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DRAFT Sustainability Appraisal Report for the Emerging Local Plan ...

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<strong>Local</strong><br />

to reduce distance travelled by reducing <strong>the</strong> need to travel, increase <strong>the</strong> proportion of travel<br />

by sustainable modes, maintain public transport patronage and increase vehicle occupancy,<br />

switch to lower carbon vehicles, encourage efficient driving and manage traffic flows, reduce<br />

energy use of transport infrastructure and services and manage <strong>the</strong> risks posed to transport,<br />

by <strong>for</strong>ecasted effects of climate change. The specific targets are to reduce emissions of<br />

carbon dioxide from all road transport (except motorway traffic) by 10% by 2020 as<br />

compared with 2007 baseline(to be composed of approximately 7% from national measures<br />

and 3% from local measures), and increasing to 25% reduction by 2035 on 2007. Ano<strong>the</strong>r<br />

target is to reduce emissions of carbon dioxide by 28% reduction from SCC business travel by<br />

2013/14 as compared with 2008.<br />

Runnymede Renewable Energy Interim Advice Note (2010)<br />

11.26 The Renewable Energy’ Interim Advice Note (2010) includes <strong>the</strong> requirement <strong>for</strong> 10% of<br />

energy <strong>for</strong> all new developments to come from renewable sources and provides advice to<br />

developers on <strong>the</strong> range of renewable energy technologies, which may be incorporated into<br />

developments to achieve this aim. The Note has not been <strong>the</strong> subject of public consultation.<br />

Current Baseline Condition<br />

11.27 The SEA Directive and UK SEA Regulations require that an account be given of <strong>the</strong> current and<br />

likely future composition and condition of <strong>the</strong> environment in <strong>the</strong> area covered by <strong>the</strong><br />

proposed plan. The environmental baseline presented in this section has been compiled from<br />

available sources of primary and secondary data that in <strong>the</strong> main relate to RSF Indicators that<br />

have been monitored by <strong>the</strong> Council in one <strong>for</strong>m or ano<strong>the</strong>r since 2004.<br />

Climate Change Impacts<br />

11.28 Climate change occurs naturally over long periods of time; however since <strong>the</strong> industrialised<br />

era a period from <strong>the</strong> 18 th to <strong>the</strong> 19 th century, emissions of large amounts of greenhouse<br />

gases have caused an acceleration of global climate change. The effects tend to result in rapid<br />

variation in temperatures leading to heat stress and cold stress, increased number of extreme<br />

wea<strong>the</strong>r events that lead to increased instances of flooding and drought putting additional<br />

pressure on water supply and quality.<br />

11.29 The UK is located in <strong>the</strong> path of <strong>the</strong> warm, wet westerly winds associated with <strong>the</strong> Gulf<br />

Stream and <strong>the</strong> climate reflects this maritime position. Runnymede lies in <strong>the</strong> county of<br />

Surrey within <strong>the</strong> south east corner of <strong>the</strong> British Isles and <strong>the</strong>re<strong>for</strong>e fur<strong>the</strong>st away from <strong>the</strong><br />

influences of <strong>the</strong> North Atlantic’s wea<strong>the</strong>r systems.<br />

11.30 Runnymede’s geographical location means it benefits from a mild climate that is normally<br />

characterised by cool summers, with average temperatures of around 15 o C, mild winters,<br />

with average temperatures in excess of 5 o C, and relatively low rainfall, of around 500<br />

millimetres per year, and no marked dry season ( 61) .<br />

11.31 It is likely that adverse effects identified in <strong>the</strong> Council’s Draft <strong>Local</strong> Climate Impacts Profile<br />

(LCLIP) 2009 will continue with increased frequency and magnitude as <strong>the</strong> climate continues<br />

to change. The borough will need to continue to adapt to climate change particularly to <strong>the</strong><br />

effects of increased temperatures overall and increased risk of flooding. It is also possible <strong>for</strong><br />

Runnymede to decrease its contribution <strong>the</strong> causes of future climate change (i.e. 30‐year plus<br />

climate change time horizon), and thus in time contribute to an overall reduction in adverse<br />

effects on <strong>the</strong> climate change receptor.<br />

Greenhouse Gas Emissions<br />

11.32 Road transport is a major source of carbon emissions. In 2009 this sector contributed 49% to<br />

total emissions of carbon dioxide in Runnymede. Domestic electricity and gas emissions were<br />

<strong>the</strong> second largest source of carbon dioxide in 2009 contributing 24% to <strong>the</strong> total 62 . Within<br />

61 Rising to <strong>the</strong> Challenge: The impacts of climate change in <strong>the</strong> South East (Technical <strong>Report</strong>), 1999. S Wade, J Hossell, M Hough<br />

and C Fenn (ed.s).<br />

62 NAEI maps: CO2 emissions by energy users/suppliers ‐ 2009<br />

Page | 147 Runnymede BC FINAL <strong>Sustainability</strong> <strong>Appraisal</strong> <strong>Report</strong> – Feb 2013

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