Allelopathy is an interference mechanism based on any direct or indirect effect (primarily inhibitory) by one plant on another through the release of chemicals that escape into the environment (Aldrich and Kremer 1997).
This phenomenon is involved in a wide fields of application:
+ weed management by the use of mulch or cover crops, especially for those practicing direct drilling.
+ Possibility of biological herbicides and insecticides.
+ Opportunity of use of crops having stimulatory allelopathic effect in crop rotation, such the case of rapeseed on barley (Oueslati and Ben-Hammouda, 2006).
+ For the adversely effect of allelopathy (inhibition of germination, growth and development), it influences choice of rotations, by choosing crops with low allelopathic/inhibitory effect as precedent and the most tolerant ones as following crops.
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People first became aware of allelopathy through observations of the inhibitory effects of certain plants on the growth of neighboring plants. As early as the 4th century BC, Theophrastus documented the effects of walnut trees on nearby plants, suggesting a form of chemical interference. Since then, scientific studies have further elucidated the mechanisms and ecological implications of allelopathy.
Allelopathy is a biological phenomenon where one plant releases chemicals that inhibit the growth or development of other nearby plants. These chemicals can impact the germination, growth, and survival of neighboring plants, influencing plant communities and competition in ecosystems.
Allelopathy allows an organism to release compounds that inhibit the growth of nearby competing species, giving the organism a competitive advantage in acquiring resources such as light, water, and nutrients. This can help the organism reduce competition and increase its chances of survival and successful reproduction.
Part of the reason is due to inter-specific competition, and because they cause harm to others (allelopathy).
they don't "talk" per se, but can supposedly "communicate" chemically through the process of Allelopathy see the related link
These are ecological interactions between different species. Predation involves one organism consuming another for food, parasitism involves one organism living off another at the expense of the host, herbivory involves animals consuming plant material, and allelopathy involves one plant releasing chemicals that inhibit the growth of nearby competing plants.
All native trees at least. Sometimes, there are exotic trees, like eucalyptus in the Americas, which can be very destructive to the environment because of their capacity to absorb water and the release of chemicals to keep other trees from growing (allelopathy).
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Allelopathy allows a plant to release chemicals that inhibit the growth of neighboring plants, giving it a competitive advantage by reducing competition for resources such as water, nutrients, and sunlight. This can help the plant establish itself in an area and dominate the available space.
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