Adaptation of a Range of Wheat Types to Elevated Atmospheric Co2 Concentration

Elevated CO2 in semi-arid cropping systems: A synthesis of research from the Australian Grains Free Air CO2 Enrichment (AGFACE) research program

GJ Fitzgerald, M Tausz, R Armstrong, J Panozzo, P Trębicki, M Mollah, S Tausz-Posch, C Walker, JG Nuttall, M Bourgault, M Löw, D Partington, CR Butterly, SK Lam, RM Norton, GJ O'Leary

2022-01-01

Climate change impacts to crop production are likely to be greatest in semi-arid regions already constrained by marginal growing c..

Agronomic and physiological responses of wheat grown in split-column under elevated CO2

S Uddin, M Loew, S Parvin, G Fitzgerald, S Tausz-Posch, M Tausz

2017-01-01

Increasing atmospheric CO 2 concentration ([CO 2 ]) has profound effects on plant growth, yield and water use. Elevated atmospheri..

CO2-induced microclimate changes help wheat to adapt to future climates

M Loew, S Uddin, G Fitzgerald, M Tausz

2017-01-01

Optimising water use is a central element of maintaining crop growth and yield in less favourable, drier climates. Rising CO 2 lev..

Is a reduced-tillering trait (tin) beneficial under elevated CO2 in four FACE environments

M Loew, S Tausz-Posch, G Rebetzke, F Dreccer, S Chapman, S Seneweera, G Fitzgerald, M TAUSZ

2015-01-01