Published July 23, 2025 | Version v1
Dataset Open

Ozone reactivity and related data from a boreal fen at Lompolojänkkä (Pallas, Finland) in July 2020

Creators

  • 1. Finnish Meteorological Institute

Description

This dataset contains total ozone reactivity and related data from the Lompolojänkkä boreal fen (Pallas, Finland) in July 2020. Emission rates for volatile organic compounds are derived from Hellén et al. (2020), Atmos. Chem. Phys., 20, 7021–7034, doi:10.5194/acp-20-7021-2020.

Files

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Checksum: md5:649e39f77573ff19e1e4efa226e7346e

PID: http://hdl.handle.net/11304/34353ebe-8348-46cb-8eac-426e6b09f80b
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Additional details

Identifiers

URL
https://etsin.fairdata.fi/dataset/06853924-6d42-4886-8c4c-c81378ba0be5
b2rec
a701628734cc4c168e4a622ea1b84348

Funding

Research Council of Finland

FMI metadata

Parameter
  • Parameter name: local summer time (UTC+3) in format yyyy-mm-dd HH:MM
  • Parameter unit: -
  • Parameter description: timestamp
  • Parameter name: frame on which the enclosure was placed at the time
  • Parameter unit: -
  • Parameter description: frame
  • Parameter name: recorded differential ozone signal from the total ozone reactivity monitor (TORM)
  • Parameter unit: ppbv
  • Parameter description: Δ[O3]
  • Parameter name: derived total ozone reactivity in TORM’s reactor
  • Parameter unit: 1/s
  • Parameter description: R_TORM
  • Parameter name: derived total ozone reactivity of incoming air (taking dilution into account)
  • Parameter unit: 1/s
  • Parameter description: R_sample
  • Parameter name: measured total flow through the enclosure
  • Parameter unit: l/min
  • Parameter description: f
  • Parameter name: total ozone reactivity of the emissions
  • Parameter unit: m/s^2
  • Parameter description: TOZRE
  • Parameter name: temperature inside the enclosure
  • Parameter unit: °C
  • Parameter description: Tenclosure
  • Parameter name: photosynthetically active radiation
  • Parameter unit: μmol / (m^2 s)
  • Parameter description: PAR
  • Parameter name: modelled emission rate for isoprene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERisoprene
  • Parameter name: modelled emission rate for α-pinene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERα-pinene
  • Parameter name: modelled emission rate for β-pinene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERβ-pinene
  • Parameter name: modelled emission rate for camphene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERcamphene
  • Parameter name: modelled emission rate for carene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERcarene
  • Parameter name: modelled emission rate for limonene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERlimonene
  • Parameter name: modelled emission rate for linalool based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERlinalool
  • Parameter name: modelled emission rate for myrcene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERmyrcene
  • Parameter name: modelled emission rate for α-farnesene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERα-farnesene
  • Parameter name: modelled emission rate for α-humulene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERα-humulene
  • Parameter name: modelled emission rate for cadinene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERcadinene
  • Parameter name: modelled emission rate for iso-longifolene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERiso-longifolene
  • Parameter name: modelled emission rate for iso-sativene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERiso-sativene
  • Parameter name: modelled emission rate for β-gurjunene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERβ-gurjunene
  • Parameter name: modelled emission rate for α-muurolene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERα-muurolene
  • Parameter name: modelled emission rate for β-cadinene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERβ-cadinene
  • Parameter name: modelled emission rate for γ-selinene based on Hellén et al. (2020)
  • Parameter unit: µg / (m^2 s)
  • Parameter description: ERγ-selinene
  • Parameter name: modelled concentration in the enclosure for isoprene
  • Parameter unit: µg/m^3
  • Parameter description: isoprene
  • Parameter name: modelled concentration in the enclosure for α-pinene
  • Parameter unit: µg/m^3
  • Parameter description: α-pinene
  • Parameter name: modelled concentration in the enclosure for β-pinene
  • Parameter unit: µg/m^3
  • Parameter description: β-pinene
  • Parameter name: modelled concentration in the enclosure for camphene
  • Parameter unit: µg/m^3
  • Parameter description: camphene
  • Parameter name: modelled concentration in the enclosure for carene
  • Parameter unit: µg/m^3
  • Parameter description: carene
  • Parameter name: modelled concentration in the enclosure for limonene
  • Parameter unit: µg/m^3
  • Parameter description: limonene
  • Parameter name: modelled concentration in the enclosure for linalool
  • Parameter unit: µg/m^3
  • Parameter description: linalool
  • Parameter name: modelled concentration in the enclosure for myrcene
  • Parameter unit: µg/m^3
  • Parameter description: myrcene
  • Parameter name: modelled concentration in the enclosure for α-farnesene
  • Parameter unit: µg/m^3
  • Parameter description: α-farnesene
  • Parameter name: modelled concentration in the enclosure for α-humulene
  • Parameter unit: µg/m^3
  • Parameter description: α-humulene
  • Parameter name: modelled concentration in the enclosure for cadinene
  • Parameter unit: µg/m^3
  • Parameter description: cadinene
  • Parameter name: modelled concentration in the enclosure for iso-longifolene
  • Parameter unit: µg/m^3
  • Parameter description: iso-longifolene
  • Parameter name: modelled concentration in the enclosure for iso-sativene
  • Parameter unit: µg/m^3
  • Parameter description: iso-sativene
  • Parameter name: modelled concentration in the enclosure for β-gurjunene
  • Parameter unit: µg/m^3
  • Parameter description: β-gurjunene
  • Parameter name: modelled concentration in the enclosure for α-muurolene
  • Parameter unit: µg/m^3
  • Parameter description: α-muurolene
  • Parameter name: modelled concentration in the enclosure for β-cadinene
  • Parameter unit: µg/m^3
  • Parameter description: β-cadinene
  • Parameter name: modelled concentration in the enclosure for γ-selinene
  • Parameter unit: µg/m^3
  • Parameter description: γ-selinene
  • Parameter name: modelled ozone reactivity in the enclosure for isoprene
  • Parameter unit: 1/s
  • Parameter description: RO3isoprene
  • Parameter name: modelled ozone reactivity in the enclosure for α-pinene
  • Parameter unit: 1/s
  • Parameter description: RO3α-pinene
  • Parameter name: modelled ozone reactivity in the enclosure for β-pinene
  • Parameter unit: 1/s
  • Parameter description: RO3β-pinene
  • Parameter name: modelled ozone reactivity in the enclosure for camphene
  • Parameter unit: 1/s
  • Parameter description: RO3camphene
  • Parameter name: modelled ozone reactivity in the enclosure for carene
  • Parameter unit: 1/s
  • Parameter description: RO3carene
  • Parameter name: modelled ozone reactivity in the enclosure for limonene
  • Parameter unit: 1/s
  • Parameter description: RO3limonene
  • Parameter name: modelled ozone reactivity in the enclosure for linalool
  • Parameter unit: 1/s
  • Parameter description: RO3linalool
  • Parameter name: modelled ozone reactivity in the enclosure for myrcene
  • Parameter unit: 1/s
  • Parameter description: RO3myrcene
  • Parameter name: modelled ozone reactivity in the enclosure for α-farnesene
  • Parameter unit: 1/s
  • Parameter description: RO3α-farnesene
  • Parameter name: modelled ozone reactivity in the enclosure for α-humulene
  • Parameter unit: 1/s
  • Parameter description: RO3α-humulene
  • Parameter name: modelled ozone reactivity in the enclosure for cadinene
  • Parameter unit: 1/s
  • Parameter description: RO3cadinene
  • Parameter name: modelled ozone reactivity in the enclosure for iso-longifolene
  • Parameter unit: 1/s
  • Parameter description: RO3iso-longifolene
  • Parameter name: modelled ozone reactivity in the enclosure for iso-sativene
  • Parameter unit: 1/s
  • Parameter description: RO3iso-sativene
  • Parameter name: modelled ozone reactivity in the enclosure for β-gurjunene
  • Parameter unit: 1/s
  • Parameter description: RO3β-gurjunene
  • Parameter name: modelled ozone reactivity in the enclosure for α-muurolene
  • Parameter unit: 1/s
  • Parameter description: RO3α-muurolene
  • Parameter name: modelled ozone reactivity in the enclosure for β-cadinene
  • Parameter unit: 1/s
  • Parameter description: RO3β-cadinene
  • Parameter name: modelled ozone reactivity in the enclosure for γ-selinene
  • Parameter unit: 1/s
  • Parameter description: RO3γ-selinene
  • Parameter name: modelled ozone reactivity in the enclosure
  • Parameter unit: 1/s
  • Parameter description: R_O3
  • Parameter name: calculated ozone reactivity of the emissions
  • Parameter unit: m/s^2
  • Parameter description: COZRE
  • Parameter name: unexplained total ozone reactivity of the emissions
  • Parameter unit: m/s^2
  • Parameter description: unexplainedTOZRE
Data levels (meter, hectoPascal, degree, sigma pressure levels, other) in vertical direction(+/-) for example 1500 m or 850 hPa
  • Level: 0 m
Topic category
climatologyMeteorologyAtmosphere

Temporal Coverage

Ranges:

Start date: 2020-07-02
End date: 2020-07-23

Locations

Lompolojänkkä (Pallas), Finland Point:
(Lon: 67.9972, Lat: 24.2092 )