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Conowingo Dam is the last Dam on the Susquehanna River before it empties into the Upper Chesapeake Bay. This is a series of photos taken on an overflight of the Dam and surrounding sites during mid-November, 2015. — Holtwood Dam in Autumn

Conowingo Dam is the last Dam on the Susquehanna River before it empties into the Upper Chesapeake Bay. This is a series of photos taken on an overflight of the Dam and surrounding sites during mid-November, 2015. — Peach Blossom Power Plant in Autumn

Conowingo Dam is the last Dam on the Susquehanna River before it empties into the Upper Chesapeake Bay. This is a series of photos taken on an overflight of the Dam and surrounding sites during mid-November, 2015. — Still Pond in Autumn

Conowingo Dam is the last Dam on the Susquehanna River before it empties into the Upper Chesapeake Bay. This is a series of photos taken on an overflight of the Dam and surrounding sites during mid-November, 2015. — The Susquehanna in Autumn

Conowingo Dam is the last Dam on the Susquehanna River before it empties into the Upper Chesapeake Bay. This is a series of photos taken on an overflight of the Dam and surrounding sites during mid-November, 2015. — The Susquehanna in Autumn

The Arctic coastlines are highly variable, can be stable or extremely dynamic, and are the site of most of the human activity that occurs at high latitudes. Extraction of natural resources occurs in many locations around the Arctic Ocean creating the need for port facilities and the potential for pollution. These pressures are only likely to increase with time. — Human Dimension in the Arctic coastal zone

Inputs: sediments 2

In the section of the river above the dam builds up with sediment, making the dam shallower. High water flow causes scouring and the transport of sediment and associated nutrients over the dam. On this other side of the dam phosphorus mobilizes in reaction with salt water. Further down the river seagrass beds grow on the Susquehanna flats. — Conowingo Dam Reservoir and Susquehanna Flats…

Ranking tributaries by water quality, then by diffuse nitrogen sources can help to determine which watersheds are high priority. High priority watersheds are those responsible for proportionally more nutrient and sediment inputs to receiving waters than other watersheds. — Steps to Identifying High Priority Tributaries

Badlands National Park sits upon highly erodible sedimentary rocks that form distinctive pinnacles, gullies and spires. Threats to the park include illegal fossiling and the invasion of weeds and non-native grasses. — Badlands National Park

Chilika Lake Sedimentation

Coastal wetlands that are protected from erosion have an adequate sediment supply to build upwards, and will likely be more resilient to the effects of climate change. — Coastal Wetlands Resilience to Climate Change…

Simplified conceptual diagram of the water cycle and major sources of nitrogen, phosphorus, and sediment pollution to the Chesapeake Bay. — Groundwater Diagram

Construction runoff near Glen Burnie, MD that flows into Curtis Creek, which is a tributary to the Patapsco River. — Construction runoff

Construction runoff in Maryland that flows into Curtis Creek, which is a tributary to the Patapsco River. — Construction runoff

Construction runoff near Glen Burnie, MD that flows into Curtis Creek, which is a tributary to the Patapsco River. — Construction runoff during rain showers

Construction runoff near Glen Burnie, MD that flows into Curtis Creek, which is a tributary to the Patapsco River. — Construction runoff during rain showers in…

Construction runoff near Glen Burnie, MD that flows into Curtis Creek, which is a tributary to the Patapsco River. — Construction runoff during rain showers in…

Conceptual diagram illustrating tabulated Best Management Practices (BMPs). — Best Management Practices (BMPs)

Conceptual diagram illustrating impervious and pervious surfaces. — Impervious versus pervious surfaces

Conceptual diagram illustrating Regenerative stormwater conveyance systems (RSC). — Regenerative stormwater conveyance systems (RSC)

Conceptual diagram illustrating the nitrogen cycle, including the Haber-Bosch process. — The nitrogen cycle with Haber-Bosch process

Petroleum industry: mining truck

A section of Pipe Creek was widened to reduce sediment erosion from the streambanks. Sandusky, Ohio. — Creek Restoration

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