Natural Reclaiming

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dc.contributor.author Morrison, Christopher
dc.date.accessioned 2021-05-17T19:10:05Z
dc.date.available 2021-05-17T19:10:05Z
dc.date.issued 2021-05-17
dc.identifier.uri http://hdl.handle.net/10429/2168
dc.description The natural world is comprised of ecosystems that feed off one another and create sustainable closed loops. Our human ecosystem is different from those found in nature because often our human practices are inefficient and lead to waste. A series of explorations exploring human systems that are connected and disconnected from the natural environment has found that it is possible to use nature’s ecosystems as precedents to improve and change our perspective on what waste is. This research studies how natural ecosystems can change our perspective on organic waste and allow us to take steps towards a closed-loop ecosystem. In nature, organic matter is always reused in the continuous cycle of life and death. Our current organic waste stream however does not follow this pattern. Composting, which has been a widely known method of recycling for hundreds of years is hardly used. Instead, our organic waste joins all our other waste in landfills across the United States. Thesis Statement The reasons behind this disconnection with nature can be traced back to our complex society and environment. This thesis explores the different scales of urban environments present in our society and the waste resources they produce. In conjunction with these environments, it explores the different methods that are used to recycle organic waste in nature and the human systems that have been developed from them. With this knowledge, it provides insight into methods that can be used to create a closed-loop organic waste stream in small and medium-sized urban environments. One important note is that these closed-loop systems are not economically sustainable without government incentives. Because of this fact, the thesis hopes to introduce a solution to gradually prepare these smaller and medium-sized environments to be included in the closed-loop organic waste stream. en_US
dc.description.abstract Humans have always been a part of the natural world, but as our technology and knowledge progressed, we distanced ourselves from nature. We have created a human ecosystem that functions in its own way and rarely works in tandem with nature. This division is partially a product of our human perception of what is and is not useful. This perception lies largely in our ability to harness resources and as technology progresses, we must reconsider old methods. Our organic waste disposal industry is one system that could benefit from a new perspective. Most organic waste is sent to landfills where it decomposes, producing greenhouse gases. Our technology has progressed to a point where we can harness energy and create closed-loop products by diverting this organic waste from our landfills. However, our human waste ecosystem varies between different urban environments. Here we explore the different urban environments that contribute to our waste ecosystem and their respective disposal systems. Understanding the disposal systems in use and new available systems provides insight into how we can design for future technologies that work in tandem with nature. This thesis takes a specific focus on smaller cities and rural environments that will struggle to follow future changes and suggests interventions that focus resources and create a marketable and beneficial product for the community. en_US
dc.language.iso en_US en_US
dc.subject Natural en_US
dc.subject Waste en_US
dc.subject Organic Waste en_US
dc.subject Recycling en_US
dc.subject Composting en_US
dc.subject Urban en_US
dc.subject Organic en_US
dc.subject Nature en_US
dc.subject Human en_US
dc.title Natural Reclaiming en_US
dc.title.alternative Using a Natural Perspective to Address Important Changes in our Waste Stream. en_US
dc.type Thesis en_US


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