A SIMULATION OF PHENOLOGY, GROWTH, CARBON-DIOXIDE EXCHANGE AND YIELDSUNDER AMBIENT ATMOSPHERE AND FREE-AIR CARBON-DIOXIDE ENRICHMENT (FACE) MARICOPA, ARIZONA, FOR WHEAT
T. Kartschall et al., A SIMULATION OF PHENOLOGY, GROWTH, CARBON-DIOXIDE EXCHANGE AND YIELDSUNDER AMBIENT ATMOSPHERE AND FREE-AIR CARBON-DIOXIDE ENRICHMENT (FACE) MARICOPA, ARIZONA, FOR WHEAT, Journal of biogeography, 22(4-5), 1995, pp. 611-622
The impact of increased atmospheric CO2 concentration on the growth an
d productivity of field grown wheat has been evaluated. Meteorological
and soil information from this study were used to validate a model (D
EMETER) for simulation of vegetation response to climate change scenar
ios. The model simulations of phenology, carbon exchange rate, growth
and yield for the treatment conditions of the experiment show a reason
able accordance with the experimental data.