author_facet Slykhuis, J. T.
Andrews, J. E.
Pittman, U. J.
Slykhuis, J. T.
Andrews, J. E.
Pittman, U. J.
author Slykhuis, J. T.
Andrews, J. E.
Pittman, U. J.
spellingShingle Slykhuis, J. T.
Andrews, J. E.
Pittman, U. J.
Canadian Journal of Plant Science
RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
Horticulture
Plant Science
Agronomy and Crop Science
author_sort slykhuis, j. t.
spelling Slykhuis, J. T. Andrews, J. E. Pittman, U. J. 0008-4220 1918-1833 Canadian Science Publishing Horticulture Plant Science Agronomy and Crop Science http://dx.doi.org/10.4141/cjps57-014 <jats:p> Diseased immature wheat is the most highly infectious reservoir of the streak mosaic virus, Marmor virgatum McK. and its mite vector, Aceria tulipae Keifer, in southern Alberta. Dates of seeding experiments showed that losses from wheat streak mosaic were greatest in winter wheat seeded before nearby winter or spring wheat crops that harboured the disease were mature. Wheat that emerged after the diseased crops had matured was seldom infected. Infection was able to spread from diseased volunteer wheat as long as it was living, or until the weather became cold in late October or November. Wheat sown in August was more severely damaged than that sown later. Immature wheat harbouring mosaic infection was completely destroyed by one operation with a mouldboard plough, but not by one cultivation with the one-way disk or subsurface type of cultivator. Root rot was most severe, and stem rust least severe in wheat sown in August. In the absence of disease, yields decreased in seedings made after mid-September. Early September appears to be the best time to seed winter wheat in southern Alberta. </jats:p> RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST Canadian Journal of Plant Science
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title RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_unstemmed RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_full RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_fullStr RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_full_unstemmed RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_short RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_sort relation of date of seeding winter wheat in southern alberta to losses from wheat streak mosaic, root rot, and rust
topic Horticulture
Plant Science
Agronomy and Crop Science
url http://dx.doi.org/10.4141/cjps57-014
publishDate 1957
physical 113-127
description <jats:p> Diseased immature wheat is the most highly infectious reservoir of the streak mosaic virus, Marmor virgatum McK. and its mite vector, Aceria tulipae Keifer, in southern Alberta. Dates of seeding experiments showed that losses from wheat streak mosaic were greatest in winter wheat seeded before nearby winter or spring wheat crops that harboured the disease were mature. Wheat that emerged after the diseased crops had matured was seldom infected. Infection was able to spread from diseased volunteer wheat as long as it was living, or until the weather became cold in late October or November. Wheat sown in August was more severely damaged than that sown later. Immature wheat harbouring mosaic infection was completely destroyed by one operation with a mouldboard plough, but not by one cultivation with the one-way disk or subsurface type of cultivator. Root rot was most severe, and stem rust least severe in wheat sown in August. In the absence of disease, yields decreased in seedings made after mid-September. Early September appears to be the best time to seed winter wheat in southern Alberta. </jats:p>
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author Slykhuis, J. T., Andrews, J. E., Pittman, U. J.
author_facet Slykhuis, J. T., Andrews, J. E., Pittman, U. J., Slykhuis, J. T., Andrews, J. E., Pittman, U. J.
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description <jats:p> Diseased immature wheat is the most highly infectious reservoir of the streak mosaic virus, Marmor virgatum McK. and its mite vector, Aceria tulipae Keifer, in southern Alberta. Dates of seeding experiments showed that losses from wheat streak mosaic were greatest in winter wheat seeded before nearby winter or spring wheat crops that harboured the disease were mature. Wheat that emerged after the diseased crops had matured was seldom infected. Infection was able to spread from diseased volunteer wheat as long as it was living, or until the weather became cold in late October or November. Wheat sown in August was more severely damaged than that sown later. Immature wheat harbouring mosaic infection was completely destroyed by one operation with a mouldboard plough, but not by one cultivation with the one-way disk or subsurface type of cultivator. Root rot was most severe, and stem rust least severe in wheat sown in August. In the absence of disease, yields decreased in seedings made after mid-September. Early September appears to be the best time to seed winter wheat in southern Alberta. </jats:p>
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spelling Slykhuis, J. T. Andrews, J. E. Pittman, U. J. 0008-4220 1918-1833 Canadian Science Publishing Horticulture Plant Science Agronomy and Crop Science http://dx.doi.org/10.4141/cjps57-014 <jats:p> Diseased immature wheat is the most highly infectious reservoir of the streak mosaic virus, Marmor virgatum McK. and its mite vector, Aceria tulipae Keifer, in southern Alberta. Dates of seeding experiments showed that losses from wheat streak mosaic were greatest in winter wheat seeded before nearby winter or spring wheat crops that harboured the disease were mature. Wheat that emerged after the diseased crops had matured was seldom infected. Infection was able to spread from diseased volunteer wheat as long as it was living, or until the weather became cold in late October or November. Wheat sown in August was more severely damaged than that sown later. Immature wheat harbouring mosaic infection was completely destroyed by one operation with a mouldboard plough, but not by one cultivation with the one-way disk or subsurface type of cultivator. Root rot was most severe, and stem rust least severe in wheat sown in August. In the absence of disease, yields decreased in seedings made after mid-September. Early September appears to be the best time to seed winter wheat in southern Alberta. </jats:p> RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST Canadian Journal of Plant Science
spellingShingle Slykhuis, J. T., Andrews, J. E., Pittman, U. J., Canadian Journal of Plant Science, RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST, Horticulture, Plant Science, Agronomy and Crop Science
title RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_full RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_fullStr RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_full_unstemmed RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_short RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
title_sort relation of date of seeding winter wheat in southern alberta to losses from wheat streak mosaic, root rot, and rust
title_unstemmed RELATION OF DATE OF SEEDING WINTER WHEAT IN SOUTHERN ALBERTA TO LOSSES FROM WHEAT STREAK MOSAIC, ROOT ROT, AND RUST
topic Horticulture, Plant Science, Agronomy and Crop Science
url http://dx.doi.org/10.4141/cjps57-014