The Movers of the World and Their Importance to Society Essay Example for Free

The Movers of the World and Their Importance to Society Essay A person with an AK -47 automatic assault rifle steps in the local mall and shoots all the employees and kills them. The owner comes in and realizes that the most important part of his company is no longer around to sell and take orders to help it keep it running. So just like a company without people to help run it, a company without a person with the knowledge of computer information science isn’t going to get far .Well, not as quickly as everyone else in receiving and issuing out information. Obtaining a degree in computer information science will give me an opportunity to join a lot of jobs from different type of companies. It will give me the understanding of the communication system networking in business .I will get a broad view of what type work settings I will be working in with a degree in computer information science. Also I will get a quick view of what formed computer information science and will I make enough money to take a cruise thru the Bahamas every year. An individual with a degree in computer science will be solving problems, creating new technologies, and carrying out research. They will also come up with new ways to apply a new idea that is dealing with computer use and expound them to others. Companies now and days are turning to computers because it is a quicker way to communicate with mass people, other businesses and send and receive information. Having the knowledge of computer science is another way to keep up with daily, monthly and yearly activities. In order for a company to keep up with the business world of today they must have someone who has gumption of computer operations. I chose computer science because there are lots of positions that I can get from that degree. Although there are different concentrations in that degree I still have plenty of options to choose from with a concentration in networking. Networking gives me the options of choosing different job titles. I could go for system analysts because systems analysts are the main individual’s in the success of any company. They create new systems while dealing with existing capabilities of technology that is avail. I could be a database administrator, processing all the company data since all companies have information that they want to keep up with. Any concentration of computer science will allow the holder to build any organization networking for the users can be able to get information from outside networks such as email communications. Computer scientist can also be working to have inside company network communications running mellifluous. Another reason I chose this job is because the work environment will be relaxing and with flexibility. Computer systems analysts, database administrators, and computer scientists generally work in pleasant work environments such as research laboratories or offices. Given the advanced technology options available to many businesses and professionals it is also possible to telecommute. Networks evolve and expand people can work from home and other non-office locations (Guide to college majors in computers science, 1999). Like I said before there are many titles for computer information science in a variety of jobs if not 90% of jobs and the salary varies.An systems analysts can earn from $73,000 on up. Data administrators can earn up to $68,000.If one want to further their career and get a master ‘s in computer information science then they can earn a salary of $97,000 to $121,000 yearly. While it is possible to find jobs as researchers or adjuncts with only a masters degree, a doctorate in computer science is usually the least needed for careers in academia and research (Paley, 1999). I consider all them good paying prospects. All companies deal with numbers in the sense of mathematics. Have been birth from the mathematics department, it’s best to know its characteristics and be grounded with them. The main characteristics are calculus,algebra,physics and chemistry (Paley, 1999). Math is the foundation and employers are looking for the that type of potential to keep the company moving toward the future. Technology is advancing and being created everyday and that is creating positions in companies.Jobs have different names for the same job field and obtaining a higher degree in your field can move you up in the company.You can start as a database entry -level worker and move up to a data administrator. Certification is essentially a standard process in the industry (Computer science,technology and database administration careers and jobs 2012). That is the main reason employers are looking for people with degrees or certifications stating computer information science. Businesses flourish with the knowledge of computer information science. Living in today’s world people are impatient with questions and are quickly coming up with ideas. People want a quick way to solve these problems and distribute them fast. Computers are a way to satisfy that need and companies are in competition in recruiting people who have the networking skills with computers. One will need that skill to keep the company interacting with people inside and outside the company in a quick way. Having the mathematical mind will help solve problems that will give a person the one up on the next person in job searching. Having a computer information science degree will give one the opportunity to work from the comfort of their home to a nice office setting with the ability to maneuver around personal living. On top of that, you will be earning that salary to take that trip to the Bahamas every year. References Guide to college majors in computers science. (1999). Retrieved 11 29, 2012, from worldwidelearn: http://www.worldwidelearn.com/online-education-guide/technology/computer-science-major.htm Career overview. (2012). Retrieved 11 29, 2012, from Computer science.technology,and database administration careers and jobs: http://www.careeroverview.com/computer-science-careers.html Paley, I. (1999). computer science degree information. Retrieved 11 29, 2012,

Lord Kelvin (1824 - 1907) :: essays research papers

Lord Kelvin (1824 - 1907) William Thomson (later Lord Kelvin) was born June 26, 1824 in Belfast, Ireland, and was part of a large family whose mother died when he was six. His father taught Kelvin and his brothers mathematics to a level beyond that of university courses of the time. Kelvin was somewhat of a genius, and had his first papers published in 1840. These papers contained an argument defending the work of Fourier (Fourier transforms), which at the time was being heavily criticized by British scientists. He proved Fourier’s theories to be right. In 1839 Kelvin wrote an essay which he called " An Essay on the Figure of the Earth." He used this essay as a source and inspiration for ideas all his life and won an award from the University of Glasgow in Scotland. Kelvin remained at the University for the rest of his working life. Kelvin first defined the absolute temperature scale in 1847, which was later named after him. In 1851 he published the paper, "On the Dynamical Theory of Heat", and in the same year was elected to the Royal Society. This work contained his ideas and version of the second law of thermodynamics as well as James Joule’s idea of the mechanical equivalent of heat. This idea claimed that heat and motion were combined, which now is taken as second nature. At the time, heat was thought to have been a fluid of some kind. Kelvin also maintained an interest in the age of the sun and calculated values for it. He assumed that the sun produced its radiant energy from the gravitational potential of matter falling into the sun. In collaboration with Hermann von Helmholtz, he calculated and published in 1853 a value of 50 million years. He also had an interest in the age of the earth, and he calculated that the earth was a maximum of 400 million years old. These calculations were based on the rate of cooling of a globe of matter after first solidification occurs ( such as the beginning of the earth). He also calculated that molecular motion stops at -273 degrees Celsius. He called this temperature absolute zero. Kelvin started work in 1854 on the project of laying transatlantic cables. His idea was that electrical current flow was similar to that of heat flow, and by applying ideas on heat flow, helped in the problem of transmitting electrical signals over long distances. In 1866, Kelvin succeeded in laying the first successful transatlantic cable. Kelvin invented the mirror galvanometer which he patented in 1858 as a long

Focal Point Consultants Essay

While observing CanGo for last two weeks we at FPC (Focal Point Consultants ) have identified some six major issue that we feel should be addressed to allow the organization to better achieve there over all goals. First Concern—Priority 1 CanGo appears to have a financial issue and there is has not been a complete audit to address this issue. Also CanGo needs to learn how to use the resources that they already have and redefine the processes and procedures. First Recommendation The financial team at CanGo needs to work with all the key areas of the company to conduct an audit of current processes. This audit will allow for everyone to review all the current processes that are in place and determine what they can do to enhance them and at the same time the financial team can use this data to outline how much the current processes are costing the company overall. At the conclusion of this analysis the reports will allow for the company to cut spending in the correct areas so that they can improves the others. There are many things that can be done to make improvements without spending money or having to acquire new technology or devices. Within the warehouse for example the layout can be enhanced even more so that people are not wasting time walking. Minor and Major changes to just the layout will allow the CanGo to improve efficiency and overall performance. Each department head needs to complete a detailed time study on the processes they outlined above. Once this time study is complete then the data can be used to see what is taking the longest and make changes to that process. By taking these steps it will allow CanGo to approach improvements in the correct manner by taking those actions that don’t have ny hit to the company’s bottom line. After all these types of changes are complete that is when and only when money should be spent on new technology and devices to make processes more efficient. Second Concern—Priority 2 The loyalty of customers for the specific targeting market is declining. Second Recommendation Think about how you want to be treated as a consumer. Now apply that same concept to the targeting market. Review the evaluations that are submitted by the consumers. It will tell what impression the company is making. Also, spend time in the Customer Service department. This the first point of contact for consumer. How they are handle will determine whether a consumer will return: Customer service might just be the most critical of all in running your business. If your customers like how they are treated, not only will they keep coming back, but they will refer you to others. Treating customers as individuals and not as a stepping stone up your ladder of success can go a long way. Listen to their concerns and build a relationship with them. If your customer feels as though you have their best interest they will be loyal to you. Your customers can really do a lot of your marketing for you. Word of mouth, especially in a world where Facebook and Twitter are some people’s main way of communicating, is a very powerful tool (Debs Marketing Connections, 2012). Third Concern – Priority 3 Online purchases CanGo has talked about that they have a high rate of items added to the online shopping cart. Although this information does not support the amount of purchases actually received via CanGo’s online website. Third Recommendation  Having a high rate of items added to an online shopping cart means that you have a good storefront and getting customer’s to actually place the items within there shopping carts. This is only one piece of the multipart puzzle. The shopping site needs to be enhanced to entice the customer to actually complete their purchase as that is how we are going to make money overall. Since there is a high traffic volume to the website we would also recommend that the marketing team reach out to a third party website advertising company that will pay to place ads on CanGo’s website. This will drive also be another source of revenue for CanGo so they can then reinvest this money back into the company. Fourth Concern – Priority 4 While Reviewing the video’s from weeks 3 and 4 I saw a issue that they is an issue within the warehouse and they do have a solution but no really reviewed the reports that Debbie provided. I think that these reports should have been reviewed while in the meeting so that they could have discussed all the points of the issue and the recommended solution to the warehouse productivity issue. Then Liz asked the group a question I wonder how the board will feel about this recommendation. Fourth Recommendation A solution to this problem would be to complete a full audit of the issue and do a trial run analysis of the proposed solution. This would allow for recommendations to be made to the board and the results of the proposed solution can be given right away. As people need to see measurable figures so that they can tell if something will be worth putting the time and money into the project. Fifth Concern – Priority 5  In the week 4 Videos they are talking about the market segment of boys in Japan. They ask each other questions about how they can get the market analysis complete and then the gentlemen having lunch say that I will do it. Fifth Recommendation There are a couple of thing on this problem that needs to be solved first managers should not interrupt an employee’s lunch unless it is extremely urgent. This is an issue because the employee stated he is â€Å"Just trying to enjoy my lunch break†. The Manager should have approached the employee at a later time when he was not at lunch. Then there is the issue of the market analysis. This assignment should get assigned out to a third party marketing company that can tap into the market in Japan and gauge what the consumer wants. This would be a lot more cost effective than attempting the complete this analysis on their own and wasting resources that they don’t have in the first place. Sixth Concern – Priority 6 Sales are not increasing as projected for the company possibly due to the design of the online purchasing process. Sixth Recommendation Place a test run on the current online purchase process as a consumer. Time the entire process to see how long it takes. As the test run is being completed, keep the consumers’ needs and wants in mind. Determine if needs were met as well as satisfied. View the information available to see if it’s appealing to lead to the purchase the item. Also, notate likes and dislikes of the experience. Have a group of employees to assist to gather more information for comparison. Determine what updates can be implemented to entice the consumer to make a purchase. Keep track of different trends to keep a competitive edge for things like: 1.  In-store pick up. In the past few months we’ve seen Walmart implement in-store pick up for orders placed online, while Sears and Kmart are going a step further bringing online purchases out to your car. In Chicago, Sears and Kmart are even testing home delivery and bundling items with those from its retail partners at Sears’ Marketplace, further blurring the lines between online only retailers and those that came before. And in Florida, Farm Stores lets shoppers order groceries online and pick up at a drive through. 2. Pick up depots.  Smaller retailers without a vast network of stores like Walmart or Sears may open designated pick up locations for goods ordered online. Retail consultant Neil Stern of McMillan/Doolittle points to French retailer Chronodrive. com as an example. 3. Mobile Apps. Smartphones are the dominant cell phone and apps for all platforms are growing. The ones that allow for price comparisons or send out coupons are already among the most heavily used with good reviews, but we’re just getting started. 4. Less flash more function. Forget about flashy apps or features like virtual dressing rooms.  Consumers haven’t responded to these and rightly so. Maybe the technology will get there, but until it does, user reviews are better gauges of clothing fit and quality than any technology can offer. 5. Video. Look for more user-generated video on retail sites. Retailers are letting customers upload video clips modeling new clothes or using a new purchase. Davis believes this is one trend that will definitely pick up speed. 6. Social networking. Facebook and Twitter aren’t even close to played out yet. Consumers can increasingly â€Å"like† or follow a favorite retailer and get discounts or tips on deals.  JCPenney is using Facebook to actually sell goods and more than 12 million consumers â€Å"like† Victoria’s Secret on Facebook as of last month (March), making it the most popular retailer on the site (its Pink brand ranks No. 2, according to the ChannelAdvisor Facebook Commerce Index). That’s an active population of customers reaching out and requesting information from the retailer. And social shopping is just getting started, says Jim Okamura, managing partner at Okamura Consulting, a group specializing in online retail. There’s evidence (that Facebook offers) a good return on investment and there are a lot of retailers that haven’t done anything yet,† he says. â€Å"This is going to be the year of Facebook testing. 7. Daily deals and flash sales. This may seem like a very crowded playing field, but sites like Ruelala and OneKingsLane are reproducing at a furious pace. And based on how quickly many items sell out, often within minutes of email notifications going out, more will jump on this popular trend. 8. Retail based social networks. This is one trend experts don’t expect to happen at any large level. Sears is still trying to build a social network of its own customers and Walmart tried and abandoned a similar effort, neither attempt bodes well for its success. Facebook really owns this space, but look for small, focused sites to create communities of like-minded users, says Okamura. 9. International. â€Å"There’s been an accelerating trend in international or cross border e commerce, of small niche online retailers are now doing 10-20% of their sales outside of their own country,† says Okamura. Look to online shops like SousVide Supreme that sells specialized cooking equipment and StyleTrek. com, a community built to launch up and coming international designers as models. Other big name retailers like Zara and Top Shop are building out their online business to reach U. S. shoppers, even as the store base grows more slowly. 10. Deal aggregators. Of course there are always deal sites, like Dealnews, ConsumerSearch, FatWallet and Brad’s Deals that are cutting through the din of so many sites and sales to bring consumers only the information they’re interested in. (Forbes, 2012).

Ecological Footprint Product - Free Essay Example

Sample details Pages: 8 Words: 2416 Downloads: 1 Date added: 2017/06/26 Category Ecology Essay Type Review Did you like this example? Ecological Footprint analysis has been conducted at a various levels such as nation, region, sector, company and product. There are various methodologies followed to analyze the ecological footprint depending on many factors. This part of the report addresses the ecological footprint methods. 4. Fundamentals Prior to conducting ecological footprint analysis, there are certain fundamentals which need to be covered. These are pre-requisite before the application of the methods of footprint. Don’t waste time! Our writers will create an original "Ecological Footprint Product" essay for you Create order 4.1 Data Availability Data is one of the crucial factors for the Ecological Foot-printing. The data needs to be scooped and checked and compared with other available data for the area where the analysis is to be conducted. 4.2 Boundary Definition The boundary of the ecological footprint needs to be defined. The ecological footprint analysis faces boundary issues to include and exclude activities. There are two principles of defining a boundary of the study. 4.2.1 Geographical (administrative) boundaries This principle is based on whether the study should calculate footprints within the geographical or administrative border. For example, if the footprint study needs to be done for an airport in Germany, all the impacts due to the airport will be contributed to Germany by using Geographical boundary. 4.2.2 Responsibility boundaries The responsibility boundary is based on the consumption of an areas population irrespective of where the consumption occurs. For the same example of airport, in this case, only the impacts which are attributed to people in Germany will be included. Therefore, it is to be noted that the answers can be very different depending on the boundary condition we choose for our analysis to be conducted. 4.3 Double Counting Double counting should be avoided as it would unnecessary make the footprints bigger. There are many steps during ecological footprint analysis in which there are dangers of double counting. To avoid double counting, the processes should be clear and well defined. 5. Methods There are basically two methods to calculate the footprints. They are the compound or component-based methods which are explained in following sections. 5.1 Compound method Compound Method is the top-down approach. The compound method is applied primarily at the national or state level and utilizes national production, as well as import and export data to determine consumption and calculate the footprint. The procedure is mainly composed of following steps: 5.1.1 Consumption Analysis conversion to area Consumption analysis is conducted for biotic resources including meat, fruits, grains, dairy products so on. The consumption analysis is done for primary products and its derived secondary products. Primary Products Primary products are products which can be used directly or processed into secondary products like vegetables, unprocessed round wood etc. Consumption for primary product is calculated by production and adding imports and subtracting exports. The consumption quantities are converted into land area by their corresponding world average biotic productivity, or yield. At the national level, world average productivity is used for each land type to create a common base yield for inter-country comparisons. The consumption divided by the yield of that particular resource gives the area required to generate that consumption. The formula is given in slide 27 in annex 1. It should be noted here that further adjustments should be made to avoid double counting where necessary. For the double cropping lands, consumption should be considered only once as it will increase the footprint area. If the animals are grain fed, resource meat should be converted to arable land and not pastur e. Secondary products Secondary products are derived products like milk, paper etc. Secondary Products are converted into primary product equivalents for the purposes of Ecological Footprint calculations. The global conversion figure is used for imports of secondary products use the global conversion factor whereas national conversion factor is used for domestically produced goods. The weighted proportion of amount of products imported and produced domestically with their respective conversion factors are used to calculate the area of export. The formula is given in slide 28 in annex 1. The areas calculated by consumptions are converted to quantities of five specific ecological categories of lands and sea types including cropland, forest, pasture, built land, and sea according to which land types are required for production or assimilation of these items. For example, if the resource is grain, then the area is reflected as arable or cropland. The sum of footprints of all the products consu med within that category is the total Footprint. For example, the Footprint of cropland includes cereals for human consumption, cotton, processed oils, and fodder crops for livestock. Footprints are multiplied by equivalence factors to express the final footprint in global hectares. Each land type is assigned an equivalence factor that reflects its relative capacity to produce biomass. The different land types with varying productiveness are dealt by the use of equivalence factors. Hence the regions with varying quantities and composition of areas can be compared. 5.1.2 Energy Footprint Energy balance is determined by considering both local and direct use of energy and embodied energy in categories of traded goods. Embodied Energy is the energy used during a products entire life cycle in order to manufacture, transport, use and dispose of the product. The data for the embodied energy are well published and available. The UNs COMTRADE database with trade flows of more than 600 categories of productions are used to generate estimates of embodied energy. The embodied energy is given in terms of energy intensity (GJ/tonne). There are mainly two ways of translating the energy consumption to the energy land. Waste Assimilation / Carbon Sequestration The direct energy consumption is adjusted for carbon content according to the primary fuel used. The energy is translated into CO2 emissions using the national fuel mix profile of the producing country for exports, and using the world average fuel mix for imports. Carbon dioxide (CO2) emissions due to human activities are quantified. CO2 emissions from the consumption of energy are converted into footprint by considering the amount of land required to sequester CO2 emissions. The carbon sequestration method takes into account the assimilative capacity of forests by deducting the emission captured by oceans and assigns the necessary forest area. The area required is represented by: Area (ha) = CO2 Emissions (tons) * (1 à ¢Ã¢â€š ¬Ã¢â‚¬Å" fraction absorbed by ocean) / Sequestration Rate (tons/ha) Based on the above formula, the sequestration area is calculated by deducting the approximately one-third of anthropogenic emissions absorbed by the oceans from the total anthr opogenic emissions (IPCC, 2001). This method of carbon sequestration rate to convert into energy land is mostly used method. Biomass Substitution Another method for calculation of energy land is biomass substitution. The biomass substitution approach calculates the area needed to replace fossil fuels with their energy equivalent in fuel wood. The area is given by Area (ha) = Energy (GJ) / [Round wood yield (GJ/ha) * Expansion Factor (-)] Where; expansion factor accounts for additional biomass used for fuel from limbs, small trees etc. 5.1.3 Hydro Power and Nuclear Energy In ecological footprint, areas occupied by hydroelectric dams and reservoirs are taken into account as built area. The hydro power Footprint is calculated for each country using the average ratio of power output to inundated reservoir area for a selection of large dams for which both surface area and power output data are available. Currently, Nuclear Energy is considered same as fossil energy as omission would misinterpret the footprint thereby the ecological performance. 5.1.4 Summary The ecological footprint is summarized in six ecological categories. The footprints for individual consumption categories are aggregated to reach the total ecological footprint of the entity or population. The sum of Crop production, grazing, forestry, fisheries, and built-up areas are mutually exclusive and equals the total Ecological Footprint. The total is compared to how much bio capacity exists within a country. The whole structure of the footprint calculation is shown in Fig.1. Structure of Footprint and Biocapacity Calculations. The compound method depends on material flows at the national level and established trade data. National data gathers aggregate resource demand which doesnt require the information of end use. Therefore, compound method is more robust for comparisons between nations. With the same assumption and international data, different countries are compared. The World Wide Fund for natures (WWF) Living Planet Report (LPR) uses the compound method fo r Ecological footprint and presents it as one of two main indices to quantify changes in the state of the Earths ecosystems. The disadvantage of this method is it doesnt give any disaggregated data, so the sector wise footprint information cannot be derived. 5.2 Component Based Approach With the compound method, the consumption are estimated through analyses of material flows and activity components. Individuals or organizations consumption is combined in a bottom-up manner to the top required level. It incorporates basic life cycle data of relevant components for resource consumption and waste production. Emphasis is given to the activities rather than the cumulative resource use. This approach relies on sources that are more accessible to individuals and organizations. The main sources of data for the component method are raw data collection from the field and life cycle studies. For some activities, the Ecological Footprint values for certain activities are pre-calculated using data appropriate to that particular entity. The land use categories used for compound analysis are also used for component-based analysis. 5.2.1 Components The component method involves data collection from range of activities such as transport, energy use, materials and product consumption etc. The list of components impacts which are typically considered with this approach are: Direct Energy Food Material Waste Transport Water Built land It considers the effects of the above components or activities and converts these into equivalent land areas in global hectares (gha). 5.2.2 Conversion Factor/ Footprint of Component Conversion factors take into account all the activities necessary to the production of a particular resource. The application of life cycle analysis to the production of a product is fundamental in component footprint. This allows for a fuller picture of the impacts associated with material production and use as well as distinction between primary and secondary like manufactured products. The life cycle assessment data are required to derive the ecological conversion footprints for components. The conversion factor needs to take into account the transport, processing and agriculture energy. For material and transport elements, it further makes allowance for the embodied energy, the energy land etc need to be included. The data sources are more specific to the particular activity or area and that data collection is therefore also more time-consuming. Extra care has to be taken to avoid double-counting of impacts. Since component method is concentrated at detailed activity , it is more vulnerable to double counting. The conversion factors for certain activities are calculated taking into account related factors like transportation, processing, maintenance etc. Some example of the pre calculated values are given in presentation slide 37 in the annex 1. 5.3.3 Summary Since many people can identify with the activities of component, the component method is simplistic and educative. The activities like production of waste and the consumption of electricity etc are built around peoples daily routine, and people can participate and understand them. This method has the benefit of greater local transparency, which facilitates comparisons between impacts of different activities and experimentation with possible sustainability scenarios. However, the comprehensive component list and reliability of the life-cycle assessment (LCA) and determines the overall accuracy of the final result. Hence, this approach has dangers of producing inaccurate results due to incomplete and inaccurate information. Colorado College conducted ecological footprint using component based approach. The method for calculation and assumption are given in their report. Another example is Regional Stepwiseà ¢Ã¢â‚¬Å¾Ã‚ ¢ developed by Best foot forward organization based on component approach to find the ecological footprint of a region or community. 6. Limitations Ecological footprint doesnt consider the loss of productivity from soil erosions. It excludes effect of pollution, toxic. Resource and waste flows that cannot be measured are excluded from the assessment. Many activities excluded from the ecological footprint is already described in chapter 3. The accuracy of the conversion factors and footprints itself are constrained by data quality and availability. Proxies are used which may reflect true activity but they are not as reliable as primary data. Thus proxies reduce the reliability of the footprints calculated. There are some potential errors types of errors such as data errors, assumption errors, systematic misinterpretations etc in the ecological footprint which is important in checking the validity and reliability of the ecological footprint results. Conclusion The ecological footprint methodology is undergoing significant development and regularly incorporates new data and scientific knowledge as it becomes available. The Global Footprint Network is continually improving the methodology through the National Footprint Accounts. Careful planning is required before footprint project in order to determine the best methodology to adopt. The choice of method is determined primarily by scale and data availability and the purpose of foot printing. Each method has its benefits and uses. Component methods allow detailed footprints but may be unreliable as data quality is questionable. On the other hand Compound foot printing may result in a more robust overall value but the disaggregated subcomponents may be unreliable. The combination of methods can be used for footprint calculation to explore the possibility of applying the best elements of each method. The component method that is combined with compound Ecological Footprints assess ment can overcome the weaknesses of respective methods. Numerous Studies for organizational, municipal and regional are conducted by calibrating component-based estimates on past and present compound national. References Chambers N, Simmons C, Wackernagel M (2000): Sharing Natures Interest: Ecological Footprints as an indicator of sustainability, Earthscan, London McLoone A et al (- ): The Ecological Footprint Analysis of SMEs within Mid-West region of Ireland, University of Limerick, Ireland. Wackernagel M. et al (2007): Current Method for calculating National Ecological Footprint Account, 2007, Science for Environmental and sustainable society, Vol 4. No1, Research Center for Sustainability and Environment Shiga University Wackernagel M et al (2005): National Footprint and Biocapacity Accounts 2005: The underlying calculation method, Global Footprint Networks Wright P. E (2002): Ecological Footprint of Colorado College: An Examination of sustainability , Colorado https://www.coloradocollege.edu/sustainability/EcoFootprint.pdf 12/11/2007 Ecological Footprint Modeling : https://www.rprogress.org/energyfootprint/eco_footprint/ 15/11/2007 Footprint Methodology : https://www.f ootprintnetwork.org/gfn_sub.php?content=datamethods 30/10/2007 Stepwise Methodology : https://www.bestfootforward.com/regionalstepwise.html#desc 12/11/2007 Summary of Book Sharing Natures Interest: https://www.bestfootforward.com/ecologicalfootprints/sni%20-%20ch1.htm 10/11/2007 Technical Report on Methodology : https://www.steppingforward.org.uk/tech/index.htm 5/11/2007 https://www.census.gov/main/www/popclock.html 24/11/07 https://www.earthsummit2002.org/es/life/2002.pdf 20/11/07 https://www.footprintnetwork.org/gfn_sub.php?content=glossary 18/11/07 WWF, Living Planet Report (2002); https://assets.panda.org/downloads/lpr2002.pdf 23/11/07 Annex 2: Equivalence Factors and Yield factors