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London scoping - ukcip

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Final Report<br />

162<br />

It was suggested in the stakeholder consultation that there may be substitution between tourist<br />

destination in the event of an increased incidence of hot summers. Domestic holidays may be<br />

taken instead of international holidays, with an associated fall in demand for international<br />

flights. In the case of the 1995 analogue it was estimated that an extra £1.2 million were spent<br />

on domestic flights, whilst £12 million less were spent on international tourist flights. The<br />

remainder of the increase in domestic travel was met primarily by car and train modes of<br />

transport. The issue of tourist travel patterns is discussed in more detail in the Tourism section<br />

below.<br />

Impacts Due to Wind Storms<br />

There may be more disruption from storm events (with high winds and lightning frequency) in<br />

winter months.<br />

7.3.8 Historical Analogue of Climate Change Event<br />

The analysis above has made reference to the 1995 analogue of a hot summer. The report by<br />

Palutikof et. al. (1997) on the economic consequences of this summer (and unusually warm<br />

year more generally) provides a quantitative summary of the costs and benefits involved for the<br />

UK as a whole and this is reproduced below in 2002 prices. It is recognised that these results<br />

should be scaled down according to the proportion of the costs and benefits the transport<br />

infrastructure of <strong>London</strong> contributes to the UK total, though we have no reliable way of doing<br />

this. In any case, the values are no more than indicative of the type and scale of costs/benefits<br />

that would be involved in the future.<br />

Table 7.2 Estimated costs and benefits of the weather of 1995 on air, rail, road and water<br />

transport (£ million)<br />

Transport Mode Benefits Costs<br />

Air Transport Increased internal holiday flights (£1.16m) Loss of overseas holidays (£11.6 m)<br />

Rail Transport Increased revenue from holiday and leisure<br />

trips (£11.6 m)<br />

Rail buckles (£1.16m)<br />

Speed restrictions (£1.16m)<br />

Lineside fires (£1.16m)<br />

Road transport Reduced maintenance costs (£9.4 m) Increase in pedal cycle accidents (£14m)<br />

Water transport Reduced delays to offshore shipping<br />

(£1.16m)<br />

Totals Benefits £23.32m Costs £41.84m<br />

Road rutting repairs etc (£11.6 m)<br />

Closure of canals - loss of income (£1.16m)<br />

7.3.9 Socio-Economic Scenario Differences<br />

It is difficult to say whether pressure of use on the underground, trains and buses would be<br />

greater under GM or RS. Under GM, there would be more people in the capital, but under RS<br />

there would be a move towards more public transport, both of which result in higher<br />

underground use. Under GM, the response to unpleasant travelling conditions on the

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