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Ecological impacts of wetlands
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Recommended: Ecological impacts of wetlands
Nathina Martin
Grade 12
Biology Project
2014
Table of Contents
Introduction: 2
Literature review: 3
Water analysis: 3
Soil Analysis: 3
Plant and Animal Species Analysis: 3
Method of Research: 4
1. Water Analysis: 4
2. Soil Analysis: 4
3. Plant and Animal Species Analysis: 4
Results: 6
Conclusion: 9 Introduction:
Reddam House is built on a wetland and it is imperative that the wetland poses no negative effects on the public health and safety, especially that of the Reddam House students and staff.
The aim of this research report is to analyse the condition of the Reddam House wetland in order to determine the relationship between the condition of the wetland with the health and safety of Reddam House students and staff. The research
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These factors include, water hazards, soil hazards and animal and plant hazards. The water needs to be tested in order to reveal if there is any risk to the human health as a result of pathogens, pH levels, toxicity etc. It is important as the aquatic life forms a major factor in deciding whether the wetland is suitable for use or not. Similarly, soil hazards need to be investigated with respect to the wetland. Soil may be a breeding ground for pathogens and bacteria, hence this needs to be tested in order to determine any risk to human beings. Animals and plants form a great part in deciding whether the wetland is safe or not, as certain plants and trees as well as animals may be vectors for diseases or poisonous to human …show more content…
If toxins are found to be present in the water, it poses a threat to the health and safety of students and staff exposed to the wetland.
• The water analysis will also determine whether harmful bacteria and pathogens are found in the wetland.
• Upon analysis of the water, one will also be able to determine whether it is suitable as a source of drinking water for human beings.
• The depth of the water will shed light as to whether the wetland is a physical hazard to the students and staff as a possible site for drowning.
• Determining the pH of the wetland water will help one to determine whether it is too alkaline or acidic to be safe for human beings
Soil Analysis:
• Soil analysis can provide information about organic matter in the soil, drainage, biotic activity, and fertility.
• Identifying the different aspects of soil such as colour, compaction, moisture, soil structure and soil texture will help in determining whether the soil can act as a breeding ground for pathogenic diseases.
• Soil temperature plays a major role in determining the rate of plant growth. Certain temperatures are optimum for the growth of bacteria and fungi which could be hazardous as it may be disease
The Badu Wetlands are located within the Bicentennial Park which is located in the Parramatta River Basin approximately 12km west of the CBD. It receives slightly less rainfall and higher average temperatures than that of the CBD (central business district). The latitude of Bicentennial Park is 3350’ and the longitude is 15304’ with an altitude of 0-10 meters above seas level (m.a.s.l )The average temperature of the park is a warm temperate eastern marine. The size of the park is 100 hectares with the wetland size being 58 hectares, showing that the wetlands cover more than half of the park.
Westfields, a medium sized wetland region, is located on the outskirts of Limerick city and within the floodplain of the River Shannon (CAAS (Environmental Services) Ltd., 1999). Wetland regions are broadly defined within the Ramsar Convention (1971, 1), as, “areas of marsh, fen, peatland or water, whether natural or artificial, permanent or temporary, with water that is static or flowing, fresh, brackish or salt including areas of marine water, the depth of which at low tide does not exceed six metres.” Identified as some of the most diverse habitats on earth, wetlands are also under severe threat, with a “10% decrease in their area occurring worldwide between the years 1990 and 2006” (CORINE, 2006). Westfields is no exception. Known worldwide for the diverse flora and fauna, in particular avifauna, that are present, the area has seen a dramatic decrease in size from its traditional expansive domain to a present area of twenty-six hectares. Thus, this essay aims to examine in detail the biogeographic merits of these declining wetland regions in particular Westfields, record the current condition of this particular wetland, and explore potential ideas for future conservation.
The Everglades, classified as a wetland or a "transition zone" can support plant and animal life unlike any other place. Wetlands are an important resource for endangered species and "that more than one third of the United States' threatened and endangered species live only in wetlands." Says Elaine Mao, the author of Wetlands and Habitat Loss. People have started to notice the importance and the role of wetlands like the Everglades and how they are valuable and essential for ecosystems to live. Wetlands provide so many kinds of plants, mammals, reptiles, birds, and
The main problem that the lagoon is facing is pollution from runoff and freshwater inputs such as Taylor Creek or Lake Okeechobee. Some of this pollution is nutrient pollution, which promotes bacterial growth and needless to say, causes some problems. The other type of pollution, This essay with describe such affects and what you can do to stop the degrading ecosystem known as the Indian River Lagoon from falling into an irreversible pollution
This paper introduces the environmental concerns of the loss of coastal wetlands. The paper will discuss the significance of wetlands and the devastation that is occurring because of human activity. Wetlands are an essential element of our environment both ecological and societal; conservation will be essential for the preservation of these precious ecosystems.
In the 18th and 19th centuries, drainage of the wetlands was an idea. From then on, human activities like agriculture and building have been the center of elimination for these wetlands. Pollution has also been a factor in this, along with natural
Between 300 and 400 million people worldwide live in areas near wetlands and depend on them. Wetlands are mechanisms for treatment of wastewater are extremely efficient because they absorb chemicals and filter pollutants and sediments. Half the world's wetlands have disappeared due to urbanization and industrial development. The only way to achieve sustainable development and poverty reduction will be through better management of rivers and wetlands, and the land they drain and drain as well as through increased investment in them.
In addition, the availability of water, fertile soil, and moderate temperatures became essential factors for prosperous farming. Out of these factors,
Wetlands are highly productive ecosystems. Wetlands include marshes, estuaries, bogs, fens, swamps, deltas, shallow seas, and floodplains. Wetland habitats support a vast range of plant and animal life, and serve a variety of important functions, which include water regime regulation, flood control, erosion control, nursery areas for fishes, fish production, recreation, plant production, aesthetic enjoyment, and wildlife habitat. Wetlands account for about 6% of the global land area and are among the most valuable environmental resources.
Raven, Peter H., Linda R. Berg, and David M. Hassenzahl. "Wiley: Environment, 6th Edition." Wiley: Home. Web. 05 Feb. 2012. .
The contamination of water (ground and surface) can result from when chemicals from
The study area consisted of Latah and Benewoh in Idaho, USA. The research used a total of 105 sites to collect data; ranking the areas from lowest to highest elevation. The methods implemented in this research consisted of wetland sampling, mail survey and habitat modelling. The combined results allowed for better insight for the conservation of these species. The first section of the experiment consist...
Soil is the most important non-renewable resource on any farm. Healthy soil is key to a good
Water quality can be described as the measurement of the condition of water relative to the requirements of humans, animals and plant’s need. When we talk about water quality testing, we are highlighting a critical piece of natural observing for civil engineers in order to create a specific structure or decision. At the point when water quality is poor, it influences almost every single form of life in our planet; going from plants to animals and thereon. Hydrology, in the other hand, is the study of water. It is important to state that hydrology is a critical part for civil engineers to determine and predicting decisions that will affect our biological environment.
Most people think they know a wetland when they see one, but the delineation of wetlands for the purpose of granting permits has proven enormously controversial. According to the Environmental Protection Agency (EPA), an area is defined as a wetland when a combination of three technical criteria are met: Wetland hydrology (land that is saturated within 18 inches of the surface for more than seven days per year), Hydrophytic vegetation (a list of plants that will thrive in wet areas), and Hydric soil (mucky and peat-based soil). The continual destruction of these valuable lands is due mainly to farmers, oil and mining interests, and development groups (Russel, p.36). It is estimated that 30-40% of the original wetlands in the United States have been lost, and about 300-400,000 acres are destroyed each year (Hollis, p. 36). Recent concern has led to an increase in wetland restoration and creation to reduce the impacts of activities in or near wetlands, compensate for additional losses, and to restore or replace wetlands already degraded or destroyed (Nicholas, p. 39).