Program - Thursday 10th June

Time	Name	Title
10:15	Coffee
Session 1: CMIP6
10:30	Welcome
10:35	Simon Marsland	Keynote: NESP Climate Systems Hub and ACCESS​
10:50	Harun Rashid	Climate variability and change in ACCESS and other CMIP6 models​
11:00	Martin Dix	SSP extension simulations with ACCESS CM2​
11:10	Siobhan O'Farrell	Antarctic sea-ice in CMIP6​
11:20	Tilo Ziehn	Land carbon-cycle feedbacks in ACCESS-ESM1.5​
11:30	Nicholas Yeung	ACCESS-ESM1.5: Southern Hemispheric Monsoons at the Last Interglacial​
11:40	Ariaan Purich	Historical and future projected warming of Antarctic Shelf Bottom Water in CMIP6 models​
11:50	Hongyan Zhu	SST sensitivities in ACCESS climate model​
12:00	Lunch
Session 2: Sub-km Modelling, Seasonal Forecasting, and Ocean Modelling 1
13:00	Gather/messages
13:05	Christian Jakob	Keynote: The Digital Earths initiative in WCRP​
13:20	Tim Raupach	Evaluation of hail proxies in Aus400​
13:30	Jesse Greenslade	Preliminary ACCESS-Fire case study outputs​
13:40	Vinod Kumar	Urban modelling for the Paris 2024 Olympics Research Demonstration Project​
13:50	Debbie Hudson	An upgraded seasonal prediction system: ACCESS-S2​
14:00	Oscar Alves	BoM plans for seamless coupled modelling​
14:10	Andy Hogg	COSIMA Mark 2: Towards an ACCESS-OM3​
14:20	Andrew Kiss	Sea ice in ACCESS-OM2​
14:30	Afternoon break
Session 3: Ocean Modelling 2
15:00	Adele Morrison	Remote control of ocean temperature on the West Antarctic Peninsula by Weddell Sea dense water formation​
15:10	Matt England	CMIP6-forced high resolution ocean/sea-ice projections using the ACCESS-OM-01 model​
15:20	Dipayan Choudhury	Sensitivity of carbon cycle feedbacks to a warming Southern Ocean​
15:30	David Hutchinson	Did ocean circulation changes build the Antarctic ice sheet?​
15:40	Kewei Lyu	Separating Southern Ocean responses to the surface heat/freshwater/wind forcing​
15:50	Hakase Hayashida	Ocean and sea-ice biogeochemistry of ACCESS-OM2​
16:00	Vassili Kitsios	Ensemble Kalman Filter Parameter Estimation of Ocean Optical Properties for Reduced Biases in a Coupled General Circulation Model​
16:10	Finish