Ozone pollution: Impacts on carbon sequestration in Europe

P Bueker; L Emberson; R Falk; A Briolat; S Cinderby; H Cambridge; H Harmens; G Mills; D Norris; D Simpson

Ozone pollution: Impacts on carbon sequestration in Europe

P Bueker, L Emberson, R Falk, A Briolat, S Cinderby, H Cambridge, H Harmens, G Mills, D Norris, D Simpson

Research output: Book/Report › Commissioned report

Abstract

The aims of the modelling case study described in this chapter were to: Estimate the ozone induced reduction of C storage in living biomass of forests under present (year 2000) and future (2040) climate/meteorology and emission conditions. Assess the influence of climate and species-specific flux and flux-response parameterisations on ozone-induced reduction of C storage in living biomass estimates for present meteorological conditions (year 2000). Assess the influence of soil water stress on ozone-induced reduction of C storage in living biomass by activating and deactivating the DO3SE soil water module for the year 2000. Compare the spatial distribution of AOT40 and PODY estimates of ozone-induced reduction of C storage in living biomass of forests.

Original language	English
Place of Publication	Bangor
Publisher	Centre for Ecology and Hydrology
Number of pages	90
ISBN (Print)	978-1-906698-31-7
Publication status	Published - 2012

Access to Document

http://icpvegetation.ceh.ac.uk/publications/documents/ICP_Vegetation_carbon_sequestration_report.pdf

Cite this

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title = "Ozone pollution: Impacts on carbon sequestration in Europe",

abstract = "The aims of the modelling case study described in this chapter were to: Estimate the ozone induced reduction of C storage in living biomass of forests under present (year 2000) and future (2040) climate/meteorology and emission conditions. Assess the influence of climate and species-specific flux and flux-response parameterisations on ozone-induced reduction of C storage in living biomass estimates for present meteorological conditions (year 2000). Assess the influence of soil water stress on ozone-induced reduction of C storage in living biomass by activating and deactivating the DO3SE soil water module for the year 2000. Compare the spatial distribution of AOT40 and PODY estimates of ozone-induced reduction of C storage in living biomass of forests.",

author = "P Bueker and L Emberson and R Falk and A Briolat and S Cinderby and H Cambridge and H Harmens and G Mills and D Norris and D Simpson",

year = "2012",

language = "English",

isbn = "978-1-906698-31-7",

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TY - BOOK

T1 - Ozone pollution

T2 - Impacts on carbon sequestration in Europe

AU - Bueker, P

AU - Emberson, L

AU - Falk, R

AU - Briolat, A

AU - Cinderby, S

AU - Cambridge, H

AU - Harmens, H

AU - Mills, G

AU - Norris, D

AU - Simpson, D

PY - 2012

Y1 - 2012

N2 - The aims of the modelling case study described in this chapter were to: Estimate the ozone induced reduction of C storage in living biomass of forests under present (year 2000) and future (2040) climate/meteorology and emission conditions. Assess the influence of climate and species-specific flux and flux-response parameterisations on ozone-induced reduction of C storage in living biomass estimates for present meteorological conditions (year 2000). Assess the influence of soil water stress on ozone-induced reduction of C storage in living biomass by activating and deactivating the DO3SE soil water module for the year 2000. Compare the spatial distribution of AOT40 and PODY estimates of ozone-induced reduction of C storage in living biomass of forests.

AB - The aims of the modelling case study described in this chapter were to: Estimate the ozone induced reduction of C storage in living biomass of forests under present (year 2000) and future (2040) climate/meteorology and emission conditions. Assess the influence of climate and species-specific flux and flux-response parameterisations on ozone-induced reduction of C storage in living biomass estimates for present meteorological conditions (year 2000). Assess the influence of soil water stress on ozone-induced reduction of C storage in living biomass by activating and deactivating the DO3SE soil water module for the year 2000. Compare the spatial distribution of AOT40 and PODY estimates of ozone-induced reduction of C storage in living biomass of forests.

M3 - Commissioned report

SN - 978-1-906698-31-7

BT - Ozone pollution

PB - Centre for Ecology and Hydrology

CY - Bangor

ER -