Deliverables
Deliverables
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WP 1
Requirement Specifications and Architecture of MISO Platform
WP 2
New Sensing Technology: NDIR Climate Gas Sensors
WP 3
Autonomous Multi-Format In-Situ Observatories for Extreme Physical Conditions
WP 4
Deployment of In-Situ Observatories in Hard-to-Reach Areas for Pilots
WP 5
Impact and Dissemination, Communication, and Exploitation Plan
WP 6
Project Management
D 1.1
Report of requirement specification of MISO
platform
D 3.1
First version of continuous ambient GHG
monitors (6 units)
D 5.1
Improved data Platform
D 6.1
Consortium agreement
D 3.2
First version of Gas flux chambers (10 units)
D 4.2
Report on calibration, performance of readyto-
deploy monitoring platform
D 5.2
Report on impact assessment
D 1.3
Report of High level architecture of MISO
platform, best of Practice Approaches and
Guidelines
D 3.3
First version of UAV-based Observatory (1 unit, 2 deployment versions)
D 1.4
Updated report of state of the Arctic/Wetland
CH4 and CO2 budgets
D 3.4
Report on the first prototype of
reliable energy#efficient edge intelligence
framework
D 5.4
Policy Briefs: A report presenting the set of
policy recommendations
D 1.5
Updated Report of High-level architecture,
Practice Approaches and Guidelines
D 3.5
Prototypes (with Report) of energy
harvesting module for MISO observatories
D 5.5
Updates on Improved data Platform
D 3.6
Report on data communications for MISO
in-situ observatories in different scenarios
D 5.7
The MISO project DCE plan-3rd version
D 3.8
Updated version of Continuous ambient
GHG monitors
D 3.9
Updated version of Gas flux chambers
D 3.10
Updated version of UAV-based Observatory
D 3.11
Report on the final software solution
for customized energy#efficient edge
intelligence
D 3.12
Report on final prototype of energy
harvesting module
D 3.13
Report on final prototype of energy
harvesting module
D 3.14
Updated report on ready-to-deploy monitoring platform
Contact Info
Dr. Tuan-Vu Cao, project coordinator.
The Climate and Environmental Research Institute NILU.
This project has received funding from the European Union’s Horizon Europe research and innovation programme under Grant Agreement No. 101086541.