abstract. Organic carbon stored in continental margin sediments might be at risk by widespread mobile bottom fishing, potentially leading to reductions of organic carbon stocks, increased ocean acidif...

A new technical briefing reviews the latest evidence on how trawling, other human activities and climate change affect seabed carbon.

Attending a conference in Glasgow's Conference Zone? Travel by rail for five days for just £5 with a Conference Rover.

Abstract. Organic carbon stored in continental margin sediments might be at risk by widespread mobile bottom fishing, potentially leading to reductions of organic carbon stocks, increased ocean acidif...

Hotspots and coldspots of seabed organic carbon on the Norwegian continental margin, Diesing, Markus, Smeaton, Craig, Bjarnadóttir, Lilja Rún, Thorsnes, Terje

Hotspots and coldspots of seabed organic carbon on the Norwegian continental margin, Diesing, Markus, Smeaton, Craig, Bjarnadóttir, Lilja Rún, Thorsnes, Terje

Abstract. Continental shelves are critical for the global carbon cycle as they store substantial amounts of organic carbon (OC). Shelf sediments can also be subject to considerable anthropogenic press...

NGU har ledige stillinger som forskere i maringeologi ved vårt hovedkontor i Trondheim - 1 fast stilling og ett årsvikariat.Maringeologi ved NGU arbeider med et bredt spekter av oppgaver innen havbunn...

Marine sediments in coastal and shelf habitats play a prominent role in the global carbon cycle, while being subjected to increasing impacts of anthropogenic seabed-disturbing activities including ene...

Marine conserved areas (MCAs) can provide a range of ecological and socio-economic benefits, including climate change mitigation from the protection and enhancement of natural carbon storage. Canada's...

This fellowship is for non-UK scientists who are at an early stage of their research career and wish to conduct research in the UK.

Glacial troughs account for 39% of the stocks and 48% of the accumulation of organic carbon in Norwegian continental margin sediments, according to an analysis using machine learning approaches.