Paleoenvironments of the latest Cretaceous oil shale sequence, Southern Tethys, Israel, as an integral part of the prevailing upwelling system

Keyphrases

• Israel 100%
• Oil Shale 100%
• Late Cretaceous 100%
• Southern Tethys 100%
• Upwelling System 100%
• P-type 66%
• B-type 50%
• Seafloor 50%
• Planktonic Foraminifera 50%
• Total Organic Carbon 50%
• High Productivity 33%
• Phosphate 33%
• Upwelling 33%
• Bottom Water 33%
• Water Aeration 33%
• Surface Water Productivity 33%
• Late Campanian 33%
• Mesotrophic Conditions 33%
• Negev 16%
• Sedimentation Rate 16%
• Major Change 16%
• Organic Carbonates 16%
• Oxygenation 16%
• Marine Ecosystems 16%
• Southern Margin 16%
• Surface Water 16%
• Surface Productivity 16%
• Pore Water 16%
• Aeration 16%
• Marl 16%
• Benthic Foraminifera 16%
• Foraminiferal Assemblages 16%
• Early Maastrichtian 16%
• Planktic 16%
• Tethys 16%
• Assemblage B 16%
• High-resolution Record 16%
• Upwelling Regime 16%
• Regional Sea Level Rise 16%
• Productivity Regime 16%
• Calcareous Nannofossils 16%
• Inoceramids 16%

Earth and Planetary Sciences

• Israel 100%
• Paleoenvironment 100%
• Late Cretaceous 100%
• Tethys 100%
• Oil Shale 100%
• Surface Water 50%
• Organic Carbon 50%
• Bottom Water 33%
• Foraminifera 33%
• Campanian 33%
• Water Aeration 33%
• Sedimentation Rate 16%
• Sea Level Rise 16%
• Marine Ecosystem 16%
• Porewater 16%
• Benthic foraminifera 16%
• Maastrichtian 16%
• Nannofossil 16%
• Aeration 16%