作者: T. Rodríguez-Ramos , Paula Lorenzo Rodríguez , Leopoldo González Menéndez
DOI:
关键词: Phytoplankton 、 Competition (biology) 、 Species succession 、 Algae 、 Chemical interaction 、 Abiotic component 、 Biology 、 Marine ecosystem 、 Allelopathy 、 Ecology
摘要: Current knowledge of allelopathic interactions in marine environments guides us to think that allelopathy may provide an advantage toxin-producing phytoplankton, since compounds liberated by them act as strong mediators phytoplankton dynamics, affecting species succession. We have considered relations one more the different types biotic or abiotic stresses algae undergo systems, a process passive interference very from processes competition space and resources. The lack information on with hydrodynamic, chemical biological factors nature synthetic pathways many allelochemicals, well methodological difficulties study among natural ecosystems are most important reasons for which this ecophysiological factor is included few ecological models. summarize propose possible could take place between donor target ecosystems. Recent studies suggest toxins produced responsible HABs not likely be allelochemical compounds, they do major capacity, at least. Organic into environment can play wide range roles addition one.