Scaling to Local Catchments, Globally
Aquascope can be deployed across catchments globally, delivering continuously updated, reliable water intelligence that provides a complementary and consistent source of truth for integrated water management and monitoring.
Landscape Regenerative Practices in Five UK River Catchments
WWF commissioned Water Resources Associates and Aquascope to develop an integrated catchment-scale modelling system across the Wye, Cleddau East and West, Stiffkey and Glaven. The work establishes a trusted environmental baseline for freshwater flow, discharge volumes and nutrient outcomes, supporting policy, financing schemes and long-term ecosystem monitoring.
Blackwater Catchment, UK
Catchment modelling and platform integration. Full integration of the Blackwater catchment into the Aquascope platform with calibration and integration with real-time public and proprietary sensor data. Delivered expanded capabilities for scaling Aquascope across complex multi-river catchments.
Carbon and Water MRV, Slovenia
Integrated carbon, water and biodiversity measurement for mixed wetland ecosystems in Notranjska Regional Park. Delivered a baseline and integrated monitoring solution for nature-based wetland carbon assets using combined modelled and measured data. Aquascope now provides carbon modelling assessments linking nature-based solutions to measurable impacts on carbon, water and biodiversity.
Thames Basin, United Kingdom
Real-time water quality forecasting for the Thames. Created a fully automated freshwater forecasting system providing daily indicators for oxygen, nitrates, phosphates, flow, temperature and pathogens with five-day forecasting capability. This project provided early proof of scalability for real-time water quality forecasting across selected UK catchments and launched the Aquascope Beta platform.
Colne Catchment, United Kingdom
Water quality modelling and diffuse pollution identification. Automated monitoring and forecasting system providing daily indicators for oxygen, nitrates, phosphates, flow and temperature, plus climate and land-use scenario modelling. Confirmed scalability of the model and highlighted variables requiring uncertainty treatment when expanding to further UK catchments.
Yallahs and Hope, Jamaica
Decision support for modelling and monitoring ecosystem services for Kingston's water security. Developed an integrated decision support system embedded into existing government software workflows, providing daily water quality indicators for oxygen, nitrates, phosphates, flow and temperature. This project demonstrated the need for simple, catchment-level decision tools and served as the early prototype for the Aquascope platform.