Mill pond data
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The document summarizes water quality test results from the Mullet River. Water samples showed low phosphate levels, indicating poor soil quality. Dissolved oxygen and pH levels were within healthy ranges to support aquatic life. However, the lack of plant life and suitable habitats along the banks limited the presence of animals in the river. Overall, the river's health was deemed fair, as certain factors like water chemistry were good but habitat availability was poor.
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Northern river otters are semi-aquatic mammals found in freshwater habitats. They have long, dark brown bodies and thick tails. Males typically weigh between 11-30 lbs. Otters eat mostly aquatic invertebrates and small land animals. They are preyed on by larger predators like coyotes and bobcats. The document discusses the otter's biology, habitat, diet, and role in the food web. It also analyzes water quality factors like pH, dissolved oxygen, nitrates and phosphates that affect the local ecosystem and the otter's ability to survive.
Phosphorus cycle Detailed
The document discusses the phosphorus cycle, which is essential for life. Phosphorus is limiting in many ecosystems and its cycle involves geological processes that move it between rocks, soil, organisms and ocean sediments over long timescales. The cycle has been impacted by human activities like mining, fertilizer use and transport, which are increasing phosphorus levels in waterways and causing eutrophication. This disrupts ecosystems and leads to issues like dead zones lacking in oxygen. Effectively managing phosphorus and reducing runoff can help address these problems.
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The overall health of the Mullet River is okay due to factors like biological oxygen demand, dissolved oxygen, and temperature. Dissolved oxygen levels vary throughout the day, with higher levels early in the morning when the sun helps algae produce oxygen through photosynthesis. Later in the day, as the river warms, it cannot hold as much oxygen. The biological oxygen demand also increases and dissolved oxygen decreases, making it difficult for many fish to survive. The riparian zone along the river could be improved by planting more native plants to help filter runoff. A proposed plan includes dredging sediment, removing dams to increase flow and oxygenation, and implementing bayscaping with native plants along the riparian zone to further
Kearney
The document discusses phosphorus contamination in Lake Champlain and its environmental, economic, and social impacts. Lake Champlain is an important water body that supports wildlife habitat and recreation. Excess phosphorus from sources like agricultural and urban runoff is causing problems like algal blooms and decreased water quality. Solutions proposed include adopting watershed and ecosystem approaches, preventing pollution, education, and reducing phosphorus from urban and agricultural non-point sources like lawn and farm runoff.
Devwtrplan b (1)
This document provides descriptions of commonly considered water quality constituents including dissolved oxygen, biochemical oxygen demand, pH and acidity, nutrients, conductivity and dissolved solids, and metals, pesticides, and other organic contaminants. It explains how each constituent affects water quality and aquatic life. For example, it describes how dissolved oxygen levels influence what types of fish can survive, how biochemical oxygen demand reduces dissolved oxygen, and how pH affects the solubility of chemicals and their toxicity to aquatic organisms.
Spahr
The document discusses how human activities have negatively impacted Lake Champlain through eutrophication. Specifically, it notes that phosphorus runoff from intensive agriculture and increasing populations in the watersheds have led to higher phosphorus levels in the lake over time. While efforts have been made to reduce phosphorus, they have had only incremental effects due to the persistence of phosphorus in soils and the diffuse nature of non-point runoff sources. The highest phosphorus levels in the lake correspond to watersheds that experienced greater population growth and land use changes like increased agriculture. Continued efforts are needed to mitigate these impacts and improve the lake's water quality.
Eutrophication
1. Eutrophication occurs when excess nutrients, usually nitrates and phosphates from sources like fertilizers, sewage, and livestock waste, enter freshwater ecosystems.
2. This causes algal blooms that block sunlight from reaching other aquatic plants, leading the plants to die off.
3. As the algae and dead plants decompose, they deplete oxygen levels in the water, collapsing food chains and potentially killing all life in the ecosystem.
Aquatic ecosystem and water pollution
Aquatic ecosystems can be freshwater like lakes, rivers, and wetlands, or marine water like oceans. They contain a variety of organisms adapted to different zones based on factors like sunlight, temperature, and oxygen levels. Aquatic ecosystems are important for biodiversity, breeding grounds, and being part of the water cycle, but are threatened by pollution, nutrient runoff, and other human impacts that can cause eutrophication and loss of species. Proper management of fertilizers, waste, and industrial discharges is needed to protect these fragile environments.
Water Pollution in Lakes
Don't forget to leave a comment! I would like to know if this helped you in any way possible and if there's any mistakes or corrections I can make 'em right.
Water Pollution in Lakes (causes, effects, sources)
Phosphorus.pptx
Presentation on Phosphorus in relation with our Environment.
#environment #phosphorus #eutrophication #phosphorus_cycle #water_quality_management
Aquatic ecosystemsppt
There are several types of aquatic ecosystems including freshwater ecosystems like lakes, rivers, and wetlands as well as marine ecosystems. Aquatic ecosystems are important as they support biodiversity, provide breeding grounds, act as buffer systems, and are part of the water cycle. They can be altered by both natural processes like succession over time as well as human impacts like water pollution, excessive fertilizer use, industrial waste, and other forms of waste disposal.
Higgins
Phosphorus levels are too high in parts of Lake Champlain like Missisquoi Bay, causing harmful algal blooms nearly half the time. These blooms threaten wildlife and limit recreational use. Non-point sources contribute over 90% of excess phosphorus from fertilizers and developed land runoff. Solutions include regulating fertilizer ingredients, intercepting nutrients before they reach waterways, and increasing riparian buffers to filter runoff.
Fresh water and marine ecosystems
This document summarizes freshwater and marine ecosystems. It discusses the key features and threats to various ecosystems, including lakes/ponds, wetlands, rivers, estuaries, coral reefs, the ocean, and polar regions. The main types of freshwater ecosystems described are lakes/ponds, which have littoral, open water, and benthic zones, and wetlands like marshes and swamps. Threats to these ecosystems include pollution from industry, agriculture, and development. Marine ecosystems discussed include estuaries where fresh and saltwater mix, coral reefs built by polyps in warm tropical seas, the ocean with its depths lacking light, and polar regions relying on phytoplankton
Jake Fox Pd. 5
The document discusses various factors that affect elk populations, including their habitat, diet, reproduction rates, and mortality risks. Elk typically live in open woodlands and forested areas from sea level to 3,000 meters in elevation. They eat plants, roots, leaves, and fungi. Elk mate in late September to early October and usually have one offspring per year. Their populations are affected by hunting and diseases. Clean water sources and adequate plant growth are important for supporting healthy elk herds.
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Phosphorus cycle by elizabeth lugones rylee levine period 3
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River monitoring site 7
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
Group 2 baam
Group 2 hypothesized that pollution from cars and humans was causing the Mullet River to be unhealthy. They tested the pH, temperature, dissolved oxygen, nitrates, and biological oxygen demand upstream and downstream of a drainage pipe near the river. Their results showed higher pH, lower dissolved oxygen, and higher nitrates downstream, supporting the idea that the pipe was polluting the river. To solve this, they proposed building a drainage pond away from the river to collect waste before it enters the pipe in order to make the river suitable for aquatic life again. They estimated the total cost of moving the pipes and building the pond would be around $492,888.
River monitoring site 7
The student team tested various aspects of water quality at River Monitoring Site #7, including habitat, macroinvertebrates, total solids, nitrates, phosphates, pH, and dissolved oxygen. The habitat scored poorly due to lack of pools and narrow riparian vegetation. Macroinvertebrate testing found the river's health to be poor. Total solids and phosphates were high, while nitrates and pH were acceptable. Dissolved oxygen was moderate. To improve the river's quality, the team proposes dredging sediment, establishing an "Adopt a River" program, and restricting certain fertilizers. Costs of dredging could be offset through beach fees, equipment rentals, and fertilizer sales
Mullet river monitoring is
The students tested the dissolved oxygen, total solids, and pH of the Mullet River to determine the health of the water. The dissolved oxygen levels were within a healthy range, and the total solids were low, indicating pure water. The pH tests showed the water to be neutral at 7. While the river water currently shows signs of health, the students recommend preventing pollution by properly disposing of trash and reducing runoff to maintain the quality of the river ecosystem.
Mullet river testing1
The group tested the health of the Mullet River through various assessments and found the river to be unhealthy. Habitat and macroinvertebrate assessments indicated poor conditions. Water quality tests for dissolved oxygen, pH, phosphates, and biological oxygen demand also showed poor and fluctuating results, likely due to high bacteria levels and shallow muddy waters. The group concluded that dredging the built-up silt from the river would help improve conditions by reducing bacteria and increasing water depth and flow.
The great white shark++
The Great White Shark has existed for over 11 million years and evolved from Carcharodon Megalodon. As the largest known predatory fish, it lives in coastal waters and can reach depths of 4,200 feet. While it has been known to attack humans, such incidents are rare, and the shark will typically eat seals, sea lions, and other fish. The Great White can be found in temperate and tropical oceans worldwide.
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The document summarizes facts about the blue whale, including that it can grow up to 98 feet long and weigh 170 tons, eats small krill and up to 40 million per day, and was nearly driven to extinction by whalers but there are now an estimated 5,000 to 12,000 remaining. It also compares the blue whale's size to the largest dinosaur, and notes the heaviest whale killed by whalers was 190 tons.
Orcellaris clownfish
Clownfish, or Ocellaris fish, are small marine fish found in coastal reef areas in the Indo-West Pacific. They live in groups centered around anemones for protection. Clownfish are born male but can change sex to female for reproductive purposes. Eggs hatch within 4-5 days while being guarded by the male. As adaptations, clownfish have round fins for slower swimming but faster acceleration and can change color at night for camouflage from predators.
Tides
The document discusses tides and their causes. Tides are caused by the gravitational pull of the moon and sun, which pulls the water towards them. This causes two high tides each day on opposite sides of the Earth. The moon has a greater effect on tides due to its closer proximity. Tides can affect fishermen, fish, animals in tide pools, and require some buildings to be elevated. Tidal energy generation uses turbines in the water powered by tidal flows. Spring tides produce higher high tides when the sun and moon effects are aligned, while neap tides have lower high tides when their effects oppose each other. Places can experience diurnal or semidiurnal tides depending on whether the location
How to improve the health of the mullet
The group tested the temperature, phosphate, pH, and nitrate levels of the Mullet River. The temperature was between 6-12 degrees Celsius and nitrate levels were high at 13.2 mg/liter. Based on the test results and visible pollution, the group concluded the overall health of the Mullet River was fair. They recommend reducing pollution and dredging the river to improve its health.
Mullet river gage davon!
The students observed various wildlife like carp, minnows, crawfish, frogs, and swallows in the Mullet River, but also found lots of garbage like cans, bottles, and wrappers. Parts of the river had algae and methane bubbles in the shallow muddy areas. Water tests showed healthy levels of dissolved oxygen and phosphates, with the main issues being shallow depth and garbage in and around the river. The students propose organizing annual cleanups with the school and installing a water filtration system to improve the river's health.
The human digestive system
The human digestive system breaks down food through a series of organs. Food travels from the mouth through the esophagus to the stomach where it is further broken down. It then moves into the small intestine where nutrients are absorbed into the bloodstream. The remaining waste moves into the large intestine, where further water is absorbed before the solid waste is passed from the body. The digestive system interacts with other body systems like the muscular and circulatory systems to break down and distribute nutrients from food.
Muscular System
The muscular system has three main types of muscles - skeletal, cardiac, and smooth. Skeletal muscles are attached to bones and allow movement by contracting and moving the bones. The cardiac muscle is only found in the heart and pumps blood throughout the body. Smooth muscles are involuntary and found within internal organs and blood vessels to aid functions like digestion and blood flow.
Carlee olsen ~ acute myeloid leukemia con [11]
AML is a cancer of the bone marrow and blood that occurs most commonly in adults over age 40. It develops from immature white blood cells that fail to mature properly. Interactions with certain drugs, chemicals, or radiation can increase the risk of developing AML. Unlike normal cells, AML cells will multiply uncontrollably and spread to other tissues in the body. Treatment involves medications that kill both infected and healthy blood cells, weakening the immune and circulatory systems and increasing the risk of bleeding and infection.
Galeocerda cuiver
The document summarizes various aspects of the tiger shark including its reproduction, growth, environment, organization, classification, and comparison to mako sharks. It states that tiger sharks have a 15-16 month pregnancy, can give birth to 41 pups at once, grow up to 5.5 meters after birth but sometimes up to 7 meters, hunt alone at night near reefs to surprise prey, and have tiger-like stripes while mako sharks are blue and skinny and both hunt near reefs in the Gulf of Mexico.
Narwhal
Narwhals live in water and have a blowhole to breathe. Only male narwhals have long tusks, which can grow up to 10 feet long, while only 3% of females have tusks. Little is known about narwhal reproduction besides their gestation period ranging from 10-16 months. Narwhals grow up to 16 feet long and travel in groups of 15-20, eating fish and squid, but sometimes larger groups become trapped by ice and killed by predators.
Bacteria
Bacteria reproduce through binary fission and grow by reproducing. Helpful bacteria include Lactobacillus, which helps with lactose digestion, Bifidobacterium, which helps reduce diarrhea, and Propionibacterium freudenreichii, which produces gas bubbles in Swiss cheese. Harmful bacteria include Streptococcus pyogenes, which causes strep throat, Escherichia coli (E. coli), which causes food poisoning, Vibrio cholerae, which causes cholera, Salmonella enterica, the most common cause of food poisoning, and Salmonella typhi, a major killer in underdeveloped countries.
Amoeba
Amoeba are single-celled organisms that move via pseudopods and reproduce through binary fission. They live in water and consume bacteria, algae, and other protozoa using their pseudopods. When an amoeba grows large enough, its nucleus divides and the cell splits into two identical daughter cells, each with their own nucleus. This process of binary fission allows for asexual reproduction to continue the amoeba's lifecycle of eating, growing, and splitting.
The san andreas fault
The San Andreas Fault runs from the Gulf of California to the San Francisco area and is around 800 miles long. It forms the boundary between the Pacific and North American tectonic plates, which are moving past each other at a rate of 1 to 2 inches per year. Major earthquakes have occurred on the fault approximately every 150 years, with the last one in southern California in 1857 and in northern California in 1906. Based on these past occurrences, the document predicts that another massive earthquake could hit the southern end within the next 10 years and the northern end around 50 years from now.
san andres fault line
Transform plate boundaries are locations where two tectonic plates slide past one another along a transform fault like the San Andreas Fault. The plates move a few inches per year, but not steadily - they can lock up with no movement and then slip a few feet during an earthquake as the built-up strain breaks the rock. Earthquakes along transform faults are usually shallow since they occur within plates rather than at subduction zones. Research on the San Andreas Fault includes studying heat flow, stress, and fault mechanics using borehole sensors, as well as recording strong ground motions during quakes. The probability of a large quake on the San Andreas Fault in the next 30 years is about 21%.
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Mill pond data
- 1. By: Mitchell Meyer, Lindsey Karczewski, and Nathaniel Benicke
- 2. • When we first surveyed the river and its surrounding area (area right by the bridge) we saw minimal pollution, however there was a repulsive smell, and the water was very murky, however this was possibly due to the water rushing out of the storm drain, which had a broken grate. We found the bark of a log in the river, this wood could possibly carry disease, which further added to our thoughts that the river was unhealthy.
- 3. Phosphate level: >1 What does it mean? : Phosphates are minerals vital to life, they are naturally occurring in water. Phosphates act a great fertilizers, this means the soil taken from the river would be a poor fertilizer, due to its lack of phosphates.
- 4. • Phosphates are necessary for plant and animal life in a body of water, this explains the small amount of aquatic life in the area. A healthy river would contain such life. • The lack of phosphate is further proved by the high levels of dissolved oxygen. Phosphates are usually not very present in waters with high oxygen levels. • However, the lack of plant life in the river can be beneficial, reducing disease, and increasing water movement.
- 5. PH Level: 7/8 PH is the acidity of the water, a ph of 7 is almost a perfect level for our river, this means it has a low acidity.
- 6. This means that the acidity is low, this means many more animals could survive in the river, however the phosphate levels are limiting the amount of animals that could live in the river.
- 7. We had a dissolved oxygen level of 5 Mg/l which is good, because is it raises higher than that that, it any living fish would develop emphysema. Below that, and the concentration would be too much and fish would die in large numbers.
- 8. Dissolved oxygen is a byproduct of photosynthesis, meaning there is an adequate number of plants in the river. Which could act as a habitat for fish.
- 9. The right bank has a slope like decline, there are no undercut banks, making no area for fish. The left bank, which is lined with a manmade bank, could possibly harbor fish, but the existence of an undercut bank is in question.
- 10. After fully assessing the Mullet River, we found that certain aspects of the river are very good, such as its low phosphate and its neutral dissolved oxygen levels, however, the lack of habitats along banks is bad. The overall health id say is fair, it has many good aspects.