2nd GA 2017, Lübeck

15:30-16:00

Welcome to Lübeck: Coffee and Cake

Foyer

16:00-18:00

Working-Group-Meeting WG1

Wintergarten 1 & 2

Working-Group-Meeting WG3

Cutty Sark

18:30-19:00

Meeting: Scientific Advisory Board (SAB),
representatives of BMBF (PT),

and Steering Group (SG)

Cutty Sark

(app. at 19:00
start from the hotel)

19:30 dinner

Joint dinner of

Scientific Advisory Board (SAB),

representatives of BMBF (PT),

Steering Group (SG)

Restaurant:

Schiffergesellschaft

8:30-09:30

SAB internal meeting (Wintergarten 3)

Arrival of further participants, hang up posters

9:30-10:00

Introduction & Overview of PalMod

M. Latif

10:00-10:30

Coffee break (Foyer)

10:30-11:10

Overview of WG1 (30' + 10')

G. Lohmann

11:10-11:50

Overview of WG2 (30' + 10')

V. Brovkin

11:50-12:30

Overview of WG3 (30' + 10')

M. Kucera

12:30-13:10

Overview of WG4 (30' + 10')

T. Slawig

 13:10

Start of Lunch (stand up snack, Foyer and Wintergarten 1 & 2)

  13:30-17:00

Poster session (Foyer and Wintergarten 1 & 2)

In-between (15:15)

Coffee break

17:00-18:00

SAB internal meeting (Wintergarten 3)

17:00-18:00

SG meeting (tbd)

19:30-23:00

Dinner, Discussion, and Drinks (Restaurant)

8:30-09:00

SAB internal meeting (Wintergarten 3)

9:20-9:30

Welcome address of BMBF

R. Haak

9:30-10:30

Three science talks WG1 (each 15' +5')

Modeling the last glacial and the deglaciation with a coupled ice sheet—climate model

F. Ziemen

Ocean scale interactions and Southern Ocean deep convection

T. Martin

Atmospheric CO₂ controlled stability of glacial climate

X. Zhang

10:30-11:00

Coffee break (Foyer)

11:00-12:00

Three science talks WG2 (each 15' +5')

PalMod and the Holocene climate change

M. Claussen

Particle ballasting in MPIOM/HAMOCC

M. Heinemann

Simple and complex modeling approaches to inferring atmospheric CH4 lifetime in the past

S. Gromov

12:00-13:00

Lunch (Foyer)

13:00-14:00

Three science talks WG3 (each 15' +5')

Strategies for assembling paleoceanographic data

S. Mulitza

Synthesis of terrestrial paleoclimate records: challenges and first results

F. Sirocko

Palaeo data assimilation of pseudo-observations in a climate model

B. Fallah

14:00-15:00

Three science talks WG4 (each 15' +5')

Calibration and parameter identification of global marine biogeochemistry models

I. Kriest

Multi-Scale Finite Element Method for subgrid-scale representation - First exploration with 1D advection-oscillatory diffusion

K. Simon

Parallel-in-Time Computation with Model Order Reduction and Multi-Grid Methods

U. Matthes

15:00-15:15

Coffee break (Foyer)

15:15-16:15

SAB internal meeting (Wintergarten 3)

15:15-16:15

WG1 meeting (Festsaal)

WG2 meeting (Wintergarten 1 & 2)

WG3 meeting (Cutty Sark)

WG4 meeting (Skybar)

16:15-16:30

Report of the SAB (feedback)

Closing remarks

M. Latif

16:30

End of annual meeting

WG1

Wintergarten 1 & 2

1

Overview

Modelling, understanding and quantification of feedbacks between climate components during glacial cycles

2

1.1

physical system Model development strategy

3

1.1

Northern Hemisphere ice sheets and climate states at the Last Glacial Maximum: Comparison of model results

4

1.1

Solid earth coupling

5

1.1

Surface Mass Balance

6

1.2

Scale interactions, the strategy

7

1.2

Model sensitivity of ice flux over the grounding line to present-day climatic forcing and geothermal heat flux

8

1.2

A Greenland melting scenario to study ocean scale interactions in different models

9

1.2

Regionalisation of ice sheet modelling

10

1.2

Sea-level indicators as proxy data for validation of GIA-model predictions

11

1.3

Glacial Climate Stability

12

1.3

Simulations of the Last Deglaciation with a Coupled Atmosphere-Ocean-Ice sheet model

13

1.3

CESM sensitivity to Antarctic Ice Sheet discharge variations

WG2

Wintergarten 1 & 2

15

Overview

Overview

16

2.1

C isotopes in RECOM

17

2.1

Si isotopes and Fe in RECOM

18

2.1

Glacial modelling with HAMOCC

19

2.1

Marine carbon cycle: C isotopes and sediments

20

2.1

Optimality-Based Plankton in an Earth System Model

21

2.1/2.2

Glacial carbon cycles in CLIMBER-2

22

2.2

A biome-based method for harmonizing simulated PFT distributions

23

2.2

Weathering fluxes

24

2.3

CH₄ modelling in JSBACH

25

2.3

CH₄ modelling in LPJ

26

2.4

Dust modelling in COSMO

27

2.4

Dust modelling in CESM

WG3

Foyer

28

Overview

Synthesis and analysis of proxy data to facilitate data-model comparison over the last glacial cycle

29

3.1

PaleoView: A synthesis toolbox for marine proxy data

30

3.1

Estimating proxy uncertainty

31

3.1

Spatio Temporal Reconstructions

32

3.2

Marine paleoclimate data synthesis

33

3.2

Synchronization of terrestrial proxy records

34

3.2

Compilation of greenhouse gas Data (CO₂, CH₄, N₂O)

35

3.3

Implementation of water isotopes in paleoclimate models

36

3.3

Paleo-data assimilation and state estimation

WG4

Foyer

37

Overview

Optimization of Quality and Performance.

38

4.1

OceanDSL - Sustainable Ocean Modelling and Simulation

39

4.1

Metos3D-HAMOCC - Modelling particle ballasting

40

4.1

Nonparametric density estimates of annual nitrate, oxygen, and phosphate concentrations for selected global open-ocean biomes

41

4.1

Uncertainties in parameter estimates in state-of-the-art marine biogeochemical models

42

4.2

FPGA implementation of coupling matrix

43

4.2

Dynamic Hydrological Discharge Modelling for PalMod MPI-ESM Runs

44

4.2

Ocean modelling with varying topographic boundaries using MPI-OM and POP

45

4.3

Parareal with Multi-Grid and Model Order Reduction

46

4.3

Multi-grid In-Time Parallelisation for Shallow Water Equations

47

4.3

Idea and application of the parareal method for climate models

48

4.4.

Porting ECHAM6 to GPU - Experiences

49

4.4

An adaptive mass conservative multi-tracer efficient semi-Lagrangian advection scheme

Coordination

Foyer

50

PalMod organisation chart