(PDF) Top&ndash;down Estimates of Black Carbon

Top&ndash;down Estimates of Black Carbon Emissions at High Latitudes Using an Atmospheric Transport Model and a Bayesian Inversion Framework

doi 10.5194/acp-2018-643

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July 23, 2018

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Copernicus GmbH

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Top&amp;ndash;down Estimates of Black Carbon Emissions at High Latitudes Using an Atmospheric Transport Model and a Bayesian Inversion Framework

doi 10.5194/acp-2018-643

Full Text

Abstract

Date

Authors

Publisher

Related search

Top&amp;#8211;down Estimates of Black Carbon Emissions at High Latitudes Using an Atmospheric Transport Model and a Bayesian Inversion Framework

Estimates of European Emissions of Methyl Chloroform Using a Bayesian Inversion Method

Atmospheric Observation-Based Global SF6 Emissions – Comparison of Top-Down and Bottom-Up Estimates

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Mapping Pan-Arctic Methane Emissions at High Spatial Resolution Using an Adjoint Atmospheric Transport and Inversion Method and Process-Based Wetland and Lake Biogeochemical Models

Agricultural Ammonia Emissions in China: Reconciling Bottom-Up and Top-Down Estimates

Upper-Atmospheric Sodium and Stratospheric Warmings at High Latitudes

Testing for Convergence in Carbon Dioxide Emissions Using a Bayesian Robust Structural Model

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Top–down Estimates of Black Carbon Emissions at High Latitudes Using an Atmospheric Transport Model and a Bayesian Inversion Framework

Top–down Estimates of Black Carbon Emissions at High Latitudes Using an Atmospheric Transport Model and a Bayesian Inversion Framework