Water Conflicts and Socioterritorial Dynamics: The Hydrosocial Cycle After the São Francisco River Transposition Project in the Northeast of Brazil

The implementation of large-scale water infrastructure projects, such as the São Francisco River Integration Project with the Northeastern Hydrographic Basins (PISF), causes territorial transformations of great proportions, constituting a new hydrosocial cycle, resulting in hydrosocial territories in which not only water but also power relations and socioeconomic and physical resources circulate. In this sense, this article aims to historically analyze the interconnection between water and land issues in the Brazilian Northeast, shedding light on the territorial dynamics produced by the new hydrosocial cycle constituted by the implementation of the largest water project in the country. To this end, we interviewed actors from different groups and in various locations, conducted on-site field research, and collected and systematically analyzed important documents from the institutional websites of the Brazilian government. The main results of the research indicate that since the implementation of the PISF, a context of deep and historical political and socioeconomic inequalities in hydrosocial territories has been impacted, which has deepened conflicts over land and water and increased socio-spatial injustices. Contrary to most available approaches, which consider water scarcity a ‘natural’ (hydrological) problem that requires technical and administrative solutions, the water problem reflects the profound asymmetry of power consolidated over time and the strength of the reactionary agrarian sectors that control the State apparatus.

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Publication Details

Journal
Land
Published
2024-11-28
DOI
https://doi.org/10.3390/land13122032
Citations
4
Primary Topic
Water Governance and Infrastructure
Type
article
Field-Weighted Citation Impact
8.92

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article

Water Conflicts and Socioterritorial Dynamics: The Hydrosocial Cycle After the São Francisco River Transposition Project in the Northeast of Brazil

Antônio Augusto Rossotto Ioris, Jaqueline Guimarães Santos
4 citations
Land
Water Governance and Infrastructure
8.92
article

Water Conflicts and Socioterritorial Dynamics: The Hydrosocial Cycle After the São Francisco River Transposition Project in the Northeast of Brazil

Antônio Augusto Rossotto Ioris, Jaqueline Guimarães Santos
article en
4 citations

Abstract

The implementation of large-scale water infrastructure projects, such as the São Francisco River Integration Project with the Northeastern Hydrographic Basins (PISF), causes territorial transformations of great proportions, constituting a new hydrosocial cycle, resulting in hydrosocial territories in which not only water but also power relations and socioeconomic and physical resources circulate. In this sense, this article aims to historically analyze the interconnection between water and land issues in the Brazilian Northeast, shedding light on the territorial dynamics produced by the new hydrosocial cycle constituted by the implementation of the largest water project in the country. To this end, we interviewed actors from different groups and in various locations, conducted on-site field research, and collected and systematically analyzed important documents from the institutional websites of the Brazilian government. The main results of the research indicate that since the implementation of the PISF, a context of deep and historical political and socioeconomic inequalities in hydrosocial territories has been impacted, which has deepened conflicts over land and water and increased socio-spatial injustices. Contrary to most available approaches, which consider water scarcity a ‘natural’ (hydrological) problem that requires technical and administrative solutions, the water problem reflects the profound asymmetry of power consolidated over time and the strength of the reactionary agrarian sectors that control the State apparatus.

LandVol. 13(12)
Universidade Federal da Paraíba (BR), Cardiff University (GB)
Australian Government, Ministério da Ciência, Tecnologia e Inovação, Conselho Nacional de Desenvolvimento Científico e Tecnológico
Clean water and sanitation
Openalex Percentile: Top 2%
Water Governance and Infrastructure
8.92
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