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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of chlorophyll a in Florida, summarized to HUC 12 watershed. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of temperature within 300 meters of coral & hardbottom. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”. Further information on the FLCP, conservation asset extent, and metadata: https://flcpa.databasin.org/datasets/ba218d714f094e68bbdb1a0f496c9e4e
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This dataset is intended to assess trends and percent change per year (PCPY) in seagrass acreage with available sampling data. To find the exact years analyzed please visit the Seagrass Integrated Mapping and Monitoring Program (SIMM) summary (in dataset credits). Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing” A +/- 0.5% margin of error was applied to the percent changes in order to capture any potential habitat classification mapping errors. Additionally, this dataset includes FLCP assessments regarding species composition and...
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Fish tissue from 159 samples collected at four locations in the Buffalo River Area of Concern in 2017 were analyzed for a wide range of analytes including Polychlorinated Biphenyls (PCBs), pesticides, polycyclic aromatic hydrocarbons, organochlorine and other persistent organic compounds, metals, lipid and moisture. Over 230 analytes were analyzed in the tissue samples, including 160 PCB congeners. The data set includes a variety of laboratory quality assurance data including sample replicates, laboratory blank data, laboratory spike data, matrix spike recoveries, and replicate matrix spike recoveries.
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of turbidity within 300 meters of coral & hardbottom. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing” This dataset is part of the Florida Landscape Conservation project. The project seeks to better understand the trends of indicators within prioritized conservation assets (or habitats). The trends and analysis carried by the project will be used to aid in informing management and conservation actions at, both, the broader and detailed spatial...
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of nitrate within 300 meters of seagrass. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of nitrite within 300 meters of coral & hardbottom. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing” Description This dataset is part of the Florida Landscape Conservation project. The project seeks to better understand the trends of indicators within prioritized conservation assets (or habitats). The trends and analysis carried by the project will be used to aid in informing management and conservation actions at, both, the broader and detailed...
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of total phosphorus within 300 meters of coral & hardbottom. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing” Description This dataset is part of the Florida Landscape Conservation project. The project seeks to better understand the trends of indicators within prioritized conservation assets (or habitats). The trends and analysis carried by the project will be used to aid in informing management and conservation actions at, both, the broader...
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of nitrate in Florida, summarized to HUC 12 watershed. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of turbidity within 300 meters of saltwater marsh. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of dissolved oxygen within 300 meters of saltwater marsh. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
Locations of landfills and waste transfer stations in 11 western states. Data was obtained from state and federal agencies in GIS, tabular, and map format.
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of nitrite in Florida, summarized to HUC 12 watershed. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of temperature within 300 meters of saltwater marsh. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of nitrate within 300 meters of coral & hardbottom. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing” This dataset is part of the Florida Landscape Conservation project. The project seeks to better understand the trends of indicators within prioritized conservation assets (or habitats). The trends and analysis carried by the project will be used to aid in informing management and conservation actions at, both, the broader and detailed spatial...
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of total phosphorus within 300 meters of seagrass. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of turbidity within 300 meters of seagrass. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
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Point coverage of Great Lakes, USA Areas of Concern (AOC's). AOC's are areas where serious impairment of beneficial uses of water or biota (swimming, fishing, drinking, navigation, etc.) is known to exist, or where environmental quality criteria are exceeded to the point that such impairment is likely.
The U.S. Department of Agriculture supports agricultural research by encouraging the formation of multidisciplinary and multi-institutional teams. Project teams focus on agricultural issues related to profitability and economic and environmental sustainability. Recently, a U.S. Department of Agriculture project to study the impact of equine management and feeding practices on the environment was approved. The project, “NE-1041: Environmental Impacts of Equine Operations,” is a Northeast regional project but includes research and extension faculty from across the country. The project team includes representatives from Alabama, Connecticut, Kentucky, Louisiana, Maryland, Michigan, Minnesota, New Jersey, North Carolina,...
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This dataset is intended to assess trends and percent change per year (PCPY) in yearly averages of temperature within 300 meters of mangrove swamp. Assessments (condition) was classified depending on the following follow thresholds for PCPY: <= -1.0% - “Decreasing” > -1.0 & < 0.0% - “Stable (-)” = 0.0% - “Stable (No Change)” > 0.0 & < 1.0% - “Stable (+)” >= 1.0% - “Increasing”
map background search result map search result map Lake Michigan, USA: Environmental Protection Agency Areas of Concern Landfills in the Western United States Organic and metal contaminants in fish tissue collected from the Buffalo River Area of Concern, 2017 Coral & Hardbottom – Temperature Trends (FLCP Indicator) System Wide – Nitrite Trends (FLCP Indicator) System Wide – Nitrate Trends (FLCP Indicator) System Wide – Chlorophyll a Trends (FLCP Indicator) Seagrass – Turbidity Trends (FLCP Indicator) Seagrass – Total Phosphorus Trends (FLCP Indicator) Coral & Hardbottom – Turbidity Trends (FLCP Indicator) Seagrass – Species Composition Trends (FLCP Indicator) Seagrass – Nitrate Trends (FLCP Indicator) Coral & Hardbottom – Total Phosphorus Trends (FLCP Indicator) Coral & Hardbottom – Nitrite Trends (FLCP Indicator) Saltwater Marsh – Dissolved Oxygen Trends (FLCP Indicator) Saltwater Marsh – Temperature Trends (FLCP Indicator) Saltwater Marsh – Turbidity Trends (FLCP Indicator) File Geodatabase Feature Class Coral & Hardbottom - Nitrate Trends (FLCP Indicators) Mangrove Swamp – Temperature Trends (FLCP Indicator) Organic and metal contaminants in fish tissue collected from the Buffalo River Area of Concern, 2017 Lake Michigan, USA: Environmental Protection Agency Areas of Concern Coral & Hardbottom – Turbidity Trends (FLCP Indicator) Coral & Hardbottom – Total Phosphorus Trends (FLCP Indicator) Coral & Hardbottom – Nitrite Trends (FLCP Indicator) Coral & Hardbottom – Temperature Trends (FLCP Indicator) System Wide – Nitrite Trends (FLCP Indicator) System Wide – Nitrate Trends (FLCP Indicator) Seagrass – Nitrate Trends (FLCP Indicator) Mangrove Swamp – Temperature Trends (FLCP Indicator) Saltwater Marsh – Dissolved Oxygen Trends (FLCP Indicator) Saltwater Marsh – Temperature Trends (FLCP Indicator) Saltwater Marsh – Turbidity Trends (FLCP Indicator) File Geodatabase Feature Class Seagrass – Species Composition Trends (FLCP Indicator) Coral & Hardbottom - Nitrate Trends (FLCP Indicators) System Wide – Chlorophyll a Trends (FLCP Indicator) Seagrass – Turbidity Trends (FLCP Indicator) Seagrass – Total Phosphorus Trends (FLCP Indicator) Landfills in the Western United States