Nuclear Non-Proliferation Essay Example | Topics and Well Written Essays - 2000 words

Nuclear Non-Proliferation - Essay Example Many theories exist on the 'why' and 'how' of nuclear proliferation such as 'classical realism' and 'neo-realism' but what is generally accepted is that the locus is external in nature. As per Fry, "If a state bids for hegemony, other states willform an alliance to contain and deter the expansion-revisionist states" (Fry 3). This is based on the assumption that states seek to, "maximize their power in order to survive in a competitive international system," (Ogilvie-White 44). Hence, nations who see a perceived threat to their national interests or in extreme cases to their very existence (as in the caser of Israel) seek to acquire a nuclear deterrent since "security represents the intimate challenge to a states survival (Ogilvie-White, 45). This theoretical debate is best exemplified by the arguments propounded by Scott D. Sagan and Kenneth N. Waltz in their book 'The Spread of Nuclear Weapons, A Debate' (New York: WW Norton and Company, 1995). This scholarly debate has two basic schools, one that views states as unitary, rational entities and the other which feels that proliferation occurs as an outcome of organizational interests. Both views have their merits and limitations as will be expanded upon. However, it is quite apparent that given existing geo-political realities, more and more states will seek to acquire nuclear weapon capabilities as a safeguard against nuclear blackmail. The first school of thought, led by Kenneth Waltz are the proliferation 'optimists' in that they feel that nuclear proliferation is not necessarily a negative outcome, and that contrary to popular belief, it may even have contributed to world peace. According to this theory of 'rational deterrence', "once more than one state has acquired a second-strike capability, war between the nuclear armed states is unlikely to occur, due to the fact that mutual destruction is almost assured" (Waltz 1990, 734). Waltz argues that near parity in nuclear weapon capability leads to a reduced probability of armed conflict on account of the prohibitive costs of waging war; unacceptable levels of mutual destruction; and lesser chances of miscalculation by the political leadership, since the ramifications such miscalculation would be catastrophic. This theory certainly gains some credibility when one considers that there has been no all-out war between two nuclear powers. However, Waltz qualifies this optimism by laying down certain pre-conditions that have to exist for stable deterrence. These are firstly, that "there should be no preventive war while a state is developing its nuclear capability; secondly, "both states must develop a sufficient second-strike force to retaliate if attacked first; and thirdly, "the nuclear arsenals must not be prone to unauthorized or accidental use" (Sagan and Waltz, 51). This position seems quite reasonable since nuclear wars are more likely in conditions of asymmetry, even though the asymmetry might be in terms of conventional military capability. It also reinforces the rationale of states seeking to acquire nuclear weapons capability in order to maintain the balance of power through nuclear deterrence. This would be particularly true of states which see themselves surrounded by inimical neighbors, as in the case of

Evidence-based policing Essay Example | Topics and Well Written Essays - 250 words

Evidence-based policing - Essay Example Secondly, this type of policing, can be used to reduce violence against victims. Research can be carried out by experts in that field, and come up with guidelines that can help reduce violence on victims (Nutley, 2000). This policing however, has a disadvantage, in that the evaluation is not always effective. Some officers in certain departments may be too reluctant to allow these guidelines to bring changes in their way operation. This might be as a result of the amount of the power vested on them in their offices. Initially, In Kenya, the traffic police department was the most disorganized police unit. However, numerous researches were done and the guidelines utilized. Today, it is one of the most effective departments in the police unit. In addition, the Kenyan navy has gone through numerous changes with the help of evidence based policing. It has incorporated new guidelines in its working system, and this has made cases of pirate activities in the Indian Ocean to decline significantly. In conclusion, evidence based policing has unquestionably benefitted the entire police department in one way or another (Pawson,

Effects Of Toxic Pollutants On Food Chains Environmental Sciences Essay

Effects Of Toxic Pollutants On Food Chains Environmental Sciences Essay When a factory pours harmful chemicals or wastes into the air or water, when oil leaks from a burning oilrig or when a tanker runs aground, and when a farmer puts pesticides or fertilizers on a field to increase crop yield, it is said that these things pollute the environment. Pollution can take many forms. Its effects can have a major impact on food chains both in the water and on the land.  Ã‚  Everything from plants to animals, large and small is impacted. Pollutants like oil, pesticides, fertilizers such as nitrogen and phosphate from fertilizers, and lead can have a tremendous impact on the ecosystem, especially if the water gets polluted. Effects of Toxic Pollutants on Food Chains An ecosystem can be defined, as a self-contained, dynamic system made of a population of species in its physical environment. The study a community is complex and includes the interactions between the organisms that make it up, and include: plants, animals, bacteria, and fungi. There are many different ways in which the community of organisms interacts. First is the food chain, where each organism is in a producer, consumer, predator, and prey relationship (Smith, Walker, et al). Next are the oxygen and water cycles that sustain the organisms. They provide the raw materials necessary for photosynthesis and cellular respiration, which make energy, and in turn, use it. When an ecosystem gets polluted, the natural balance in the system is disturbed, affecting the organisms in different ways. It is important to know how a simple act like introducing sewage water or toxic waste into a lake can threaten several animal and plants species in the area. Pollutants like oil, pesticides, nitrogen and phosphate from fertilizers and lead can have a tremendous impact on the ecosystem, especially if the water gets polluted. In a lake, for example, it can change the ecological balance by stimulating plant and algae growth, causing the death of fish due to suffocation from the lack of oxygen dissolved in the water. The oxygen cycle will eventually stop. The polluted water will also have a significant affect the animals dependant on the lake water. With no food to eat, or water to drink, they will be forced to move to another area, or face death. Both the Deepwater Horizon oil spill in the Gulf of Mexico in 2010 and the Exxon Valdez Spill in Alaska in 1989 caused significant damage to marine and wildlife habitats. In the Gulf of Mexico, it is reported that balls of oil continue to wash up along the shore, while dredging has shown mats of oil resting on the ocean floor, and oil sheen trails are still seen in the wake of fishing boats (CBS). Wetlands marsh grass remains fouled and dying, and oil can be seen in the pore space of sand and gravel deposits along the estuary edges of the Gulf. Although there was an extensive use skimmer ships, containment booms, raking of beaches and chemical and biological remediation (by introducing oil eating bacteria to eat the oil), the dispersion of the pollutants seems to have had minimal effect. In the short term, after several months, the fishing industry was allowed to resume operations (although in some areas, oil balls are found in the fishing nets). It is, however, too soon to know what the long terms effects will be. In Prince William Sound, Alaska, the use of a detergent dispersant had little effect and was stopped when it was found to be toxic to the cleanup workers and native wildlife. Wave action, which is important to disperse the oil in the water, was not enough, and the process was stopped (MacAskill). Attempts to burn the oil away, on a small scale, were successful, but had to be stopped when the weather changed. Ecosystems here form the basis of the coastal food chains. Animal life impacted by the spill included aquatic mammals, fish, birds as well as their related food chains. In the short term, hundreds of thousands of mid- and upper-level food chain animals were impacted, along with future generations (the eggs laid by salmon), for example, and in the long-term, scientists are still seeing contamination which has lead to a drastic reduction in populations across the board (Gill Elliott). Living in upstate New York, the use of nitrogen- and phosphorus-based fertilizers to increase cro p yield are commonplace. The chemicals and nutrients found in them, while beneficial for agricultural crops can be lethal in high doses for fish, birds and other wildlife. Pesticides, designed to kill pests chemically, are also dangerous when leached into soil or groundwater supplies. Heavy amounts of fertilizer chemicals like potassium, nitrogen and phosphorus in natural water systems can actually cause dead zones where wildlife cannot survive because of lower oxygen levels and chemical poisoning. Insects and organisms like honeybees and soil microbes that are beneficial to the food chain can be killed alongside the pests, eliminating that part of the ecosystem that is beneficial to crop health and sustainability. Nitrate (NO3) is a naturally occurring form of nitrogen found in soil. Nitrogen is essential to all life, and most crop plants require large quantities to sustain high yields. The formation of nitrates is an integral part of the nitrogen cycle in the environment. In moder ate amounts, they are a harmless constituent of food and water. Plants use nitrates from the soil to satisfy nutrient requirements and may accumulate nitrates in their leaves and stems (Relyea). Due to its high mobility, nitrates can also leach into groundwater, where ingestion can cause rare illness such as methemoglobinemia (found especially in infants) to occur. Nitrates form when microorganisms break down fertilizers, decaying plants, manures or other organic residues. Plants naturally take up these nitrates, but rain and irrigation water can cause them to runoff into lakes or streams, or leach them into groundwater. Although nitrate occurs naturally in some groundwater, in most cases higher levels are thought to result from human activities (Relyea). Common sources of nitrate include: fertilizers and manure, animal feedlots, municipal waste and sludge, septic systems and natural nitrogen fixation conducted by legumes, bacteria, and lightning. Nitrates that enter the food chain through non-natural means can have serious, and sometimes long-lasting effects on both plants and animals. Cattle and sheep (ruminants) are susceptible to nitrate poisoning when they drink contaminated water, animal feed or fodder. To protect drinking water, it is important to limit the loss of excess water and plant nutrients, and match fertilizer and irrigation applications to precise crop uptake needs in order to minimize groundwater contamination. While it may be technically possible to treat contaminated groundwater, it can be difficult, expensive and not totally effective. For this reason, prevention is the best way to ensure clean water. Water treatments include distillation, reverse osmosis, ion exchange or blending. Phosphorus is another common constituent of agricultural fertilizers, manure, and organic wastes in sewage and industrial effluent. It is an essential element for plant life, but when there is too much of it in water, it can spe ed up eutrophication (a reduction in dissolved oxygen in water bodies caused by an increase of mineral and organic nutrients) of rivers and lakes. Soil erosion is a major contributor of phosphorus to streams. Bank erosion occurring during floods can transport a lot of phosphorous from the riverbanks and adjacent land into a stream. It gets into water in both urban and agricultural settings, tends to attach to soil particles and, moves into surface-water bodies from runoff. A United States Coast and Geological Survey (USGS) study on Cape Cod, Massachusetts showed that phosphorus could also migrate with ground-water flows (Perlman). Since ground water often discharges into surface water, such as through stream banks into rivers, there is a concern about phosphorus concentrations in ground water affecting the water quality of surface water. Pesticides are substances or a mixture of substances, of chemical or biological origin, used by human society to eliminate or repel pests such as bacteria, nematodes, insects, mites, mollusks, birds, rodents, and other organisms that affect food production or human health (Pimentel). They usually act by disrupting some component of the pests life processes to kill or inactivate it. In a legal context, pesticides also include substances such as insect attractants, herbicides, plant defoliants, desiccants, and plant growth regulators. They can have an effect on both the water and soil. These pollutants have had some of their most striking effects on birds, particularly those in the higher trophic levels of food chains, such as bald eagles, hawks, and owls. These birds are often rare, endangered, and susceptible to pesticide residues such as those occurring from the bioconcentration (the amount of solute per unit volume of solution) of organic, chlorine-based insecticides through land-b ased food chains. Pesticides may kill grain- and plant-feeding birds, and the elimination of many rare species of ducks and geese has been reported. Populations of insect-eating birds such as partridges, grouse, and pheasants have decreased due to the loss of their insect food in agricultural fields through the use of insecticides. Bees are extremely important in the pollination of crops and wild plants, and although pesticides are screened for toxicity to bees, and the use of pesticides toxic to bees is permitted only under stringent conditions, many bees are killed by pesticides, resulting in the considerably reduced yield of crops dependent on bee pollination. The movement of pesticides into surface and groundwater happens through the processes of infiltration (when water sinks into unsaturated layers of soil) and runoff. Wildlife is affected, and human drinking water is sometimes contaminated beyond acceptable safety levels. In Beekman, New York, pesticides used to kill an infes tation of insects in a public school lead to the contamination of the village water supply when it leached into the reservoir. Sediments dredged from U.S. waterways are often so heavily contaminated by pesticide residues that it becomes hard to safely dispose of them on land. A major environmental impact has been the widespread death of fish and marine invertebrates due to the contamination of aquatic systems by pesticides. This has resulted from the agricultural contamination of waterways through fallout, drainage, or runoff erosion, and from the discharge of industrial wastes into waterways. Historically, most of the fish in Europes Rhine River were killed by the discharge of pesticides, and at one time fish populations in the Great Lakes became very low due to pesticide contamination (Smith). Many of the organisms that provide food for fish are extremely susceptible to pesticides, so the indirect effects of pesticides on the fish food supply may have an even greater effect on fis h populations. It is evident that pesticides cause major losses in global fish production, as they are extremely toxic to aquatic organisms. The literature on pest control lists many examples of new pest species that have developed when their natural enemies are killed by pesticides. This has created a further dependence on pesticides not very different from drug dependence. Finally, the effects of pesticides on the biodiversity of plants and animals in agricultural landscapes, whether caused directly or indirectly by pesticides, constitute a major adverse environmental impact of pesticides. Conclusion As chemicals diffuse up through the food chain, the top-level predators end up with the highest concentration of the chemicals in their bodies, and suffer the worst effects. They can have a major impact on all levels of the food chain. Excessive levels of pollution are causing a lot of damage to human and animal health, plants and trees, including tropical rainforests, as well as the wider environment. All types of pollution, air, water and soil, have an impact on the living environment. The effects in living organisms may range from mild discomfort to serious diseases such as cancer or physical deformities (extra or missing limbs in frogs). Experts admit that pollution effects are quite often underestimated and that more research is needed to understand the connections between pollution and its effects on all life forms. Waterborne diseases caused by polluted water can include: typhoid, amoebiasis, giardiasis, scariasis, hookworm, rashes, ear ache, pink eye, respiratory infections, hepatitis, encephalitis, gastroenteritis, diarrhea, vomiting, and stomach aches. Conditions related to water polluted by chemicals (such as pesticides, hydrocarbons, persistent organic pollutants, heavy metals etc) can include: cancer (prostate cancer and non-Hodgkins lymphoma), hormonal problems that can disrupt reproductive and developmental processes, damage to the nervous system, liver and kidney damage, damage to the DNA, and exposure to mercury (heavy metal). Soil pollution has many effects, as well, including: cancer, and leukemia. Lead in soil is especially hazardous for young children causing developmental damage to the brain. Mercury can increase the risk of kidney damage; cyclodienes (an organic insecticide) can lead to liver toxicity. Other effects can include neuromuscular blockage, depression of the central nervous system, headaches, nausea, fatigue, eye irritation and skin rash. Research Gill, C.  Ã‚   Elliott, J.   (2003). Influence of Food Supply and Chlorinated Hydrocarbon Contaminants on Breeding Success of Bald Eagles.   Ecotoxicology,  12(1-4),  95- 111.   Retrieved April 9, 2011, from ProQuest Biology Journals. (Document ID:  404134371). Gulf Oil Slick Endangering Ecology. CBS Broadcasting [written transcript]. 2010-04-30. http://wcco.com/video/?id=78277. Retrieved April 9, 2011, from ProQuest Biology Journals. MacAskill, E. (February 2, 2007). 18 years on, Exxon Valdez oil still pours into Alaskan waters, The Guardian. http://environment.guardian.co.uk/waste/story/0,,2004154,00.html. Retrieved April 9, 2011, from ProQuest Biology Journals. Perlman, H. (February, 2011). U.S. Department of the Interior. U.S. Geologic Survey. http://ga.water.usgs.gov/edu/urbanpho.html. Retrieved April 9, 2011, from ProQuest Biology Journals. Pimentel, D., Lehman, H., eds. (1993). The Pesticide Question: Environment, Economics, and Ethics. New York: Chapman and Hall. Relyea,  R.   (2009). A cocktail of contaminants: how mixtures of pesticides at low concentrations affect aquatic communities. Oecologia,   159(2),  363-76.   Retrieved April 9, 2011, from ProQuest Biology Journals. (Document ID:  2021561771). Self, J. Waskom, R. (October, 2008) Colorado State University Soils Testing. Colorado State University Press: Denver. Smith,  J.,  Walker,  L.,  Shore,  R.,  Le V Dit Durell,  S.,  Howe,  P.,  Ã‚  Taylor,  M.   (2009). Do estuaries pose a toxic contamination risk for wading birds?   Ecotoxicology,  18(7),  906-17.   Retrieved April 9, 2011, from ProQuest Biology Journals. (Document ID:  1847368111). Veerina, S.,   Parker, N   Fedler, C.   (2002). Effects of Sludge Filtrate on the Survival and Reproduction of Ceriodaphnia dubia.   Ecotoxicology,  11(2),  113-8.   Retrieved April 9, 2011, from ProQuest Biology Journals. (Document ID:  386223921).

The Swing Behind My House :: Descriptive Essay About A Place

The Swing Behind My House Out behind my house, there is a row of fruit trees. At the end of the row, there is a small open building with a swing inside. Sitting in that swing, I can see off the top of the ridge on which my family lives. When I sit there, looking down past the rows of trees and far into the distance, I realize that the place is mine. It is important to me because it is associated with so many memories, it gives me a place to be alone, and it gives me a chance to be outside in nature. I have grown up living in the same house my whole life, and that swing has been there for as long as I can remember. I have so many memories of that place. Some of my best memories have been very recent. Before we were dating, my girlfriend and I would sit out there for long periods of time just talking. Now that place is full of memories of Karen. Even now it is comforting to sit there because it reminds me of those times. However, memories of my girlfriend are not the only memories that place holds. Growing up, I have spent time there with both friends and family. I even have memories of sitting there alone, contemplating my life's events. In fact, being alone is one of the reasons I go there so much. Having time alone is very important to me. It gives me a chance to think clearly without being interrupted. It seems as if there are now fewer and fewer places where that is possible. No one can bother me there. No one can yell at me, argue with me, or annoy me at all. I guess this place helps to keep me from going crazy. I think everyone needs some time alone. I know I do. Another wonderful quality about my spot on that swing is the fact that it is outside. It is out in the fresh air and natural light and away from technology. I never bring a cell phone or laptop there. I feel as if technology would somehow corrupt the natural beauty of the spot. I do not need to worry about telephones, cell phones, or e-mails in that spot. The beauty of nature is enough for me. It helps me to clear my mind and gives me time to reflect on what is really important in my life.

Google Hacking

Google Hacking Abstract: Google hacking is the term used when a hacker tries to find vulnerable targets or sensitive data by using the Google search engine. In Google hacking hackers use search engine commands or complex search queries to locate sensitive data and vulnerable devices on the Internet. Keywords: hacking, hack, Google, Google hack, hacking techniques, attack, ethical hacking, search engines, search engine hacking What is Google Hacking? Google hacking is the term used when a hacker tries to find vulnerable targets or sensitive data by using the Google search engine. In Google hacking hackers use search engine commands or complex search queries to locate sensitive data and vulnerable devices on the Internet. Although Google hacking techniques are against Google terms of service1 and Google blocks wellknown Google hacking queries, nothing can stop hackers from crawling websites and launching Google queries. Google hacking can be used to locate vulnerable web servers and websites which are listed in the Google search engine database. In other words, hackers can locate many thousands of vulnerable websites, web servers and online devices all around the world and select their targets randomly. This kind of attack is most commonly launched by applying Google hacking techniques to satisfy junior hackers. It is obvious that the Google hacking procedure is based on certain keywords, which could be used effectively if they are used by some internal commands of the Google search engine. These commands can be used to help hackers narrow down their search to locate sensitive data or vulnerable devices. Nevertheless, the success of Google hacking techniques depends on the existence of vulnerable sites, servers and devices. However, we should not ignore the power of the search engines in providing information about the targets to the hackers in the reconnaissance phase. Beyond Vulnerability Malicious hackers can use Google hacking techniques to identify vulnerable sites and web servers for known vulnerabilities. In addition, they can look for error pages with the help of technical Page 1 of 8 nformation or retrieve files and directories with sensitive contents such as databases, passwords, log files, login pages or online devices such as IP cameras and network storage. Google Proxy Hackers can use the Google Translate service (http://translate. google. com/translate_t) as a proxy server to visit a website or translate the contents of the website or URLs without leaving any footprints. Figure 1: Google Translate Service. Google Cash Google copies the content of a website in its databa se. This function helps users to access the content of the website if the site is not available. However, a hacker can use this function to access and visit a targeted website without leaving any footprint and in complete anonymity. Figure 2: The red cycle indicates the link to access the Cached page. Page 2 of 8 Directory Listings Web server applications such as Apache and IIS provide facilities that a user can browse and navigate website directories by clicking on the directory name and links such as Parent Directories. The directories and their content can be listed if directory listing or directory browsing are enabled by the administrator. This vulnerability gives an unauthorized access to the files and it may help hackers to gain access to the information which can help them to hack a website or a web server or download its contents. Directory listings make the parent directory links available to browse directories and files. Hackers can locate the sensitive information and files just by simple browsing. In Google it is easy to find websites or web servers with enabled directory listings because the title of the pages start with the â€Å"index of† phrase so we can use index of in the search box to find the directory listings-enabled website. If we want to get better result from our search we can use this combination in the search box intitle:index. of or we can use intitle:index. of â€Å"Parent Directory†. Figure 3: The result of using intitle:index. of â€Å"Parent Directory†. It is obvious that with the first command we used the Google search engine to search in its database for the websites which have been listed with the title of â€Å"Index of†. In the second command we used Google to search for sites with the directory listings and with the keyword which is often found in the directory listings. Specific Directory Hackers can locate specific directories by using the directory name in their search queries. For instance to locate an â€Å"admin† directory in addition to directory listings, the hacker can use these commands: intitle:index. of. admin or intitle:index. of inurl:admin. Page 3 of 8 Figure 4: The result of using intitle:index. of. admin. Specific File It is possible to search for a certain file by directory listings. For instance, to search for the password. mdb file, this search query can be used: intitle:index. of password. mdb . Figure 5: The result of using intitle:index. of. password. mdb. Specific File Extension Google lets users search its database for a specific file extension by using the filetype: command. For instance, if you want to search for pdf files, then you can use the query filetype:pdf in the search box. Server Information It is possible to use Google hacking techniques to determine the version of the web server application along with directory listings. This kind of information is vital to an attacker because it will  © Ali Jahangiri www. alijahangiri. rg Page 4 of 8 help him or her to use the best way to attack the web server. For instance, hackers can use the search query intitle:index. of â€Å"server at† to find the web sites with vulnerable directory listings which are operated by an Apache server. Figure 6: The result of intitle:index. of â€Å"server at†. Different versions of Microsoft IIS servers have wide usage all around the world. It would be easy to find the ser vers which are operated by Microsoft IIS 6. 0 servers, which are listed in the Google database by using the query â€Å"Microsoft IIS/6. server at† on the Google search engine. Error Pages The error pages and warning pages are informative for hackers because these pages could be used to determine the vulnerability of the target. Most of the time hackers use the error messages as keywords or search phrase to find their targets. For instance, if you use â€Å"Syntax error in query expression † –the in the Google search box, you can find the websites which have this error message as an Access error message; this message can display path names, function names and filenames which are helpful for the hackers. Page 5 of 8 Figure 7: The result of â€Å"Syntax error in query expression † –the. Hackers may use Google to locate vulnerable servers by searching for the error pages of web servers such as IIS. The queries intitle:†the page cannot be found†and â€Å"internet information services† can be used to search for IIS servers that present error 404. Default Pages Default pages are major sources of information about targets for hackers. They use Google to find live servers which are on the default page; most of the time, these servers have default configurations with many vulnerabilities. Login Pages The login pages can be use for brute force attacks and gain unauthorized access to the target. In addition, the login pages can be useful to provide information about the target server. For instance, if we use the search query allinurl:†exchange/logon. asp† in the Google search box, we can find the login page of the Microsoft Outlook Web Access. For the typical login page in the web applications or portals which have been programmed by ASP, you can use inurl:login. asp or inurl:/admin/login. asp. Figure 8: The result of allinurl:†exchange/logon. asp†. Locating CGI-BIN Common Gateway Interface (CGI) is a standard protocol for interfacing external application software with web servers. Hackers can use Google to locate the CGI-BIN applications or pages to target. For instance, the search query inurl:/cgi-bin/login. cgi locates the login pages base on CGI-BIN. Online Devices It is possible to create special search phrases to locate online devices such as IP cameras, network storage and printers with Google. In this technique hackers use the default pages or the application names which vendors used for hardware and that have been supplied by vendors.  © Ali Jahangiri www. alijahangiri. org Page 6 of 8 For instance, if you want to locate AXIS Network cameras then you can apply the search phrase inurl:indexFrame. shtml Axis to find online AXIS cameras. Here is another example: to locate online Linksys network storage with the GigaDrive Utility, you can use the search phrase intitle:†GigaDrive Utility† in the Google Search box. Figure 9: The result of inurl:indexFrame. html Axis. Google Hacking Database There is an unofficial website (http://johnny. ihackstuff. com/ghdb. php) which acts as a database for hacking of Google. This database has been used since its creation in 2004 by the Google hacking community. You would be able to develop your own Google hacking database by studying the behaviour of the equipment and identifying the pages, page titles and files which can be cal led and accessed by user and which will be listed in Google. Disclaimer: ? This document is to educate, introduce and demonstrate Google hacking. You should not use the information which has been presented in this document for illegal or malicious attacks and you should not use the described techniques in an attempt to compromise any computer system. Ali Jahangiri operates a policy of continuous development. The information which this document contains reflects his understanding at the time when presented. Ali Jahangiri reserves the right to revise this document or withdraw it at any time without prior notice and states no obligation to update the data included in his document. The contents of this document are provided â€Å"as is†. No warranties of any kind, either express or implied, including, but not limited to, the implied warranties of solutions and instructions for a particular purpose, are made in relation to the accuracy, reliability or contents of this document. Under no circumstances shall Ali Jahangiri be responsible for any loss of data or income or any special, incidental, consequential or indirect damage s howsoever caused.

Crafting & Executing Strategy Whole Foods

Crafting & Executing Strategy Whole Foods Your Report will be evaluated on the quality of your ability to: 1. Appropriate use of Executive Summary, Introduction and Conclusions 10 marks †¢ Demonstrate ability to appropriately capture key recommendations and overview in an Executive Summary. Proper use of an introduction to capture the main aspects of the body of the report and a concise conclusion. . Answers to the Questions Posed in Case Study/Presentation             50 marks †¢ The body of the report should clearly address the questions posed in the case study       †¢ The group presentation should effectively convey the case and recommendations in the format of a third party consultant presenting to the John Mackey, CEO of Whole Foods. 3. Develop Strategic Recommendations/Key Findings 10 marks Your report should also address the strategic recommendations and/or key findings identified from answers to the five questions in the body of the report. 4. Use of Appropriate graphs/charts/diagrams 15 marks †¢ Your report should utilize relevant statistics in graphs, charts or diagrams to more effectively convey the key points in the body of your report. 5. Links to course readings and additional research 5    marks       ?Clearly cite your work and identify at least 2 separate sources with appropriate footnotes or endnotes. ? Words that are not your own must be formally cited. 6. Style and format 10 marks ? Write a report that is error free (spelling/grammar)       ? Write a report that is concise (communication is clear and to the point)       ? Write a report that is professional (easy to read, accurate in its content)       ? The report should not exceed 10 pages, double-spaced text plus charts/diagrams