Cis 580 Paradigmatic Software Development Term Paper

In the modern day, technology alters our life better. That technology, such as cell-phones, cars, washing machines, microwaves make our life more efficient and comfortable. We can call or text our friends and family immediately or drive to their house whenever we want. Moreover, we do not need to wash cloths with our hands. Technology helps us to save a lot of time to do other things. On the other hand, these advantages make us more and more rely on technology. Actually, technology consumes a lot of energy or electricity every day. Nowadays, many countries choose to burn fossil fuel to generate electricity, such as petroleum, coal, and natural gas. The fossil fuels are limited. The website Ecotricity.co.uk

Firstly I will be going over my methods of research and how I was able to derive my embodied greenhouse gases of IT devices number through the analysis from Teehan and Kandlikar (2012) and refining it by using other research such as the writings from Deng, Babbitt and Williams (2011) which focused in on the resources required through every stage in the process of manufacturing these devices. Using my number, along with the number calculated by my peers, I will formulate an average emission rate (per person) to get a reasonable number for what a typical first-world consumer might contribute to. I will analyze and discuss the data received in order to determine ways of improving our carbon footprint, and

Every year people in the U.S create about 660 million pounds of tech trash. Tech trash can pollute the environment because electronics can have dangerous chemicals like lead and the chemicals could leak into a river and pollute the water. How do we stop this? One way is to use electronics as long as you can. Also you can donate electronics to a charity or a neighbor. Another way is to look for a certified e-waste to recycle your electronics.

“One small step for man, one giant leap for mankind.” In this report, I will outlay four different methods by which I can reduce my ecological footprint. The point could certainly be argued that one person will never make a difference, that my footprint is just too insignificant to worry about. However, just as each beach is made up of single, seemingly insignificant grains of sand, this world is made up of billions of “single” people. Working all together, a giant leap will be achieved. I will explain how changing my habits in the ways that I charge my electronics, shop, deal with waste and drive will decrease my ecological footprint.

Technological innovations continue to provide a favorable impact on modern society. While they mainly have a positive impact on society, it is not always favorable towards the natural environment. The integration of multiple sources of pollution provide a negative impact on the planet’s atmosphere. The greenhouse gasses emitted into the air are the main components that contribute to the warming of the Earth, prompting climate change. Carbon dioxide, discharged from any technologies involving the burning of fossil fuels as a power source, continues to be voided out into the atmosphere. Daily,

The world is facing a new kind of threat to environmental security. As humanity continues to neglect and abuse the environment our future generations will be facing severe environmental hardships. Humankind is the biggest danger to environmental security. According to the U.S Census Bureau as of October 2016 the most populated country in the world is China with the population of 1, 373,541,248 people (U.S. Census Bureau, 2016). It is not a surprise that China is also one of the biggest pollution contributors due to its great population number. Air pollution is one of the biggest threat to the environment created by human and China is known to be the world’s deadliest country for outdoor air pollution.

Numerous organizations are leading the pack through ecological arrangements and activities. We can help our organization formulate a carbon management technique and plan, set practical carbon decrease targets and meet them.

The advent of industrialized civilization has brought to us many remarkable feats that enhance our everyday lives. Such things as automobiles, airplanes, tractors, mainframe computers, and even relatively simple machines like lawnmowers have intertwined themselves into the everyday culture of modern day industrialized countries.. These products have provided us enormous benefits compared to the types of lives our ancestors used to live. In the eyes of some, the consequences of industrial activities that have evolved around the world will not pose any problems in the future, however as most have realized, this is not true. Contemporary production processes use fossil fuels such as oil, which release dangerous amounts of greenhouse gases into our atmosphere. In addition, certain products such as vehicles are notorious for their inefficient combustion cycles that also release comparable amounts of certain greenhouse gases into the air. Moreover, emissions from agricultural practices, land use change and forestry, and other industrial activities have led to dramatic increases in atmospheric concentrations of carbon dioxide, methane and other gases since pre-industrial times. (Fig. 1) The world was quick to act upon this realization by negotiating the Kyoto Protocol in December of 1997, the result of a process that began by a United Nations led conference in the early 90s. Since then, the debate for ratification among the negotiating countries has been ongoing, for the simple

The most of global energy production produces from fossil fuel such as coal, oil and natural gas. The vast fossil fuels generate energy which use for many purposes for instant residential, transportation and industrial sectors. While the rate consumption of fossil fuel higher than their formation leads to oil price crisis. Another concern of fossil fuel combustion is the impact on the environment. Global warming is a significant problem which results in increasing concentrations of greenhouse gas in the atmosphere. These problems drive researchers and societies to search alternative energy such as switching to renewable energy or carbon-free energy to replace fossil fuels. For example Nakata et al., (2011:465) show ‘low-carbon society’

These days many of people have their own computer especially for university students because they will always need it to do the assignment from their lecturer and now we can find a computer in every house Some even have more than one. However, the problem is when the computer has been used over an extended period of time and sometimes get damaged due to age factor, and also computers can also be damaged caused by viruses as a result of misuse by the owner. If it has happened, it means that the owner t has to go to computer service center to clean up the virus otherwise they waste their computer although the best option is recycling in order to minimize electronic waste. Because According to the United Nations environmental program research data, there is an estimated 49 million metric tons of waste generated from electronic and computer products on an annual basis on a worldwide scale (epickup.co.nz, n.d.). And also, computer equipment contains materials that can be hazardous to human health and the environment if they are not properly managed (Northwestern.edu, n.d.). That is the reason why we need electronic recycle. Electronic recycling means the practice of reusing, or distributing for reuse, electronic equipment and components rather than discarding them at the end of their lifecycle. Nowadays, there are many kinds and methods of recycling that exists in the world especially for electronic devices, namely computers, because computers have a significant role in our

For thousand’s of years, humans have been working to evolve technology to what it is today, but little do they realize the effects it has on our Earth. Most of these technological advancements require fossil fuels, and thus these advancements reduce the amount of fossil fuels we have left. This greatly endangers the Earth, as carbon dioxide is released into the air when the fossil fuels are burned(1). This ultimately harms the environment. Technological advancements, like industrialization, have contributed greatly to the surplus amount of greenhouse gases being omitted(3 ). A study by a National Geographic researcher proves that as the technological advancements made become greater, so do the negative

As mentioned above, the demand for faster and smaller devices with higher performance is increasing. However with increasing devices, there is increase in data generated. Large companies like google, amazon, Microsoft and many others generate huge amounts of data which is stored in large storage centres called Data centres. It is estimated that by 2020, around 35 zettabytes of data will be generated every year [6]. To store and manage such large data, huge data centres are required. However there are many challenges faced while operation of these datacentres.

According to the researches conducted by professors at University in China, High developed countries have aiming to build eco-city known as zero carbon city, while growing its economy constantly. In order to achieve that purpose, They have implementing projects which mainly concerns the usage of advanced technology. For example, China is a country which produces huge amount of carbon dioxide emissions and is listed as a first largest emitter country. However, The usage of carbon dioxide in China is reduced moderately year by year, because China has a project focusing on modernizing eco-technology, maintaining renewable energy resources, and adjusting industry structure.

This research paper will introduce and define the concept of E-waste, provide an analyses of some possible causes of electronic waste, outline the impact of electronic waste to both humans and the environment and provide a variety of strategies and techniques that can be made to reduce E-waste and properly collect, recycle and dispose electronic materials.

Ever since the advent of industrialization, there has been an increase in the emission of several greenhouse gases (GHG) mainly due to the burning of fossil fuels. Carbon dioxide emissions account for 80% of global warming of GHG emission, as compared with 57% in the 1980s (Lashof & Ahuja, 1990). Panwar, Kaushik & Kothari (2011) also states that excessive fossil fuel consumption will have adverse impacts on the environment, and increase threat of global climate change. Fortunately, more and more countries are starting to be aware of climate change, which comes as a result of the increase of emission of GHG. Therefore, various proposals to reduce emission of GHG have been drawn up to suggest possible solutions to reduce the impact