CloudSenseNERC
@cloudsensenerc
CloudSense (Uncertainty in climate sensitivity due to clouds) is a collaboration of @NERCscience funded projects:
CIRCULATES
DCMEX
MPhase
SOC
ID: 1319640511762792448
https://cloudsense.ac.uk/ 23-10-2020 14:03:55
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The Leeds #MPhase team depart, next stop Halifax (not the Yorkshire one) and then another 2 hrs north to the town they call Happy Valley. The FAAM Airborne Laboratory en-route (overnighted in Azores).
The #MPhase INP analytical facility is established. Top work from Mark D. Tarn and Polly Foster The full project team has initial briefing at airport tomorrow and shakedown flight(s) planned for Tuesday.
A team of scientists have embarked on a flight campaign over the Labrador Sea to study how clouds form and develop in cold air. The four-week campaign with FAAM Airborne Laboratory will look specifically at clouds that contain both ice and water particles. ncas.ac.uk/flight-campaigβ¦
The @FAAM146 team are flying over the Labrador Sea this week looking at how clouds form in cold air. You can track the aircraft missions in real time via faam.ac.uk/gluxe/position/ - as Declan demonstrates. CloudSenseNERC
Sitting in the hangar waiting to join the FAAM Airborne Laboratory for the second sortie of the day for the #MPhase project. This morning's flight track, we're now doing a similar flight but rotated clockwise about 90Β° to capture downstream stratus clouds in the same airmass (Semi-Lagrangian)
Sad to be departing Goose Bay,leaving the #MPhase team just as the forecast finally turns towards Cold Air Outbreaks which are the primary atmospheric feature we are studying as part of the Natural Environment Research Council CloudSenseNERC programme on cloud/climate sensitivities
Coming to the end of an incredible 4 weeks in Happy Valley-Goose Bay for the #MPhase measurement campaign, where Iβve been taking #aerosol samples on the FAAM Airborne Laboratory aircraft. This project is part of CloudSenseNERC, aiming to reduce uncertainty in climate sensitivity.
New #PhDposition with a supervisor collaboration across two CloudSenseNERC projects #DCMEX (Alan Blyth and @DecFinney ) and #CIRCULATES (Hugo Lambert and @AnnaRMackie ) along with National Oceanography Centre too!
DCMEX - July We supported #DCMEX CloudSenseNERC to sample developing cumulus clouds over the Magdalena Mountains in New Mexico, USA. This research will help us understand how clouds are affected by climate change and how they might affect severe weather worldwide.
Great talk from Sam Clarke on the CloudSenseNERC #MPhase and her work on regional modelling of the flight campaign cases. Run the model (CASIM) and then comparing to aircraft data to investigate how our INP measurements impact the model output.