Explore Our Science
Ozius combines decades of remote sensing research with cutting edge environmental science to understand how ecosystems function, change and respond to human and climate pressures.
A Legacy of Scientific Leadership
The Ozius science and technical team bring nearly 70 years of combined scientific experience to environmental analytics.
Many of the team were pioneers in remote sensing research within the Queensland Government in the late 1990s and early 2000s, helping shape the foundations of modern environmental monitoring in Australia.
Their expertise continues to be recognised by leading scientific organisations including NASA, ESA and CSIRO.
Understanding Ecosystems Beyond Land Cover
Traditional remote sensing often identifies what exists on the landscape, such as vegetation cover or land use.
Ozius science goes further by analysing how ecosystems function through time, capturing the structural, ecological and climatic relationships that define biodiversity and ecosystem health.
This deeper understanding enables more effective conservation, restoration and environmental management.
Multi Dimensional Environmental Mapping
Ozius applies a novel data fusion approach that integrates multiple data types, sensors and time periods to characterise ecosystems in unprecedented detail.
By combining optical imagery, radar observations, LiDAR measurements and climate datasets, Ozius can map both horizontal vegetation patterns and vertical ecological structure.
This multidimensional approach allows us to identify the ecological niches that support biodiversity across entire landscapes.
Ecological Facets and Niche Modelling
Ozius synthesises environmental data into multidimensional ecological facets that represent key ecosystem characteristics.
Using principles from ecological niche theory, these facets capture both realised and potential ecological states across landscapes.
This framework allows scientists and decision makers to better understand biodiversity patterns and identify areas where conservation or restoration efforts will have the greatest impact.
Our Approach
Ozius applies a novel data fusion methodology that integrates multi scale, multi modal, and multi temporal datasets, including:
1 radar
optical
imagery
LiDAR
resolution
satellite
imagery
LiDAR
datasets
By combining these sources, we map fine scale ecological niches and track environmental change with exceptional precision.
Key Capabilities
Tracking Environmental Change Through Time
Country
or State
Region or
Catchment
Site
Because Biome is built as a time series environmental intelligence system, Ozius can track how ecosystems change through time.
This allows the monitoring of environmental trajectories including vegetation growth, degradation, climate impacts and human disturbance.
These insights provide organisations with the ability to detect change early, measure progress and guide long term environmental strategy.