Anthropogenic stressor impacts on hypolimnetic dissolved oxygen in Lake Erie: A chironomid-based paleolimnological assessment

Agriculture & Biology

• anthropogenic stressors 100%
• Lake Erie 92%
• Chironomidae 70%
• dissolved oxygen 68%
• basins 59%
• water quality 42%
• hypoxia 39%
• oxygen 29%
• land use change 25%
• eutrophication 24%
• invasive species 21%
• land use 20%
• sediments 19%
• climate change 17%
• lakes 17%
• climate 16%
• duration 13%
• monitoring 13%
• organisms 12%
• methodology 5%

Earth & Environmental Sciences

• lake 37%
• basin 32%
• water quality 28%
• oxygen 27%
• hypolimnion 27%
• biochemical process 27%
• anoxia 25%
• hypoxia 24%
• invasive species 22%
• long-term trend 22%
• benthos 20%
• monitoring data 20%
• lake water 20%
• sediment core 20%
• community composition 19%
• biota 19%
• land use change 19%
• eutrophication 19%
• environmental change 18%
• partitioning 18%
• catchment 16%
• land use 14%
• transition 13%
• indicator 12%
• analysis 5%
• effect 4%
• method 4%