The 3rd CATCH Open Science Workshop

Europe/Zurich
Zoom and Gathertown

Zoom and Gathertown

Jennie Thomas (IGE/CNRS), Markus Frey (British Antarctic Survey), Thorsten Bartels-Rausch (PSI - Paul Scherrer Institut)
Description

CATCH proudly announces the next Open Science Workshop 9-13 May 2022 to discuss atmospheric chemistry research, with a focus on natural processes specific to cold regions of the Earth.  

The workshop hosted invited talks recordings of which you may still download from this webpage. Follow the session links below for a detailed list of available talks. You also find links to the Question & Answer discussions that took place along with the talks.

Participants
  • Aaron Lieberman
  • Adele Igel
  • Adrian McDonald
  • Adrien Gandolfo
  • Akin Kuye
  • Alain Protat
  • Alex Aves
  • Alexander Mahura
  • Alfonso Saiz-Lopez
  • Amelie Kirchgaessner
  • Anderson Da Silva
  • Andrea Baccarini
  • Andrea Spolaor
  • Andreas Massling
  • Andrew Holen
  • Anisbel Leon Marcos
  • Ankita Patil
  • Anne-Marlene Blechschmidt
  • Anoop Mahajan
  • Antoine Roose
  • Arianna Rocchi
  • Armin Sigmund
  • Becky Alexander
  • Ben Murray
  • Benjamin Brown-Steiner
  • Benjamin Heutte
  • Betty Croft
  • Bianca Zilker
  • Bill Simpson
  • Boris Barja
  • Branka Miljevic
  • Bruno Delille
  • Byron Blomquist
  • Cenlin He
  • Charel Wohl
  • Cheramangalath Balan Ramya
  • Christina McCluskey
  • Clare Flynn
  • Clémence Rose
  • Cora Young
  • Cort Anastasio
  • Daiki Nomura
  • Daun Jeong
  • Dave Winker
  • David Gazdecki
  • David Thornton
  • Delia Segato
  • Dennis Booge
  • Detlef Helmig
  • Dheeraj Alshetty
  • Dominic Heslin-Rees
  • Emily Costa
  • Emmanuel CHEVASSUS
  • Eric Wolff
  • Erik Thomson
  • Erin Boedicker
  • Erin Dunne
  • Esty Willcox
  • Federico Scoto
  • Freya Squires
  • Gabriel Pereira Freitas
  • Gang Chen
  • Georgia Sotiropoulou
  • Gillian Young McCusker
  • Giuditta Celli
  • Gobishankar Sathiyamohan
  • Gopikrishna Mantha
  • Greg McFarquhar
  • Guillaume Chamba
  • Hakase Hayashida
  • Hannah M Horowitz
  • Hannes Griesche
  • Hao Yu
  • HARSH RAJ MISHRA
  • HARSHBARDHAN KUMAR
  • Helene Angot
  • Helle Astrid Kjaer
  • Holly Winton
  • Hope Hunter
  • Hyunggyu Lim
  • Ilann Bourgeois
  • Ilka Peeken
  • Inge Deschepper
  • Irina Petropavlovskikh
  • Jacqueline Stefels
  • James Brean
  • Jamy Lee
  • Jan Kaiser
  • Jennie Thomas
  • Jennifer Murphy
  • Jessica Burger
  • Jessica Gier
  • Jessica Mirrielees
  • Jim McQuaid
  • Jochen Stutz
  • joel savarino
  • John Burrows
  • John Prytherch
  • Judy Wu
  • Julia Asplund
  • Julia Schmale
  • Jörg Kleffmann
  • Karine Sellegri
  • Kathryn Moore
  • Katye Altieri
  • Kaustubh Mittal
  • Keiichiro Hara
  • Kerri Pratt
  • Kirsten Fossum
  • Klaus Meiners
  • Kristen Reece
  • Kristian Hajny
  • Langley DeWitt
  • Laura Revell
  • Leighton Regayre
  • Liyang Zhan
  • Logan Forshee
  • Louis Marelle
  • Lucy Carpenter
  • Luis Santos
  • Luis Suarez
  • Luisa Ickes
  • Lyatt Jaegle
  • Maija Peltola
  • manuel dallosto
  • Marc Mallet
  • marco zanatta
  • Maria Alcaman-Arias
  • Maria van Leeuwe
  • Markus Frey
  • Markus Hartmann
  • Martin Schneebeli
  • Martine Michou
  • Matt Woodhouse
  • Matthew Salter
  • Maximilian Maahn
  • Megan Willis
  • Millie Bond
  • Mohamed Ahmed
  • Nadja Steiner
  • Natasha Garner
  • Navjit Sagoo
  • Nicolas Faure
  • Nicolas Huneeus
  • Nicole Woodall
  • Nidhi Verma
  • Nora Bergner
  • Pamela Wales
  • Patricia Matrai
  • Patrik Winiger
  • Paul DeMott
  • Paul Zieger
  • Peter Effertz
  • Peter Peterson
  • Rachel Chang
  • Ralf Staebler
  • Rebecca Jackson
  • Risto Makkonen
  • Rita Traversi
  • Rong-Ming Hu
  • Ruhi Humphries
  • Ruth Price
  • Rémy Lapere
  • Sakiko Ishino
  • Samiha Nahian
  • Samuel Akande
  • Santiago Gasso
  • Sara Lance
  • Sarah Woods
  • Sebastien Moreau
  • Segun Liyansan
  • Shaddy Ahmed
  • Shohei Hattori
  • Shuting Zhai
  • SIVASAKTHIVEL SENTHILVEL
  • Sneha Aggarwal
  • Sonya Fiddes
  • Susannah Burrows
  • Sérgio Gonçalves
  • Ted Hullar
  • Thorsten Bartels-Rausch
  • Timo Vihma
  • Tom Lachlan-Cope
  • Tuomas Naakka
  • Ulas Im
  • Ute Schuster
  • Vanessa Boschi
  • Vanisa Surapipith
  • Vijay Kumar Kumar
  • Wanmin Gong
  • Wee Cheah
  • Xin Yang
  • Xu-Cheng He
  • Xuepeng Zhao
  • Yeongcheol Han
  • yuhan Luo
  • Yusuf Bhatti
  • Yusuf Bhatti
  • Yutaka Tobo
  • Zhiwen Dong
    • Linking biogeochemistry to aerosol-cloud interactions in the Southern Ocean and Antarctic: Plenary session: PICCAASO’s grand challenges zoom

      zoom

      Present PICCAASO key science questions and plans, engage community members that can contribute

      • 1
        Poster Session GatherTown

        GatherTown

        Meet in Gather.Town

        https://app.gather.town/app/ueKHvojBKqY9wBgq/Catch%20Science

      • 2
        Introductions and welcome
      • 3
        Keynote: A circum-Antarctic perspective on aerosol properties and processes: What we know and what we wish we knew
        Speaker: Julia Schmale (PSI)
      • 4
        Keynote: New findings from Southern Ocean Cloud-Aerosol-Precipitation-Radiation Field Campaigns in 2017-18 and Needs for Future Observations
        Speaker: Greg McFarquhar (The University of Oklahoma)
      • 5
        Lightning talks for poster introductions and general discussion
    • Posters and social time in gather.town gather.town

      gather.town

      Leave your comments for S2_Fluxes on Etherpad: https://pad.riseup.net/p/S2_Fluxes_CATCH22-keep
      • 6
        poster session & social time & informal discussions

        Bring your own drink and snack. View posters, meet CATCH scientists, and discuss science (and other topics) in gatherTown

    • Linking biogeochemistry to aerosol-cloud interactions in the Southern Ocean and Antarctic: Round the world session - Campaigns and logistics zoom

      zoom

      Present PICCAASO key science questions and plans, engage community members that can contribute

      • 7
        Poster Session and Informal Discussion GatherTown

        GatherTown

        Please attend the poster session and informal discussion going on now in GatherTown:

        https://app.gather.town/app/ueKHvojBKqY9wBgq/Catch%20Science

      • 8
        Introductions and overview of discussion from previous sessions
      • 9
        DMS and MeSH fluxes during Sea2Cloud
        Speaker: Manon Rocco
      • 10
        New particle formation around the Antarctic Peninsula
        Speaker: James Brean
      • 11
        Evaluation of ocean dimethylsulfide concentration and emission in CMIP6 models
        Speaker: Martine Michou
      • 12
        Updates to sulfur chemistry in the UM
        Speaker: Laura Revell
      • 13
        Discussion
    • Posters and social time in gather.town gather.town

      gather.town

      • 14
        poster session & social time & informal discussions

        Bring your own drink and snack. View posters, meet CATCH scientists, and discuss science (and other topics) in gatherTown

    • Linking biogeochemistry to aerosol-cloud interactions in the Southern Ocean and Antarctic: Round the world session - What do we need to improve our models? zoom

      zoom

      Present PICCAASO key science questions and plans, engage community members that can contribute

      • 15
        Poster session and informal discussion gatherTown

        gatherTown

        https://app.gather.town/app/ueKHvojBKqY9wBgq/Catch%20Science

      • 16
        Introductions and overview of discussion from previous sessions
      • 17
        Defining the "Polar Front"
        Speaker: Sonya Fiddes
      • 18
        Evaluation of methods to estimate dry marine aerosol surface area from bulk optical measurements over the Southern Ocean
        Speaker: Kathryn Moore
      • 19
        Importance of remote marine aerosol
        Speaker: Leighton Regayre (University of Leeds)
      • 20
        ESMs + biogeochemistry to clouds
        Speaker: Susannah Burrows
      • 21
        Discussion
    • Posters and social time in gather.town gather.town

      gather.town

    • Ocean-ice-snow-atmosphere fluxes: Round the world session - focus on trace gas flux above snow, (sea)ice & ocean zoom

      zoom

      Presentation of the current approaches to quantify trace gas and aerosol fluxes above ocean, ice and snow surfaces. Discussion of the strategies to overcome limitations/uncertainties in measurement strategies and how to use this flux information within models.

      In order to help with preparation of the invited talks and to structure the workshop discussions, some relevant science questions are listed below for guidance:

      How is flux defined in the study presented?
      What are the advantages, limitations and common pitfalls of the selected method to measure flux?
      uncertainties
      temporal resolution
      foot print; what area are the observations representative of?
      time scale problem: turbulent mixing time vs. chemical lifetime
      Which new instrumental techniques may exist to improve direct gas/aerosol flux estimates?
      Which indirect methods exist to estimate gas/aerosol flux (potentially new to this community)?
      How are gas/aerosol fluxes parameterised? How well constrained are the model parameters and what is their uncertainty? Are these parameterisations being used in existing regional/global models? If not, why?

    • Posters and social time in gather.town gather.town

      gather.town

    • Ocean-ice-snow-atmosphere fluxes: Plenary session, keynote presentation and discussions zoom

      zoom

      Presentation of the current approaches to quantify trace gas and aerosol fluxes above ocean, ice and snow surfaces. Discussion of the strategies to overcome limitations/uncertainties in measurement strategies and how to use this flux information within models.

      In order to help with preparation of the invited talks and to structure the workshop discussions, some relevant science questions are listed below for guidance:

      How is flux defined in the study presented?
      What are the advantages, limitations and common pitfalls of the selected method to measure flux?
      uncertainties
      temporal resolution
      foot print; what area are the observations representative of?
      time scale problem: turbulent mixing time vs. chemical lifetime
      Which new instrumental techniques may exist to improve direct gas/aerosol flux estimates?
      Which indirect methods exist to estimate gas/aerosol flux (potentially new to this community)?
      How are gas/aerosol fluxes parameterised? How well constrained are the model parameters and what is their uncertainty? Are these parameterisations being used in existing regional/global models? If not, why?

      • 34
        Poster Session & Informal Discussions gatherTown

        gatherTown

        https://app.gather.town/app/ueKHvojBKqY9wBgq/Catch%20Science

      • 35
        Introduction and summary of session 1
      • 36
        Keynote: Air-Sea Trace Gas Fluxes - A Focus on Turbulent Flux Methods for the Cryosphere
        Speaker: Byron Blomquist
      • 37
        Keynote: On-line sea-air fluxes of sea spray and of VOC using ship-borne interfacial enclosures
        Speaker: Karine Sellegri
      • 38
        Questions and Discussion
    • Posters and social time in gather.town gather.town

      gather.town

    • Ocean-ice-snow-atmosphere fluxes: Ocean-ice-snow-atmosphere fluxes: Round the world session zoom

      zoom

      Presentation of the current approaches to quantify trace gas and aerosol fluxes above ocean, ice and snow surfaces. Discussion of the strategies to overcome limitations/uncertainties in measurement strategies and how to use this flux information within models.

      In order to help with preparation of the invited talks and to structure the workshop discussions, some relevant science questions are listed below for guidance:

      How is flux defined in the study presented?
      What are the advantages, limitations and common pitfalls of the selected method to measure flux?
      uncertainties
      temporal resolution
      foot print; what area are the observations representative of?
      time scale problem: turbulent mixing time vs. chemical lifetime
      Which new instrumental techniques may exist to improve direct gas/aerosol flux estimates?
      Which indirect methods exist to estimate gas/aerosol flux (potentially new to this community)?
      How are gas/aerosol fluxes parameterised? How well constrained are the model parameters and what is their uncertainty? Are these parameterisations being used in existing regional/global models? If not, why?

      • 40
        Poster Session & Informal Discussions gatherTown

        gatherTown

        https://app.gather.town/app/ueKHvojBKqY9wBgq/Catch%20Science

      • 41
        Introduction and summary of sessions 1 & 2
      • 42
        Arctic sea spray flux measurements
        Speaker: Matthew Salter
      • 43
        Parameterization of sea salt from blowing snow in GEOS-Chem
        Speaker: Betty Croft
      • 44
        Measurements of chemically-resolved aerosol fluxes by eddy covariance in Alaska
        Speaker: Erin Boedicker
      • 45
        Ice cores record deposition of perfluorinated pollutants in the Arctic
        Speaker: Cora Young
      • 46
        Black carbon and other light-absorbing impurity flux to snow in the Andes Zoom

        Zoom

        Speaker: Nicolas Huneeus
      • 47
        Questions and Discussion
    • Posters and social time in gather.town gather.town

      gather.town

    • Polar halogen chemistry and interlinked processes: Plenary session, presentation and discussions zoom

      zoom

      What is the role of snow, including snow on sea ice, compared to sea salt aerosols in activating and sustaining halogen chemistry? What are the main outstanding questions regarding how halogens influence atmospheric aerosols and oxidation capacity?

    • Posters and social time in gather.town gather.town

      gather.town

    • Polar halogen chemistry and interlinked processes: Round the world session zoom

      zoom

      What is the role of snow, including snow on sea ice, compared to sea salt aerosols in activating and sustaining halogen chemistry? What are the main outstanding questions regarding how halogens influence atmospheric aerosols and oxidation capacity?

    • Posters and social time in gather.town gather.town

      gather.town

    • Polar halogen chemistry and interlinked processes: Round the world session zoom

      zoom

      What is the role of snow, including snow on sea ice, compared to sea salt aerosols in activating and sustaining halogen chemistry? What are the main outstanding questions regarding how halogens influence atmospheric aerosols and oxidation capacity?

    • Posters and social time in gather.town gather.town

      gather.town

    • Posters and social time in gather.town gather.town

      gather.town

    • Posters and social time in gather.town gather.town

      gather.town

    • Posters and social time in gather.town gather.town

      gather.town

    • 99
      social time & informal discussions gatherTown

      gatherTown

      Bring your own drink and snack. Meet CATCH scientists, and discuss science (and other topics) in gatherTown

    • Coupling of ocean-ice-atmosphere processes: from sea-Ice biogeochemistry to aerosols and Clouds (SCOR WG #163: CIce2Clouds): Educational talks (to be recorded) on CIce2Cloud topics and discussion zoom

      zoom

      Present educational sessions on cross-cutting themes that link the sea-ice/ocean/atmosphere system.

      Present the plans for CIce2Clouds, and first steps from sub-working groups, to the community and engage community participation.

      • 100
        Informal Discussions gatherTown

        gatherTown

        https://app.gather.town/app/ueKHvojBKqY9wBgq/Catch%20Science

      • 101
        Intro to CIce2Clouds
        Speakers: Megan Willis, Nadja Steiner
      • 102
        Algal Functional Groups and the Polar Sulfur Cycle
        Speaker: Jacqueline Stefels
      • 103
        Discussion
      • 104
        What we know about chemistry of snow that is relevant for snow on sea-ice
        Speaker: Jennie Thomas (IGE/CNRS)
      • 105
        Discussion
    • 106
      social time & informal discussions gatherTown

      gatherTown

      Bring your own drink and snack. Meet CATCH scientists and discuss science (and other topics) in gatherTown

    • Coupling of ocean-ice-atmosphere processes: from sea-Ice biogeochemistry to aerosols and Clouds (SCOR WG #163: CIce2Clouds): Educational talk (to be recorded) on CIce2Cloud topics and discussion and Joint Campaign Planning zoom

      zoom

      Present educational sessions on cross-cutting themes that link the sea-ice/ocean/atmosphere system.

      Present the plans for CIce2Clouds, and first steps from sub-working groups, to the community and engage community participation.

      • 107
        Informal Discussions gatherTown

        gatherTown

        https://app.gather.town/app/ueKHvojBKqY9wBgq/Catch%20Science

      • 108
        Aerosol as Nuclei for Cloud Formation in Polar Environments
        Speakers: Jessie Creamean, Paul Zieger
      • 109
        Discussion
      • 110
        Joint Campaign Planning Discussion
      • 111
        Other Working Group Business
    • 112
      social time & informal discussions gatherTown

      gatherTown

      Bring your own drink and snack. Meet CATCH scientists and discuss science (and other topics) in gatherTown

    • Coupling of ocean-ice-atmosphere processes: from sea-Ice biogeochemistry to aerosols and Clouds (SCOR WG #163: CIce2Clouds): Updates on CIce2Clouds working group activities and community discussion zoom

      zoom

      Present educational sessions on cross-cutting themes that link the sea-ice/ocean/atmosphere system.

      Present the plans for CIce2Clouds, and first steps from sub-working groups, to the community and engage community participation.

      • 113
        Informal Discussions gatherTown

        gatherTown

        https://app.gather.town/app/ueKHvojBKqY9wBgq/Catch%20Science

      • 114
        Update: Primary aerosol working group
      • 115
        Discussion
      • 116
        Update: Sulfur cycle working group
      • 117
        Discussion
      • 118
        Update: Nitrogen cycle working group
      • 119
        Discussion