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

Conference Proceedings

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, Tina Botwright Acuna (ed.), Matthew Harrison (ed.), Carina Moeller (ed.), David parsons (ed.)

Australian Society of Agronomy | Published : 2015

University of Melbourne Researchers

Michael Tausz Author

Markus Loew Author

Sabine Tausz-Posch Author

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Maintaining productivity and quality of wheat under elevated CO2

AGRO-ECOSYSTEM SENSOR CAPABILITY FOR ELEVATED CO2 FREE AIR RESEARCH FACILITY

Agro-ecosystem sensor capability for elevated carbon dioxide-free air research facility: This project will provide infrastructure upgrades t..

AGRO-ECOSYSTEM SENSOR CAPABILITY FOR ELEVATED CO2 FREE AIR RESEARCH FACILITY

This project will provide infrastructure upgrades to the Australian Grains Free Air Carbon dioxide Enrichment (AGFACE) facility, globally th..

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

University of Melbourne Researchers

Related Projects (6)

Maintaining productivity and quality of wheat under elevated CO2

AGRO-ECOSYSTEM SENSOR CAPABILITY FOR ELEVATED CO2 FREE AIR RESEARCH FACILITY

AGRO-ECOSYSTEM SENSOR CAPABILITY FOR ELEVATED CO2 FREE AIR RESEARCH FACILITY

SUSTAINING WHEAT YIELD AND QUALITY UNDER INCREASING ATMOSPHERIC CARBON DIOXIDE

ADAPTATION OF A RANGE OF WHEAT TYPES TO ELEVATED ATMOSPHERIC CO2 CONCENTRATION

Crop traits for productivity in a high CO2 world under drought and heat

Acknowledgement of Country