Tero Mielonen, PhD, Adj. Prof., Group leader

My research involves modeling and remote sensing of atmospheric aerosols. Currently, I’m focusing on natural aerosols (e.g. biogenic secondary organic aerosols and biomass burning plumes) and their impacts on cloud properties. I’m also doing science communication by writing books for the general public. Research topics: aerosol-cloud interaction, biogenic aerosols, biomass burning aerosols Models: ECHAM-HAMMOZ Bluesky: @mielonen.bsky.social

Silvia Calderón, PhD, Scientist 

My research focuses on the process-understanding of aerosol-cloud interactions in liquid and mixed-phase clouds. It is a delightful task to combine model outputs from large-eddy-simulations with in-situ and remote observations to follow the cloud formation process. I am particularly interested in exploring how aerosols can affect the phase structure, microphysics and precipitation formation in clouds, altering the longevity and radiative properties of clouds. With increasing atmospheric and surface temperatures, changes in cloud dynamics can be considered as indicators of near-term climate change effects. Research topics: aerosol-cloud interactions, large-eddy simulation of planetary boundary layer, cloud radiative forcing Models: UCLALES-SALSA Bluesky: @silviamcalderon.bsky.social X: @silviamcalderon (personal account)

Akash Deshmukh, PhD, Scientist

My research focuses on atmospheric modelling, cloud resolving models and regional climate extremes. I am currently researching the impact of Brown Carbon (BrC) on atmospheric processes using the EC-Earth model, with a particular focus on aerosol-cloud interactions. Additionally, I am analyzing climate extremes by comparing insights from various model datasets to enhance our understanding and potential future changes.  Research topics: atmospheric modelling, aerosol-cloud interaction, secondary ice production, Climate extremes, regional climate models.  Models: EC-Earth3

Mira Hulkkonen, PhD (atmospheric science), MA (science communication), Scientist

I focus on advancing a multidisciplinary project 2035Legitimacy that investigates the transition to carbon neutrality. My research regards the concrete impacts and perceived fairness of climate policies, and the application of climate models for effective climate communication. I also work as the secretary of the national IPCC Working Group, which involves coordinating the Finnish IPCC network and representing the Focal Point Finland in the international IPCC community. Research topics: climate scenarios, emission scenarios, regional climate impacts, climate communication, climate policy Models: downscaled climate models, ECHAM-HAMMOZ Instagram, X: @Climamira

Noora Hyttinen, PhD, Adj. Prof., Scientist

My research focuses on utilizing machine learning based emulators to improve climate models. Currently, I am working on aerosol-cloud interactions. Research topics: aerosol-cloud interactions, large-eddy simulations Models: UCLALES-SALSA, openIFS

Anton Laakso, PhD, Research professor (tenure track, regional climate modelling)

I am in charge of regional climate modeling initiatives at FMI, where the primary tool we use is the HCLIM regional climate model. One of the main objectives of utilizing regional climate models is to generate climate information that holds relevance and value for society. Therefore, my goal is to collaborate closely with a variety of stakeholders. Besides focusing on regional climate, I am also actively engaged in developing and utilizing global Earth System Models. My primary area of research thus far has been in exploring Solar Radiation Management, specifically through the technique of stratospheric aerosol injections. Research topics: regional climate impacts, solar radiation management Models: HCLIM, SALSA, openIFS, EC-Earth, ECHAM-HAMMOZ, MPI-ESM, CESM Bluesky: @antonlaakso.bsky.social

Kanika Taneja, PhD, Scientist

My interests span from atmospheric science to biological processes, such as natural emissions (biogenic VOCs) and their interactions with the changing climate. My current research aims at analyzing the aerosol-cloud interactions, especially over the boreal regions. It includes investigation of how atmospheric particles originating from vegetation affect cloud properties over boreal forests. I am involved in the analysis of the satellite data, in-situ observations, and atmospheric model simulations.  Research topics: aerosol-cloud interactions, remote sensing, large-eddy simulations Models: UCLALES-SALSA LinkedIn: www.linkedin.com/in/kanika-taneja-0246a822/