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Lejish Vettikkat Profile
Lejish Vettikkat

@lejishvettikkat

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PhD student, Aerosol Physics group @UniEastFinland | @air9_vs @IISERMohali Alumnus | Atmospheric chemistry

Finland
Joined June 2015
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@lejishvettikkat
Lejish Vettikkat
3 years
My first paper from PhD is out now!🤩 We found that the isoprene and terpene emissions from a boreal wetland were (1) higher and (2) even more strongly dependent on temperature than commonly thought. #phdlife #phdchat https://t.co/di9N214W8c
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acp.copernicus.org
Abstract. Wetlands cover only 3 % of the global land surface area, but boreal wetlands are experiencing an unprecedented warming of four times the global average. These wetlands emit isoprene and...
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@IiserMohali
IISER Mohali
8 months
Our BS-MS 2014 alumnus Dr. Ashwin Kumar Jainarayanan, Cofounder, Granza Bio features in Forbes Europe Science & Healthcare (2025) 30 under 30 list! Truly remarkable. Congratulations Ashwin! https://t.co/vCTZKuMW7h @ak_jainarayanan
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@HaoYu04060116
Hao Yu
1 year
New in @sciencemagazine. Plant volatiles can mediate plant-plant interaction. After releasing to atmosphere, they can also form aerosol particles via oxidative chemical reactions. Do the plant-derived aerosols inherit the ecological function of their parent VOCs?
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@irfan_talks
Muhammed Irfan
1 year
Excited to share that my first PhD paper is now published 🤩Huge thanks to my awesome supervisors @harrikokkola @ThomasHK @AnneleVirtanen and all my co-authors! This study highlights how uncertainties in the volatility distribution of organics impact SOA mass, CCN and forcing!
@EGU_ACP
Atmospheric Chemistry and Physics
1 year
New research article: A model study investigating the sensitivity of aerosol forcing to the volatilities of semi-volatile organic compounds
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@HuiWang32981556
Hui Wang
1 year
I would like to introduce our new paper in Nature Communications, which is the result of a highly successful international collaboration with @VOLT_center , @Riikka_Rinnan , @atzukac , @LundJing , @lejishvettikkat , and other great collaborators. We found that the sedges in the
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@NatureComms
Nature Communications
1 year
Paper by @HuiWang32981556, @Riikka_Rinnan et al. from @uciess, @UCIPhysSci, @VOLT_center shows that high #temperature sensitivity of #Artic #isoprene emissions can be explained by sedges. https://t.co/PCNdc1mvGE
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@mvermeuel
Michael Vermeuel
1 year
Does your research focus on biosphere-atmosphere interactions? If so, consider submitting an abstract to #AGU24 session A130 Terrestrial Biosphere-Atmosphere Interactions & Atmospheric Chemistry! Convened by Kelley Wells, @mzCHEMj, and myself.
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@eva_yp
Dr. Eva Pfannerstill
1 year
New in @sciencemagazine: Our study “Temperature-dependent emissions dominate aerosol and ozone pollution in Los Angeles”! #ScienceResearch @ESPM_Berkeley . …
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@SnehithaKommula
Snehitha Kommula
2 years
Excited to share that first paper from my PhD is out today! If you are interested to know how vegetation #fires from southern Europe effect the #aerosol and #Cloud properties at Finland and high Arctic, check this out:) https://t.co/LzByJIZQWG #aerosolresearch #PhD
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agupubs.onlinelibrary.wiley.com
Vegetation fires from southern Europe enhance aerosol and cloud condensation nuclei concentrations in northern Europe and the high Arctic A contrary trend in aerosol hygroscopicity is observed at...
@AnneleVirtanen
Annele Virtanen
2 years
In this new paper by @SnehithaKommula we show that vegetation fires from southern Europe enhance CCN number in northern Europe and the high Arctic and that liquid clouds show strong response to fire aerosol both in in situ and satellite observations.
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@AnneleVirtanen
Annele Virtanen
2 years
In this new paper by @SnehithaKommula we show that vegetation fires from southern Europe enhance CCN number in northern Europe and the high Arctic and that liquid clouds show strong response to fire aerosol both in in situ and satellite observations.
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agupubs.onlinelibrary.wiley.com
Vegetation fires from southern Europe enhance aerosol and cloud condensation nuclei concentrations in northern Europe and the high Arctic A contrary trend in aerosol hygroscopicity is observed at...
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@eva_yp
Dr. Eva Pfannerstill
2 years
I am hiring a PhD student! For anyone interested in mass spec, atmospheric chemistry, forests, chambers and Zeppelins. Please forward to any potential candidates! https://t.co/5Ptmzp9Hpb @AtmChemAeroJobs
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@Riikka_Rinnan
Prof. Riikka Rinnan
2 years
👩‍🔬👨‍🔬Long-term lab manager position in a new Center of Excellence @VOLT_center in Copenhagen📠🧪🧫 We are looking for an organized technical person to work with us with varied, exciting tasks https://t.co/9Yms8kkQGA #VOCs #PTRMS #GCMS #experiments #FieldWork Please RT!
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@DadaLubna
Lubna Dada 
2 years
We're hiring! I am looking for a PhD student 👩🏻‍🎓 interested in bioaerosol measurements 🦠 using mass spectrometric techniques at @PSI_LAC @psich_en The PhD work and thesis will be part of my Ambizione project 'BioPSI: Biological Particles Sources and Impact' funded by the
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@Katrianne_L
Katrianne Lehtipalo
2 years
Our perspective article just out in @NatureGeosci presenting a synthesis of current understading of atmospheric new particle formation derived from @CERN CLOUD experiments. @INAR_fin @MarkkuKulmala1 @IlmaTiede
nature.com
Nature Geoscience - The CLOUD experiment provides important insights into new particle formation in different atmospheric environments.
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@lejishvettikkat
Lejish Vettikkat
3 years
📢 Boreal wetlands are a significant source of reactive vapors impacting climate. Thanks to my amazing supervisor @SchobesbergerS and our research partners for their valuable contributions! #Research #BorealWetlands #ClimateChange #sciencenews #peatlands #Finland #Terpenes
@UniEastFinland
University of Eastern Finland
3 years
Boreal wetlands are a significant source of isoprene and terpenes, a class of highly reactive organic compounds that have a substantial impact on the Earth’s climate, according to a new study. https://t.co/fE4jCaIVLT @helsinkiuni @IlmaTiede #climate
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@Katrianne_L
Katrianne Lehtipalo
3 years
Are you interested in the Doctoral Programme in Atmospheric Sciences @INAR_fin but do not have contact to a supervisor yet. The call for Letters-of-intent is for you. See link below. https://t.co/MnatREBujf
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@TuuliMiina
Tuuli Miinalainen
3 years
Our ACP paper is published!🥳 We combined machine learning and global aerosol-climate model simulations. This allowed us to obtain improved representation of PM2.5 for New Delhi, and also more versatile utilization of global-scale model data. (1/4) https://t.co/L0pEVdM5mt
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en.ilmatieteenlaitos.fi
A study conducted by the University of Eastern Finland and Finnish Meteorological Institute assessed the impacts of future aerosol emission reductions over the Indian subcontinent. During the
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@lejishvettikkat
Lejish Vettikkat
3 years
We used Vocus-PTR mass spec and eddy covariance for emission flux measurements. I would like to thank my supervisor/advisor @SchobesbergerS. You are awesome! Thanks to all those involved @atzukac @MarkkuKulmala1 and others with whom I had a great experience collaborating with :)
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@EGU_ACP
Atmospheric Chemistry and Physics
3 years
New research article: High emission rates and strong temperature response make boreal wetlands a large source of isoprene and terpenes
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