Scientific depth behind practical decisions
FCB Advisory Services is led by Dr Frederik C. “Frikkie” Botha, an internationally recognised plant scientist and bioeconomy advisor with more than 30 years of experience in fundamental plant science, crop research, R&D leadership and strategic advisory work.
His work focuses on translating a detailed understanding of crop biology into better decisions about biomass production, technology development and bioeconomy investment.
Scientific foundation
Understanding how plants capture, use and partition carbon
His scientific work has focused on carbon metabolism and carbon partitioning in plants: the processes that determine how photosynthetically fixed carbon is allocated among growth, structural biomass, respiration and storage.
His research has examined:
- carbon allocation and source-sink relationships;
- sink strength and respiratory demand;
- biomass formation, composition and quality;
- sucrose metabolism and accumulation;
- the balance between crop growth and storage; and
- the metabolic and physiological controls that regulate these competing demands.
This understanding is fundamental to biomass production. Biomass yield is not simply a consequence of photosynthesis or theoretical crop potential. It is the integrated result of carbon capture, respiratory demand, partitioning, growth, storage and the formation of structural and soluble biomass.
From fundamental science to application
Experience across crops and biological systems
While much of Frikkie’s research has focused on sugarcane, he has applied the same biological principles across a diverse range of systems, including:
- maize;
- grapevine;
- sweet sorghum;
- beans; and
- green algae.
This breadth provides a strong basis for evaluating biomass production beyond a single crop. It enables common biological principles to be recognised while accounting for the specific production environment, feedstock characteristics and processing requirements of each project.
Scientific contribution
Research and innovation record
- More than 200 scientific publications
- Five book chapters
- Co-inventor on four international patents
- Recipient of major awards in plant science
- Honorary professorial appointments at the University of Queensland and Stellenbosch University
- Graduate of the Australian Institute of Company Directors
Research and organisational leadership
A career spanning science, strategy and delivery
Frikkie has held senior research and executive leadership roles in Australia and South Africa. These include:
- Executive Manager, R&D Strategy — Sugar Research Australia;
- Executive Manager, Variety Improvement — BSES Limited;
- Executive Director — Sugar Research and Development Corporation, Australia;
- Executive Director — South African Sugarcane Research Institute; and
- Executive Director — Institute for Plant Biotechnology, Stellenbosch University.
These roles involved responsibility for research strategy, programme design, collaboration, technology development and the translation of scientific investment into industry outcomes.
They also provided a practical understanding of why promising science succeeds, stalls or fails to create measurable value in field, processing or commercial settings.
Independent judgement across disciplines and scales
FCB Advisory Services brings together perspectives that are often treated separately.
FCB Advisory Services provide senior scientific judgement without promoting a specific technology, research platform or commercial product.
Biology
What determines crop growth, biomass formation, composition and quality?
Technology
What can realistically be measured, modified, validated and delivered?
Strategy
Where should time, research effort and investment be directed?
Current focus
Unlocking biomass production for the bioeconomy
Through FCB Advisory Services, he now focuses on the biological production potential required by the growing bioeconomy.
The approach combines crop biology, quantitative modelling and constraint analysis to identify the biological, operational and investment factors that determine project performance. It addresses the gap between theoretical biomass potential and reliable feedstock supply by connecting crop productivity and biomass composition with harvesting, logistics, processing requirements and delivery to the conversion facility.
Our advice is particularly valuable where:
the biological system is complex
evidence comes from multiple disciplines
important assumptions remain untested
research activity is not translating into delivery
investment decisions depend on technical credibility
an independent assessment is needed before proceeding