Juliana Mariano Alves
Universidade Estadual do Tocantins
Biography
Professor at Universidade Estadual do Tocantins, where she leads the Research Group on Development and Environmental Performance. She holds a Bachelor’s degree in Environmental Engineering, a Master’s degree in Agroecosystems, and a Ph.D. in Regional Development. She has been a Visiting Researcher at the Institute of Management and Strategy, University of St. Gallen, Switzerland. She has provided consultancy to the Ministry of the Environment of Brazil and the Inter-American Institute for Cooperation on Agriculture. She is a board member of the State Council for Water Resources in Brazil, Ambassador of the Climate Solutions Simulator of MIT, and board member of Metaphorum and the American Society for Cybernetics. Her work focuses on applying the Viable System Model (VSM) to complex adaptive systems, particularly in water governance.
Sessions
Transparency as a Trigger for Change: Repercussions of the Viable System Model (VSM) Application on Water Governance in the Tocantins-Araguaia Hydrographic Region
Purpose: This study examines the repercussions of applying Stafford Beer's Viable System Model (VSM) as a diagnostic and design tool for water governance in two River Basin Organizations (RBOs) within the Tocantins-Araguaia Hydrographic Region, Brazil, as part of the Cyber-Rivers Project. The analysis focuses on how the structural transparency produced by the VSM influenced concrete institutional change. The target audience comprises professionals interested in a systemic-cybernetic approach to management and organization. Methods: The case study methodology was chosen, which enables long-term, insightful investigations. The case covers the trajectory from the structural diagnostic of the two hydric systems, over the decisions to implement organizational change, until their repercussions within four to five years. For the analysis and diagnosis of structures, we revert to Stafford Beer’s Viable System Model. Our notation for referencing the components of the model follows established convention: The regulatory systems are labeled S1 … S5. Findings: By exposing latent structural deficits - fragmented operational units (S1), weak coordination (S2), limited monitoring (S3*), disconnection between executive management and strategic intelligence (S3-S4), and a passive normative function (S5) - the VSM diagnosis catalyzed measurable institutional responses. Investment in water policy instruments increased from R$40,000 to R$1 million, and a River Basin Agency was created to address the operational and coordination gaps identified. This way dramatic deficits of both the functioning and the management of the hydric systems under study were overcome. Implications: These outcomes suggest that the VSM's contribution extended beyond prescriptive recommendations, functioning as an epistemic device that rendered the system observable to itself. By restoring recursive integrity, strengthening operational autonomy, and unblocking homeostatic feedback mechanisms, the model created the cognitive and political conditions for stakeholders to mobilize structural reform, offering a replicable pathway for cybernetic diagnosis to inform water governance elsewhere.