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Program of the IESWG-5 the 5th International Earth Surface Working Group Physical Meeting at Dynamicum, Erik Palménin aukio 1, 00560 Helsinki, Finland. On-Line Meeting on MS-Teams link valid for the 3-Day meeting.
Day	Time (Helsinki local time, UTC+3)	Name (* - onsite confirmed participants)	Organization	Session	Title of Contribution
Day-1 Tuesday 26 Sept 2023	0900 - 09100930	Gianpaolo Balsamo* & Ben Ruston*	ECMWF/UCAR/JCSDA	IESWG coordination	Welcome, IESWG recognised as CGMS WG.
	0910 0930 - 09301000	Ali Arslan*	FMI	IESWG host	FMI Introduction
	0930 1000 - 10001030	Xiwu Zhan	NOAA NESDIS	Land Surface Tempererature and its use in Assimilation and Model Development	Land Surface Satellite Data Products from NOAA NESDIS for Numerical Weather and Water Prediction Models and Societal Applications	1000 - 1030	Darren Ghent	University of Leicester	Land Surface Tempererature and its use in Assimilation and Model Development	Land Surface Temperature CCI: approaches to long-term data for climate
	1030 - 1100				Health Break
	1100 - 1130	Abigail Waring*	University of Leicester/NCEO	Land Surface Tempererature and its use in Assimilation and Model Development	Improving Ice Surface Temperature Observations from Space: Regional Climate Trend Analyses for Aqua MODIS Ice Surface Temperatures & Progress Towards a Merged Product
	1130 - 1200	Zied Sassi*	CNRM	Land Surface Tempererature and its use in Assimilation and Model Development	Assimilation of IASI retirieved LST in the surface analysis sustem of ARPEGE global model
	1200 - 1330				Lunch
	1330 - 1400	Clara Draper*	NOOA/OAR	Land Data Assimilation Methods, LDAS systems, and Coupled DA	Improving land-atmosphere DA coupling in NWP
	1430 - 1500	Sophie Marimbordes*	Météo-France	Land Data Assimilation Methods, LDAS systems, and Coupled DA	Towards a 2DEnVar approach to surface analysis within AROME-France
	1500 - 1530	Camille Birman*	Météo France	Land Data Assimilation Methods, LDAS systems, and Coupled DA	Recent and ongoing developments in surface data assimilation for NWP at Météo France
	1530 - 1600				Health Break
	1600 - 1630	Ewan Pinnington	ECMWF	Land Data Assimilation Methods, LDAS systems, and Coupled DA	Towards Ensemble Land Data Assimilation at ECMWF
	1630 - 1700	Cristina Charlton-Perez*	Met Office	Land Data Assimilation Methods, LDAS systems, and Coupled DA	A review of current Met Office LSDA systems
	17:00-17:30	All	Plenary	Summary of Day 1	Recommendations drafting
Day	Time	Name	Organization	Session	Title of Contribution
Day-2 Wednesday 27 Sept 2023	0900 - 0930	Samantha Pullen*	Met Office (UK)	Land Data Assimilation Methods, LDAS systems, and Coupled DA	Planning a new JEDI-based land surface DA system for the Met Office
	0930 - 1000	Gernot Geppert*	DWD	Land Data Assimilation Methods, LDAS systems, and Coupled DA	Progress towards new variational surface analyses at DWD
	1000 - 1030	Patricia de Rosnay	ECMWF	Land Data Assimilation Methods, LDAS systems, and Coupled DA	Coupled land-atmosphere data assimilation at ECMWF
	1030 - 1100				Health Break
	1100 - 1130	Keiichi KONDO	Japan Meteorological Agency	Land Water Cycle Advances	Impact of microwave radiance assimilation over land using dynamic emissivity in the global NWP system of JMA
	1130 - 1200	Martin Lange	DWD	Land Water Cycle Advances	Recent modifications in global Snow observation network
	1200 - 1330				Lunch
	1300 - 1330	Pete Weston*	ECMWF	Land Water Cycle Advances	Assimilation of VOD products into the ECMWF land data assimilation system
	1330 - 1400	Indira Rani S	NCMRWF	Land Water Cycle Advances	Validation of in-situ soil parameters over India
	1400 - 1430	Li Fang	NOAA NESDIS	Land Water Cycle Advances	All-sky Evapotranspiration Data Products from Satellite Observations for Taiwan Weather Models and Agricultural Drought Monitoring
	1430 - 1500	Pete Weston	ECMWF	Land Water Cycle Advances	Darren Ghent	University of Leicester	Land Surface Tempererature and its use in Assimilation and Model Development	Land Surface Temperature CCI: approaches to long-term data for climateAssimilation of VOD products into the ECMWF land data assimilation system
	1500 -1530				Health Break
	1530 - 1600	Yijian Zeng*	ITC Faculty, University of Twente	Land Water Cycle Advances	Understanding Drought Response of Ecosystems with a Soil-Plant Digital Twin
	1600 - 1630	Hui Lu	Tsinghua University	Land Water Cycle Advances	Diagnosis and improvement of land surface models based on remote sensing
	1630 - 1700	Sujay Kumar*	NASA	Land Water Cycle Advances	Non-stationarity in the global terrestrial water cycle and its interlinkages in the Anthropocene assessed by land data assimilation
	17:00-17:30	All	Plenary	Summary of Day 2	Recommendations drafting
Day	Time	Name	Organization	Session	Title of Contribution
Day-3 Thursday 28 Sept 2023	0900 - 0930				Presentation of survey of current systems
	0930 - 1030				Plenary - Items of Concern largest gaps in knowledge, Group coordination/collaboration,
	1030 - 1100				Health Break
	1100 - 1200				Actions and Recommendation to bring forward to CGMS, election of IESWG rapporteur.
	1200				Adjourn

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