TY  - JOUR
JF  - Atmospheric Environment
ID  - upm25859
TI  - Modelling ozone stomatal flux over wheat under Mediterranean conditions
SP  - 149
A1  - González-Fernández, I.
A1  - Bermejo, V.
A1  - Elvira, S.
A1  - Torre Llorente, Daniel de la
A1  - González, Águeda
A1  - Navarrete, Luis
A1  - Sanz, J.
A1  - Calvete Sogo, Hector
A1  - García Gómez, Hector
A1  - López, Antoni
A1  - Serra, Joan
A1  - Lafarga, A.
A1  - Armesto, A.P.
A1  - Calvo Navallas, Antonio
A1  - Alonso, R.
UR  - http://www.sciencedirect.com/science/article/pii/S1352231012010254
AV  - public
VL  - 67
EP  - 160
Y1  - 2013/03//
N2  - Correct estimation of leaf-level stomatal conductance (gsto) is central for current ozone (O3) risk assessment of wheat yield loss based on the absorbed O3 phytotoxic dose (POD). The gsto model parameterizations developed in Europe must be checked in the different climatic regions where they are going to be applied in order to reduce the uncertainties associated with the POD approach.
This work proposes a new gsto model parameterization for estimating POD of Triticum aestivum and Triticum durum under Mediterranean conditions, based on phenological observations over 25 years and gsto field measurements during 5 growing seasons. Results show that POD in the Mediterranean area might be higher than previously estimated. However, caution must be paid when assessing the risk of yield loss for wheat in this area since field validation of O3 impacts is still limited.
SN  - 1352-2310
ER  -