Acidobacteriota are widespread and often abundant in marine sediments, yet their metabolic
and ecological properties are poorly understood. Here, we examined metabolisms and …

Marine sediments act as a sink for various heavy metals, which may have profound impact
on sedimentary microbiota. However, our knowledge about the collaborative response of …

We address here the specific timing and amplitude of sea‐surface conditions and
productivity changes off SW Greenland, northern Labrador Sea, in response to the high …

The Arctic has the highest warming rates on Earth. Glaciated fjord ecosystems, which are
hotspots of carbon cycling and burial, are extremely sensitive to this warming. Glaciers are …

As a substitute for bisphenol A (BPA), bisphenol S (BPS) has a longer half-life, higher
chemical inertness and better skin permeability than BPA, and it also has a strong endocrine …

Microorganisms in subsurface sediments live from recalcitrant organic matter deposited
thousands or millions of years ago. Their catabolic activities are low, but the deep biosphere …

Marine cold seeps transmit fluids between the subseafloor and seafloor biospheres through
upward migration of hydrocarbons that originate in deep sediment layers. It remains unclear …

Microbial fuel cells (MFCs) have great promise for power generation by oxidizing organic
wastewater, yet the challenge to realize high efficiency in simultaneous energy production …

Arctic glacial environments are rapidly changing, as the Arctic warms at a rate three to four
times faster than the global average (the phenomenon known as Arctic amplification) …

The sea bottom acts as a key natural archive where the memory of long-term timescale
environmental changes is recorded. This study discusses some ecological and chemical …