Asymmetric response of sedimentary pool to surface water in organics from a shallow hypereutrophic lake: The role of animal consumption and microbial utilization

Earth and Planetary Sciences

• Blue-Green Alga 100%
• Lake 80%
• Terrestrial Plant 80%
• Surface Water 60%
• Fatty Acids 60%
• Sediment 60%
• Biomarker 40%
• Utilization 40%
• Site 40%
• Investigation 40%
• Loss 40%
• Carbon 40%
• Fauna 40%
• Ecosystem 40%
• Consumption 40%
• Bacterium 40%
• Sedimentation 20%
• Spatial Distribution 20%
• Organic Matter 20%
• Preservation 20%
• Aquatic Animal 20%
• Coupling 20%
• Response 20%
• Difference 20%
• Tracking 20%
• Abundance 20%
• Revision 20%
• Accumulation 20%
• Pool 20%
• Health 20%
• Diet 20%
• Sinking 20%
• China 20%
• Stable Isotope 20%

Immunology and Microbiology

• Cyanobacterium 100%
• Plant 80%
• Animal 60%
• Surface Property 60%
• Bacterium 40%
• Sedimentation 20%
• Health 20%
• Carbon Cycling 20%