Project
Soil Sense
Data-driven platform designed to support the implementation and maintenance of wild urban spaces
The purpose
It integrates geospatial data, IoT sensors, and citizen science data to provide stakeholders with near real-time insights into the health and sustainability of urban green spaces.
The Solution
The platform focuses on three core features:
Data Visualization and Interaction
Soil Sense combines satellite imagery, IoT sensor data, and citizen science inputs to map urban ecosystems. This data is presented in an intuitive, easy-to-use format that allows city planners, local authorities, and community members to visualise environmental metrics such as air quality, biodiversity, and soil health. Residents can contribute data through a mobile app, ensuring that the platform remains dynamic and responsive to real-time changes in the environment.
Green Corridor Development
The platform uses geospatial analytics to identify and map potential green corridors that connect fragmented urban green spaces. This helps stakeholders plan for ecological connectivity, which is vital for supporting urban biodiversity and enhancing the resilience of nature in cities. Citizen science plays an essential role, allowing local residents to report wildlife movements and contribute to the planning and maintenance of these corridors.
Collaborative Decision-Making
Soil Sense provides a collaborative space where multiple stakeholders—local authorities, environmental organisations, and communities—can share data, co-create strategies, and make informed decisions. Forecasting tools allow users to predict the impact of interventions such as planting strategies or habitat restoration, ensuring that decisions are supported by real-time data and community input.
