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Research Unit on Biosphere Aerosol Cloud Climate Interactions

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Finland: Prof. Markku Kulmala, Prof. Pertti Hari, Prof. Ari Laaksonen, Prof. ... Heli Siren, Doc. Veli-Matti Kerminen, Dr. Risto Hillamo, Dr. Tuomo Pakkanen, Dr. Jorma ... – PowerPoint PPT presentation

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Title: Research Unit on Biosphere Aerosol Cloud Climate Interactions


1
Research Unit on Biosphere Aerosol Cloud
Climate Interactions
  • Finland Prof. Markku Kulmala, Prof. Pertti Hari,
    Prof. Ari Laaksonen, Prof. Yrjö Viisanen, Prof.
    Marja-Liisa Riekkola, Doc. Kari Lehtinen, Doc.
    Hanna Vehkamäki, Doc. Yllar Rannik, Doc. Kari
    Hartonen, Doc. Tuulia Hyötyläinen, Doc. Heli
    Siren, Doc. Veli-Matti Kerminen, Dr. Risto
    Hillamo, Dr. Tuomo Pakkanen, Dr. Jorma
    Joutsensaari
  • Norway Prof. Oystein Hov, Prof. Frode Stordal,
    Prof. Ivar Isaksen, Dr. Gunnar Myhre, Dr Michael
    Kahnert, Dr. Josef Pacyna
  • Sweden Prof. Hans-Christen Hansson, Doc. Johan
    Ström, Doc. Robert Jansson, Doc. Christer
    Johansson, Prof. Henning Rodhe, Doc. Douglas
    Nilsson, Prof. Kevin Noone, Prof. Bengt
    Martinsson, Doc. Erik Swietlicki
  • Denmark Prof. Sören Larsen, Prof. Sara Pryor,
    Doc. Merete Bilde, Dr. Rebecka Barthelmie, Dr.
    Jakob Man, Dr. Niels Morten Nielsen

2
Sites of the research
University of Helsinki (UHEL), Department of
Physical Sciences University of Helsinki (UHEL),
Department of Forest Ecology University of
Helsinki (UHEL), Department of Chemistry Universit
y of Kuopio (UKU), Department of Applied
Physics Finnish Meteorological Institute
(FMI) Norwegian Institute of Air Research
(NILU) University of Oslo, Department of
Geophysics University of Stockholm, Institute of
Applied Environmental Research (ITMI) University
of Stockholm, Department of Meteorology University
of Lund, Department of Nuclear Physics Risö
National Laboratory University of Copenhagen.
Department of Chemistry
3
Focus / Research Aims
  • the effect of secondary biogenic aerosols on
    global aerosol load
  • aerosol-cloud-climate interaction
  • the relationships between the atmosphere and
    different ecosystems, particularly Boreal Forest

4
BACCI activities due to NCoE
  • 3 Workshops
  • (More than 10 publications/month)
  • (4 dissertations)
  • iLEAPS
  • part of EU Network of Excellence (ACCENT)
  • knowledge transfer, visits
  • new modelling activities
  • data exchange
  • common field campaigns

5
BACCI activities due to NCoE
  • BACCI and CBACCI web pages
  • visiting professors
  • visiting senior scientists
  • visiting post docs
  • visiting students
  • short visits
  • planning new activities, projects, joint
    publications
  • VISITORS MAINLY OUTSIDE OF BACCI GROUPS

6
Approach
  • experimental
  • laboratory
  • field (continuous and campaigns)
  • development of novel instrumental techniques
  • theoretical
  • basic theories
  • simulations
  • model development

7
Primary sources
Secondary sources
WP 5. Nucleation, Theories and Experiments
WP 4. Chemistry and Thermodynamics of organic
aerosols
WP 7. Emission of particles in Europe
WP 6. Formation and growth of atmospheric aerosols
WP 3. Atmospheric aerosol precursor chemistry
WP 2. Aerosol source emission and deposition
fluxes
WP 8. Parameterisation of aerosol formation
for large scale models
WP 1. Fluxes of biogenic precursor compounds
WP 10. Atmospheric gas-aerosol- cloud interactions
Global/ Regional Change
Global/ Regional Change
WP 9. Modelling of regional and
global distribution of aerosols and
their contribution to radiative forcing
and regional pollution
? Climate/Health effects ?
8
(No Transcript)
9
  • FUTURE ACTIVITY
  • iLEAPSIntegrated Land Ecosystem Atmosphere
    Processes Study
  • Addressing the following key questions
  • How do interacting physical, chemical, and
    biological processes transport and transform
    energy and materials through the land-atmosphere
    system?
  • What are the implications for the dynamics of the
    Earth System?
  • How did the terrestrial ecosystem-atmosphere
    system function under pre-industrial conditions,
    and how are current and past human activities
    influencing it (and vice versa)?
  • To what extent does the vegetation optimise its
    physical and chemical environment on various
    temporal and spatial scales?

10
Graduate School/CBACCI
  • The Graduate School consists of two Nordic
    Centres of Excellence
  • Nordic Centre for Studies of Ecosystem Carbon
    Exchange and its Interactions with the Climate
    System
  • BACCI

11
CBACCI
  • Report our activities and experience by the end
    of the graduate school and twice in between
  • Invite pedagogic experts (2-3) to review our
    graduate school
  • Organises courses and seminars for less
    experienced supervisors on how to supervise, in
    particularly considering supervision within
    international networks
  • Organise post doc education
  • Improve and expand our International and
    multinational supervising
  • Include Baltic and Western Russian contributions
  • Organise workshops, seminars with a broader
    perspective than previously within NAD
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