Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential

H. Zhang; N. Simpson; S. Milroy; M. Poole; Neil Turner

Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential

H. Zhang, N. Simpson, S. Milroy, M. Poole, Neil Turner

Research output: Chapter in Book/Conference paper › Conference paper

Original language	English
Title of host publication	Global Issues Paddock Action
Editors	M.K. Unkovich
Place of Publication	South Australia
Publisher	Australian Society of Agronomy
Pages	3 pp
Volume	n/a
Edition	Adelaide, South Australia
ISBN (Print)	1 920842 34 9
Publication status	Published - 2008
Event	Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential - Adelaide, South Australia Duration: 1 Jan 2008 → …

Conference

Conference	Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential
Period	1/01/08 → …

Cite this

Zhang, H., Simpson, N., Milroy, S., Poole, M., & Turner, N. (2008). Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential. In M. K. Unkovich (Ed.), Global Issues Paddock Action (Adelaide, South Australia ed., Vol. n/a, pp. 3 pp). South Australia: Australian Society of Agronomy.

Zhang, H. ; Simpson, N. ; Milroy, S. ; Poole, M. ; Turner, Neil. / Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential. Global Issues Paddock Action. editor / M.K. Unkovich. Vol. n/a Adelaide, South Australia. ed. South Australia : Australian Society of Agronomy, 2008. pp. 3 pp

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title = "Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential",

author = "H. Zhang and N. Simpson and S. Milroy and M. Poole and Neil Turner",

year = "2008",

language = "English",

isbn = "1 920842 34 9",

volume = "n/a",

pages = "3 pp",

editor = "M.K. Unkovich",

booktitle = "Global Issues Paddock Action",

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Zhang, H, Simpson, N, Milroy, S, Poole, M & Turner, N 2008, Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential. in MK Unkovich (ed.), Global Issues Paddock Action. Adelaide, South Australia edn, vol. n/a, Australian Society of Agronomy, South Australia, pp. 3 pp, Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential, 1/01/08.

Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential. / Zhang, H.; Simpson, N.; Milroy, S.; Poole, M.; Turner, Neil.

Global Issues Paddock Action. ed. / M.K. Unkovich. Vol. n/a Adelaide, South Australia. ed. South Australia : Australian Society of Agronomy, 2008. p. 3 pp.

Research output: Chapter in Book/Conference paper › Conference paper

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AU - Simpson, N.

AU - Milroy, S.

AU - Poole, M.

AU - Turner, Neil

PY - 2008

Y1 - 2008

M3 - Conference paper

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SP - 3 pp

BT - Global Issues Paddock Action

A2 - Unkovich, M.K.

PB - Australian Society of Agronomy

CY - South Australia

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Zhang H, Simpson N, Milroy S, Poole M, Turner N. Relationships between growing season rainfall, grain yield and yield components suggest that wheat requires one ear/m2 per millimetre of rainfall to achieve its water-limited potential. In Unkovich MK, editor, Global Issues Paddock Action. Adelaide, South Australia ed. Vol. n/a. South Australia: Australian Society of Agronomy. 2008. p. 3 pp