Portfolio
For more than two decades, I've combined academic research and scientific consultancy to support land-based climate mitigation across forestry and agriculture. My career began in academia, where I led international research on carbon dynamics and ecosystem modelling, and it has since expanded to include high-impact consultancy for organisations, NGOs, companies and governments across Europe, Africa, Latin America and Asia.
Below is a selection of representative projects. You can also download my full consulting portfolio in PDF (below) for a detailed record of collaborations, roles, and outcomes.
Selected projects
Carbon modelling for perennial cropping systems
I led the scientific development of the first global model to estimate carbon sequestration in perennial crops such as coffee, cocoa, apple and citrus. This work, initially commissioned by the Cool Farm Alliance and later supported by Quantis, has been integrated into the Cool Farm Tool and Trinity's Sandy platform. It now serves as the methodological foundation for carbon accounting in perennial systems used by agri-food companies worldwide.
National assessment of N₂O emissions in agricultural cropping systems
As lead consultant for the Food and Agriculture Organization of the United Nations (FAO), I conducted greenhouse gas emission assessments related to fertiliser use in cropping systems across several countries in Central Asia and the Caucasus. I developed complete national baselines and proposed technical mitigation recommendations. In addition, I co-authored national reports (e.g. Turkey) aimed at supporting policy decision-making on soil and fertiliser management in the region.
Carbon footprint and mitigation plan for cocoa production in Nicaragua
Commissioned by Agritask and Ritter Sport, I carried out a large-scale carbon footprint assessment for over 4,000 cocoa-producing farmers in Nicaragua. Using my own perennial crop model, I estimated GHG emissions and carbon sequestration, and identified key mitigation practices. The results were integrated into the company's sustainability strategy and were also presented directly to the producers in technical meetings specifically designed for them.
Allometric modelling for agroforestry systems in Africa
I developed empirical growth and biomass models for key tree species in agroforestry systems across several African countries, as part of ETG World's carbon projects within their sustainability division. Using field-based data, I fitted site-specific allometric equations to support carbon stock estimation in line with Verra's verification requirements. These models are now used to enhance the scientific robustness of project documentation and audits for carbon credit generation under agroforestry schemes.
Talks and training
I also design and deliver professional courses, technical talks, and capacity-building sessions on carbon quantification, GHG emissions, and sustainability strategies—tailored to institutions, companies, and public bodies.
Academic Background
In addition to my consulting work, I have an active academic profile, with a PhD in Forestry and postdoctoral research under a Marie Curie Fellowship. My research has focused on biomass allocation, soil carbon dynamics, root:shoot allocation, and the development of predictive models in forestry and agriculture. You can read more about it here or explore my publications.