| ORGANIZATION
|
|---|
Abbreviation | Organization
|
| �EZ | Chvaletice Power Plant,�EZ utility
|
| �G� | Czech Geological Survey
|
| �HM� | Czech Hydrometeorological Institute
|
| Ekx | Ekotoxa
|
| EM� | M�ln�k Power Plant
|
| HB� AV �R | Hydrobiological Institute AS CR
|
| HS | Public Health Service
|
| IFER | Institute for Forest Ecosystems Research
|
| IMGW | Institute of Meteorology and Water Management, Wroclaw, Poland
|
| KKr | Kau�uk Kralupy a.s.
|
| Kwl | Kolowrat Forests
|
| LfUG | Landesamt f�r Umwelt und Geologie Dresden, Germany
|
| M�Ho | Municipal Authority of the town Hodon�n
|
| M�Ol | Municipal Authority of the town Olomouc
|
| M�Pa | Municipal Authority of the town Pardubice
|
| M�T� | Municipal Authority of the town T�inec
|
| M�Vs | Municipal Authority of the town Vset�n
|
| M�Zl | Municipal Authority of the town Zl�n
|
| ORGREZ | Organization for the Rationalization of Power Plants
|
| Oکu | Regional Authority of the �umperk region
|
| PIOS | State Inspektorate for Enviromental Protection, Poland
|
| SNe | Spolana Neratovice, a.s.
|
| SZ� | National Health Institute
|
| V�LHM | Forest Management and Gamekeeping Research Institute
|
| V�LHMO | VULHM - Opo�no
|
| V�RV | Research Institute of Plant Production
|
| V�V | Water Management Research Institute T.G.M.
|
| MEASURE SUBSTANCE AND QUANTITIES
|
|---|
Abbreviation | Measure Substance / Quantity
|
| A | anthracene
|
| Ac | acenaphthene
|
| ACET | acethylene
|
| Acl | acenaphthylene
|
| Ag | silver
|
| Al | aluminium
|
| alpha-HCH | alpha-HCH
|
| As | arsenic
|
| Au | gold
|
| Ba | barium
|
| BaA | benzo(a)anthracene
|
| BaP | benzo(a)pyrene
|
| BbF | benzo(b)fluoranthene
|
| Be | beryllium
|
| beta-HCH | beta-HCH
|
| BghiPRL | benzo(g,h,i) perylene
|
| BkF | benzo(k)fluoranthene
|
| Br | bromine
|
| BZN | benzene
|
| Ca | calcium
|
| Cd | cadmium
|
| CH4 | methane
|
| CHEX | cyclohexane
|
| Cl | chlorine
|
| CO | carbon monoxide
|
| Co | cobalt
|
| CP | cyclopentane
|
| Cr | chromium
|
| CRY | chrysene
|
| Cu | copper
|
| DBahA | dibenzo(a,h)anthracene
|
| delta-HCH | delta-HCH
|
| DMB22 | 2,2-dimethylbutane
|
| DMB23 | 2,3-dimethylbutane
|
| EBZN | ethylbenzene
|
| ETAN | ethane
|
| ETEN | ethene
|
| FEN | phenanthrene
|
| Fe | iron
|
| Fl | fluorene
|
| FLU | fluoranthene
|
| Ga | gallium
|
| gamma-HCH | gamma-HCH
|
| Ge | germanium
|
| GLRD | global radiation
|
| h | relative air humidity
|
| H2S | hydrogen sulfide
|
| HCB | hexachlorbenzene
|
| Hg | mercury
|
| HNO3 | nitric acid
|
| I | iodine
|
| I_OKT | i-octane
|
| I123cdP | ideno(1,2,3,-cd) pyrene
|
| IBUT | i-butane
|
| IPEN | i-pentane
|
| ISOP | isoprene
|
| K | potassium
|
| La | lanthanum
|
| MCPT | methyl cyclopentane
|
| Mg | magnesium
|
| MH23 | 2+3 methylhexane
|
| MHP23 | 2+3 methylheptane
|
| Mn | manganese
|
| Mo | molybdenum
|
| MP23 | 2+3 methylpentane
|
| MPXY | m,p-xylene
|
| MXY | m-xylene
|
| N | naphtalene
|
| N_OKT | n-octane
|
| Na | sodium
|
| NBUT | n-butane
|
| NH3 | ammonia
|
| NH4 | ammonium particles
|
| NHEP | n-heptane
|
| NHEX | n-hexane
|
| Ni | nickel
|
| NO | nitrogen monoxide
|
| NO2 | nitrogen dioxide
|
| NO3 | nitrate - particles
|
| NONN | nonane
|
| NOx | nitrogen oxides
|
| NPEN | n-pentane
|
| O3 | ozone
|
| OXY | o-xylene
|
| p | atmospheric pressure
|
| P | phosphorus
|
| PAHs | polycyclic aromatic hydrocarbons - sum
|
| Pb | lead
|
| Pb207/206 | isotopic ratio 207Pb/206Pb
|
| Pb208/206 | isotopic ratio 208Pb/206Pb
|
| PCB28 | PCB28
|
| PCB52 | PCB52
|
| PCB101 | PCB101
|
| PCB118 | PCB118
|
| PCB138 | PCB138
|
| PCB153 | PCB153
|
| PCB180 | PCB180
|
| Pd | palladium
|
| PM10 | PM 10
|
| pp-DDD | p,p'-DDD
|
| pp-DDE | p,p'-DDE
|
| pp-DDT | p,p'-DDT
|
| PRPA | propane
|
| PRPE | propene
|
| PXY | p- xylene
|
| PYR | pyrene
|
| RAIN | precipitation amount
|
| Rb | rubidium
|
| Rh | rhodium
|
| S | sulfur
|
| Sb | antimony
|
| SBUT | sum of butene
|
| Sc | scandium
|
| Se | selenium
|
| Si | silicon
|
| Sn | tin
|
| SO2 | sulfur dioxide
|
| SO4 | sulfate - particles
|
| SPM | suspended particulate matter
|
| SPTN | sum of pentene
|
| Sr | strontium
|
| T | temperature (unspecified)
|
| T10m | temperature 10 m above terrain
|
| T2m | temperature 2 m above terrain
|
| Te | tellurium
|
| Ti | titanium
|
| TLN | toluene
|
| V | vanadium
|
| W | wolfram
|
| WD | wind direction
|
| WROSE | wind rose
|
| WV | wind velocity
|
| Y | yttrium
|
| Zn | zinc
|
| Zr | zirconium
|
| MEASUREMENT METHODS
|
|---|
Abbreviation | Method
|
| AAS | atomic absorption spectrometry
|
| AFS | low-temperature gas atomic fluorescence spectrometry
|
| APRESS | atmospheric pressure measurement
|
| BERTH | Berthelot method - spectrophotometry
|
| CAP | capacitance sensor
|
| CLM | coulometry
|
| ELMAG | electromagnetic method
|
| FUCEL | el. fuel cell
|
| GCH-MS | gas chromatography - mass detection (for PAH)
|
| GCH-VOC | gas chromatography - volatile org. compounds
|
| GRIES | spectrophotometry with sulfanilamid and NEDA (Griess reaction)
|
| GRV | gravimetry
|
| GRV-TK | gravimetry - heavy metals
|
| GUAJA | guajacol (modif. Jakobs-Hochheiser) method - spectrophotometry
|
| HAIR | hair hygrometer
|
| HPLC | high pressure liquid chromatography
|
| CHLM | chemiluminescence
|
| IC | iot chromatography
|
| ICP-AES | inductively coupled plasma - atomic emission spectrometry
|
| ICP-MS | inductively coupled plazma - mass spectrometry
|
| IRABS | IR corel. absorption spectrometry
|
| OPEL | optoelectronic method
|
| PLRG | polarography
|
| PT100 | resistance method
|
| PUF+QUARTZ | PUF+QUARTZ
|
| PUF-GCH | PUF - gas chromatography
|
| QUARTZ-GCH | QUARTZ - gas chromatography
|
| RADIO | radiometry - beta ray absorption
|
| RAIN | standard rain gauge
|
| SKIN | animal skin
|
| SP-H2S | spectrophotometry for H2S
|
| TDM | temperature difference method
|
| TEOM | tapered element oscillating microbalance (TEOM)
|
| THOR | thorin spectrophotometry
|
| TLAM | triethanolamine spectophotometry
|
| UVABS | UV absorption
|
| UVFL | UV fluorescence
|
| WGAE | spectrophotometry with TCM and fuchsin (West-Gaeke)
|
| XRF | X-ray fluorescence
|
| MEASUREMENT INTERVALS
|
|---|
Abbreviation | Description
|
| 24h | 24 hours
|
| 30 min | 30 minutes
|
| 7 d | weekly measurement
|
| 1 m | monthly measurement
|
| 24 h/5 dint | daily sample once in 5 days
|
| 10 min/3 dint | 10-minutes sample twice a week at 12:00
|
| 24 h/6 dint | daily sample once in 6 days
|
| 24 h/7 dint | daily sample once in 7 days
|
| 7 d/ 1 mint | first week in a month
|
| 14 d | 14-days measurement
|
| 24 h/3 dint | daily samle once in 3 days
|
| 24 h/1-4 dint | daily samle once in 1-4 days
|
| OTHER ABBREVIATIONS
|
|---|
Abbreviation | Description
|
| 50%kv | 50th percentile
|
| 90%kv | 90th percentile
|
| 95%kv | 95th percentile
|
| 98%kv | 98th percentile
|
| AIM | automated air pollution monitoring
|
| AMS | automated monitoring station
|
| cond | measured sample conductivity
|
| �.p. | absolute frequency of exceedence of IHd
|
| �.p.% | relative frequency of exceedence of IHd
|
| DAT | date of occurrence of MAX.
|
| dv | length of the longest continuous shut-down
|
| IH8h | average eight-hour pollutant concentration; average eight-hour concentration is understood to be the mean value of concentration, as determined at a given site over a time period of eight hours
|
| IHd | average daily pollutant concentration; average concentration is understood to be the mean value of concentration, determined at a given site over a time period of 24 hours. Average daily concentration is also understood to be the mean value of at least twelve evenly distributed measurements of average half-hour concentrations over a time period of 24 hours (arithmetic mean).
|
| IHk | average half-hour pollutant concentration; average half-hour concentration is understood to be the mean value of concentration as determined at a given site over a time period of 30 minutes
|
| IHr | average annual pollutant concentration; average concentration is understood to be the mean value of concentration, determined at a given site over a time period of one year as the arithmetic mean of average 24-hour concentrations
|
| MAX. | daily maximum for the year
|
| MAX8h | daily maximum for the year for ozone in the time period 9.00 - 17.00 h.
|
| mc | monthly frequency
|
| N | number of measurements in the year
|
| rain | total precipitation measured by the standard method directly at the sampling site or at a station that can be meteorologically considered to be representative for the given site
|
| S | standard deviation
|
| SG | standard geometric deviation
|
| X | annual arithmetic average
|
| XG | annual geometric average
|
| Xm | monthly arithmetic average
|