Environmental Scientist | Geospatial & Climate Analytics | Ecological Modelling | Data Science
I am an environmental scientist based in Australia with experience spanning environmental research, agriculture, biosecurity, geospatial analysis, climate science, and data-driven decision support.
My work combines environmental domain expertise with spatial analysis, statistical modelling, and machine learning to address applied environmental challenges. My research has included invasive-species risk modelling, high-resolution climate-data development, agricultural weed management, and socio-economic assessment.
- Geospatial and spatial analysis
- Climate change and environmental modelling
- Ecological and invasive-species modelling
- Process-based bioclimatic modelling (CLIMEX)
- Machine learning for environmental applications
- Environmental risk and decision-support systems
- Agriculture and biosecurity
- Research data analysis and visualisation
R | ArcGIS | QGIS | Python | Git/GitHub | PostgreSQL/PostGIS
Developing a modular environmental intelligence framework for adaptive prediction and management of environmental risks. AEIP integrates ecological modelling, spatial validation, ensemble prediction, uncertainty assessment, climate-change scenarios, explainability, surveillance prioritisation, and adaptive learning.
The current pilot application focuses on Parthenium hysterophorus, building on my research in invasive-species ecology, climate suitability modelling, and environmental risk assessment.
My research spans invasive-species ecology, climate modelling, agriculture, geospatial analysis, and environmental decision support. I have developed high-resolution climate datasets and predictive ecological models and contributed peer-reviewed publications and open research datasets.