The oceans are losing oxygen (O 2), and oxygen minimum zones are expanding due to
climate warming (lower O 2 solubility) and eutrophication related to agriculture. This trend is …

Heatwaves have increased in intensity, duration and frequency over the last decades due to
climate change. Intertidal species, living in a highly variable environment, are likely to be …

Foraminifera are ubiquitously distributed in marine habitats, playing a major role in marine
sediment carbon sequestration and the nitrogen cycle. They exhibit a wide diversity of …

Benthic foraminifera populate a diverse range of marine habitats. Their ability to use
alternative electron acceptors—nitrate (NO3−) or oxygen (O2)—makes them important …

Assimilation, sequestration and maintenance of foreign chloroplasts inside an organism is
termed “chloroplast sequestration” or “kleptoplasty”. This phenomenon is known in certain …

The oceans are losing oxygen (O 2) and oxygen minimum zones are expanding, due to
climate warming (lower O 2 solubility) and artificial fertilization related to agriculture. This …

Haynesina germanica, an ubiquitous benthic foraminifer in intertidal mudflats, has the
remarkable ability to isolate, sequester, and use chloroplasts from microalgae. The …

This work reports the first description of benthic foraminiferal assemblages in the Gironde
estuary (France) with a particular emphasis on the non-indigenous species Ammonia …

The assimilation of inorganic compounds in foraminiferal metabolism compared to predation
or organic matter assimilation is unknown. Here, we investigate possible inorganic …

Benthic foraminifera are abundant marine protists which play an important role in the
transfer of energy in the form of organic matter and nutrients to higher trophic levels. Due to …