.. _key-references:

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Key references
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:cite:t:`Bey_et_al._2001` is the first reference to GEOS-Chem that includes a
detailed model description.  It is suitable as an original reference for the model. It only describes a model for gas-phase tropospheric oxidant chemistry. Subsequent original references for major additional model features are:

#. :cite:t:`Park_et_al._2004` for aerosol chemistry;
#. :cite:t:`Wang_et_al._2004` for the nested model;
#. :cite:t:`Henze_et_al._2007` for the model adjoint;
#. :cite:t:`Selin_et_al._2007` for the mercury simulation;
#. :cite:t:`Trivitayanurak_et_al._2008` for TOMAS aerosol microphysics;
#. :cite:t:`Yu_and_Luo_2009` for APM aerosol microphysics;
#. :cite:t:`Eastham_et_al._2014` and for stratospheric chemistry;
#. :cite:t:`Keller_et_al._2014` and :cite:t:`Lin_et_al._2021` for HEMCO;
#. :cite:t:`Long_et_al._2015` for the grid-independent GEOS-Chem;
#. :cite:t:`Prather_2015` for Cloud-J;
#. :cite:t:`Eastham_et_al._2018` for the high-performance GEOS-Chem (GCHP);
#. :cite:t:`Hu_et_al._2018` for GEOS-Chem within the GEOS ESM (GEOS-GC);
#. :cite:t:`Lin_et_al._2020` for GEOS-Chem within WRF (WRF-GC);
#. :cite:t:`Zhuang_et_al._2019` and :cite:t:`Zhuang_et_al._2020` for
   implementations of GEOS-Chem Classic and GCHP on the cloud;
#. :cite:t:`Bindle_et_al._2021` for the stretched-grid capability in GCHP;
#. :cite:t:`Murray_et_al._2021` for GEOS-Chem driven by GISS GCM
   fields (GCAP 2.0);
#. :cite:t:`Bukosa_et_al._2023` for the carbon simulation;
#. :cite:t:`Lin_et_al._2023` for KPP 3.0.0 with adaptive auto-reduction solver;
#. :cite:t:`Miller_et_al._2024` for HETerogeneous vectorized or
   Parallel (HETPv1.0).

=====================
Complete bibliography
=====================

.. bibliography::