Mark Grosvenor (@mjgrosvenor) 's Twitter Profile
Mark Grosvenor

@mjgrosvenor

Wildfire researcher at King's College London. Also specialist in past environmental change.

ID: 1734458905

calendar_today06-09-2013 08:12:23

750 Tweet

345 Followers

312 Following

Mark Grosvenor (@mjgrosvenor) 's Twitter Profile Photo

Job alert! If you are looking for a technical role that involves lots of travel opportunities and remote sensing instruments we have just the thing for you jobs.kcl.ac.uk/gb/en/job/0575… You'll get to work with a wide range of collaborators including European Space Agency NASA JPL NERC NCEO British Antarctic Survey 🐧

Kings-NCEO: Earth Obs & Wildfire Research Group (@kclwildfire_eo) 's Twitter Profile Photo

Our first air quality sensors are up and running in the beautiful country of Laos! Working together with our collaborators, these will form a network across parts of SE Asia to measure the impact of fire smoke on #AirQuality Leverhulme Centre for Wildfires 🔥 King's Geography

Our first air quality sensors are up and running in the beautiful country of Laos! Working together with our collaborators, these will form a network across parts of SE Asia to measure the impact of fire smoke on #AirQuality <a href="/centrewildfires/">Leverhulme Centre for Wildfires 🔥</a> <a href="/kclgeography/">King's Geography</a>
King's Geography (@kclgeography) 's Twitter Profile Photo

Satellite data shows that landscape fires in SE Asia lead to poor air quality. But how accurate are they? Our researchers Mark Grosvenor, Hannah Nguyen, and Prof Martin Wooster, set up remote sensors to gather ground data on air quality. Learn more 👇 bit.ly/3MUG1lC

Kings-NCEO: Earth Obs & Wildfire Research Group (@kclwildfire_eo) 's Twitter Profile Photo

Our install team have arrived in Canada to fit out the British Antarctic Survey 🐧 aircraft with all our thermal remote sensing instruments before we begin flying over forest fires for our ESA Earth Observation project. Just a little extra equipment on top of the main shipment King's Geography

Our install team have arrived in Canada to fit out the <a href="/BAS_News/">British Antarctic Survey 🐧</a> aircraft with all our thermal remote sensing instruments before we begin flying over forest fires for our <a href="/ESA_EO/">ESA Earth Observation</a> project. Just a little extra equipment on top of the main shipment <a href="/kclgeography/">King's Geography</a>
Mark Grosvenor (@mjgrosvenor) 's Twitter Profile Photo

The Kings-NCEO: Earth Obs & Wildfire Research Group thermal instruments are in the camera hatch on the aircraft! 2 days of installing instruments, computers, and a silly amount of cables. Plane now very full! Hopefully ready for a test flight over a #wildfire in Ontario today. ESA Earth Observation King's Geography

Mark Grosvenor (@mjgrosvenor) 's Twitter Profile Photo

The Kings-NCEO: Earth Obs & Wildfire Research Group thermal instruments are in the aircraft camera hatch! 2 days to install all instruments, computers, and a silly amount of cables. The plane is now looking very full! Hopefully ready for a test flight today over a #wildfire in Ontario ESA Earth Observation King's Geography

Mark Grosvenor (@mjgrosvenor) 's Twitter Profile Photo

Not a bad view from the office! Flying back towards Pickle Lake, Ontario. Not much fire activity but some big burn scars and good test of the atmospheric instruments on board

farrer (@farrerfires) 's Twitter Profile Photo

we are currently validating satellite fire products. we had a successful flight over a 60MW fire during both sentinel-3a and 3b overpasses last night

Kings-NCEO: Earth Obs & Wildfire Research Group (@kclwildfire_eo) 's Twitter Profile Photo

Read how our team developed and deployed an adapted airborne thermal hyperspectral sensor - enabling our new 'wobbly OWL' imager to collect unique far off nadir data to support new satellite mission designs kcl.ac.uk/news/enhanced-…

Mark Grosvenor (@mjgrosvenor) 's Twitter Profile Photo

Our study on the impacts of tropical peatland fire smoke in Indonesia is now out! We estimated the scale of health impacts of exposure to a population using earth observation data from CAMS and PurpleAir - Air Quality Monitors sensors to measure PM2.5