UTM Coordinates Point Potential Pollutants Environmental Impacts
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1 Appendix D: There s No New Water Module 4: Yreka, CA 1. 10N mE mN Water Tower 2. 10N mE mN Reservoir 3. 10N mE mN Agriculture 4. 10N mE mN Waste Water Treatment 5. 10N mE mN Gas Station 6. 10N mE mN Motel 7. 10N mE mN Park 8. 10N mE mN School 9. 10N mE mN House N mE mN Road
2 Appendix D: There s No New Water Module 4: Dunkirk, NY 1. 17N mE mN Water Filtration/Source 2. 17N mE mN Harbor 3. 17N mE mN Agriculture 4. 17N mE mN Waste Water Treatment Plant 5. 17N mE mN Gas Station 6. 17N mE mN Motel 7. 17N mE mN Park 8. 17N mE mN School 9. 17N mE mN House N mE mN Road
3 Appendix D: There s No New Water Module 4: Estes Park, CO 1. 13N mE mN Water Tank 2. 13N mE mN Lake 3. None Agriculture 4. 13N mE mN Waste Water Treatment Plant 5. 13N mE mN Gas Station 6. 13N mE mN Motel 7. 13N mE mN Park 8. 13N mE mN School 9. 13N mE mN House N mE mN Road
4 Appendix D: There s No New Water Module 4: Harker s Island, NC 1. 18N mE mN Water Filtration/Source 2. 18N mE mN Harbor 3. None Agriculture 4. 18N mE mN Waste Water Treatment Plant 5. 18N mE mN Gas Station 6. 18N mE mN Motel 7. 18N mE mN Park 8. 18N mE mN School 9. 18N mE mN House N mE mN Road
5 Appendix D: There s No New Water Module 4: Yreka, CA 1. 10N mE mN Water Tower 2. 10N mE mN Reservoir 3. 10N mE mN Agriculture 4. 10N mE mN Waste Water Treatment 5. 10N mE mN Gas Station 6. 10N mE mN Motel 7. 10N mE mN Park 8. 10N mE mN School 9. 10N mE mN House N mE mN Road Sources of water must meet minimum standards set by the government. Fresh water is available as either groundwater or surface water. Organic pollution, nitrate contamination, metals, gases, waterborne disease and agro chemicals Animal waste, fertilizers, pesticides and motor waste Chlorine, nitrogen, phosphorus, non biological chemicals, oxygen, heavy metals Oil and grease, radiator fluids, antifreeze, cleaning chemicals and brake pad dust Trichloroethane & chloroflorocarbons, bio solids, Alkyl Dimethyl Benzyl Ammonium Chloride (ADBAC) Insecticides, pesticides, weed killers and fertilizers Heavy metals, clay dust, solvents, ammonia, cleaners, diesel exhaust, and fungal spores Detergents, furniture polish, disinfectants, deodorizes, paints, stain removes, oil, cosmetics Human waste, oil spills, smog, and heavy metals If nearby human activities have polluted the water sources, the quantity of freshwater available for human uses and for the natural ecosystem decreases. Pollutants can damage the aquatic ecosystem and affects aquatic life; sediment accumulation due to erosion limits the water storage capacity of the reservoir; solids from erosion can cause loss of soil fertility and sedimentation; oxygen depletion. An excess of nutrients can cause a rapid increase in algal growth, thus reducing the oxygen levels. These hypoxic zones are devoid of live because there is not enough oxygen for anything to survive. Wastewater needs to be treated because it may contain harmful pathogens, toxins, and organic matter that can damage human health and the health of the local watershed. These pollutants can be released into surface waters and impact the aquatic ecosystems and human health. The results can be the death of aquatic plants and animals, the disruption of reproduction cycles, and a higher susceptibility to diseases. Toxic to humans, fish, and other aquatic life. These chemicals can enter water sources and consequently damage human and aquatic populations. The toxins could kill or harm marine life and cause subsequent mutations in offspring. Heavy metals can build up in the environment and lead to biomagnifications, whereby a hazardous substance persists in the food chain and becomes more concentrated in the process. Some of these pollutants can contribute to waterborne illnesses and can injure and kill aquatic life. Oil spills and human waste can seep into groundwater and other water sources. Unhealthy for humans, these pollutants also kill fish and marine life by inhibiting their natural defenses. Smog, along with an increase in carbon dioxide levels, affects the ecosystem in a number of ways, including decreased ph in water sources, which stresses aquatic life.
6 Appendix D: There s No New Water Module 4: Dunkirk, NY 1. 17N mE mN Water Filtration/Source 2. 17N mE mN Harbor 3. 17N mE mN Agriculture 4. 17N mE mN Waste Water Treatment Plant 5. 17N mE mN Gas Station 6. 17N mE mN Motel 7. 17N mE mN Park 8. 17N mE mN School 9. 17N mE mN House N mE mN Road Sources of water must meet minimum standards set by the government. Fresh water is available as either groundwater or surface water. Organic pollution, nitrate contamination, metals, gases, waterborne disease and agro chemicals Animal waste, fertilizers, pesticides and motor waste Chlorine, nitrogen, phosphorus, non biological chemicals, oxygen, heavy metals Oil and grease, radiator fluids, antifreeze, cleaning chemicals and brake pad dust Trichloroethane & chloroflorocarbons, bio solids, Alkyl Dimethyl Benzyl Ammonium Chloride (ADBAC) Insecticides, pesticides, weed killers and fertilizers Heavy metals, clay dust, solvents, ammonia, cleaners, diesel exhaust, and fungal spores Detergents, furniture polish, disinfectants, deodorizes, paints, stain removes, oil, cosmetics Human waste, oil spills, smog, and heavy metals If nearby human activities have polluted the water sources, the quantity of freshwater available for human uses and for the natural ecosystem decreases. Pollutants can damage the aquatic ecosystem and affects aquatic life; sediment accumulation due to erosion limits the water storage capacity of the reservoir; solids from erosion can cause loss of soil fertility and sedimentation; oxygen depletion. An excess of nutrients can cause a rapid increase in algal growth, thus reducing the oxygen levels. These hypoxic zones are devoid of live because there is not enough oxygen for anything to survive. Wastewater needs to be treated because it may contain harmful pathogens, toxins, and organic matter that can damage human health and the health of the local watershed. These pollutants can be released into surface waters and impact the aquatic ecosystems and human health. The results can be the death of aquatic plants and animals, the disruption of reproduction cycles, and a higher susceptibility to diseases. Toxic to humans, fish, and other aquatic life. These chemicals can enter water sources and consequently damage human and aquatic populations. The toxins could kill or harm marine life and cause subsequent mutations in offspring. Heavy metals can build up in the environment and lead to biomagnifications, whereby a hazardous substance persists in the food chain and becomes more concentrated in the process. Some of these pollutants can contribute to waterborne illnesses and can injure and kill aquatic life. Oil spills and human waste can seep into groundwater and other water sources. Unhealthy for humans, these pollutants also kill fish and marine life by inhibiting their natural defenses. Smog, along with an increase in carbon dioxide levels, affects the ecosystem in a number of ways, including decreased ph in water sources, which stresses aquatic life.
7 Appendix D: There s No New Water Module 4: Estes Park, CO 1. 13N mE mN Water Tank 2. 13N mE mN Lake 3. None Agriculture 4. 13N mE mN Waste Water Treatment Plant 5. 13N mE mN Gas Station 6. 13N mE mN Motel Sources of water must meet minimum standards set by the government. Fresh water is available as either groundwater or surface water. Organic pollution, nitrate contamination, metals, gases, waterborne disease and agro chemicals Animal waste, fertilizers, pesticides and motor waste Chlorine, nitrogen, phosphorus, non biological chemicals, oxygen, heavy metals Oil and grease, radiator fluids, antifreeze, cleaning chemicals and brake pad dust Trichloroethane & chloroflorocarbons, bio solids, Alkyl Dimethyl Benzyl Ammonium Chloride (ADBAC) 7. 13N mE mN Park Insecticides, pesticides, weed killers and fertilizers 8. 13N mE mN School 9. 13N mE mN House Heavy metals, clay dust, solvents, ammonia, cleaners, diesel exhaust, and fungal spores Detergents, furniture polish, disinfectants, deodorizes, paints, stain removes, oil, cosmetics N mE mN Road Human waste, oil spills, smog, and heavy metals If nearby human activities have polluted the water sources, the quantity of freshwater available for human uses and for the natural ecosystem decreases. Pollutants can damage the aquatic ecosystem and affects aquatic life; sediment accumulation due to erosion limits the water storage capacity of the reservoir; solids from erosion can cause loss of soil fertility and sedimentation; oxygen depletion. An excess of nutrients can cause a rapid increase in algal growth,thus reducing the oxygen levels. These hypoxic zones are devoid of live because there is not enough oxygen for anything to survive. Wastewater needs to be treated because it may contain harmful pathogens, toxins, and organic matter that can damage human health and the health of the local watershed. These pollutants can be released into surface waters and impact the aquatic ecosystems and human health. The results can be the death of aquatic plants and animals, the disruption of reproduction cycles, and a higher susceptibility to diseases. Toxic to humans, fish, and other aquatic life. These chemicals can enter water sources and consequently damage human and aquatic populations. The toxins could kill or harm marine life and cause subsequent mutations in offspring. Heavy metals can build up in the environment and lead to biomagnifications, whereby a hazardous substance persists in the food chain and becomes more concentrated in the process. Some of these pollutants can contribute to waterborne illnesses and can injure and kill aquatic life. Oil spills and human waste can seep into groundwater and other water sources. Unhealthy for humans, these pollutants also kill fish and marine life by inhibiting their natural defenses. Smog, along with an increase in carbon dioxide levels, affects the ecosystem in a number of ways, including decreased ph in water sources, which stresses aquatic life.
8 Appendix D: There s No New Water Module 4: Harker s Island, NC 1. 18N mE mN Water Filtration/Source 2. 18N mE mN Harbor 3. None Agriculture 4. 18N mE mN Waste Water Treatment Plant 5. 18N mE mN Gas Station 6. 18N mE mN Motel 7. 18N mE mN Park 8. 18N mE mN School 9. 18N mE mN House N mE mN Road Sources of water must meet minimum standards set by the government. Fresh water is available as either groundwater or surface water. Organic pollution, nitrate contamination, metals, gases, waterborne disease and agrochemicals Animal waste, fertilizers, pesticides and motor waste Chlorine, nitrogen, phosphorus, non biological chemicals, oxygen, heavy metals Oil and grease, radiator fluids, antifreeze, cleaning chemicals and brake pad dust Trichloroethane & chloroflorocarbons, bio solids, Alkyl Dimethyl Benzyl Ammonium Chloride (ADBAC) Insecticides, pesticides, weed killers and fertilizers Heavy metals, clay dust, solvents, ammonia, cleaners, diesel exhaust, and fungal spores Detergents, furniture polish, disinfectants, deodorizes, paints, stain removes, oil, cosmetics Human waste, oil spills, smog, and heavy metals If nearby human activities have polluted the water sources, the quantity of freshwater available for human uses and for the natural ecosystem decreases. Pollutants can damage the aquatic ecosystem and affects aquatic life; sediment accumulation due to erosion limits the water storage capacity of the reservoir; solids from erosion can cause loss of soil fertility and sedimentation; oxygen depletion. An excess of nutrients can cause a rapid increase in algal growth,thus reducing the oxygen levels. These hypoxic zones are devoid of live because there is not enough oxygen for anything to survive. Wastewater needs to be treated because it may contain harmful pathogens, toxins, and organic matter that can damage human health and the health of the local watershed. These pollutants can be released into surface waters and impact the aquatic ecosystems and human health. The results can be the death of aquatic plants and animals, the disruption of reproduction cycles, and a higher susceptibility to diseases. Toxic to humans, fish, and other aquatic life. These chemicals can enter water sources and consequently damage human and aquatic populations. The toxins could kill or harm marine life and cause subsequent mutations in offspring. Heavy metals can build up in the environment and lead to biomagnifications, whereby a hazardous substance persists in the food chain and becomes more concentrated in the process. Some of these pollutants can contribute to waterborne illnesses and can injure and kill aquatic life. Oil spills and human waste can seep into groundwater and other water sources. Unhealthy for humans, these pollutants also kill fish and marine life by inhibiting their natural defenses. Smog, along with an increase in carbon dioxide levels, affects the ecosystem in a number of ways, including decreased ph in water sources, which stresses aquatic life.
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