Posters Layout

Posters Layout for the 2017 ACME All-Hands meeting

Poster Numbers

• #A01 Cloud analysis using COSP
• #A02 CAPT simulations with ACME v1 CONUS RRM grid
• #A03 Convective gustiness and tropical precipitation biases
• #A04 Dust Aerosols in ACME and Sensitivity to Model Resolution
• #A05 High Resolution Modeling and Measurements in the Arctic
• #A06 Light-absorbing particles in snow and ice
• #A07 Parametric sensitivity and tuning for ACME-V1 atmosphere model based on short PPE simulations
• #A08 Regionally Refined ACME v1 model over the Contiguous United States
• #A09 The ACME spectral finite element non-hydrostatic dynamical core
• #A10 The path to a well-tuned high-resolution ACME V1 atmosphere model and initial results
• #A11 Soluble iron model development within the ACME
• #A12 How can we make model tuning less laborious and more transparent?
• #A13 Advances in the application of parallel split physics and dynamics
• #A14 Impact of physics parameterization ordering in a global atmosphere model
• #A15 Improving Radiative Transfer Efficiency and Coupling in ACME
• #C01 ACME Priority Metrics: A-PRIME
• #C02 ENSO in ACME coupled runs
• #C03 Fully Coupled High-Resolution ACME V0.1 Approximate Present Day Transients
• #C04 Solar-J: Improved Solar-Heating
• #C05 Sea Ice Trends in Fully Coupled High-Resolution ACME V0.1
• #L01 Soil-Plant-Atmosphere Continuum model for ALM
• #L02 Development and testing of ALMv1-ECA-CNP
• #L03 Evaluation of two decomposition schemes in ALM
• #L04 System Engineering for ALM
• #L05 Exploring the Capability of Topography-based Subgrid Structures
• #L06 Forward and Inverse Uncertainty Quantification for ALM Single Point Model
• #L07 Global LCLUC drivers
• #L08 Vegetation dynamics under water stress
• #L09 Evaluating CMIP5 and CMIP6 land use forcings for ACME v1
• #L10 Integrating the Functionally Assembled Terrestrial Ecosystem Simulator (FATES) into the Accelerated Climate Model for Energy (ACME)
• #L11 Migrating PFLOTRAN into ACME Land Model
• #L12 MOSART-BGC in ACME
• #L13 Overviews of the NGEE-Tropics Project and FATES, a Demographic Vegetation Model for the ACME ESM
• #L14 Productivity and biomass in Amazon forests using ACME land model
• #L15 Runoff partitioning and its impact on water and energy budgets in the ACME land model
• #L16 Soil BGC Scaling
• #L17 ACME-FATES: dynamic vegetation and demography
• #L18 Experimental evidence supports Relative Demand hypothesis
• #L19 Global terrestrial nutrient uptake
• #L20 Implementing variable soil thickness in ALM
• #O01 A Biogeochemical Modeling Studying on San Francisco Bay
• #O02 CICE Consortium
• #O03 Evaluation of small-scale, nonlinear physical processes in climate simulations
• #O04 Exponential time differencing and parallel implementation
• #O05 Fast CVT grid generation for ocean modeling
• #O06 Nearshore component of MPAS-O
• #O07 Ocean/Ice BGC in ACME
• #O08 SeaIceBGC
• #O09 Variable stoichiometry ocean bgc
• #P01 Task Legions and the Coupled System
• #S01 Climate-reproducibility testing with EVE
• #W01 ACME Ensemble Results Explanation and Reproducibility with ProvEn
• #W02 Automated Post Processing
• #W03 Continuous Integration via Github
• #W04 Parallel Tools to Generate, Regrid, and Split Climate Data
• #W05 The New ACME Diagnostics Package
• #W06 Workflow Integrations of the International Land Model Benchmarking (ILAMB) with ACME Land Model (ALM)
• #X01 C++/Kokkos Refactor of HOMME
• #X02 Implementation of a Quasi-3D MMF to ACME
• #X03 Improving coupling workflow in ACME through a common infrastructure
• #X04 Exploring an Ensemble-Based Approach to Atmospheric Climate Modeling and Testing at Scale
• Best Poster Count
• Posters Layout