| Tab. I.1 |
Total emissions of principal air pollutants in 2005 – preliminary
data |
| Tab. I.2 |
Total emissions of greenhouse gases, 1990 to 2004 [Mt CO2ekv.] |
| Tab. I.3 |
Emissions of greenhouse gases structured by sectors, 1990 to 2004 [Mt
CO2ekv.] |
| Tab. I.4 |
Total emissions of HMs and POPs between 1990 and 2004 |
| Tab. I.5 |
Specific emission, 1990 |
| Tab. I.6 |
Specific emission, 2004 |
| Tab. II.1.1 |
Air pollution monitoring localities, based on the owner, Czech
Republic, 2005 |
| Tab. II.1.2 |
Air pollution monitoring localities measuring basic pollutants, AMS,
based on the owner, Czech Republic, 2005 |
| Tab. II.1.3 |
Air pollution monitoring localities measuring other pollutants and
supplementary quantities, AMS, based on the owner, Czech Republic, 2005 |
| Tab. II.1.4 |
Air pollution monitoring localities measuring basic pollutants,
manual methods, based on the owner, Czech Republic, 2005 |
| Tab. II.1.5 |
Total number of monitoring localities with special measurements,
manual methods, based on the owner, Czech Republic, 2005 |
| Tab. II.1.6 |
Exchange of Information (EoI) station classification |
| Tab. II.1.7 |
Percentage of valid data from the stations with continuous
measurement, 2005 |
| Tab. II.1.8 |
Percentage of valid data from the stations with manual measurement,
2005 |
| Tab. II.1.9 |
Percentage of valid data from the stations measuring meteorological
parameters, 2005 |
| Tab. II.1.10 |
Percentage of data from other measurements, 2005 |
| Tab. II.4.1 |
Stations with the highest values of the 25th and maximum hourly
concentrations of SO2 |
| Tab. II.4.2 |
Stations with the highest numbers of exceedences of the 24-hour
limit value of SO2 |
| Tab. II.4.3 |
Stations with the highest values of annual average concentrations
of SO2 |
| Tab. II.4.4 |
Stations with the highest numbers of exceedences of the 24-hour
limit value of PM10 |
| Tab. II.4.5 |
Stations with the highest values of annual average concentrations
of PM10 |
| Tab. II.4.6 |
Overview of localities with the exceedence of the air pollution
limit value for annual average PM10 concentration, 2001–2005 |
| Tab. II.4.7 |
Stations with the highest values of annual average concentrations
of PM2.5 |
| Tab. II.4.8 |
Stations with the highest values of the 19th and maximum hourly
concentrations of NO2 |
| Tab. II.4.9 |
Stations with the highest values of annual average concentrations
of NO2 |
| Tab. II.4.10 |
Stations with the highest values of maximum 8-hour running average
concentrations of CO |
| Tab. II.4.11 |
Stations with the highest values of annual average concentrations
of benzene |
| Tab. II.4.12 |
Stations with the highest values of maximum daily 8-hour running
average concentrations of surface ozone |
| Tab. II.4.13 |
Number of hours of the surface ozone alert threshold exceedence
(180 μg.m-3) per year at selected AIM stations, 1992–2005 |
| Tab. II.4.14 |
Stations with the highest values of annual average concentrations
of lead in the ambient air |
| Tab. II.4.15 |
Stations with the highest values of annual average concentrations
of cadmium in the ambient air |
| Tab. II.4.16 |
Stations with the highest values of annual average concentrations
of arsenic in the ambient air |
| Tab. II.4.17 |
Stations with the highest values of annual average concentrations
of nickel in the ambient air |
| Tab. II.4.18 |
Stations with the highest values of annual average concentrations
of benzo(a)pyrene in the ambient air |
| Tab. II.4.19 |
Stations with the highest values of average concentrations of
mercury in the ambient air |
| Tab. II.4.20 |
Stations with the highest values of average concentrations of
ammonia in the ambient air |
| Tab. II.4.21 |
Stations with the highest values of annual averages of SO2 concentrations at rural stations |
| Tab. II.4.22 |
Stations with the highest values of winter averages of SO2 concentrations at rural stations, 2005/2005 |
| Tab. II.4.23 |
Stations with the highest values of annual average of NOx and NO2 concentrations at rural stations |
| Tab. II.4.24 |
Stations with the highest exposure index AOT40 values of ozone at
rural and suburban stations |
| Tab. II.4.25 |
LV+MT exceedences in the zone/agglomerations and municipalities
with extended competencies of the Czech Republic, % of area of the
administrative unit, 2005 |
| Tab. II.4.26 |
LV and TV exceedences in the zone/agglomerations and
municipalities with extended competencies of the Czech Republic, % of area of
the administrative unit, 2005 |
| Tab. II.4.27 |
Target ozone limit value exceedences for the protection of health
in the zone/agglomerations and municipalities with extended competencies of the
Czech Republic, % of the area of the administrative unit, 2005 |
| Tab. II.4.28 |
Shares of the territories for ecosystems and vegetation protection
with the LV exceedence, % of the territory of the protected area, 2005 |
| Tab. II.6.1 |
Air quality index definition |
| Tab. II.6.2 |
Occurrence frequencies of individual classes of air quality index
at AIM measuring stations [%] |
| Tab. III.1 |
Average deposition fluxes S, N and H in the Czech Republic, 2005 |
| Tab. III.2 |
Estimate of the total annual deposition in the Czech Republic
(78,841 sq. km) in tonnes, 2005 |
| Tab. III.3 |
Estimate of the total annual deposition of sulphur on the forested
part of the Czech Republic (16,990 sq. km) in tonnes, 1997–2005 |
| Tab. III.4 |
Station networks monitoring precipitation quality and atmospheric
deposition, 2005 |
| Tab. III.5 |
Average annual concentrations of principal pollutants in
precipitation at stations in the Czech Republic, 2005 |
| Tab. III.6 |
Annual wet atmospheric deposition at stations in the Czech Republic,
2005 |
