Snapshotsanintroductiontotourismpdf

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we analyzed the damage in tourism income based on a natural disaster with an esc in busan. first, a risk assessment was conducted to confirm a potential risk in the damage to tourism if the esc breaks during the disaster in the busan metropolitan area. with this risk assessment, we found potential damage to the economy in this region from a break of the esc. we identified and classified the damage to the tourism industry and its corresponding risk factor. the risk factor consists of probability, severity of damage, and financial burden. the probability of a breakdown is estimated to be the highest. for example, in a case of a battery breakdown, the probability is high. if a client uses the esc a lot as a tourist attraction, we can also expect that the probability of damage to tourism is higher. the magnitude of damage is based on the tourism companies' perspective. for example, the size of the company is a risk factor. financial burden is estimated as the loss of sales revenue. in addition, we investigated the effects of the loss of the tourism industry. the result of the risk assessment showed that the potential risk factors were mostly related to the tourism industry. since the probability of a breakdown is the highest, we determined that damage to the tourism industry is the highest. if you experience problems while navigating the guestbook, please contact the denver international airport at http://www.flydenver.com/contact-us and provide us with the entry number for that guestbook. energy technologies are booming. electricity will probably be generated from about 40% of the world's total energy usage by 2050. in addition, world energy requirements may increase by about 30% by 2050. while this may be accomplished largely through conservation, it also requires an increased reliance on alternative fuels, including those generated from bioenergy. bioenergy provides an option to increasing global energy consumption and reduces the dependence on conventional fossil-fuel resources, particularly gas and oil. more biofuels than currently produced could be obtained from agricultural and forest crops, thus creating many jobs while reducing environmental impacts. reducing the global dependence on nonrenewable fuel resources and ensuring security of energy supplies are important objectives. bioenergy can help to meet these objectives. for bioenergy to be commercially viable, policies must be in place to support investment, investment regulations must be clear, and there should be sustainability targets. this paper explores the issue of "energy security" in the context of bioenergy. it also briefly discusses the relative benefits to society of agriculture and forestry as important contributors to bioenergy. 6a6f617c0c

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