Science-Based Botany & Environmental Biology
Hello and welcome!
I’m Serge, and I hold postgraduate degrees in Botany and Biochemistry, along with an MSc in Environmental Biology and Biogeochemistry (UEF).
My work focuses on understanding how plants, ecosystems, and environmental systems function at a biological and chemical level, and translating that knowledge into clear, practical insights.
My Approach
GreenBioLife is built on a simple principle:
Scientific understanding should be usable in real life.
Rather than following trends or general advice, I analyze topics through:
– plant biology and biochemistry
– environmental systems and processes
– real-world ecosystem interactions
The goal is to explain how and why things work, not just what to do.
Scientific Background
My academic foundation includes:
Plant Biology and Biochemistry
Environmental Biology and Biogeochemistry
Field Experience
I have worked with environmental measurement systems in real-world conditions, including:
– monitoring plant responses to environmental stress (e.g., ozone exposure)
– measuring soil respiration and carbon cycling
– analyzing ecosystem-level processes
This hands-on experience allows me to interpret scientific data beyond theory and apply it to real environments.
This work remains ongoing, supported by continued research, data analysis, and active engagement with current developments in plant and environmental science.
Specialized Credentials
To keep the quality of information high, I draw on my degrees and a series of extra, specialized postgraduate courses I’ve completed in:
Environmental Risk Assessment (focusing on particulate air pollution).
Indoor Microbiology (exposure assessment and health impacts).
Atmosphere-Biosphere Interactions (specifically Eddy Covariance).
Water Risk Management and Bio-Economy sustainability.
Quality Control of Chemical & Environmental Measurements.
Environmental & Occupational Noise (evaluation and control).
What GreenBioLife Stands For
GreenBioLife focuses on:
understanding plant systems and natural compounds
analyzing environmental and ecosystem processes
evaluating sustainability through science, not trends
connecting biology, chemistry, and real-world applications
If you’re looking to understand plants, environments, and natural systems through a scientific lens, you’re in the right place!
To explore topics and articles, visit the homepage: