Excited to share our new paper on organic carbon dry deposition in @ScienceAdvances . We show that deposition is faster than atmospheric processing and large enough contribute to aquatic systems. #CanSci
https://t.co/7CaXnyVAzZ
Gridded ~1 x 1 km monthly, seasonal, and annual satellite #TROPOMI NO2 data now available for download on the NASA portal (May 2018-present). Hopefully this processed dataset will enable people to use satellite data who wouldn't have otherwise https://t.co/6JSlqjwmiL
“We show that LaTeX users were slower than Word users, wrote less text in the same amount of time, and produced more typesetting, orthographical, grammatical, and formatting errors. “
https://t.co/4hAnm6J2ZM
Thanks @FlorianBuehler
#AirQuality💨| Long-term measurements show that some air quality models need revision. In Innsbruck, air contained up to 50 per cent less ozone than predicted. Curious why this is the case?👉https://t.co/EZJITyfxQu
In Prognosemodellen wird die Belastung mit bodennahem #Ozon in Städten derzeit überschätzt. Das zeigen Langzeitmessungen von Luftschadstoffen durch ein Team um @tomkarl
➡️ @ORF: https://t.co/8NRp6uYVTv
gefördert von @FWF_at
& @ESA_de#ibktwit#Umwelt#Verkehr
2022 ended with a shiver, but the start of 2023 broke a sweat. 🥶🥵
This weather whiplash may have been caused by changes in the polar vortex, the band of strong westerly winds over the Arctic. Details: https://t.co/gnOAqDOncS
New Paper out 👇 - We present isoprene flux measurements from the @UKCEH Auchencorth Moss field site. Emissions were attributed to several moss species but current isoprene algorithms failed to replicate the measurements...
https://t.co/Kz76LisSBM
@UK_CEH@IOPScience