RP
Member Since 1993
Robert Pincus
Lamont Research Professor, Lamont Doherty Earth Observatory
AGU Research
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Understanding Controls on the Atmospheric Methane Sink: Towards Synergistic Climate-Air Quality Solutions
METHANE MITIGATION: NOVEL APPROACHES TO REDUCE METHANE EMISSIONS AND REMOVE ATMOSPHERIC METHANE POSTER
global environmental change | 13 december 2024
Arlene M. Fiore, Qindan Zhu, Nicole Neumann, Rober...
The dominant sink for methane, reaction with the hydroxyl radical (OH), is highly sensitive to temperature, restricting a major portion of the atmosph...
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Biogenic Emissions Modulate the Tropospheric Hydroxyl Radical (OH) Response to Climate Warming
TERRESTRIAL BIOSPHERE-ATMOSPHERE INTERACTIONS AND ATMOSPHERIC CHEMISTRY POSTER
atmospheric sciences | 13 december 2024
Qindan Zhu, Nicole Neumann, Arlene M. Fiore, Rober...
The hydroxyl radical (OH) sets the oxidative capacity of the atmosphere and determines the lifetime of reactive greenhouse gases such as methane (CH4)...
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A Simple Analytical Model for Instantaneous Radiative Forcing by Optically-Thin Gases
THE SPECTRAL DIMENSION OF SHORTWAVE AND LONGWAVE RADIATION IN THE EARTH SYSTEM I ORAL
atmospheric sciences | 12 december 2024
Paulina Czarnecki, Robert Pincus, Lorenzo M. Polva...
Simple analytical models for radiative forcing by carbon dioxide (eg., those developed recently by Jeevanjee et al., 2021, and Wilson and Gea-Banacloc...
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Climate sensitivity and cloud feedback dependence on scale and strength of mean-state Walker circulation
CLIMATE SENSITIVITY AND FEEDBACKS: ADVANCES AND NEW PARADIGMS II POSTER
atmospheric sciences | 12 december 2024
Clare E. Singer, Jian Guan, Nicole Neumann, Patric...
Idealized models have been used with resounding success to understand robust physics of the climate. A traditional aquaplanet with zonally symmetric s...
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Constraining Low-Level Cloud Feedback and Cloud Dependency to Environmental Factors in CMIP Models
BOUNDARY LAYER CLOUDS AND CLIMATE CHANGE II ORAL
atmospheric sciences | 11 december 2024
Assia Arouf, Grégory Cesana, Juliet Pilewskie, And...
Clouds largely affect our climate through their radiative effects in the SW and the LW. As the climate warms, cloud radiative properties evolve and ma...
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Interpretable Machine Learning-based Radiation Emulation for ICON
ARTIFICIAL INTELLIGENCE AND MACHINE LEARNING FOR ADVANCING EARTH SYSTEM MODELING, DATA STORAGE, AND PROCESSING III ELIGHTNING
informatics | 10 december 2024
Katharina Hafner, Fernando Iglesias-Suarez, Sara S...
Earth system models (ESMs) are essential to understand and project climate change. ESMs typically run for decades on coarse horizontal scales in the o...
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Trends in hemispheric albedo symmetry: brightening of Southern Ocean clear-sky reflection driven by aerosol
HEMISPHERIC (A)SYMMETRIES IN EARTH’S CLIMATE POSTER
global environmental change | 09 december 2024
Clare E. Singer, Robert Pincus, Yi Ming
The observation of Earths hemispheric albedo symmetry is both surprising and surprisingly robust. As measured by CERES, the symmetry is within ~0.1 W/...
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A More Transparent Infrared Window
JOURNAL OF GEOPHYSICAL RESEARCH: ATMOSPHERES
18 november 2024
Eli J. Mlawer, Jeana Mascio, David D. Turner, Vivi...
The infrared window region (780–1,250 cm−1, 12.8 to 8.0 μm) is of great importance to Earth's climate due to its high transparency and thermal energy....
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