Marjan Savadkoohi
@marjan1sk
Environmental Engineer
ID: 520467478
https://www.linkedin.com/in/marjan-savadkoohi 10-03-2012 15:02:20
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We are at European Geosciences Union from RI-URBANS & Project FOCI to present our latest results on Black & Brown Carbon and organic aerosol light absorption in Europe. Follow our talks on Tuesday and Thursday on this week of full science #EGU24 Inst. of Environmental Assessment & Water Research
This week, we are in 14th International Conference on Air Quality in Kumpula, Helsinki. I'll have a talk today on the use of Machine learning models for black carbon concentration in Europe. Join us if you're at University of Helsinki. RI-URBANS Inst. of Environmental Assessment & Water Research
And some of the final oral presentations of today: "Ultrafine Particles in Urban Europe" by M. Garcia "eBC Concentration in Urban Europe" by A. Alastuey Inst. of Environmental Assessment & Water Research RI-URBANS "Biorelevant Soluble Trace Metals in the Atmospheric Aerosols" by I. Belbachir from @IPNA_CSIC
Great thanks to my colleague @JeanEudesPetit for presenting the results of our work on the advantages and limitations of using Aethalometer data to determine the optimal Absorption Angstrom Exponents for eBC source apportionment at #EAC2024 RI-URBANS ACTRIS Inst. of Environmental Assessment & Water Research
Great day at yesterday’s webinar organized by ATMO ACCESS and RI-URBANS! Engaging discussions, valuable feedback, and an insightful presentation by Dr. Marco Pandolfi from Inst. of Environmental Assessment & Water Research on black carbon guidance, monitoring. A big thank all stakeholders for their participation!
📊#RI_URBANSpapers Source-Dependent Absorption Ångström Exponent in Los Angeles using multi-time source apportionment (MT-PMF) is presented in the recent study led by Marjan Savadkoohi. 🔗dig into the full article here: doi.org/10.1016/j.scit… #AirQuality #EnvironmentalScience
📊#RI_URBANSpapers A recent study led by Marjan Savadkoohi evaluates the Absorption Ångström Exponent (AAE) approach for equivalent black carbon (eBC) source apportionment, addressing its strengths and limitations. 🔗 dig more into this interestng study here: doi.org/10.1016/j.atmo……