London scoping - ukcip
London scoping - ukcip
London scoping - ukcip
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Final Report<br />
129<br />
predisposed to take advantage of new opportunities for tourism and leisure. The less well-off<br />
would, clearly, not share these opportunities to the same extent. Under the RS scenario, there<br />
would be a ratcheting-down of expectations concerning the availability of goods and services<br />
from around the world. There would be a greater focus on local production, and the low level of<br />
climate change could allow a wider range of food produce to be grown locally, with benefits for<br />
the local and UK economy.<br />
High levels of climate change could, conceivably, accelerate the incidence of natural weatherrelated<br />
disasters. Accumulation of disasters and widespread social, economic and<br />
environmental impacts might encourage a shift in values, so moving away from the GM<br />
scenario. Under the RS scenario, a pattern of natural disasters would provide more evidence of<br />
the need for limiting the use of resources.<br />
6.12 Health<br />
6.12.1 Context<br />
Health is regarded by most experts as being strongly related to socio-economic circumstances<br />
such as housing, employment, education and lifestyle (LHC 2002). The high levels of<br />
inequality in <strong>London</strong> mean that many of the additional impacts from climate change will be felt<br />
most acutely and with greatest consequence by the underprivileged. These would include those<br />
who are less well off, live in unfit and overcrowded housing, do not have fresh food readily<br />
available, suffer from higher unemployment, are less able to pay for suitable adjustment, and so<br />
on. One way to reduce the vulnerability of the population to climate change related healthimpacts<br />
is therefore to reduce present-day inequalities.<br />
6.12.2 Flooding and Rainfall Intensity Impacts<br />
Flooding results in health impacts which have been investigated in several studies for the<br />
Environment Agency (e.g. by the Flood Hazard Research Centre, Middlesex University). Longterm<br />
effects upon stress and depression levels have also been studied (e.g. from the<br />
Northampton floods of 1998). It was pointed out by Sari Kovats of the <strong>London</strong> School of<br />
Hygiene and Tropical Medicine in one of the workshops, however, that there are significant<br />
methodological obstacles to measuring change in stress and depression levels following<br />
flooding. How does one know with any certainty what the baseline level of stress and<br />
depression was prior to the flood event?<br />
6.12.3 Temperature Change Impacts<br />
Warmer Winters<br />
Of the roughly 70,000 deaths in <strong>London</strong> every year, about 6,000 more occur during the winter<br />
than would be expected from the rate during the rest of year. There is some evidence to link this<br />
to cold homes and age. Countries with much colder winter climates, but higher standards of<br />
heating and insulation (e.g. Sweden) have much lower excess winter death rates. While<br />
improved insulation and heating is far more important than changes in winter weather, a<br />
reduction in very cold spells is likely to reduce excess winter deaths over and above the effects<br />
of dwelling improvements. The Department of Health suggest that up to 20,000 fewer deaths<br />
might occur in the UK as a whole as a consequence of medium-high climate change by the