Puget Sound’s temperature is no joke. It ranges from 52 to 54 degrees, and temperature shock can cause drowning. Pucanski recommends a flotation device, even if you’re a strong swimmer. Watch out for glass and sharp shellfish shells along beaches.

The cause of these environmental issues are, toxic contamination, eutrophication (low oxygen due to excess nutrients), and near shore habitat changes. The Puget Sound has been affected by urbanization and the toxic pollutants it produces.

Puget Trough Human Impact More than three-fourths of Washington’s human population is concentrated in the Puget Trough ecoregion. A number of human activities and land uses adversely affect its biodiversity. In marine and nearshore habitats, some of the most significant problems include: Shoreline modifications.

Check all that apply. exhaust emitted from automobiles and semi-trucks smoke from wildfires, wood stoves, and fireplaces storm water runoff that ends up in the state’s wetlands pesticides that run off farmland into the ground and water toxic chemicals released through smoke stacks by factories.

There are many sources of pollution affecting Puget Sound today, from oil spills to pharmaceuticals in our waterways.

The most common delivery pathway toxic chemicals take to reach Puget Sound is through polluted surface runoff — also known as stormwater. The highest concentrations of toxic pollutants come from developed areas of residential, commercial/industrial, and agricultural land uses.

According to prezi.com, there are 11 varieties of sharks found in the Puget Sound. There has only been one unprovoked shark attack in Washington state, according to sharkattackdata.com, and it was a non-fatal attack in April of 1989 in Grays Harbor County.

Toxic Contaminants Research These contaminants include pesticides, pharmaceuticals, metals and more, and can harm the health of both humans and wildlife. Outcome: Continually increase our understanding of the impacts and mitigation options for toxic contaminants.

In 1995 their use was discontinued and a large plume of contaminated ground water was allowed to begin to naturally restore itself. USGS investigations of the natural restoration have estimated that it will take decades for the ground water to return to pristine conditions.

Top 10 List

1. Go Native. Use native plants in your landscape.
2. Reduce Chemical Use. Use fewer chemicals around your home and yard, and make sure to dispose of them properly – don’t dump them on the ground!
3. Manage Waste.
4. Don’t Let It Run.
5. Fix the Drip.
6. Wash Smarter.
7. Water Wisely.
8. Reduce, Reuse, and Recycle.

Pump and treat is a common method for cleaning up groundwater contaminated with dissolved chemicals, including industrial solvents, metals, and fuel oil. Groundwater is extracted and conveyed to an above-ground treatment system that removes the contaminants.

There are five major ways groundwater can be contaminated by chemicals, bacteria or saltwater.

• Surface Contamination.
• Subsurface Contamination.
• Landfills and Waste Disposal.
• Atmospheric Contamination.
• Saltwater Contamination.

Hazardous chemicals are often stored in containers on land or in underground storage tanks. Leaks from these containers and tanks can contaminate soil and pollute groundwater. Common pollutants of soil and groundwater include gasoline and diesel fuel from gas stations, as well as solvents, heavy metals and pesticides.

groundwater gets polluted by sewage water. this is because the sewage water seeps underground and mixes with the groundwater thys msking it polluted.

Groundwater pollution can be caused by chemical spills from commercial or industrial operations, chemical spills occurring during transport (e.g. spillage of diesel fuels), illegal waste dumping, infiltration from urban runoff or mining operations, road salts, de-icing chemicals from airports and even atmospheric …

Local authorities are responsible for managing the risk of flooding from groundwater. However, the Environment Agency has a strategic overview for all sources of flooding and in some areas that have historically experienced groundwater flooding, the Environment Agency provides a groundwater alert or warning service.

Unlike surface water collected in rivers and lakes, groundwater is often clean and ready to drink. This is because the soil actually filters the water. The soil can hold onto pollutants—such as living organisms, harmful chemicals and minerals—and only let the clean water through.

Easy and Effective Ways to Purify Water

1. Boiling. The simplest method to purify water is to boil it for a good amount of time.
2. Water Purifier. Alt Attribute: A. O. Smith X4+ Water Purifier.
3. Reverse Osmosis.
4. Water Chlorination.
5. Distillation.
6. Iodine Addition.
7. Solar Purification.
8. Clay Vessel Filtration.

Groundwater is pure and hence a very safe source. Groundwater is not connected to rivers and lakes. Contaminants from oil that is poured on the ground will be filtered by soil and gravel before reaching groundwater. If a well reaches groundwater, an unlimited amount of water can be pumped.

Generally, both ground water and surface water can provide safe drinking water, as long as the sources are not polluted and the water is sufficiently treated. Through wells, ground water can be tapped where it is need, whereas surface waters are concentrated in lakes and streams.

Rain water

Yet while we all know water is crucial for life, we trash it anyway. Some 80 percent of the world’s wastewater is dumped—largely untreated—back into the environment, polluting rivers, lakes, and oceans.

The ground penetrating radar (GPR) system is used for underground water detection. GPR is a promising technology to detect and identify aquifer water or nonmetallic mines. One of the most serious components for the performance of GPR is the antenna system.

Some rocks may be so folded and displaced that it is difficult to trace them underground. Next, a hydrologist obtains information on the wells in the target area. The locations, depth to water, amount of water pumped, and types of rocks penetrated by wells also provide information on groundwater.

Some of the trees that can raise ground water level are:

• Neem tree.
• Ashok tree.
• Tamarind/Imli tree.
• Jamun tree.