The project translated crop management, climate and soil data into a scalable soil carbon baseline, giving the client transparent, field-scale visibility to support emissions reporting and net-zero commitments.
Field-Level Soil Carbon Insight Across a Global Grower Network Read More »
By combining high-resolution satellite time series with soil, forest and peat datasets, the assessment delivers a GHG Protocol-aligned emissions baseline that supply chains can use for climate reporting, risk assessment and sourcing decisions.
Decoding Deforestation Risk Across Global Commodity Supply Chains Read More »
A 20-plus year spatially explicit emissions baseline for palm oil sourcing across Southeast Asia, built by integrating traceability data, concession boundaries and satellite-derived land cover change back to 2001.
Benchmarking Supplier Emissions Across the Palm Oil Value Chain Read More »
A geospatial carbon accounting study mapped carbon storage and sequestration potential across Cape Cod, helping guide conservation, climate mitigation, and long-term regional resilience planning.
Spatial Carbon Accounting for Smarter Climate Action Read More »
Geospatial Intelligence conducted a sea level rise and storm surge modelling assessment for a coastal region comprising multiple cities. Using Earth Observation data, the analysis identified high-risk coastal zones and evaluated the potential impact of extreme storm surge scenarios. The insights enable local governments to strengthen emergency planning, protect critical infrastructure, and guide long-term climate adaptation strategies.
Modelling Sea Level Rise and Storm Surge Risk for Coastal Resilience Read More »
A remote sensing case study demonstrating how satellite data, machine learning, and vegetation indices improved vineyard management, reduced climate risk, and enhanced crop quality and yield in Tuscany.
Optimising Vineyard Performance Through Remote Sensing Read More »
Geospatial Intelligence used UAV imagery and automated anomaly detection to monitor dugong populations and seagrass ecosystems off Western Australia. Processing more than 70,000 aerial scenes provided new visibility into marine habitat health and environmental change, supporting long-term conservation planning.
Monitoring Dugong Populations and Seagrass Health Using UAV Remote Sensing Read More »
Detecting illegal, unreported and unregulated fishing using satellite tracking, AI analysis and geospatial data to protect marine ecosystems and support sustainable fisheries.
Illegal, Unreported and Unregulated Fishing Read More »
