Environmental Conservation Proposal (PCA) for the Casa Nova/BA paleodunar complex: a study with fishermen and riverine people from the São Francisco River

Authors

  • Izabel Pesqueira de Araújo Ribeiro
  • Reinaldo Pacheco dos Santos
  • Clecia Simone G. R. Pacheco
  • Márcia Bento Moreira

Abstract

This work presents the results obtained from the execution of the Project entitled “Proposal for Environmental Conservation (PCA) for the paleodunar complex of Casa Nova with fishermen and riverine residents of the São Francisco River”. The objective was to prepare an Environmental Conservation Proposal (PCA) for that area, with the construction of the PCA and the elaboration of a Management, Control, Revitalization and Environmental Conservation Plan, based on the analysis of the natural and anthropogenic processes that permeate the ecosystem, interpreting the causes and consequences of the existing socio-environmental impacts, aiming at training inhabitants and fishermen on the riverside.It is a sustainable environmental technology that will be built from the knowledge and study of the area, its categorization and the indications proposed by the community (riverine and fishermen) of each area in the paleodunar ecosystem.The methodological bases that support such research are based on the Geosystemic Theory recommended by Sotchava (1977) and, the Ecodynamic Method elaborated by Tricart (1977), in addition to the GTP Theory (Geosystem - Territory - Landscape) defended by Bertrand and Bertran (2007), in the method the Geoecology of Landscapes (Rodriguez et al, 2010), the National Environmental Policy (1981), the National Environmental Education Policy (1999), and the Bardin Theory (2011) aimed at analyzing the content and discourse of the participants.

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Published

2020-02-12

How to Cite

Ribeiro, I. P. de A., Santos, R. P. dos, Pacheco, C. S. G. R., & Moreira, M. B. (2020). Environmental Conservation Proposal (PCA) for the Casa Nova/BA paleodunar complex: a study with fishermen and riverine people from the São Francisco River. International Journal of Advanced Engineering Research and Science, 7(2). https://journal-repository.com/index.php/ijaers/article/view/1674