Our planet is changing, and one of the most pressing challenges facing the scientific
community revolves around understanding how ecological communities respond to global …

It is well known that ocean acidification can have profound impacts on marine organisms.
However, we know little about the direct and indirect effects of ocean acidification and also …

Estuarine intertidal flats are known for high rates of primary production, however, globally
these ecosystems are under threat from rising sea‐level and accelerated inputs of terrestrial …

Marine sediments are important sites for global biogeochemical cycling, mediated by
macrofauna and microalgae. However, it is the microorganisms that drive these key …

The intensity of marine heatwaves is increasing due to climate change. Heatwaves may
affect macroinvertebrates' bioturbating behavior in intertidal areas, thereby altering the …

Ecosystems are simultaneously affected by biodiversity loss and climate change, but we
know little about how these factors interact. We predicted that climate warming and CO 2 …

Humans have used, and had effects on, marine ecosystems throughout history. As the
human population and its economic activities increase, these effects intensify. Yet, our …

Dissolved oxygen (DO) and heat exchanges across the water‐sediment interface (WSI) of a
shallow lagoon are controlled by processes occurring on both sides of the WSI, particularly …

Organisms in shallow waters at high latitudes are under pressure due to climate change.
These areas are typically inhabited by microphytobenthos (MPB) communities, composed …

10 arine sediments constitute one of the largest habitat types on Earth, covering roughly
80% of the ocean bottom (Lenihan and Micheli 2001; Nybakken and Bertness 2005). As a …