Exposition Sensitivity Emission Preparedness EXP1 - Annual average air temperature
1.9 °C () EXP1 EXP2 - The difference in the number of tropical days in the reference year compared to the long-term average
13.3 den () EXP2 EXP3 - Difference in the number of tropical nights in the reference year from the long-term average
-0.1 den () EXP3 EXP4 - Difference in the highest number of consecutive calendar days without precipitation compared to the long-term average
-2.7 den () EXP4 EXP5 - Number of flash floods in the past 5 years
3 epizoda () EXP5 EXP6 - Frequency of river floods, when the river has overflowed its banks in the last 5 years.
0 počet () EXP6 EXP7 - Proportion of the flooded area defined by line Q100 of the total area of the administrative territory of the city/city district/municipality.
8.3 % () EXP7 EXP8 - Number of days with the occurrence of extreme weather events (strong wind, hail, heavy thunderstorms, iceberg, icing, heavy snow).
50 den () EXP8 EXP9 - Number of days with occurrence of hydrological drought in the last year
30 day () EXP9 EXP10 - Climatic drought expressed by the Standardized Rainfall Evapotranspiration Index (SREI)
0.96 index () EXP10 AD1 - The area of green infrastructure
49.69 % () AD1 AD2 - Availability of areas of public greenery of adequate quality
62.98 % () AD2 AD3 - Built-up, paved impermeable areas
11.99 % () AD3 AD4 - Podíl počtu osob zranitelné populace vůči vlnám veder z celkového počtu obyvatel
11.217 % () AD4 AD5 - Podíl území ve městě s rizikem půdních sesuvů z celkové rozlohy administrativního území
3.523 % () AD5 AD6 - Podíl počtu kritických objektů v rizikovém území ohrožených přívalovými srážkami z celkového počtu kritických objektů
0 % () AD6 AD7 - Podíl obyvatel bydlících v záplavovém území Q100 z celkového počtu obyvatel
1.21 % () AD7 AD8 - Počet starých ekologických zátěží na území města AD8 AD9 - Podíl počtu obyvatel bydlících v území ohroženém povodněmi z přívalových srážek z celkového počtu obyvatel AD9 AD10 - Podíl počtu kritických objektů ležících v záplavovém území říčních záplav Q100 z celkového počtu kritických objektů AD10 AD11 - Podíl pitné vody na celkové spotřebě vody na zalévání veřejné zeleně AD11 AD12 - Consumption of drinking water in the city / city district / municipality from public sources AD12 AD13 - Average usable capacity of drinking water sources for the needs of the city / city district / municipality per capita of the city/city district/municipality
468 l.s-1 / 1000 obyvatel () AD13 AD14 - Forest vegetation prone to drought AD14 AD15 - Amount of rainwater captured in cadastral area AD15 AD16 - Number of extraordinary climatic events
1 počet () AD16 GOV1 - Strategic-institutional situation of the city in the field of adaptation to the impacts of climate change
20 % () GOV1 GOV2 - Funds spent on the implementation of adaptation measures GOV2 GOV3 - Existence of a low carbon strategy / policy / action plan
80 % () GOV3 GOV4 - Funds for the implementation of mitigation measures from the total budget of the city / city district / municipality GOV4 GOV5 - The share of residential buildings in a given energy standard according to the heat demand for heating GOV5 GOV6 - Proportion of public lighting spots replaced by a more efficient source GOV6 GOV7 - Instalovaný výkon nově nainstalovaných fotovoltaických panelů na obyvatele GOV7 GOV8 - Total power of spare sources for electricity generation GOV8 GOV9 - Public buildings in the administration of the city/city district/municipality renovated in order to increase their adaptability to the impacts of climate change. GOV9 GOV10 - Readiness of the city/city district/municipality GOV10 GOV11 - GOV11 GOV12 - Number of awareness-raising events for citizens and local actors focused on education and increasing competencies (competences) in the field of climate change GOV12 GOV13 - Proportion of population with permanent access to one of the sources of information GOV13 GOV14 -
0.01 % () GOV14 GOV15 - Proportion of energy from RES (renewable electricity, heat and cold from renewable sources) in public buildings managed by the municipality GOV15 GOV16 - Production of energy from renewable sources within the administrative territory of the municipality. GOV16 MIT1 - Consumption of district heat
24.634 kg CO₂e/pers. () MIT1 MIT2 - Electricity consumption
349.534 kg CO₂e/pers. () MIT2 MIT3 - Consumption of natural gas
1346.14 kg CO₂e/pers. () MIT3 MIT4 - Transport performance in individual car transport
870.622 kg CO₂e/pers. () MIT4 MIT5 - Consumption of coal (brown, black) within the administrative territory of the city/city district/municipality MIT5 MIT6 - Consumption of other fossil fuels (propane-butane, heating oil, others) within the administrative territory of the city/city district/municipality MIT6 MIT8 - Transport performance in passenger rail transport MIT8 MIT9 - Transport performance in passenger bus and trolleybus transport MIT9 MIT10 - Transport performance in air transport MIT10 MIT13 - Amount of mixed municipal waste disposed of in landfills
198.989 kg CO₂e/pers. () MIT13 MIT14 - Amount of mixed municipal waste disposed of by incineration
109.922 kg CO₂e/pers. () MIT14 MIT15 - Total hazardous waste production
2.71695 kg CO₂e/pers. () MIT15 MIT16 - Wastewater production
69.8553 kg CO₂e/pers. () MIT16 MIT17 - Amount of biodegradable municipal waste (BDMW)
9.95218 kg CO₂e/pers. () MIT17 EXP 72% Exposition AD 50% Sensitivity and capacity GOV 24% Preparedness MIT 46% Emission 48% Celkem Climate label The climate label is the result of evaluating cities, city districts and buildings in terms of their contribution to and adaptation to climate change. It is a summary representation of the overall rating in the form of several concentric circles divided into four quadrants. These illustrate four main areas for assessing the approach of a city, district, or building in the area of adaptation to climate change (exposure, sensitivity, and capacity) and emission, i.e. greenhouse gas emissions. Each area is further subdivided into smaller slices, which are represented by sub-indicators that represent that area.
5 colors (red, orange, yellow, light green and dark green) are used throughout the label to indicate the negative (red) or positive (dark green) status or development of the system described by the indicators used. Thus, on one label it is possible to assess the status / development of sub-indicators (for example, electricity consumption per person or availability of greenery), whole areas up to the overall status of the system. This is expressed both by the central value of the Klimasken (Climate scan) and by the colour expression.
(estimation) (measurement, calculation) %