Tilapia Farming and Iran’s Wetlands
Invasive Species, Corporate Interests, and Environmental Accountability
LOCATION
Iran
STATUS
Ongoing Investigation
RESEARCH AREAS
Natural Heritage, Wetland Protection, Aquaculture Development, Invasive Species, Corporate and Institutional Accountability
Investigation Overview
The Forensic Archive of Iran is investigating tilapia farming projects involving holdings linked to the Islamic Revolutionary Guard Corps (IRGC) and their potential implications for Iran’s wetlands, biodiversity and aquatic ecosystems. The research traces the origins and development of these projects, the organisations involved, and the institutional decisions enabling their establishment or expansion.
The investigation examines how the risks associated with invasive tilapia species have been considered in project planning, environmental assessments and official responses. Particular attention is given to the relationship between scientific evidence, commercial interests, regulatory decisions and the safeguards proposed or implemented by project operators.
The research also considers potential transboundary impacts, including whether the projects could contribute to the spread of invasive species through connected waterways and affect ecosystems beyond Iran’s borders.
Research Objectives
We seek to establish the projects’ geographical scope, scale, ownership and development history, including the species and farming systems involved. The investigation examines corporate and institutional connections, the availability and adequacy of environmental assessments, and how authorities and operators have responded to scientific findings and environmental concerns. It considers potential impacts on wetlands, native species and local livelihoods, alongside the implications for shared water systems and regional environmental protection.
Research Methodology
The investigation combines open-source intelligence (OSINT), corporate and institutional research, analysis of environmental assessments, semi-structured interviews, and comparative study.
Sources include official and corporate announcements, ownership records, project proposals, permits, environmental assessments, scientific publications, media investigations, archived websites, and statements and responses from relevant state bodies. These materials will be cross-checked to reconstruct the projects’ development and examine the evidence supporting environmental claims and regulatory decisions.
Interviews with environmental experts, journalists, wetland specialists and whistleblowers will contribute specialist knowledge and information about project development, environmental concerns and institutional responses. Interviews and the use of testimony will follow informed consent procedures, with confidentiality and anonymity where required.
Comparative analysis will examine previous reports, scientific studies and environmental assessments concerning tilapia in Iranian waters. It will consider differences between species, farming systems, locations and routes of introduction when assessing their relevance to the projects under investigation.
Research Outputs
Investigative Report — In development
A report presenting the findings on tilapia farming, environmental oversight and risks to Iran’s wetlands and aquatic ecosystems, including any identified transboundary implications and recommendations arising from the research.
Research Significance
This investigation examines how decisions about aquaculture development account for the protection of wetlands, native biodiversity and communities whose livelihoods depend on aquatic ecosystems. It asks whether environmental assessments and safeguards receive adequate scrutiny where powerful commercial and institutional interests are involved.
By tracing the projects’ development and comparing official positions with scientific evidence and specialist testimony, the research seeks to support public scrutiny, environmental accountability and informed decisions about risks that may extend beyond individual farming sites or national borders.
Project Team
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Azam Bahrami
Project Lead

