Philip Stier: Publications

Assessing cloud sensitivity to shipping aerosol across large emissions ranges

Copernicus Publications (2023)

Authors:

Peter Manshausen, Duncan Watson-Parris, Matthew W Christensen, Jukka-Pekka Jalkanen, Philip Stier

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Controls of cloud radiative effects: a data-driven observation-based quantification

Copernicus Publications (2023)

Authors:

Hendrik Andersen, Jan Cermak, Alyson Douglas, Philip Stier, Casey Wall

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Idealised studies of aerosol effects on precipitation – from aqua-planets to global km-scale models

Copernicus Publications (2023)

Authors:

Philip Stier, Andrew Williams, Ross Herbert, Philipp Weiss, Guy Dagan, Duncan Watson-Parris

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Invertible neural networks for satellite retrievals of aerosol optical depth

Copernicus Publications (2023)

Authors:

Paolo Pelucchi, Jorge Vicent, J Emmanuel Johnson, Philip Stier, Gustau Camps-Valls

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The Diurnal Cycle of the Cloud Radiative Effect of Deep Convective Clouds over Africa from a Lagrangian Perspective

Copernicus Publications (2023)

Authors:

William Jones, Martin Stengel, Philip Stier

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Philip Stier

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Assessing cloud sensitivity to shipping aerosol across large emissions ranges

Authors:

Controls of cloud radiative effects: a data-driven observation-based quantification

Authors:

Idealised studies of aerosol effects on precipitation – from aqua-planets to global km-scale models

Authors:

Invertible neural networks for satellite retrievals of aerosol optical depth

Authors:

The Diurnal Cycle of the Cloud Radiative Effect of Deep Convective Clouds over Africa from a Lagrangian Perspective

Authors:

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Philip Stier

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Assessing cloud sensitivity to shipping aerosol across large emissions ranges

Authors:

Controls of cloud radiative effects: a data-driven observation-based quantification

Authors:

Idealised studies of aerosol effects on precipitation – from aqua-planets to global km-scale models

Authors:

Invertible neural networks for satellite retrievals of aerosol optical depth

Authors:

The Diurnal Cycle of the Cloud Radiative Effect of Deep Convective Clouds over Africa from a Lagrangian Perspective

Authors: