ESPON Climate - Climate Change and Territorial Effects on Regions and Local Economies

Ziel der Studie

“Support policy development in relation to the aim of territorial cohesion and a harmonious development of the European territory by

  1. providing comparable information, evidence, analyses and scenarios on territorial dynamics and
  2. revealing territorial capital and potentials for development of regions and larger territories contributing to European competitiveness, territorial cooperation and a sustainable and balanced development”.

The actions carried through under the programme include different, however strongly interrelated operations:Applied research on different themes of European territorial dynamics is the core business, providing scientifically solid facts and evidence at the level of regions and cities. These results make it possible to assess strength and weaknesses of individual regions and cities in the European context. The applied research is conducted by transnational groups of researchers and experts. Targeted Analyses together with stakeholders is an important project type that makes use of ESPON results in practice. Stakeholders express their interest and ESPON provides a team of experts that carries through the analysis in close collaboration.

Stakeholders then make use of the European perspective in results in policy considerations for their territorial context, in strategy development or other activities, that benefits development. Scientific Platform development is supported by an ESPON Database project and actions dealing with territorial indicators and monitoring as well as tools related to territorial analyses, typologies, modelling and updates of statistics. Capitalisation of ESPON results that includes media activities and different ESPON publications. Events such as ESPON Seminars and Workshops are regularly organised and a transnational effort in the capitalisation is ensured by a network of national ESPON Contact Points. Technical Assistance, Analytical Support and Communication ensure the sound management of the programme and the ability of processing scientific output towards the policy level.

Erscheinungsjahr

Untersuchungsregion/-raum

Bundesland Nationwide
Untersuchungsraum EU-27, Norwegen, Lichtenstein, Schweiz
Räumliche Auflösung 

NUTS3

Verwendete Klimamodelle / Ensembles

Emissionsszenarien A1B
Klimamodelle ECHAM5/MPI-OM,1,2
Ensembles no
Anzahl der Modellläufe ECHAM5/MPI-OM,1,2 - For the future projections two runs, for the reference period three runs
Regionales Klimamodell 

CCLM

Weitere Parameter 

 

  1. Change in annual mean temperature
  2. Change in annual mean number of frost days (min temp <0°C)
  3. Change in annual mean number of summer days (max temp > 25°C)
  4. Relative change in annual mean precipitation in winter months (December to February)
  5. Relative change in annual mean precipitation in summer months (June to August)
  6. Change in annual mean number of days with heavy rainfall (above 20kg/sqm)
  7. Relative change in annual mean evaporation
  8. Change in annual mean number of days with snow cover
    In addition two ‘triggered effects’, which constitute a culmination of several of the above variables, were also included:
  9. Change of inundation through river flooding
  10. Change of inundation through coastal storm based on projected sea level rise
Zeitraum 

2071-2100

Klimawirkungen

Klimawirkungen in Handlungsfeld
  • Integrierte/zusammenfassende Aussage

"Combined economic impact of climate change: Overall the economic impacts of climate change show a clear south-north gradient: many economically important countries like large parts of the U.K. may expect only a low to marginal negative impact on their economy or even a positive impact which particularly the case for wide parts of Germany Poland almost the whole Scandinavia. However, large parts of Southern Europe are dependent on (summer) tourism, but also agriculture. Both are projected to be negatively impacted due to the increase in temperature and decrease in precipitation while the environmental conditions for agriculture in North-Eastern Europe tend to be improved. Moreover, energy demands come into play through the increased need for cooling. The Alps as a premier tourist depended region are also identified as hotspot which mainly results from the projected decrease in snow cover. The economic impact in South Eastern Europe is a consequence of the impact on agriculture - which is still important there." (p. 99)

Klimawirkungen in Handlungsfeld
  • Küsten-und Meeresschutz
    • Küsten, Wattenmeere, Ästuare

"Potential physical impacts of climate change/potential impact of climate change on settlements: The map [...] indicates that settlements in coastal regions are projected to have high negative impacts. In Belgium, the Netherlands and Germany this even applies to cities in the 'second' row that would be newly affected by coastal storm surges due to sea level rise. Impacts from river flooding are also clearly discernible throughout Europe. The highest negative impacts are often due to a combination of exposures: River and coastal flooding in northern Italy and western France and flash floods and coastal flooding in Norway. But positive impacts are evident in Southern, Eastern and South-eastern Europe due to generally decreasing precipitation in these regions which may lead to a decrease in river flooding." (p. 86)

Klimawirkungen in Handlungsfeld
  • Tourismuswirtschaft
    • Touristische Nachfrage

"Tourism: According to Hamilton et al (2005) an increase in international tourism is expected in Austria and Switzerland in the Central Europe North region (Austria, Germany, and Switzerland). This is because of the assumption that localities at higher altitudes will become more attractive (Hamilton & Tol, 2007). In Germany a decrease in international tourism is expected but all countries in the region are expected to become more attractive as tourist destinations for the domestic population. This is assumed to outweigh the negative effect from decreased international tourists in Germany. The effect on winter tourism in Austria and Switzerland is more uncertain as the ski industry in central Europe is likely to be disrupted by significant reductions in natural snow cover. This will primarily be a problem at the beginning and the end of the ski season." (p. 73)

Klimawirkungen in Handlungsfeld
  • Wasser
    • Abflussverhältnisse (von Oberflächengewässern)

"Change in inundation through river flooding: Also river flooding affects most European regions only marginally, but some regions exhibit considerable changes. Among the areas characterised by considerable increases in river flooding are regions located in Northern Scandinavia and Northern Italy. Also some regions in Romania are quite severely affected. Corresponding to the precipitation patterns there are also some regions projected to experience decreases in exposure to river flooding, predominantly in eastern parts of Germany, in Poland and Hungary." (p. 30)

Methodischer Ansatz

Kurzbeschreibung des methodischen Ansatzes 

Integrierte Vulnerabilitätsbewertung für Europa

Analysekonzeptansatz früherer IPCC-Ansatz (2004, 2007)
Komponenten im Analysekonzept  Klimatischer Einfluss, Sensitivität, Klimawirkung, Vulnerabilität, Anpassungskapazität
Methodik zur Operationalisierung Quantitative Wirkmodelle (z.B. Abflussmodelle), Proxy-Indikatoren, Qualitative Informationen (z.B. Experteninterviews)

Participants

Herausgeber EU: European Regional Development Fund
Kontakt 

TU Dortmund (IRPUD), Lead Partner (Greiving, Lindner, Lückenkötter)

Bibliographische Angaben 

Greiving, S. et al. 2013: ESPON Climate. Climate Change and Territorial Effects on Regions and Local Economies. Scientific Report

Article:
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Fields of action:
 agriculture  biological diversity  buildings  coastal and marine protection  energy infrastructure  human health and care  industry and commerce  soil  tourism industry  transport and transport infrastructure  water regime and water management  woodland and forestry