Weed Science · 2005 · 117 citations · 102 references
AgriculturePlant PathologyWeed SciencePlant-microbe InteractionsWeed BiologyWeed EcologyBiocontrol Of Plant DiseasesBiological Weed ControlParasitic Weed BiologyPlant PathogenesisWeed ManagementWeed-disease InteractionsClassical Biological Weed ControlHost Defense Against PathogensHost Plant RecognitionNatural Enemy InteractionsPathogen-plant InteractionsPathogenicity MechanismsPest Natural EnemiesPlant Pathogens As Weed Agents
Abstract Since commercialization of Collego™ and Devine™ in the early 1980s, there has been a small but consistent research effort in the area of bioherbicides. The bioherbicide approach has promised effective weed management in cropping systems where the classical approach (using exotic natural enemies) is largely unsuitable. The overriding principle of the bioherbicide approach has been that a host-specific, coevolved natural enemy can be used as a bioherbicide when applied in simple formulations at inundative levels; however, two decades of research has effectively disproven this principle. Although research has revealed weaknesses in the bioherbicide approach, it has also revealed potential in a number of areas. A number of niche situations will remain in which host-specific plant pathogens can be developed as bioherbicides, such as for parasitic weeds and narcotic plants, but more research should be conducted with virulent, broad host range organisms, and more effort should be devoted to developing techniques for the cultural and genetic enhancement of bioherbicidal organisms.
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International survey of herbicide-resistant weeds
Ian Heap · 1997 · 3.1K citations
Feeback between Plants and Their Soil Communities in an Old Field Community
James D. Bever · Ecology · 1994 · 733 citations · Full text
Integrated Pest Management in Rice
Paul Teng · Experimental Agriculture · 1994 · 246 citations
Agriculture, Agronomy, Crop Sciences +12