Nutrient cycling by fish supports relatively more primary production as lake productivity increases

Earth & Environmental Sciences

• nutrient cycling 70%
• primary production 59%
• watershed 46%
• productivity 44%
• nutrient 41%
• fish 38%
• lake 37%
• ecosystem 32%
• agricultural land 29%
• translocation 28%
• phytoplankton 21%
• phosphorus 13%
• agriculture 13%
• land use 12%
• environmental gradient 10%
• excretion 9%
• detritus 9%
• sediment 8%
• water column 7%
• animal 6%
• rate 5%
• demand 5%
• habitat 5%
• nitrogen 5%
• indicator 5%
• land 5%

Agriculture & Biology

• Dorosoma cepedianum 100%
• primary productivity 75%
• biogeochemical cycles 71%
• lakes 52%
• fish 36%
• ecosystems 26%
• nutrients 24%
• phytoplankton 18%
• agricultural land 17%
• land use 11%
• sediments 10%
• agricultural watersheds 9%
• agriculture 8%
• nitrogen cycle 7%
• total phosphorus 7%
• detritus 6%
• excretion 4%
• phosphorus 4%
• chlorophyll 4%
• habitats 3%
• animals 2%
• water 2%

Medicine & Life Sciences

• Lakes 80%
• Fishes 59%
• Nutrients 54%
• Ecosystem 49%
• Phytoplankton 31%
• Forests 15%
• Agriculture 14%
• Phosphorus 13%
• Chlorophyll 9%
• Nitrogen 6%
• Water 4%
• Animals 3%
• Population 2%