Response of calcareous nannoplankton to the Paleocene–Eocene Thermal Maximum in the Paratethys Seaway (Tarim Basin, West China)

Keyphrases

• Anthropogenic CO2 Emissions 20%
• Aranei 20%
• Biostratigraphic 20%
• Calcareous Nannofossil Biostratigraphy 20%
• Calcareous Nannofossils 60%
• Calcareous Nannoplankton 100%
• Coccolithus Pelagicus 20%
• Continental Weathering 20%
• Depositional Environment 20%
• Discoaster 20%
• Global Warming 20%
• High Primary Productivity 20%
• High Productivity 20%
• High-resolution 40%
• Low Abundance 20%
• Nannofossils 40%
• Near-zero 20%
• Negative Excursions 20%
• Neritic 20%
• Northwestern China 20%
• Ocean Acidification 20%
• Ocean Productivity 20%
• Outcrop Samples 20%
• Paleocene-Eocene Thermal Maximum 100%
• Paleoenvironmental Changes 20%
• Paratethys 100%
• Productivity Indicators 20%
• Recognization 20%
• River Runoff 20%
• Seaway 100%
• Shallow Marine Strata 20%
• Shallow Water 40%
• Stratigraphic Distribution 20%
• Surface Ocean 20%
• Tarim Basin 100%
• Thermal Maximum 100%
• West China 100%

Earth and Planetary Sciences

• Anthropogenic CO2 16%
• Biostratigraphy 16%
• Carbon Dioxide Emission 16%
• China 100%
• Depositional Environment 16%
• Eocene 83%
• Global Warming 16%
• Nannofossil 100%
• Nannoplankton 100%
• Ocean Acidification 16%
• Ocean Surface 16%
• Paleocene 83%
• Paleogene 16%
• Paratethys 100%
• Shallow Water 33%