Towards an Open Digital Twin of Soil-Plant SystemClimate extremes pose a threat to terrestrial ecosystem carbon sequestration, imperiling the EU's aim of achieving climate neutrality by 2050. The creation of an open digital twin of the soil-plant system serves to monitor and forecast the repercussions of extreme events on ecosystem functionality. Such a digital twin yields valuable insights that can inform strategies and policies to bolster ecosystem resilience against global climate shifts.Read more
Digital Twin of a Multimodal CorridorThe perform ance and reliability of multimodal corridors are under pressure due to climate change and various disruptions. Disruptive events (e.g., droughts, floods, and infrastructure failures) expose the vulnerabilities of corridors and have negative consequences for their performance, stakeholders, and the environment. The ecological system and physical infrastructure are costly to change and take a long time (due to consultation and participation procedures). However, the logistical system can be redesigned to create resilient and climate-adaptive corridors.Read more
Towards an Open Digital Twin of Soil-Plant System
Digital Twin of a Multimodal Corridor
Mila Koeva joins the board of directors at DTCC
Digital Twin Geohub signs MoU with Open & Agile Smart Cities & Communities (OASC)
Open for admissions: Digital Twins for Urban Spaces
First Digital Twins symposium held at ITC
Digital Twin Geohub starting a new project
EnschedeLAB invites Mila Koeva as an expert on City Digital Twins
UT researchers investigate 'digital twin' of cities to improve city planning
Three Prizes at #hacksMYCITY Johannesburg
