Evidence for specific adaptations of fossil benthic foraminifera to anoxic-dysoxic environments

Keyphrases

• Specific Adaptation 100%
• Benthic Foraminifera 100%
• Dysoxic 100%
• Adaptation 66%
• Diatoms 66%
• Nitrate 33%
• Paleo 33%
• Phytoplankton 33%
• Physiological Adaptation 33%
• Sequester 33%
• Lithology 33%
• Seafloor 33%
• Chloroplast 33%
• Foraminiferans 33%
• Benthic Foraminiferal 33%
• Morphological Adaptation 33%
• Multi-proxy 33%
• Bottom Water 33%
• Upper Cretaceous 33%
• Anoxia 33%
• Denitrifying 33%
• Respiratory Pathway 33%
• Food Type 33%
• Geochemical Signature 33%
• Mid-Pleistocene 33%
• Massive Blooms 33%
• Ocean Conditions 33%
• Campanian 33%
• Living Species 33%
• Geochemical Investigation 33%
• Campanian-Maastrichtian Boundary 33%
• Upwelling Regime 33%
• Test Morphology 33%
• Cretaceous Sediments 33%
• Calcareous Nannoplankton 33%
• Modern Analogues 33%

Earth and Planetary Sciences

• Benthic foraminifera 100%
• Diatom 66%
• Campanian 66%
• Maastrichtian 66%
• Levant 33%
• Morphology 33%
• Pleistocene 33%
• Foraminifera 33%
• Bottom Water 33%
• Upper Cretaceous 33%
• Nannoplankton 33%
• Chloroplast 33%
• Petrology 33%
• Bacterium 33%
• Plankton 33%
• Upwelling Water 33%