ALAEQ – Asociación Latino Americana de Ecología Química

Chemical Ecology

Chemical Ecology deals with the chemistry of biotic interactions, that is, the structural, mechanistic and evolutionary aspects of the study of chemicals that mediate interactions among organisms. This area of research is necessarily interdisciplinary, integrating among other disciplines, the fields of ecology, analytical and synthetic chemistry, molecular biology, entomology, pest management, behavioral ecology and neurobiology.

The purpose of ALAEQ is to promote the interactions between scientists of the subcontinent, who are dedicated to the study of the role of naturally occurring compounds which mediate interactions between organisms and their environment. Chemical Ecology relies in the integration of several disciplines; from the study of structure, function, synthesis and biosynthesis of natural products, to their importance at all levels of ecological organization, their evolutionary origin and their practical application. Working together and learning from each other will ensure the continuing growth of Chemical Ecology in our region. Cooperation and synergy among chemical ecologists in Latin America will give rise to new applications for the management of relevant pests and disease vectors, as well as novel insights into chemically-mediated biological interactions.

The formation of ALAEQ is another step towards establishing Chemical Ecology as an important part of the Latin American science. To reach this goal, we wish not only to strengthen the interaction between Latin American researchers, but also need to rely on contacts with scientists from outside the subcontinent. There is a myriad of problems in Latin America which are waiting to be studied with Chemical Ecology tools, and consequently there is much space for existing and future collaborations. ALAEQ intends to be a platform for regional collaborations and a bridge into the subcontinent for ISCE and APACE members.

Fostering interactions among chemical ecologists in Latin America

Chemical Ecology

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