EGU26 provided an important opportunity to present ongoing work from the MISO project as it approaches its final phase, highlighting the scientific and technological progress…
Join us at hashtag#EGU26: If you are attending EGU26 this year, either in Vienna or online, we would like to invite you to: 1, Session…
We are excited to be running the final field pilot of the MISO system in a Danish wetland, marking an important step towards fully autonomous…
The need for cost-effective, localized greenhouse gas (GHG) data is growingβcomplementing traditional high-cost monitoring stations, satellite observations, and other remote sensing approaches. The NILU team…
On 18β19 February, the MISO partners gathered at CNRβs headquarters in Bologna, Italy, for two productive days of technical discussions and strategic planning as we…
Last week, we hosted the MISO workshop and were pleased to see engaging discussions and valuable exchanges throughout the session. A total of 40 participants…
The MISO project focuses on developing innovative solutions for measuring methane and COβ emissions in Arctic conditions. The goal is to detect emission hotspots using…
During the Svalbard field campaign, the MISO team tested a gas flux chamber system designed to measure greenhouse gas emissions directly from the ground in…
During the Svalbard field campaign, the MISO team tested an energy-efficient gas ambient monitor designed for long-term operation in harsh Arctic conditions. π§ ππ’π§π²ππ ππ§-πππ―π’ππ…
During the Svalbard field campaign, the MISO team carried out additional communication tests to support autonomous GHG monitoring in Arctic conditions. β πππ‘π’ππ―ππ¦ππ§ππ¬ β οΈ πππ¬π¬π¨π§π¬…