Journal of Crop Production · 2001 · 196 citations · 253 references
AgriculturePlant SciencesWeed ScienceAllelopathyWeed BiologyWeed EcologyAllelopathic MechanismsAllelopathy In AgroecosystemsCrop-weed InteractionsWeed InterferenceWeed ManagementWeed SuppressionAllelopathic CompetitionAllelopathic Effects On Crop GrowthAllelopathic Effects On Seed GerminationAllelopathic Weed ManagementAllelopathy In Parasitic WeedsWeed Suppression By AllelopathyWeed Suppression By Soil AllelochemicalsWeed-crop Interference
Summary The importance, characteristics, positive and negative impacts, and future role of weeds as an integral part of the natural and agroecosystems are evaluated and discussed. Interference between plants in nature and the importance of differentiating between competition and allelopathy are interpreted. Allelopathy as one component of weed/crop interference, allelochemicals from weed species and their possible mechanism of action are listed and discussed. Weed species with inhibitory action against cultivated crops, other weed species, and plant pathogens, as well as self-inhibitory (autopathic) species are reviewed. Stimulatory or inhibitory allelopathic effects of different crop plants, trapping and catching species, and the potential of allelopathic weeds in inhibiting or stimulating certain parasitic weed species are discussed and evaluated. Allelopathy as a mechanism and future strategy for agricultural pest control and farm management and the potential use and development of some allelochemicals as natural pesticides or plant growth regulators are also considered and discussed.
253
Vasco M. Tanner, C. Lynn Hayward · 2016 · 1.5K citations
Secondary Compounds as Protective Agents
T. Swain · Annual Review of Plant Physiology · 1977 · 660 citations
The Journal of Steroid Biochemistry and Molecular Biology · 1994 · 628 citations
Research Methods in Weed Science
Weed Science · 2015 · 541 citations · Full text
Biochemical aspects of plant and animal coevolution
Phytochemistry · 1977 · 524 citations