IoTrees
European and Flemish strategies focus on livable cities, with urban greenery and trees as key pillars. The Internet of Trees (IoTrees) offers solutions for tree growth optimization and providing insights via sensors and satellites. This smart platform supports policy, management and citizens to ensure optimal urban tree returns.
DUST soil moisture sensor
By specifically placing sensors, we can accurately map the moisture availability in the soil. This smart monitoring allows us to select the optimal locations and collect valuable data about the water management of the subsurface.
Soil health
Urban soils contain underexposed ecosystem services such as water retention and carbon storage. A healthy soil with unhindered natural processes forms the basis for vital city trees. Because soil comprises chemical, physical and biological components, research is needed into easily measurable (bio)indicators such as earthworms, tea bags and soil respiration. The research focuses on mapping soil health in cities and along roads and identifying opportunities for improvement.
COST action
Urban forests are key to climate adaptation but face challenges like short lifespans and fragmented management. This Action unites experts to assess forests, develop strategic frameworks, and foster collaboration. By sharing knowledge and training young researchers, it strengthens urban forestry for long-term sustainability.
Drone: arboriculture
Drones are revolutionizing the tree nursery with advanced sensors that accurately monitor and analyze crops. They make detailed aerial images, detect diseases and support precision agriculture through smart crop treatment and selection.
Lichens and urban trees
Lichens are more than decorative elements on city trees - they are living environmental indicators that improve air quality by filtering harmful substances. As sensitive bioindicators, they reveal the environmental conditions of urban areas and provide microhabitats for small organisms. For urban trees, lichens are allies that retain moisture, protect the tree bark and enrich the soil quality, thus contributing to the resilience of urban greenery.