FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W192730311> ?p ?o ?g. }

• W192730311 endingPage "418" @default.
• W192730311 startingPage "379" @default.
• W192730311 abstract "Allelopathy is a biological process including interactions between two plants through the production of chemical compounds (allelochemicals) that are released by leaching, volatilization, decomposition, or root exudation. Hence, allelopathy together with competition is a promising environment-friendly tool especially for weed management. However, detailed knowledge of this phenomenon is necessary for its successful application due to very still limited available knowledge. Suitable use of allelopathic crops in agriculture could reduce the pesticide application and thereby reduce the environmental and food pollution, decrease costs in agriculture, improve food security in poor regions and soil productivity, and increase biodiversity and sustainability in the agro-ecosystem. Weed management in organic agriculture is one of the most difficult aspects of organic farming and uses especially preventive methods that include ways such as cover crops, mulches, green manure, and intercropping in which allelopathy could play an important role. Therefore, this review focuses on the possibilities of the allelopathy application especially in organic agriculture. Roots of allelopathic plants as cover crops, intercrops, green manure, or so-called smothering crops or decomposing residues release compounds in the soil that are toxic to weeds. The weed-suppressive effect is influenced by species, planting date, seeding rate and method, weather, and other factors. Decomposition time of plant residues and amounts of biomass are important factors of weed control by mulching. Annual, biennial, or perennial herbaceous plants in a pure or mixed stand can be grown for these purposes. Biofumigation is the name for one type of allelopathy that includes the effects of the chemicals, i.e., highly toxic isothiocyanates, produced by Brassica green manure. The balance in the crop rotation is necessary due to possible autotoxicity. These days, allelopathic plants as catch crops or trap crops found utilization in plant protection of tropical regions against parasite weeds, because they can reduce the parasite seed bank by 72%. Other applications of allelopathy for weed control include the use of plant residues as an herbicide agent, e.g., water extracts, pellets, flours, by-products of crop processing, etc. Sorgaab, an extract of sorghum, is produced commercially as a natural herbicide. Allelopathic compounds act as repellents for herbivorous pests, so the same strategy used in weed control could be effective against pests and pathogens, e.g., push–pull strategy. All possible applications of allelopathy need to combine with other methods of plant protection. Newly investigated pollen allelopathy could reduce reproductive ability of wind pollination annual weeds. Pollen of allelopathic species would be artificially dusted on the stigmatic surface of other plants. This phenomenon is yet to be studied and field tested. The new crop varieties with elevated allelopathic activity could be a great chance not only for organic farming. Hybridization could be the promising method. However, allelopathic activity was identified as a quantitative trait and therefore this characteristic is affected by both genetic effects and environmental conditions." @default.
• W192730311 created "2016-06-24" @default.
• W192730311 creator A5061783669 @default.
• W192730311 date "2009-11-06" @default.
• W192730311 modified "2023-10-17" @default.
• W192730311 title "Allelopathy and Organic Farming" @default.
• W192730311 cites W1479837703 @default.
• W192730311 cites W1504744824 @default.
• W192730311 cites W1533433098 @default.
• W192730311 cites W1581230403 @default.
• W192730311 cites W16120904 @default.
• W192730311 cites W1747509684 @default.
• W192730311 cites W1750107441 @default.
• W192730311 cites W1843773119 @default.
• W192730311 cites W1944735607 @default.
• W192730311 cites W1963746244 @default.
• W192730311 cites W1963797384 @default.
• W192730311 cites W1964018073 @default.
• W192730311 cites W1966830168 @default.
• W192730311 cites W1966849210 @default.
• W192730311 cites W1967261875 @default.
• W192730311 cites W1967951622 @default.
• W192730311 cites W1969474505 @default.
• W192730311 cites W1969886032 @default.
• W192730311 cites W1970106421 @default.
• W192730311 cites W1971080991 @default.
• W192730311 cites W1971217408 @default.
• W192730311 cites W1977502719 @default.
• W192730311 cites W1979955169 @default.
• W192730311 cites W1980211990 @default.
• W192730311 cites W1981098859 @default.
• W192730311 cites W1983703745 @default.
• W192730311 cites W1985310063 @default.
• W192730311 cites W1985977285 @default.
• W192730311 cites W1986160540 @default.
• W192730311 cites W1987001019 @default.
• W192730311 cites W1987431923 @default.
• W192730311 cites W1988040430 @default.
• W192730311 cites W1990792756 @default.
• W192730311 cites W1992969701 @default.
• W192730311 cites W1993018929 @default.
• W192730311 cites W1998493818 @default.
• W192730311 cites W1998935494 @default.
• W192730311 cites W1999108911 @default.
• W192730311 cites W2000743685 @default.
• W192730311 cites W2002717266 @default.
• W192730311 cites W2003541068 @default.
• W192730311 cites W2005877410 @default.
• W192730311 cites W2010616973 @default.
• W192730311 cites W2011462543 @default.
• W192730311 cites W2011768322 @default.
• W192730311 cites W2012321657 @default.
• W192730311 cites W2013917806 @default.
• W192730311 cites W2014072022 @default.
• W192730311 cites W2014415663 @default.
• W192730311 cites W2014758726 @default.
• W192730311 cites W2017256107 @default.
• W192730311 cites W2017605024 @default.
• W192730311 cites W2019576429 @default.
• W192730311 cites W2020569356 @default.
• W192730311 cites W2020815880 @default.
• W192730311 cites W2026336582 @default.
• W192730311 cites W2027712503 @default.
• W192730311 cites W2027947874 @default.
• W192730311 cites W2030178625 @default.
• W192730311 cites W2032029532 @default.
• W192730311 cites W2032425317 @default.
• W192730311 cites W2033217285 @default.
• W192730311 cites W2033281859 @default.
• W192730311 cites W2035553685 @default.
• W192730311 cites W2035821450 @default.
• W192730311 cites W2035986050 @default.
• W192730311 cites W2038269407 @default.
• W192730311 cites W2039630413 @default.
• W192730311 cites W2040235477 @default.
• W192730311 cites W2041899354 @default.
• W192730311 cites W2043743405 @default.
• W192730311 cites W2044176877 @default.
• W192730311 cites W2045634270 @default.
• W192730311 cites W2045665565 @default.
• W192730311 cites W2046901791 @default.
• W192730311 cites W2047949014 @default.
• W192730311 cites W2048102315 @default.
• W192730311 cites W2048132644 @default.
• W192730311 cites W2048185321 @default.
• W192730311 cites W2048552973 @default.
• W192730311 cites W2050964635 @default.
• W192730311 cites W2054858630 @default.
• W192730311 cites W2055387216 @default.
• W192730311 cites W2056503215 @default.
• W192730311 cites W2056594038 @default.
• W192730311 cites W2056891699 @default.
• W192730311 cites W2058283084 @default.
• W192730311 cites W2061180421 @default.
• W192730311 cites W2062539696 @default.
• W192730311 cites W2062692655 @default.
• W192730311 cites W2063362943 @default.
• W192730311 cites W2065306311 @default.

• next