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Büro Karl Holmer Sachverständiger für Kraftfahrzeuge - Echinger Forum

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6<br />

CLimate<br />

Following the success of winning<br />

three major climate initiatives<br />

(Tyndall Centre for Climate<br />

Change Research – core partner;<br />

UK Climate Impacts Programme<br />

– host; UK Energy Research Centre<br />

– core partner), the ECI has further<br />

increased its portfolio in respect to<br />

climate change research.<br />

Our climate research is carried<br />

out within the Oxford University<br />

Centre for the Environment Climate<br />

Systems and Policy Research<br />

Cluster, by our James Martin 21st<br />

Century School Research Fellows;<br />

and Tyndall Research Fellows; as<br />

well as through projects in our<br />

Energy and Ecosystems research<br />

themes. The UK Climate Impacts<br />

Programme (UKCIP) helps<br />

businesses and organisations assess<br />

how they might be affected by<br />

climate change, so they can prepare<br />

for its impacts. ECI also hosts the<br />

Global Environmental Change<br />

and Food Systems Secretariat<br />

(GECAFS), which works on climate<br />

and food security.<br />

Climate research at ECI consists<br />

of projects grouped around five<br />

core topics: Science, Impacts,<br />

Adaptation, Mitigation, and<br />

Communication.<br />

Climate Science Research<br />

The climate science and policy<br />

communities are moving beyond<br />

the traditional “one size fits all”<br />

products which provide best<br />

guesses, towards products which<br />

allow for more nuanced approaches.<br />

This allows policy makers and<br />

climate modellers to do a much<br />

better job of quantifying projections<br />

than has been possible under<br />

traditional approaches. In particular,<br />

probabilistic approaches allow us to<br />

explore a more representative range<br />

of possible future climates, and may<br />

permit meaningful estimation of<br />

risk. These developments in turn<br />

open up interesting new ways to<br />

examine interactions between the<br />

human decisions and the climate<br />

response on timescales from<br />

decades to centuries.<br />

ScienceProjects<br />

Climate Response<br />

How do uncertainties in projections<br />

of global climate change models<br />

affect climate policy?<br />

Atmosphere-Biosphere interactions in<br />

Amazonia<br />

The ECI’s Ecosystems research<br />

theme is undertaking a number<br />

of projects to further scientific<br />

understanding of biosphere -<br />

atmosphere interactions in tropical<br />

forests.<br />

Climate Impacts Research<br />

Climate change will have wideranging<br />

impacts on human and<br />

non-human life. Focusing attention<br />

Leader:<br />

Professor Diana Liverman<br />

on, and quantifying, these potential<br />

impacts is vital to advising public,<br />

private, and voluntary organisations<br />

of the societal implications of a<br />

changing climate. Equally, climatic<br />

changes are likely to have effects<br />

on ecosystems and observing and<br />

predicting these changes are critical<br />

challenges. Building understanding<br />

between climate science and<br />

impacts communities provides<br />

the basis for constructing suitable<br />

adaptation strategies.<br />

ImpactsProjects<br />

UK Climate Impacts Programme<br />

UKCIP provides the public,<br />

private, and voluntary sectors, as<br />

well as the scientific community with<br />

a range of tools and datasets which<br />

support climate impact assessment<br />

and adaptation planning.<br />

Impacts of Climate Change on<br />

Biodiversity<br />

The ECI’s Ecosystem research<br />

theme includes projects which<br />

examine species’ response to<br />

changing climate. This includes the<br />

MONARCH and BRANCH projects.<br />

Impact of the 2005 drought in<br />

Amazonia<br />

The severe drought which affected<br />

Amazonia in 2005 provides a unique<br />

opportunity to assess the impact and<br />

response of biodiversity to extreme<br />

conditions, which may become<br />

more widespread in a warmer global<br />

climate.

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