Global warming threatens the viability of tropical coral reefs and associated marine
calcifiers, including symbiont‐bearing larger benthic foraminifera (LBF). The impacts of …

Large benthic foraminifera are major carbonate components in tropical carbonate platforms,
important carbonate producers, stratigraphic tools and powerful bioindicators (proxies) of …

Foraminifera are considered good bioindicators of environmental stress based on
morphological abnormalities, but physiological responses occur far earlier and have not …

While organismal responses to climate change and ocean acidification are increasingly
documented, longer-term (> a few weeks) experiments with marine organisms are still …

Foraminifera are unicellular protists capable of precipitating calcite tests, which fossilize and
preserve geochemical signatures of past environmental conditions dating back to the …

Studies on the effects of global marine plastic pollution have largely focused on
physiological responses of few organism groups (eg, corals, fishes). Here, we report the first …

Large benthic foraminifera are an integral component of shallow-water tropical habitats and
like many marine calcifiers, are susceptible to ocean acidification (OA) and ocean warming …

The basic life cycle of Foraminifera has long been recognized as alternation between sexual
and asexual generations; a common modification is several successive asexual …

Coastal marine management is vital for socio-ecological sustainability of developing,
tropical ecosystems, which calls for diverse tools to monitor and assess water quality. The …

Rising atmospheric CO2 shifts the marine inorganic carbonate system and decreases
seawater pH, a process often abbreviated to 'ocean acidification'. Since acidification …