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2020•Unpublished venueOpen access

Response to Reviewer #1

Chris Smith

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Abstract

The paper presents a comprehensive analysis of the diagnosed values of effective radiative forcing (ERF) for the CMIP6 models, and breaks down the contributions of this forcing from greenhouse gases, aerosols, and land-use.The use of ERF has continued to grow and it is now at least as widely-used, if not more so, than traditional metrics of forcing such as instantaneous forcing or stratospheric-adjusted forcing.It is an important paper for benchmarking the performance of CMIP6 models, and its findings will hopefully be used in upcoming assessment reports.That being said, there C1

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The paper presents a comprehensive analysis of the diagnosed values of effective radiative forcing (ERF) for the CMIP6 models, and breaks down the contributions of this forcing from greenhouse gases, aerosols, and land-use.The use of ERF has continued to grow and it is now at least as widely-used, if not more so, than traditional metrics of forcing such as instantaneous forcing or stratospheric-adjusted forcing.It is an important paper for benchmarking the performance of CMIP6 models, and its findings will hopefully be used in upcoming assessment reports.That being said, there C1

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Available abstract

The paper presents a comprehensive analysis of the diagnosed values of effective radiative forcing (ERF) for the CMIP6 models, and breaks down the contributions of this forcing from greenhouse gases, aerosols, and land-use.The use of ERF has continued to grow and it is now at least as widely-used, if not more so, than traditional metrics of forcing such as instantaneous forcing or stratospheric-adjusted forcing.It is an important paper for benchmarking the performance of CMIP6 models, and its findings will hopefully be used in upcoming assessment reports.That being said, there C1

Key concepts: Forcing (mathematics), Radiative forcing, Benchmarking, Greenhouse gas, Climatology, Environmental science, Cloud forcing, Meteorology

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