the met office unified model global atmosphere 6.0/6.1 and jules global land 6.0/6.1 configurations
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2017
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Abstract
We describe Global Atmosphere 6.0 and Global Land 6.0 (GA6.0/GL6.0): the latest science
configurations of the Met Office Unified Model and JULES (Joint UK
Land Environment Simulator) land surface model
developed for use across all timescales. Global Atmosphere 6.0 includes the
ENDGame (Even Newer Dynamics for General atmospheric modelling of the environment) dynamical core, which significantly increases mid-latitude
variability improving a known model bias. Alongside developments of the
model's physical parametrisations, ENDGame also increases variability in the
tropics, which leads to an improved representation of tropical cyclones and
other tropical phenomena. Further developments of the atmospheric and land
surface parametrisations improve other aspects of model performance,
including the forecasting of surface weather phenomena.
We also describe GA6.1/GL6.1, which includes a small number of long-standing differences from our main trunk configurations that we continue to require for operational global weather prediction.
Since July 2014, GA6.1/GL6.1 has been used by the Met Office for operational global numerical weather prediction, whilst GA6.0/GL6.0 was implemented in its remaining global prediction systems over the following year.
We also describe GA6.1/GL6.1, which includes a small number of long-standing differences from our main trunk configurations that we continue to require for operational global weather prediction.
Since July 2014, GA6.1/GL6.1 has been used by the Met Office for operational global numerical weather prediction, whilst GA6.0/GL6.0 was implemented in its remaining global prediction systems over the following year.
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| Authors | ;D. Walters;I. Boutle;M. Brooks;T. Melvin;R. Stratton;S. Vosper;H. Wells;K. Williams;N. Wood;T. Allen;A. Bushell;D. Copsey;P. Earnshaw;J. Edwards;M. Gross;S. Hardiman;C. Harris;J. Heming;N. Klingaman;R. Levine;J. Manners;G. Martin;S. Milton;M. Mittermaier;C. Morcrette;T. Riddick;M. Roberts;C. Sanchez;P. Selwood;A. Stirling;C. Smith;D. Suri;W. Tennant;P. L. Vidale;J. Wilkinson;M. Willett;S. Woolnough;P. Xavier |
| Journal | international journal of quantum chemistry |
| Year | 2017 |
| DOI |
10.5194/gmd-10-1487-2017
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| URL | |
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