Aquatic eddy covariance (AEC) is increasingly being used to study benthic oxygen (O2) flux
dynamics, organic carbon cycling, and ecosystem health in marine and freshwater …

Bioturbation refers to the biological reworking of soils and sediments, and its importance for
soil processes and geomorphology was first realised by Charles Darwin, who devoted his …

Meiobenthology is the science of the tiny animals that live in huge numbers in all aquatic
sediments. This fully revised and enlarged second edition emphasizes new discoveries and …

Presenting state-of-the-art research advancements, this volume explores innovative
approaches to effectively apply existing porous media technologies to biomedical …

Fixed nitrogen limits primary productivity in many parts of the global ocean, and it
consequently plays a role in controlling the carbon dioxide content of the atmosphere. The …

Negative emission technologies (NETs) target the removal of carbon dioxide (CO2) from the
atmosphere, and are being actively investigated as a strategy to limit global warming to …

Bioturbation of bottom sediments at the sediment–water interface is currently gaining more
attention in studies dealing with the functioning of aquatic ecosystems. Such bioturbation …

Sediment destabilization by sediment-reworking organisms is common in coastal aquatic
environments, but the potential of bioturbation to inhibit shoreline succession has not been …

Several concepts pertaining to the dramatic changes that occurred during the Cambrian
have been proposed, namely the Agronomic Revolution (AR), the Cambrian Substrate …

The effects of chironomid larvae bioturbation on the lability of phosphorus (P) in sediments
were investigated through sediment incubation for 140 days. High-resolution dialysis (HR …