To protect communities and ecosystems in the Niger Delta and beyond through rigorous scientific research, advanced environmental modelling, and evidence-based policy advocacy. We ensure that the tools of science serve the people most affected by industrial environmental harm.
A Niger Delta, and a world, where industrial progress and environmental safety are not in conflict. Where every community has access to clean water, clean air, and the scientific evidence to hold polluters accountable. Where research drives policy, and policy protects people.
The Niger Delta’s ecosystems are not expendable. We treat every river, mangrove forest, and hectare of farmland as a resource worth protecting, with the same scientific precision that industry uses to extract from them.
Every claim we make, recommendation we publish, and policy brief is backed by verifiable data, peer-reviewed methodologies, and internationally recognised standards.
We turn complex environmental data into actionable tools for communities through workshops, educational guides, and public campaigns, helping them advocate with real evidence.
We hold industry, government, and ourselves accountable. Research methods are open, impact claims verifiable, and finances reported clearly. Trust is earned through transparency.
We partner with academic institutions, government agencies, international development bodies, and local communities. Lasting change requires collective action.
We apply creative thinking and advanced tools — from renewable energy integration to machine learning — to anticipate environmental trends and solve complex challenges.
Research. Policy. Environmental Transformation.
Predictive toxicology research on Niger Delta pollutants.
$10,000 seed funding secured. MODFLOW contaminant modelling launched.
Leadership growth, mentorship launch, peer-reviewed publications.
£120,000 collaborative research. 2,400 tonnes CO₂ identified.
£1M government funding redirected. 60% research growth.
Interactive dashboards & multilingual digital education.
Research Funding (£)
Tonnes CO₂ Identified
% Research Growth
Peer-Reviewed Publications
Director at the Tirzah Breed Foundation
Computational Environmental Scientist and Research Director at the Tirzah Breed Foundation, where he leads research at the intersection of machine learning, environmental toxicology, and pollution control.
Chief Innovation & Programs Officer (CIPO)
Operations Research, Green Supply Chain, Python Optimisation, Sustainable Procurement, Corrosion Engineering
Senior Researcher — Policy Analyst
Mixed-Methods Research, Policy Analysis, M&E Frameworks, Stakeholder Engagement, Statistical Analysis (SPSS, R).
Our Board of Directors and Advisory Council provide strategic leadership, governance oversight, and institutional guidance to ensure that the foundation’s mission and research initiatives maintain the highest standards of impact and integrity.
We collaborate with academic institutions, research bodies, policy organisations, and international development partners to advance evidence-based environmental solutions.