Expertise
Simon Albert
Alistair Grinham
Alistair Grinham
Director of Innovation and Strategy
Simon is a global leader in the application of innovative monitoring approaches to understand the interactions between climate, water and society. He is passionate about people and technology, believing both will be key in overcoming tomorrow's environmental challenges.
Alistair Grinham
Alistair Grinham
Alistair Grinham
Director of Sustainability and Industry
Alistair is an internationally recognised expert in carbon and sediment dynamics across terrestrial and aquatic environments. He seeks to support the global energy transition and better understanding the impact of extreme events on natural and built environments.
Nick Hutley
Alistair Grinham
Melanie Johnson
Director of Research and Technology
Nick is leading the development of optical flow technology to usher in a new era of hydrological monitoring. He believes the key to effective natural resource management lies in informing adaptive numerical models with critical environmental data streams.
Melanie Johnson
Melanie Johnson
Melanie Johnson
Spatial Analyst & Science Communicator
Melanie is an experienced geospatial analyst, conservation scientist, and drone pilot. Her creative approach improves science communication across a variety of mediums, and she is committed to using her diverse skillset to facilitate positive change.
Louis Ray
Melanie Johnson
Mandus Boselalu
Senior Environmental Scientist
Louis is a dedicated environmental and sustainability consultant with a strong track record of delivering impactful projects. He is passionate about integrating environmental, social, and economic considerations to create positive outcomes for local communities.
Mandus Boselalu
Melanie Johnson
Mandus Boselalu
Senior Environmental Scientist - Melanesia
Mandus has over 15 years' experience leading environmental and social assessments for large projects in Melanesia. Based in Solomon Islands, Mandus is motivated to apply Fluvio's integrated approaches to the complex issues facing rural communities.
Recent Projects
Innovative hydrological monitoring
Innovative hydrological monitoring
Innovative hydrological monitoring
Developing and applying a cutting-edge hydrological monitoring system using computer vision. This system improves safety and efficiency by utilising non-contact sensors and real-time analysis to monitor velocity and discharge of river systems.
Global coastal sediment outflows
Innovative hydrological monitoring
Innovative hydrological monitoring
Creating a pioneering global-scale coastal pollution transport model. This innovative tool leverages earth observation and cloud computing to support integrated land-sea planning and restoration efforts.
Blue carbon assessment
Innovative hydrological monitoring
Blue carbon assessment
Working with community, government and regional bodies to quantify carbon stocks within mangrove and seagrass ecosystems across Melanesia.
Operational monitoring
Blue carbon assessment
In collaboration with state-owned water utilities, we have digitised water monitoring. By integrating real-time monitoring systems, cloud databases and alerting systems we have reduced response times to critical water quality incidents.
Sediment loading
Monitoring and mapping sediment loads into coastal environments. Integrating a diverse set of tools including nutrient flux incubations, physical sampling, particle size and penetrometer surveys.
Methane monitoring
Developing and deploying custom-made methane monitoring chambers to quantify emissions of greenhouse gas from flooded lands to support global, national and local inventories.
Autonomous water monitoring
Autonomous water monitoring
Through the use of autonomous surface vessels and real-time monitoring buoys we can capture high spatial and temporal resolution water quality dynamics.
Catchment management
Autonomous water monitoring
We work with government, community and industry to understand catchment-waterway-ocean linkages, with a strong focus on sediment and nutrient dynamics.
Sea-level rise
Sea-level rise
Through integrating satellite imagery, field surveys and traditional knowledge we have documented the impacts of sea-level rise and subsequent human responses.