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A national approach to improving heat tolerance in wheat through more efficient carbon allocation

Heat damage which predominantly arises from heat shock or longer-term temperatures above optimum during the reproductive and grain filling stages, is one of the most regular and limiting constraints to Australian wheat production.

This project examines the mechanistic bases of heat tolerance to build capacity in:

  1. a fundamental understanding of the processes that truncate grain filling after heat events;
  2. processes underlying heat-induced changes in day and night respiration; and
  3. morphological and physiological traits that ameliorate heat damage.

Physiological and molecular traits will be identified that enable yield maintenance after heat events, which will inform wheat breeding and development of high throughput phenotyping. Three PhD students will be involved in this work to maintain and build capacity in this area for the future.

Project date

30 Jun 2016-31 Dec 2022

Research organisation

The University of Sydney (USYD)

Project led by

Multiple industries
Alternative protein Cereal grains Other rural industries Pulse grains

Grains Research and Development Corporation (GRDC)

GRDC's purpose is to invest in RD&E to create enduring profitability for Australian growers. We invest in projects and …

Multiple industries
Alternative protein Cereal grains Other rural industries Pulse grains
  • Location

    Australia

  • Organisation type

    Research funding body

Logo for Grains Research and Development Corporation (GRDC)

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