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Visual Environmental Education Guide Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Eutrophication Tracing Nutrient Pollution Back to Penns Creek

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Eutrophication Tracing Nutrient Pollution Back to Penns Creek. Visual Environmental Education Guide. Negative Consequences of Eutrophication. guidetolivingnaturally.wordpress.com. vtmagazine.vt.edu. Chesapeake Bay. - PowerPoint PPT Presentation

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Page 1: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Visual Environmental Education Guide

EutrophicationTracing Nutrient Pollution Back to

Penns Creek

Page 2: Eutrophication Tracing Nutrient Pollution Back to Penns Creek
Page 3: Eutrophication Tracing Nutrient Pollution Back to Penns Creek
Page 4: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

guidetolivingnaturally.wordpress.com

Negative Consequences of Eutrophication

Page 5: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

vtmagazine.vt.edu

Page 6: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Chesapeake Bay

A satellite image of Chesapeake Bay (lower) and Delaware Bay (upper) in the Middle Atlantic Bight

umces.edu

Page 7: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Algae in the Chesapeake Bay

Image from Ben Marsh

Page 8: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

http://www.water-research.net/phosphate.htm

Page 9: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Changes in Land use and Population in the Chesapeake Bay Watershed

Image from W. M. Kemp

Page 10: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Summer Hypoxic Dead Zone

Image from W. M. Kemp

Page 11: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Relative contributions of flow and nutrient load from tributaries entering Chesapeake

Bay

U.S. Department of the Interior, USGS

Page 12: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Chesapeake Bay

Lowersusquehannariverkeeper.org

Page 13: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Nutrient and Sediment Pollution in the Susquehanna River

Page 14: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Temperature and Dissolved Oxygen in the Susquehanna

Temperature – Red LineDissolved Oxygen – Green Line

Page 15: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Penns Creek

Penns Creek’s confluence with the Susquehanna

Page 16: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Nutrient and Sediment Pollution in Penns Creek

Page 17: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Local Example of Eutrophication

Image from Ben Marsh

Page 18: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

A Local Eutrophic Pond

Image from Ben Marsh

Page 19: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Algal Communities in Penns Creek

Percent Cocconeis, the dominant genus in the microslide diatom community.

Snydercountry.org

Page 20: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Map of the study area showing the distribution of the 12 study sites

Snydercountry.org

Page 21: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

A Local Example of Poor Farming Practices

Image from Ben Marsh,

Page 22: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

A Local Example of Poor Farming Practices

Image from Ben Marsh

Page 23: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

A Local Example of Poor Farming Practices

Image from Ben Marsh

Page 24: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Local Farm Spreading Manure

Image from Ben Marsh

Page 25: Eutrophication Tracing Nutrient Pollution Back to Penns Creek

Best Management Practices

Before: A stream bank damaged from livestock grazing

After: The same stream bank after BMP (Best Management Practice) implementation, including installed fencing, livestock crossing, and tree-planting. 

 

Voicesweb.org