• Reducing the vulnerability of the capital city of Prague to the impacts of climate change in order to ensure a quality environment for the city’s inhabitants in the future.

  • In Prague, the average annual air temperature has been rising for a long time and climate models assume an increase in the number of tropical days. / photo Lubomír Stiburek

  • According to the research carried out so far, it is assumed that in the territory of the city of Prague will change the distribution of precipitation in time and space. / photo Antonín Keprta

  • Buildings are responsible for consuming about forty percent of all energy and are thus responsible for about one-third of greenhouse gas emissions. / photo Václav Hykeš

  • Cars with internal combustion and diesel engines are a significant source of air pollution and anthropogenic heat. / photo Antonín Keprta

  • It is important for citizens to be aware of the emergencies that may occur as a result of climate change. / photo Antonín Keprta

  • Average annual air temperatures (in ° C) in the period 1775–2015 at the Prague-Klementinum meteorological station. / Source: CHMI, 2016, portal.chmi.cz and infomet.cz

Capital City of Prague Climate Change Adaptation Strategy

The full document can be downloaded here

The Czech Republic, as well as its capital Prague, has during the last decades been facing increasing frequency in extreme weather events related to climate change. Mean annual air temperatures have been increasing. In addition,frequency, intensity and duration of extremely hot periods (heat waves) will possibly be increasing in Prague. A risk of torrential rains and consequent local floods have also been increasing, as well as discharge fluctuation (droughts v. floods). It is expected that winter precipitation totals will increase: on the other hand, summer precipitation totals will be decreasing. In addition, number of days in the period without precipitation shall be significantly increasing as well as risks in an occurrence of droughts. The climate models predict an increase in extreme weather events (windstorms, tornados, etc.) frequency.

The Capital City of Prague Climate Change Adaptation Strategy is connected with the Strategy on Adaptation to Climate Change in the Czech Republic approved by the Government of the Czech Republic´s decision in 2015. It aims at reducing adverse climate change impacts trough nature-based solutions using natural vegetation patterns. The Adaptation Strategy also deals with conservation of water, soil and biological natural and landscape components and conservation and restoration of ecosystems resilient to climate change, thus contributing to natural disaster prevention. If nature-based solutions cannot be applied or are ineffective, suitable technological (also called grey) and soft measures, e.g. early warning systems or communication, education and public awareness/environmental education campaigns, will be used.The strategy tries to take into account specific Capital City of Prague´s patterns as the urban landscape, being characterized by high proportion of built-up areas, economic, technological and transport infrastructure high accumulation and unevenly dispersed vegetation komponent distribution.

By Prague Council Decision No. 3213 of December 12, 2015 and submitting an application, the Capital City of Prague became a Mayors Adapt Initiative, member, thus accepting a commitment to develop a climate change adaptation strategy and to monitor and assess the process and procedure of adaptation measures incl. risk assessment and elaborating biennial assessment reports. The Capital City of Prague Climate Change Adaptation Strategy shall be elaborated by the Implementation Plans Plans containing specific adaptation measures and pilot projects which contribute to climate chase mitigation, their monitoring and effectivity and effectiveness assessment.

CLIMATE CHANGE IMPACTS
VISION OF THE ADAPTATION STRATEGY
SPECIFIC TARGETS OF THE STRATEGY
PURPOSE
MEASURES
Climate change in Prague is manifested mainly by an increase in air temperature. It is assumed that the average annual air temperature will increase by about 1°C by 2030, and the average annual temperature is forecast to increase by 2-5°C by 2100.
Climate change has recently caused more frequent weather extremes. Torrential rains cause flash floods in cities, and more frequent droughts and heat waves endanger human health, damaging water resources and infrastructure.

Main strategic target: Enhancing Prague´s long-term resistance to climate change effects

Specific targets

From the analysis of the current state and projections of manifestations of climate change in the capital city of Prague until 2030 and the assessment of the vulnerability of Prague is the basis for the proposal of adaptation measures aimed at increasing the resilience of the city with specific goals.

Enhance microclimatic conditions in Prague by multi-functional green infrastructure and reduce the adverse impacts of extreme temperatures, heat waves and urban heat island on Prague inhabitants

Reduce extreme impacts of torrential rains, floods and long-term droughts and ensure a stable water regime in Prague territory as well as in the adjacent landscape in the Prague Metropolitan Area

Reduce energy performance in Prague incl. adaptations in buildings, increase the resilience of the city and reduce its ecological footprint, support incentive programmes for restoring buildings

Enhance Prague´s preparedness in risk prevention and management, technological infrastructure  and develop energy resistance

Enhance conditions for sustainable mobility in Prague, support for electromobility, pedestrian and bicycle transport

Enhance conditions in environmental education and public awareness, support monitoring of and research on climate change impacts.
VSTUP DO INTERNÍ SEKCE
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