There can be a lot of problems that may happen in the Conodoguinet Creek. One problem is that there might be an excess amount of algae hogging up all the space in the water. This can be caused by fertilizer washing into the creek. It can even come from someone fertilizing their front yard. Also, there can be a high acidity level in the water, which can be unhealthy and hazardous to the fish. This can be caused due to an excess amount of acid rain in the area. These are some of the problems that can hurt the creek.
When visiting the creek my hypothesis was that the creek was going to be high in eutrophication and the ph scale was going to be on the acidic side. There are many reasons as to why I think this. One reason is that our state was at one point one of the most highest polluted sources of water. Also,
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Also, there was different categories of critters in the water. There are 846 critters in group 1, 288 critters in group 2, 466 critters in group 3. Due to the experiment of the water velocity, we found out that the velocity is random at each point. This is good, because it means that the dissolved oxygen levels are to be high. The crayfish, belonging to the crustacean group is plentiful in the creek. This can mean that the river is not polluted or has little pollution. The phosphates and nitrates levels in the creek were low or nonexistent. This is good because this means that algae won’t be growing in the creek or there will be very little. There was a large and considerable amount of macroinvertebrates in the creek. This means that the creek can support that much macroinvertebrates. The high amount of limestone in the creek neutralized the acid rain that was pouring on the creek. This can also make ph scale go into the alkaline side of the ph scale. The ph scale is healthy, because if it was to acidic it will be unhealthy for the fish. These were some of that factors that were in the
On October 8th, 2015 our class took a field trip to the Conodoguinet Creek to test the water quality. We did 3 experiments to help us conclude the quality. During the first experiment we observed the different types of organisms in the creek. We also took tests for eutrophication in the water. Another experiment we performed were acidity tests.
Whites Creek was initially a natural watercourse, concreted to improve sanitation in the surrounding area. Over the years it was transformed into a natural park, with an array of services, including tables for picnics, BBQ areas and a skateboarding zone. The Whites Creek Wetland was also constructed, being a sediment and purification pond that aims to remove water from Whites Creek stormwater waterway and pass it through a natural purification system. This system would then filter the water back in the water channel and out into the Sydney Harbour .
“Carried by snow melt, rain water, and groundwater, NPS pollution contributes sediments, nutrients (nitrogen and phosphorus), toxic substances, and pathogens to water bodies” (Maine Rivers 2005, ijc 2008). The Non Point Pollution generally due to stormwater in the downstream portion of the river; which are the most populated areas situated near the estuary;With the stormwater large amounts of pollutants are washed off to the river because of the impenetrable surfaces of that area which does not allow water to seep into the ground. Other sources of Nonpoint pollution are seepage from broken sewage and septic tanks, runoff from construction sites ,nutrients,sediments and chemicals from agricultural farms and roads. According to the report of International Joint Commission in 2008; “This untreated runoff may contain litter, dust, soil, oil and grease from roads, garden waste, chemicals, and nutrients and pathogens from animal feces and fertilizers” (IJC
And the smallest zooplankton (called micro‐zooplankton), fell by about 90 percent.” Finally, dissolved oxygen in the river dropped by 15
I hypothesized that the Conodoguinet Creek is polluted. Through my research I have found that the Conodoguinet Creek is not polluted. One reason it is not polluted is because most of the macroinvertebrates and crustaceans we found in the creek are pollution sensitive creatures. Another reason the creek is not polluted is the level of acidity and alkalinity is 7 which is a healthy number on the pH scale. If the acidity or alkalinity levels were high scientists would have to find a way to neutralize the acid and alkaline.
To test turbidity, take the tube and put the water in the tube and see if you can see through the tube. If the levels of the tests were normal and good, that would mean the river is
The Catawba River and Pollution The majority of avid paddlers, especially those of us near the U.S. National Whitewater Center here in Charlotte, know that the water quality of the Catawba River is considered “sketchy.” We have grown used to seeing the occasional, inexplicably dead catfish along the river banks and do not seem to question it anymore. What we don’t always realize is that the water quality is much worse than we had originally thought. For example, untreated sewage spills and line leaks from new developments along the river end up contaminating the nearby water, and therefore affect everything downriver from the sites.
Drinking water sources have been contaminated with explosive methane, as well as other dangerous substances, such as benzene and arsenic, that can cause cancer and other serious illnesses. Toxic chemicals, as well as erosion and runoff from drilling operations, have fouled