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aerocom:phase3-experiments [2020-05-18 09:28:51] duncan.watson-parris@physics.ox.ac.uk [Baseline Aircraft experiment] |
aerocom:phase3-experiments [2022-05-31 09:29:31] (current) |
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+ | ATTENTION - THIS WIKI PAGE IS NO LONGER UPDATED - PLEASE GO TO [[http:// | ||
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====== AeroCom phase III experiments ====== | ====== AeroCom phase III experiments ====== | ||
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ncl: [[https:// | ncl: [[https:// | ||
+ | ===== Historical experiment ===== | ||
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+ | The main aim of the historical experiment is to understand regional trends in aerosol distribution from 1850 to 2015 and make an AeroCom reference aerosol distribution dataset (1850-2015). This experiment will also quantify the aerosol impact on TOA and surface forcing with a main emphasis on the direct aerosol effect. We underscore that the CMIP6 CEDS emissions must be used for the historical simulations. Simulations can either be performed with fixed sea-surface temperature (SSTs), historically evolving SSTs or fixed meteorology for one year. We encourage radiative forcing simulations, | ||
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+ | Contact: Gunnar Myhre gunnar.myhre@cicero.oslo.no | ||
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+ | Status: Diagnostics and new instructions (new filenames) are given in the new excel sheet. Taking submission. | ||
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+ | Submission deadline: 01 June 2019 | ||
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+ | Timeline: Initial analysis of trends in aerosols distribution and radiative forcing ready by next AeroCom workshop in September 2019. Paper to be submitted by December 2019 (IPCC deadline). | ||
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+ | Column with diagnostic requests in excel sheet: HIST | ||
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+ | Document(s) with more info: | ||
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- | ===== Historical experiment ===== | ||
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- | The main aim of the historical experiment is to understand regional trends in aerosol distribution from 1850 to 2015 and make an AeroCom reference aerosol distribution dataset (1850-2015). This experiment will also quantify the aerosol impact on TOA and surface forcing with a main emphasis on the direct aerosol effect. We underscore that the CMIP6 CEDS emissions must be used for the historical simulations. Simulations can either be performed with fixed sea-surface temperature (SSTs), historically evolving SSTs or fixed meteorology for one year. We encourage radiative forcing simulations, | ||
- | |||
- | Contact: Gunnar Myhre gunnar.myhre@cicero.oslo.no | ||
- | |||
- | Status: Diagnostics and new instructions (new filenames) are given in the new excel sheet. Taking submission. | ||
- | |||
- | Submission deadline: 01 June 2019 | ||
- | |||
- | Timeline: Initial analysis of trends in aerosols distribution and radiative forcing ready by next AeroCom workshop in September 2019. Paper to be submitted by December 2019 (IPCC deadline). | ||
- | |||
- | Column with diagnostic requests in excel sheet: HIST | ||
- | |||
- | Document(s) with more info: | ||
===== Trans-Atlantic Dust Deposition (TADD) analysis ===== | ===== Trans-Atlantic Dust Deposition (TADD) analysis ===== | ||
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===== Aerosol GCM Trajectory Experiment (GCMTraj) ===== | ===== Aerosol GCM Trajectory Experiment (GCMTraj) ===== | ||
- | This experiment aims to perform a multi-model evaluation against reanalysis meteorological fields combined with ground-based observations of aerosol properties in a trajectory-based Lagrangian framework. | + | This experiment aims to perform a multi-model evaluation against reanalysis meteorological fields combined with ground-based observations of aerosol properties in a trajectory-based Lagrangian framework. |
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+ | **Ongoing analysis**: A report summarising the results from the development phase of the experiment can be found [[https:// | ||
**Contact**: | **Contact**: | ||
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**Column with diagnostic requests in excel sheet**: TRAJ | **Column with diagnostic requests in excel sheet**: TRAJ | ||
- | **Document(s) with more info**: All relevant documentation can be found [[https:// | + | **Experiment description**: |
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+ | **Document(s) with more info**: All relevant documentation | ||
- | Last update: | + | Last update: |