THE IMPACT OF CLIMATE CHANGE ON TOURISM IN GERMANY, THE UK AND IRELAND: A SIMULATION STUDY

We downscale the results of a global tourism simulation model at a national resolution to a regional resolution. We use this to investigate the impact of climate change on the regions of Germany, Ireland and the UK. Because of climate change, tourists from all three countries would spend more holidays in the home country. In all three countries, climate change would first reduce the number of international arrivals – as Western European international tourist demand falls – but later increase numbers – as tourism demand from increasingly rich tropical countries grows. In Ireland and the UK, the regional pattern of demand shifts is similar to the international one: Tourism shifts north. In Germany, the opposite pattern is observed as the continental interior warms faster than the coast: Tourism shifts south.International tourism, domestic tourism, climate change, regional impacts

THE IMPACT OF CLIMATE CHANGE ON TOURISM AND RECREATION

Tourism is one of the largest and fastest growing economic sectors. Tourism is obviously related to climate, as tourists prefer spending time outdoors and travel to enjoy the sun or landscape. It is therefore surprising that the tourism literature pays little attention to climate and climatic change and it is equally surprising that the climate change impact literature pays little attention to tourism. The number of studies on tourism and climate change is, however, starting to grow. This paper reviews this literature, discussing shortcomings and recent developments in global modeling of tourism flows are presented. The range of methods used and issues studied in the literature is large, and findings are correspondingly diverse. However, all studies agree that climate change matters to tourism and recreation. Future avenues of inquiry are also discussed.Tourism, recreation, weather, climate, climate change

THE IMPACT OF CLIMATE ON HOLIDAY DESTINATION CHOICE

The holiday destination choice is analysed for tourists from 45 countries, representing all continents and all climates. Tourists are deterred by distance, political instability and poverty, and attracted to coasts. Tourists prefer countries with a sunny yet mild climate, shun climes that are too hot or too cold. A country’s tourists’ aversion for poverty and distance can be predicted by that country’s average per capita income. The preferred holiday climate is the same for all tourists, independent of the home climate. However, tourists from hotter climates have more pronounced preferences.Climate change, impacts, adaptation, acclimatisation, domestic tourism, international tourism

The Impact of Climate Change on Domestic and International Tourism: A Simulation Study

We use an updated and extended version of the Hamburg Tourism Model to simulate the effect of development and climate change on tourism. Model extensions are the explicit modelling of domestic tourism and the inclusion of tourist expenditures. We also use the model to examine the impact of sea level rise on tourism demand. Climate change would shift patterns of tourism towards higher altitudes and latitudes. Domestic tourism may double in colder countries and fall by 20% in warmer countries (relative to the baseline without climate change). For some countries international tourism may treble whereas for others it may cut in half. International tourism is more (less) important than is domestic tourism in colder (warmer) places. Therefore, climate change may double tourist expenditures in colder countries, and halve them in warmer countries. In most places, the impact of climate change is small compared to the impact of population and economic growth. The quantitative results are sensitive to parameter choices, but the qualitative pattern is robust.Climate Change, International Tourism, Domestic Tourism

THE IMPACT OF CLIMATE CHANGE ON DOMESTIC AND INTERNATIONAL TOURISM: A SIMULATION STUDY

We use an updated and extended version of the Hamburg Tourism Model to simulate the effect of development and climate change on tourism. Models extensions are the explicit modelling of domestic tourism, and the inclusion of tourist expenditures. Climate change would shift patterns of tourism towards higher altitudes and latitudes. Domestic tourism may double in colder countries and fall by 20% in warmer countries (relative to the baseline without climate change). For some countries international tourism may treble whereas for others it may cut in half. International tourism is more (less) important than is domestic tourism in colder (warmer) places. Therefore, climate change may double tourist expenditures in colder countries, and halve them in warmer countries. In most places, the impact of climate change is small compared to the impact of population and economic growth.The quantitative results are sensitive to parameter choices, both for the baseline and the impact of climate change. The qualitative pattern is robust, however. Climate change is more important to tourism than is sea level rise, because the latter heavily affects only a few places where beach nourishment is a viable option.Climate change, international tourism, domestic tourism

Climate Change and Tourism in the Mediterranean

tourism, mediterranean, climate change

CLIMATE CHANGE AND INTERNATIONAL TOURISM: A SIMULATION STUDY

The literature on tourism and climate change lacks an analysis of the global changes in tourism demand. Here a simulation model of international tourism is presented that fills that gap. The current pattern of international tourist flows is modelled using 1995 data on departures and arrivals for 207 countries. Using this basic model the impact on arrivals and departures through changes in population, per capita income and climate change are analysed. In the medium to long term, tourism will grow, however the growth from climate change is smaller than for population and income changes.Tourism demand, climate change, global model

THE EFFECTS OF CLIMATE CHANGE ON INTERNATIONAL TOURISM

We present a simulation model of the flow of tourists between 207 countries. The model almost perfectly reproduces the calibration year 1995, and performs well in reproducing the observations for 1980, 1985 and 1990. The model is used to generate scenarios of international tourist departures and arrivals for the period 2000-2075, with particular emphasis on climate change. The growth rate of international tourism is projected to increase over the coming decades, but may slow down later in the century as demand for travel saturates. Emissions of carbon dioxide would increase fast as well. With climate change, preferred destinations would shift to higher latitudes and altitudes. Tourists from temperate climates would spend more holidays in their home countries. As such tourists currently dominate the international tourism market, climate change would decrease worldwide tourism. The effects of climate change, however, are small compared to the baseline projections.International tourism, climate change impacts, carbon dioxide emissions, scenarios

Climate preferences and destination choice: a segmentation approach

A data set of the holiday destination choices of German tourists is segmented using phase in the life cycle; second, holiday motivation and holiday activities and third, the region of residency. For each segment demand is estimated using data on environmental and economic characteristics of countries. The optimal temperature, where demand peaks, ranges from 22°C to 24°C across the segments. More interestingly, the steepness of the temperature demand relationship is different for different segments. Even though the temperature optima are similar, changes in temperature, for example caused by climate change will have a larger effect on demand depending on the steepness of the temperature-demand relationship. A climate index is calculated for each country using climate data and the respective coefficients from the estimated demand equations. The climate index values are different across the segments: the segment containing those tourists who were swimming and sunbathing while on holiday has the highest index values of all of the segments.tourism demand, segmentation, climate preferences

Theory of evaporative cooling with energy-dependent elastic scattering cross section and application to metastable helium

The kinetic theory of evaporative cooling developed by Luiten et al. [Phys. Rev. A 53, 381 (1996)] is extended to include the dependence of the elastic scattering cross section on collision energy. We introduce a simple approximation by which the transition range between the low-temperature limit and the unitarity limit is described as well. Applying the modified theory to our measurements on evaporative cooling of metastable helium we find a scattering length |a| = 10(5) nm