The Article describes earthships, straw bale homes, and bermed homes. Explain how these homes are more sustainable than regular homes. Use facts and details from the Article in your response

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The comforts of home are pretty hard on the planet. Every shower or toilet flush uses lots of water. And heating or cooling a home uses a lot of electricity. Water and electricity are natural resources. Many of us use far more than our fair share of them. But hey, a person has to live, right?What if we could live in a different way? Imagine a home designed to be comfortable, beautiful, and sustainable.. It wouldn't use up Earth's natural resources. Well, there are homes like that.Enter the earthship. U.S. architect Michael Reynolds dreamed it up in 1971. Earthships are built by mixing soil with recycled materials. Think old tires, cans, and bottles. Earthships make their own electricity. They get their water from the rain. And they naturally heat and cool themselves. That helps the owners save money.Straw bale homes are also Earth friendly. Their walls are built by piling bales of straw. The bales are then covered with plaster. Straw helps keep the home at the right temperature. So owners use less energy for heating and cooling.Not sure about a straw bale home? Try living like a hobbit! Bermed homes are also called hobbit homes. They have soil covering one or more walls. Soil sometimes covers the roof, too. So these homes blend in with nature. And the soil keeps them cool. If you've ever climbed down into a basement, you know the air is cooler. But a bermed home doesn't feel like you're in a basement. Its front wall is made of glass. The glass lets in light and heat from the sun. And the soil covering helps in another way. It protects the home during hurricanes.If these homes aren't right for you, you can still do your part. You can make your home better for the environment. Try making a flat roof "green" (with plants, not paint). Take shorter showers or turn down the heat in the winter. Check online for other ideas!TO-DONOTESVOCABULARYThe Article describes earthships, straw bale homes, and bermed homes. Explain how these homes are more sustainable than regular homes. Use facts and details from the Article in your response.Type your answer in the text box below.

Contrast low-density housing, medium-density housing and high-density housing. Give examples of each.5. Explain the three main ways higher-density urban renewal is driving gentrification.6. Outline the disadvantages for lower-income residents who are displaced from these gentrified neighbourhoods?7. Describe the benefits of urban renewal. 8. Define the term ecological footprint.9. Explain how vertical living improves a city's ecological footprint.

Improve the passage in two ways: could be improved with more evaluation/ own opinion on the article. Less like a description. could also introduce other evidence as part of evaluating the article. Like other authors have the same views. The reading explores the evolution of smart homes and connected homes, which are closely related to the concept of smartification. The chapter delves into the concept of "homes of the future" and their evolution over time. It explains that smart homes and connected homes are designed to incorporate technology into the home environment, with the aim of enhancing comfort, convenience, security, and entertainment for the residents. The chapter highlights the cultural and societal implications of these futuristic homes, including the utopian fantasies and dystopian uncertainties surrounding the integration of technology into the domestic sphere. Furthermore, the chapter examines the historical progression of smart homes, starting from the futuristic designs and technological advancements showcased in the early 20th-century "homes of tomorrow." It discusses how these early smart homes were influenced by modernist architecture and aimed to introduce new electronic appliances to the public. The chapter then delves into the smart homes of the 1980s and 1990s, which focused on energy control, safety control, and environmental control. It highlights the gendered nature of these smart homes, with a lack of emphasis on systems that would assist with housework. In conclusion, the chapter provides insights into the evolution of homes of the future, from early smart homes to today's digitally connected homes. It underscores the cultural values and gendered dynamics that shape these futuristic home designs. One key claim made by the author is that the smart home and connected home are not merely technical experiments, but also cultural and social phenomena. The author contends that these concepts encompass utopian dreams and dystopian uncertainties regarding the meaning of the modern home and the integration of technology into domestic life. The author supports these claims by discussing the historical development of smart homes, from early 20th-century futuristic designs to the digitally connected homes of today. The author also highlights the role of corporations in promoting and shaping the smart home and connected home designs. Additionally, the author references the work of other scholars in cultural history and media studies to provide further evidence and context for the discussion. The author substantiates their arguments with historical examples, quotes from scholars, and references to popular culture. The discussion of smart homes and connected homes is comprehensive, addressing both the technical and cultural aspects.

User Describe how an ecological system, such as a coastal wetland or a rain forest, demonstrates environmental sustainability. What occurs when human activities impact it, and how can sustainability be restored?