WATER BODIES TYPOLOGY SYSTEM: A CHILEAN CASE OF SCIENTIFIC STAKEHOLDERS AND POLICY MAKERS DIALOGUE

Rodrigo Fuster*, Cristián Escobar*, Gloria Lillo*, Meliza González**, Andrés de la Fuente*, Tanja Pottgiesser***

* Laboratorio de Análisis Territorial, Departamento de Ciencias Ambientales y Recursos Naturales Renovables, Facultad de Agronomía, Universidad de Chile, Santiago, Chile
** Food and Agriculture Organization of the United Nations, FAO
*** Umweltbüro Essen, Germany

Abstract

The aim of this project was to obtain a scientists-validated Typology System, which would allow to classify the surface waters bodies in Chile and, therefore, to facilitate the environmental institutional water management in the country. For this, during the years 2009 and 2011, a Typology System for the surface freshwater bodies was developed for Chile based on the methodology described by the Water Framework Directive of the European Union, which was adapted to local features through the knowledge of limnologist experts in the country, as well as policy makers' experience and their management requirements . In a first stage, national ecoregions were developed and abiotic variables were defined to compose the Typology System. The resulted Typology System for lakes and rivers was generated following an a priori and top down approach to difference biocenosis, based on geomorphologic, hydrologic and physic criteria. In a second stage, the proposed Typology System was validated by experts and policy makers, in which process new arrangements were included in the system. The working methodology used for both stages was bibliographic review, interviews to local experts in biocenosis and workshops. It is specially highlighted the participative processes and discussions in which all the agents involved were present, all of which resulted in the creation of a valid system from a scientific point of view and a product that is applicable to the necessities of the environmental institutions of the country. This work represents a successful experience in the improvement of the communication between scientists and politicians in Chile, which is a relevant factor for the elaboration of more efficient and effective environmental policies, integrating not only management and economic issues, but also more technical aspects that can influence in the final success of any long term strategy. For this reason, the replication of this kind of experiences, as well as the stimulation of new instances of communication between these actors, can contribute to reduce the gap between science and politics.

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