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Littering as the problem within the environment essay
Causes and effects of littering
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All over the world there are animals dying from national disasters and plants are dying from animals. So the predator - prey relationships have a big deal on the population on plants and animals. But with the predator - prey relationships both animals have a connection together because that animals and the plants can be controlled with a keystone species. The one that controls how the population of all the factors is the keystone species because the keystone species is the animal that keep everything in check with the population of the plants and animals. But if the keystone species die and can it affect the ecosystem strongly and a trophic cascade would happen. So living and Nonliving factors have a big effect on the population of the and …show more content…
Trees give nutrients to other trees and trees are a keystone species. So, if it gets affected by a parasite and that is a part of symbiosis. Now when the poison is in the tree when it get nutrients the tree would die or the plant. But something positive it can stay alive because of the roots getting tangled with a tree. Also animals would die from the trees because how the tree will die and could not get any food from the tree. The last information I want to talk about is that a lot of trees would die because all the roots are tangled and there would not be any healthy trees in the area. This affects the survival and reproduction because all the trees are dead. This shows that living and nonliving factors within an ecosystem affect the populations of plants and animals because how the plants and animals are dieing when the trees are talking by spreading the poison. So now you can see how everything connects in the next paragraph and what …show more content…
One way is that the humans liter and get into the animals and plants ecosystem. Well, when humans liter what happens is that the animals will think it is food and then the animals could die and that could stop the reproduction of that animal because of it becoming dead. But something positive about the humans littering is that would give them food and that would help the plant and animals so the plants and the animals can survive. So now you can see how the humans affect the living and nonliving factors within an ecosystem affect the populations. So that is the rule the humans play in the population on the living and nonliving
Ecosystems are the basic biological units of ecology, and consist of biotic organisms and their interactions amongst other living organisms, as well as the surrounding abiotic environment (Putman and Wratten 1984). One facet of ecosystems that is less-often mentioned is the process of decomposition, as it many may view it as an unclean, unpleasant process that occurs after an organism has ceased to exist. To those with an ecological framework, however, decomposition is viewed as the opposite – an interesting, intricate process teeming with biological activity and life (Swan and Kominoski 2012). What is decomposition? Formally, decomposition is defined as the process to which complex organic matter is broken down to its basic constituents (i.e.
Discerning the spatial patterns of biodiversity and understanding their ultimate (why) and proximate (how) causes is very dear to biogeography and is one of the key concepts of Macro ecology. Some places on earth contain more species as compared to others. All species occurring at a given space and time either originated (speciated) there or dispersed and arrived from another place and settled there. Biogeographers try to understand the past and current distributions of species by incorporating historical, evolutionary and ecological factors. Earlier biogeographers or the ‘naturalists’ in their sacred quest to serve ‘the creator’, travelled to various parts of the world and imparted valuable knowledge about the diverse patterns and processes of nature. Linnaeus (1743), on the one hand, hypothesized that early Earth was filled with water except for it’s highest mountain top i.e., Mount Ararat which was known to be the site of paradise and as the sea level dropped the exposed land was colonized by plants and animals that migrated down from high elevational zones of Mount Ararat whereas Willdenow (1805) hypothesized that within each geographical region of the earth, plants and animals were first placed and later survived the great flood on many mountain ranges (Lomolino,2001). Von Humboldt and Darwin in the South American Andes and Wallace Southeast Asian islands noticed the decreasing trend in elevational species richness patterns (McCain and Grytnes, 2010). Later work done by Grinnell (1917), Whittaker (1952), Terborgh (1977, 1985) on elevational species richness became accepted and set a established pattern for all species for more than two decades (McCain and Grytnes, 2010). However current researches on elevational gradients are...
Nowadays, earth has been facing a series of severe environmental issues which require urgent attention to make the ecology friendly, and global warming is considered as the most vital one. Although some people doubt and disagree that global warming is happening, climate change is real and it is mainly influenced by human activities through the increased production of green house gases such as methane and carbon dioxide. Global warming has the effect of melting polar ice caps and glaciers, which will lead to sea level to go up. Moreover, due to the rise of sea level, the survival of those people who live in islands and coastal cities can ultimately be threatened. Deforestation has been considered to be one of the most important contributing factors to global climate change. Also, since trees absorb greenhouse gases, reduce carbon emissions, and produce oxygen, without trees, the greenhouse effect can be improved tremendously. As World Resources Institute has pointed out in the data, forest loss contributes between 12 percent and 17 percent of annual global greenhouse gas emissions. Thus, what is “deforestation”? Why do people have to deforest? How does it affect environment?
Living things are categorized by being either a prey animal or a predator animal. A prey animal is what a predator eats and the predator animal is what eats the prey. A stable predator-prey relationship would be when there are more sheep than wolves. This is stable because the predators, which are the wolves, will have enough prey animals to eat. An unstable predator-prey relationship would be if there were more wolves than sheep. This relationship is unstable because the predators will not have enough food to eat. The goal of this investigation was to test stable environments and see when they would go unstable. The guided question was “which factors affect the stability of a predator-prey population size relationships?” This supports the background information because it brings up the question of what will disrupt the stability of an environment.
and is existing surely because of humans themselves- overpopulation. “Overpopulation is the problem” and causes other externalities such as pollution, deforestation, and a greater handful of biodiversity losses. In addition, overpopulation causes economic and political factors such as more consumption per person and the reduction of resources that can be provided per person. This contributes to the strain on ecological systems and the economic and population growth. With overpopulation, many resources become finite and an umpteen amount of ecosystems are being destroyed. Overpopulation relates to the impact of humans on pollution. Obviously with more human life, there is more necessity for jobs such as factories that give off fumes, automobiles, and the use for burning fossil fuels. In greater extent, this leads to an environmental factor in that it accumulates chemicals in food chains such as mercury, arsenic, and copper. It can lead to political problems as well, when trying to interact with other countries and stop the problem of global pollution and eventually endin...
Modern-day genetic technology has granted mankind with the opportunity to bring back extinct species from the dead. If humans have come to possess the DNA from an extinct animal population, it is possible to create an identical clone of the animal in question, effectively “bringing it back from the dead”. Many ethical dilemmas surround the practice of de-extinction, and rightfully so. Recreating an extinct species could produce groundbreaking scientific breakthroughs, generating exciting opportunities for future genetics-based research. However, there could also be monumental consequences: the newly revived, once-extinct species might destroy the ecological equilibrium of modern Earth
Hello United Nations! I am going to start off by telling you a little bit about us and our organization. We are the Organization for African Endangered Animals. We are a private agency in Africa who protect the welfare of endangered animals. We are the voice of the animals. They cannot speak for themselves so we speak for them. We do our best to protect our animals but we have limited sources and funding. Our focus right now is one of the most endangered species in the world, the Dama Gazelle.
biodiversity and resources. The economy of the nation is also taking major hits as far as expenses
If killing animals to get their furs is not difficult enough, workers in the fur industry still have to go through many other complex processes in order to create a flawless coat that can be sold in the market. Back in 1949, a peak year of fur production, there were at least 642 manufacturers across Canada and some have even less than 10 employees. Fur work was dominated by Eastern European Jewish immigrants at the time and because the demand of fur was so high, the owners of those manufactures were try to recruit as many experienced workers (preferably male) as possible to make the most profit for themselves. Women at the time also involved in the fur industry by helping with preparation of the raw skin such as “greasers” “unhairers”, and
Deforestation means to cut down a big amount of trees, which results in damage to the quality of the land. Forests cover 30% of the earth's land, but are lost every year. The rainforest could disappear in about a hundred years because of the existing rate of deforestation.
Deforestation is defined as the clearing of trees, and the absence of a forest. What most people seem to turn a blind eye to the fact that we need these trees and plants not just for our paper, pencils, or even furniture, but something much greater than any of these things put together. Indeed having a low costly grocery store within walking distance is pleasant, but there are negative consequences as well as positive consequences that coincide with the placement of a Wal-Mart in the city of Oviedo. It is understood to many that industrialization as well as being able to finally have a store that does not charge six dollars for orange juice is a blessing. Fretfully, the negative consequences will
Forests are all over the world. Forests are home to many plants and animals. Some animals live in the trees, but sadly many trees are disappearing. This process is called deforestation. Deforestation is the clearing of earth’s forests. Deforestation takes place all over the world, but tropical rainforests are affected the most, and the Amazon rain forest in particular.
The Earth is far and away the most biodiverse planet in our solar system, with about 8.7 million more unique species than the other 8 planets (UNEP). However, the Earth’s commanding lead is shrinking; not because the other planets are increasing biodiversity, but because Earth’s is decreasing. According to the World Wildlife Fund, we as a planet are losing 1,000 to 10,000 more species than the natural rate. Since the total number of species is hard to pin down, this can mean anywhere from 200 to 10,000 species going extinct per year (World Wildlife Fund). This obscenely high extinction rate is dangerous not just to ecosystems directly affected by the loss, but also creates a domino effect that circles around the globe and up and down the food
The branch of science that deals with how living things, including humans, are related to their surroundings is called ecology . The Earth supports some 5 million species of plants, animals, and microorganisms. These interact and influence their surroundings, forming a vast network of interrelated environmental systems called ecosystems. The arctic tundra is an ecosystem and so is a Brazilian rain forest. The islands of Hawaii are a relatively isolated ecosystem. If left undisturbed, natural environmental systems tend to achieve balance or stability among the various species of plants and animals. Complex ecosystems are able to compensate for changes caused by weather or intrusions from migrating animals and are therefore usually said to be more stable than simple ecosystems. A field of corn has only one dominant species, the corn plant, and is a very simple ecosystem. It is easily destroyed by drought, insects, disease, or overuse. A forest may remain relatively unchanged by weather that would destroy a nearby field of corn, because the forest is characterized by greater diversity of plants and animals. Its complexity gives it stability.
In our world today we have approximately 26,021 endangered species. Endangered species are organisms that may possible become extinct. The term 'endangered species' refers to all species that fits this description. However some conservation biologists and scientists normally use the term ‘endangered species’ to refer to species that are put on the IUCN(International Union for Conservation of Nature)Red List. Many factors can be looked at when considering the conservation status of a species. Factors such as human threats or environmental threats can cause a species to become endangered.