The primary purpose of this Data Management Plan (DMP) is to provide MOUNTADAPT consortium members with guidelines for handling, processing, and sharing project data responsibly. This document is aligned with FAIR (Findable, Accessible, Interoperable, and Reusable) principles and complies with GDPR requirements for data protection. The DMP will be regularly updated throughout the project to address evolving data needs and to ensure data sustainability and compliance. The first DMP document (D6.2) was delivered in M6. 

This Data Management Plan has been prepared in line with the Horizon Europe guidelines, following the Horizon Europe DMP template. It was initially based on the responses collected from the project partners at the start of the MOUNTADAPT project and, in this revised version, has been updated to reflect the practical experiences gained from data analysis during the implementation of project tasks in the first half of the project.

This deliverable provides practical, evidence-based guidance to help close the gap between high-level policy commitments and local implementation of climate-health action. It addresses four key domains where climate mitigation, adaptation, and health co-benefits intersect: building performance through nature-based and hybrid solutions, health system preparedness for climate-related disasters, integration of climate resilience into healthcare governance, and safe physical activity during climate alerts in mountain regions. 

AirAdvanced® Sentinel is SUEZ‘s innovative solution for monitoring air quality. Sentinel allows users to 
– visualise weather, air quality, and pollen in real time with strategically placed stations
– connect different types of stations according to specific needs
– investigate past incidents to understand and resolve issues
– anticipate future situations with advanced modelling

CSTB will use a numerical simulation tool to anticipate a building’s performance against future extreme weather events and select reliable technical solutions for building adaptation. Nature-based and hybrid solutions adapted to the mountain environment will be defined and simulated for building construction/renovation and operation design. The probability of occurrence and a reliability assessment will provide the level of adaptation to climate change for each technical solution. Involved stakeholders will have the information needed to make decisions on construction/renovation actions.

VECTRACK – co-developed by IRIDEON is an Internet of Things end-to-end solution for the digital early warning of vectors (carriers) of arboviral diseases (viruses transmitted by mosquitoes). VECTRACK sensors deployed on the ground automatically collect and analyse information about these vector, which is then wirelessly transmitted to a machine-learning cloud server. The information is made available in near real-time (updated every 30 minutes), and each recorded event is tagged with a time stamp with a resolution of 1 second. VECTRACK will be implemented and demonstrated at different sites, to  extend and validate the usability of the solution in vector surveillance in mountain conditions.

CTSB will co-develop a holistic indoor environmental resilience (IER) metric for evaluating the thermal environment and the indoor air quality for healthcare facilities in each demonstration site. CSTB will adapt the indoor monitoring tool of the French Observatory for Indoor Environmental Quality (OQEI) to healthcare facilities based on the specificities of each demonstration site and develop an on-site method to monitor the IER metric according to standardised methods and/or using cost-effective sensors.