Allelochemicals representing numerous chemical groups have been isolated from over 30
families of terrestrial and aquatic plants. Some of the compounds also have been isolated …

A large number of plant and weed species produce secondary metabolites known as
allelochemicals, and the process is known as allelopathy. Allelochemicals can be used to …

Weeds are known to cause enormous losses due to their interference in agroecosystems.
Because of environmental and human health concerns, worldwide efforts are being made to …

Herbicides are a crucial tool for weed control in crops. However, their continuous and
indiscriminate uses have caused environmental pollution and development of weed …

Maximizing the world's agricultural efficiency depends largely on controlling a variety of
diseases and pestsÐ especially weeds. Weeds, simply defined as plants growing in an …

Since the first implementation of synthetic herbicides in crop protection systems, weeds have
continuously developed resistance. As a main reason of such evolution, long-lasting …

Plants may favorably or adversely affect other plants through allelochemicals, which may be
released directly or indirectly from live or dead plants (including microorganisms). Due to …

Allelopathy is described as the interference to plant growth resulting from chemical
interactions among plants and other organisms mediated through release of plant-produced …

Allelopathy can be defined as an important mechanism of plant interference mediated by the
addition of plant-produced secondary products to the soil rhizosphere. Allelochemicals are …

Allelopathy can be defined as an important mechanism of plant interference mediated by the
addition of plant-produced secondary products to the soil rhizosphere. Allelochemicals are …