Workshop Day 1
8:00 – 8:45 Welcome, logistics, and introduction
8:45 – 10:15 Topic I: Drivers and impacts of ocean heat and freshwater transport into and out of the Arctic
10.30 – 12.00 Topic II: Ocean-ice-atmosphere interactions in a warming Arctic
13.00 – 14.30 Topic III: Biophysical impacts of Arctic marine biogeochemistry
14.45 – 16.15 Breakout sessions
16.30 – 18.30 Poster session I
- Welcome and Logistics
- Meeting Introduction
- CAMAS Project overviews
8:45 – 10:15 Topic I: Drivers and impacts of ocean heat and freshwater transport into and out of the Arctic
- Emma Boland (BAS, UK): Seasonally Variable Controls of Freshwater Export through Denmark Strait
- Sergey Molodtsov (LANL; early career): Oceanic heat content variability and its drivers in the Nordic Seas
- Yu-Chi Lee (UCR; early career): Impacts of Atlantic meridional overturning circulation weakening on Arctic amplification
- Who Kim (NCAR): Sources of the Arctic Atlantic Water biases in CESM2
10.30 – 12.00 Topic II: Ocean-ice-atmosphere interactions in a warming Arctic
- Nan-Hsun Chi (UW; early career): Storm generated near-inertial internal waves in Eastern Chukchi Sea - A case study by observation and a hybrid coordinate ocean model
- Caili Liu (Ocean U. of China; early career): Arctic Storms Pronounce Ocean Heat Uptake Extremes in Annual Cycle Amid Sea Ice Loss
- Anna Strehl (U. Bergen; early career): A seasonal buoyancy budget for the Nordic Seas
- Stephanie Waterman (U. British Columbia): Pan-Arctic estimates of heat and buoyancy fluxes in the Atlantic Water layer accounting for the Arctic Ocean’s multiple mixing regimes
13.00 – 14.30 Topic III: Biophysical impacts of Arctic marine biogeochemistry
- Yuanxin Zhang (JAMSTEC, Japan; early career): Modeling Arctic Ocean Biogeochemical Responses to Environmental Change
- Fiona Davidson (U. Alberta; early career): Biogeochemical budgets for the Arctic Ocean and northern Atlantic Ocean: an analysis of the physical influences on oxygen patterns
- Kat Smith (LANL): Wave-Coupled Effects on Arctic Biogeochemistry
- Clare Gaffey (OSU; early career): Evidence of fresh phytoplankton growth and heating feedbacks during fall in the Pacific Arctic
14.45 – 16.15 Breakout sessions
16.30 – 18.30 Poster session I
Workshop Day 2
8.00 – 8.15 Introduction to Day 2
8.15 – 8.45 Topic: Connections between the Arctic marine environment and Ice sheets
8.45 – 9.15 Topic: Connections between the Arctic marine environment and the terrestrial domain
9.15 – 10.15 Flash talks for remote participants
10.30 – 12.00 Topic: Sea Ice predictability
13.00 – 14.30 Breakout sessions
14.45 – 16.15 Topic: Advances in Arctic Marine Modeling
16.30 – 18.30 Poster session II
8.15 – 8.45 Topic: Connections between the Arctic marine environment and Ice sheets
- Trevor Hillebrand (LANL): Towards a coupled, dynamic Greenland Ice Sheet component in the Energy Exascale Earth System Model (E3SM) (invited)
8.45 – 9.15 Topic: Connections between the Arctic marine environment and the terrestrial domain
- Rainer Amon (TAMU): Carbon and freshwater fluxes from the vast Arctic watersheds and how they inform on our understanding of the Arctic Ocean (invited)
9.15 – 10.15 Flash talks for remote participants
- Tom Ballinger (UAF): Air-sea interactions yielding rapid Beaufort Sea ice losses during the 2021 ONR THINICE Pilot Field Campaign
- Per Pemberton (SMHI): Impact of mesoscale eddy parameterization on Arctic Atlantic Water circulation in the eddy-permitting grey zone
- Marta Faulkner (WHOI): Stressing out the Beaufort Gyre: using an idealized model to investigate the drivers of upper ocean circulation in the Arctic
- Laura Gillard (U. Alberta): From Origins to Fate: The Circulation and Transformation of Baffin Bay Polar Water
- Antoine Haddon (U. Victoria): Simulated increases of future Arctic dimethylsulfide emissions and production
- Amadini Mendis Jayasinghe (LANL): Sensitivity Modeling of Biogeochemical Drivers Controlling Dissolved Organic Carbon in the Yukon River
- Andrew Hamilton (U. Alberta): A Pan-Arctic Ocean Profile Data Compilation
- Younjoo Lee (NPS): Assessment of Arctic Winter Sea Thickness in CMIP6 Climate Projections
- Yarisbel Garcia Quintana (U. Toronto): On the formation mechanisms of Nares Strait ice arches
- Peter Finocchio (NRL): The Relationship Between High Wind Events and Ice Melt during the Arctic Melt Season: Insight from Autonomous Buoy Observations
- Juan Tolento (LANL): Sensitivity of Polar Climate to Improved Partitioning of Visible and Near-Infrared Solar Bands
10.30 – 12.00 Topic: Sea Ice predictability
- Kent Moore (U. Toronto): Summer sea ice returns to the Western Arctic after a 25-year hiatus
- Jacob Cohen (UW; early career): Sources of predictability in seasonal forecasts of September Arctic sea ice
- Jaynise Perez Valentine (UW; early career): Mechanisms of Autumn Sea Ice Advance in the Western Arctic
- Harry Stern (UW): Regime shift in Arctic Ocean sea-ice extent
13.00 – 14.30 Breakout sessions
14.45 – 16.15 Topic: Advances in Arctic Marine Modeling
- Ruijian Gou (Ocean University of China; early career): The changed nature of the Arctic Ocean in high-resolution climate models
- Yiling Huo (PNNL; early career): E3SM-Arctic: A High-Resolution Coupled Model for Advancing Arctic Climate and System Interactions
- Jacob Dörr (U. Bergen; early career): Lagrangian decomposition of the Arctic overturning circulation
- Samuel Brenner (Caltech; early career): Floe-scale variability in upper ocean energy pathways
16.30 – 18.30 Poster session II
Workshop Day 3
8.00 – 8.15 Introduction to Day 3
8:15 – 8:45 Topic: Advances in Arctic Marine Modeling
8:45 – 9:15 Topic: Advances in Arctic Marine Observations
9.15 – 10.15 Breakout sessions
10.30 – 12.00 Wrap-up
8:15 – 8:45 Topic: Advances in Arctic Marine Modeling
- Qiang Wang (AWI): Changes in Arctic Ocean dynamics revealed by kilometer-scale models (invited)
8:45 – 9:15 Topic: Advances in Arctic Marine Observations
- Lars Smedsrud (U. Bergen): An updated Nordic Seas Overview with some new observations on transports (invited)
9.15 – 10.15 Breakout sessions
10.30 – 12.00 Wrap-up
Poster Presentations
- Rainer Amon (TAMU): What we learnt from tracing terrigenous organic matter in the Arctic region
- Paul Myers (U. Alberta): High Resolution NEMO Modelling of the Arctic and Sub-Polar North Atlantic
- John Oklu (U. North Carolina Wilmington; early career): Tracking of Fresh Water Pathways from the Mackenzie River into the Arctic Ocean
- Sawyer Brand (LANL; early career): Examining Impacts of Sea Level Pressure on Ocean Heat Transport into the Nordic Seas
- Carlyn Schmidgall (UW; early career): Unraveling the controls on Arctic Ocean salinity stratification through E3SM-Arctic tracer release experiments
- Wilbert Weijer (LANL): What CMIP6 models tell us about the impact of AMOC variability on the Arctic
- Jiaxu Zhang (UW): Monitoring phytoplankton community composition in the Pacific Arctic using multiple optical platforms
- Reed Fitzpatrick (UC Riverside; early career): The Role of Atlantic Meridional Overturning Circulation Stability in Shaping Arctic Amplification
- Mike Steele (UW): National Weather Service Alaska Sea Ice Program: Gridded ice concentration maps for the Alaskan Arctic
- Romina Piunno (U. Toronto; early career): Deep Water formation in the Irminger and Labrador Seas: Impacts on Ocean Ventilation and Carbon Fluxes
- Aidan Parfett (U. British Columbia; early career): The sensitivity of modelled Beaufort Gyre structure to different mixing prescriptions
- Katerina Benevides (U. British Columbia; early career): Mixing in the Beaufort Gyre: Investigating the Role of Thermohaline Staircases and Shear-Driven Turbulence in Vertical Heat and Salt Transport in a Changing Arctic
- Spenser Ross (U. Toronto; early career): The influence of Taylor Columns on ocean dynamics and sea ice in the Chukchi Sea
- Benjamin Barton (NOC, UK; early career): An Ice-Ocean Model Study of the Mid-2000s Regime Change in the Barents Sea
- Lilli Hirth (MIT/WHOI; early career): Air-Ice-Ocean Interactions Under an Arctic Cyclone: Observations from two Ice-Tethered Profilers
- Clement Bertin (JPL; early career): The impact of Mackenzie River colored dissolved organic matter (CDOM) on coastal Arctic Ocean Carbon Cycling
- Dong-Geon Lee (Pohang University of Science and Technology (POSTECH), South Korea; early career): Hysteresis of phytoplankton communities over Subpolar North Atlantic to CO2 forcing
- Patrick Farnole (U. Victoria; early career): Exploring the mechanisms driving the interannual variability of Arctic cod recruitment around the Amundsen Gulf using agent-based modeling
- Lingwei Li (CU Boulder): Distributions of Microplastics in the Arctic Sea ice and Ocean using CESM2
- Inge Deschepper (U. Alberta; early career): Assessing the performance of a sympagic included biogeochemical model coupled to a regional oceanographic model for the subArctic system, the Hudson Bay Complex
- Georgina Gibson (LANL): A new configuration of E3SM to understand bio-geo-chemical dynamics in high latitude marine ecosystem and metrics for regional model validation
- Tahya Weiss-Gibbons (U. Alberta; early career): Future Changes in Arctic River Runoff and its Impact on the Ocean
- Sylvia Cole (WHOI): Kinetic Energy in the Beaufort Gyre: Vertical structure partitioned and horizontal scale
- Xuan Shan (WHOI; early career): Beaufort Gyre Liquid Freshwater Content Change under Greenhouse Warming from an Eddy-resolving Climate Simulation
- Jackie Clement Kinney (NPS): On the sensitivity of the Pacific Arctic sea ice and ocean to the flow through Bering Strait
- Mukulika Pahari (U. Alberta; early career): Mechanisms Behind Irminger Water Bifurcation into the Northern Labrador Sea and Baffin Bay
- Vladimir Alexeev (UAF): Developing a parameterization for coastal erosion based on offshore and nearshore ocean typologies: North Slope of Alaska
- Vladimir Alexeev (UAF): Where are the major sources of uncertainty in the process of conceptualizing, developing, and applying Earth System Models?
- Tyler De Jong (U. British Columbia; early career): Connecting Sea Ice Dynamics to Extreme Wave Events in the Beaufort Sea - UBC EOSC 510 Class Term Project
- Camille Hankel (UW; early career): Arctic sea ice meltwater as a forcing and feedback on the Atlantic Meridional Overturning Circulation