The Process Of Biomimicry : Analysis And Applications Essay

In society, there are groups that interact with each other. They may be families, churches, government agencies, or anything in between. Those groups can be defined as systems, and in the systems perspective that is what they are referred to (Hutchison, 2017). In the 1960s, Ludwig von Bertalanffy developed the general systems theory in relation to biology, but it was widely publicized and used for various subjects (Hutchison, 2017). Hutchison (2017) summarized Bertalanffy’s theory by saying, “any element is best understood by considering its interactions with its constituent parts as well as its interactions with larger systems of which it is a part.” (p.

It has been 140 years since this system was introduced. The way of life has dramatically changed since 1877. Between both beliefs and technology

Biotechnology is not just a new fad. Prakash and Conko stated, “And a review of 81 separate research projects conducted over 15 years- all funded by the European Union- found that bioengineered crops and foods are at least as safe for the environment and for human consumption as conventional crops, and in some cases even safer.” (Prakash and Conko 359) This sentence summarizes an important

Creation of products that reduce energy usage, support sustainable forestry practice, promote cleaner water and less air pollution

There are several obstacles for manufacturers attempting to employ changes in their processes for more sustainable practices. One problem that manufacturers will run into is the lack of direction. Knowing that change is needed is the easy part of reaching sustainability. Knowing what changes to make is a much more complicated challenge. The idea of sustainability is discussed often, yet broad scope ideas are traded without specific details and applications. Team B Consultants Inc. (TBCI), is the

Through the years of the systems development, the level of benefits was gradually increased in an

Today, the traditional sense of what the environment embodies has evolved with the emergence of the technosphere, a new addition to the four natural components of Earth (aquasphere, atmosphere, biosphere, geosphere). This man-made monster threatens the Earth’s longevity and stability by drawing on natural resources to keep itself going, and damaging those natural resources with waste products in the process. Moreover, with an education system engineered to create jobs in the technosphere, the world’s ecosystems are left to be defended by only a handful of people who understand the legitimacy of this perpetual, systemic threat. In the modern age, environmentalists are trying to prevent this new and unpredictable force from continuing to causing

With twin goals of conserving biodiversity and reducing humanity's Ecological Footprint, the organization is drawing on the combined strength and expertise of its global network to create innovative partnerships that integrate

The biotechnology revolution will change the face of the planet, Introduction page 1, There are two thousand laboratories in america alone five hundred companies spending five billion dollars on the biotechnology. Among the scientist there are no surveillance to make sure they are doing the right thing with the technology they are creating. Page 2 of intro, International Genetic technologies, inc did secret research when an accident occured twelve people or fewer where there to witness the accident and only a handful survived. “Biotechnology will transform every part of human life from our food to our medical care our entertainment and our very bodies.” Biotechnology will be something that will either kill us or help us how we use it will depend.

In Cradle to Cradle: Remaking The Way We Make Things written by Michael Braungart and William McDonough try to recreate a new way to design and manufacture things by rethinking the basic parameters in order to establish a new, better system of manufacturing, one that will ultimately replenish and restore the earth, instead of destroying it like the one that is being used now(1). The authors state that we, as humans, should approach the concept of design and manufacture in a new way that will make the whole process of manufacture, consumption, and waste a process of that works in sync with both humans and nature, rather than damaging the nature. The authors start of by criticizing the current industrial framework as fairly primitive. It is formed over one main

This paper presents a synopsis of Applied Medical 's current sustainability practices, discusses specific sustainable practices that can benefit the triple bottom line immediately, and finally exhibits the benefits of synergizing corporate responsibility activities by appointing a Corporate Social Responsibility Manager to Applied Medical 's leadership team.

Did you know that there are 13 species of animals who we may have to say goodbye to in 2015, or an estimated 2.2 billion tons of waste is yearly dumped into oceans? There is no need to research the litany of environmental changes; news such as global warming, air pollution, or resource scarcity that choke environmental problems to appear daily on TV screens and in newspapers. Even with these particularly cautions, many of us are still facing environmental catastrophes with overly optimistic attitudes, ignoring how serious the matter is. This form of the unrealistic expectation is similar to the blind development in our technological society that engenders a series of environmental and economic problems. Paul Ehrlich, [1] a Stanford University

It cannot be denied that, in at least some areas, the invention and progression of technology has benefitted the human race. With the growing industrialization of the world in the last centuries the lives of many people have been made easier. But, this growth of technology is not without its consequences and people are not without their concerns. While industrialization has had its benefits, the environmental cost of this progress is immense, and the impact it has on nature can be hard to swallow. It may seem like talk of the environment is something to be left to scientists or activists specializing in that particular field, but they are

Eric Fitch, alumnus of the Massachusetts Institute of Technology, is no stranger to new ideas and technology-centered ventures, having fifteen years of past experience in fields such as biotech, healthcare, smart materials and others (IdeaMensch, 2011). His latest company allies this entrepreneurial spirit with another of his passions, beer, for the creation of PurposeEnergy, a way to reuse the waste in the production of the beer to create energy and other sub products. This report describes the background of Eric Fitch, and the process of the creation of PurposeEnergy, as well as detailed view on how it works and the future developments. The sources of this information are PurposeEnergy's website, and articles from TechnologyReview,

Ever wonder what invention can be made that will benefit the present and the future. Yet, it is not any ordinary invention, it is an invention that will make the planet greener and provide a healthier lifestyle for the people. These green developments are what are called sustainable chemistry. It is a tactic created to provide the needs of the present generations that will later also benefit the future generations. The people have to create greener solutions to many of these environmental problems because as we know a large portion of our planet is being destroyed piece by piece. From the air we breathe all the way to the soil, we walk on every day. A major problem would be that many people are developing major health issues, all because of the filthy air we breathe in. This is all coming from the toxic gases from factories and cars, toxic chemical waste, overloads of waste, plant chemicals, the list is endless of how many harmful chemicals are released. Many of these chemical uses can be decreased if we do our part of creating a situation. Instead of creating more trash and throwing away piles of garbage into the landfills and getting much of that burned or chemically proceed. Mostly 30 to 40 percent of food is thrown away into the landfills in just the United States. We can simply divide our trash and can create compost. Forming a chemical solution created by pure food compost that is only proceeded by worms. Reducing the use of intoxicated chemicals that harm the earth’s