Integration of chemical control with restoration techniques for management of Fallopia japonica populations

Effective management of invasions by Fallopia japonica are currently limited to repeated annual herbicide applications and research efforts are needed to determine integrated cost-effective treatments that result in greater management success. We evaluated several different herbicides for F. japonic...

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Main Authors: HULTING, A, RUDENKO, M
Format: Article
Language:English
Published: Regional Euro-Asian Biological Invasions Centre (REABIC) 2010-01-01
Series:Management of Biological Invasions
Subjects:
Online Access:http://www.managementofbiologicalinvasions.net/index_file/RudenkoHulting2010.pdf
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spelling doaj-d4747674ede1465e8a1bf8db42f37dd42020-11-24T21:51:01ZengRegional Euro-Asian Biological Invasions Centre (REABIC)Management of Biological Invasions1989-86492010-01-0113749Integration of chemical control with restoration techniques for management of Fallopia japonica populationsHULTING, ARUDENKO, MEffective management of invasions by Fallopia japonica are currently limited to repeated annual herbicide applications and research efforts are needed to determine integrated cost-effective treatments that result in greater management success. We evaluated several different herbicides for F. japonica control in the greenhouse and under field conditions and coupled chemical control with restoration activities at an invaded site. Results suggest that: 1) glyphosate applied at 4.21 kg ae/ha is the most cost effective treatment option, 2) the standard rate for F. japonica control with aminocyclopyrachlor is approximately equivalent to the 0.56 kg ai/ha, 3) restoration with grasses can be coupled with targeted chemical control.http://www.managementofbiologicalinvasions.net/index_file/RudenkoHulting2010.pdfInvasive speciesnative plantsweed management
collection DOAJ
language English
format Article
sources DOAJ
author HULTING, A
RUDENKO, M
spellingShingle HULTING, A
RUDENKO, M
Integration of chemical control with restoration techniques for management of Fallopia japonica populations
Management of Biological Invasions
Invasive species
native plants
weed management
author_facet HULTING, A
RUDENKO, M
author_sort HULTING, A
title Integration of chemical control with restoration techniques for management of Fallopia japonica populations
title_short Integration of chemical control with restoration techniques for management of Fallopia japonica populations
title_full Integration of chemical control with restoration techniques for management of Fallopia japonica populations
title_fullStr Integration of chemical control with restoration techniques for management of Fallopia japonica populations
title_full_unstemmed Integration of chemical control with restoration techniques for management of Fallopia japonica populations
title_sort integration of chemical control with restoration techniques for management of fallopia japonica populations
publisher Regional Euro-Asian Biological Invasions Centre (REABIC)
series Management of Biological Invasions
issn 1989-8649
publishDate 2010-01-01
description Effective management of invasions by Fallopia japonica are currently limited to repeated annual herbicide applications and research efforts are needed to determine integrated cost-effective treatments that result in greater management success. We evaluated several different herbicides for F. japonica control in the greenhouse and under field conditions and coupled chemical control with restoration activities at an invaded site. Results suggest that: 1) glyphosate applied at 4.21 kg ae/ha is the most cost effective treatment option, 2) the standard rate for F. japonica control with aminocyclopyrachlor is approximately equivalent to the 0.56 kg ai/ha, 3) restoration with grasses can be coupled with targeted chemical control.
topic Invasive species
native plants
weed management
url http://www.managementofbiologicalinvasions.net/index_file/RudenkoHulting2010.pdf
work_keys_str_mv AT hultinga integrationofchemicalcontrolwithrestorationtechniquesformanagementoffallopiajaponicapopulations
AT rudenkom integrationofchemicalcontrolwithrestorationtechniquesformanagementoffallopiajaponicapopulations
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