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Ship tracks
Marine Cloud Brightening
Studying Geoengineering with Natural and Anthropogenic Analogs
Automated Underway Oceanic and Atmospheric Measurements from Ships
The Monterey Area Ship Track Experiment
Experimental Studies on Particle Emissions from Cruising Ship, Their Characteristic Properties, Transformation and Atmospheric Lifetime in the Marine Boundary Layer
Observations of Ship Tracks from Ship-Based Platforms
Contrails, Contrail Cirrus, and Ship Tracks
Marine Cloud Brightening
Process-Modeling Study of Ship Tracks and Marine Cloud Brightening
Real-Case Simulations of Aerosol–Cloud Interactions in Ship Tracks Over the Bay of Biscay
Combustion Organic Aerosol As Cloud Condensation Nuclei in Ship Tracks Lynn M
The Appearance and Disappearance of Ship Tracks on Large Spatial Scales
How Well Do Large‐Eddy Simulations and Global Climate Models
Switching Cloud Cover and Dynamical Regimes from Open to Closed Benard Cells in Response to the Suppression of Precipitation by Aerosols
Geoengineering: Parts I, Ii, and Iii
Comparing Ship-Track Droplet Sizes Inferred from Terra and Aqua MODIS Data
“Solar” Geoengineering: What Is It? What Role Might It Play in an Overall Climate Strategy?
Weak Average Liquid-Cloud-Water Response to Anthropogenic Aerosols
Top View
Assessing the Potential Efficacy of Marine Cloud Brightening for Cooling Earth Using a Simple Heuristic Model
Ship-Track-Based Assessments Overestimate the Cooling Effect of Anthropogenic Aerosol Arxiv:2005.14159V1 [Physics.Ao-Ph] 28 Ma
Volcano and Ship Tracks Indicate Excessive Aerosol-Induced Cloud Water Increases in a Climate Model
Automatic Detection of Ship Tracks in ATSR-2 Satellite Imagery
Fossil Knowledge Shipping Forecast Is Partly Cloudy
Detecting Anthropogenic Cloud Perturbations with Deep Learning
Annual, Seasonal, and Interannual Variability of Air–Sea Heat Fluxes in the Indian Ocean
Aerosol Indirect Effects from Shipping Emissions: Sensitivity Studies with the Global Aerosol-Climate Model ECHAM-HAM
Modeling the Chemical Effects of Ship Exhaust in the Cloud-Free Marine Boundary Layer
Marine Cloud Brightening
Stratocumulus Clouds
Atmospheric Research 2019 Technical Highlights
2. OBSERVATIONS During the FIRE Study of Marine Stratus Off the Coast of California in the Summer of 1987
Analysis of Ship Tracks in Cloudiness Transition Regions
ATMS 321 Human-‐Induced Global Warming Chapter 12
Emissions from Ships with Respect to Their Effects on Clouds
Cloud Condensation Nuclei and Ship Tracks
High Resolution (375 M) Cloud Microstructure As Seen from the NPP/VIIRS Satellite Imager D
Assessing the Implications of Large-Scale Climate Intervention
Ship Track Characteristics Derived from Geostationary Satellite Observations on the West Coast of Southern Africa
Occurrence of Lower Cloud Albedo in Ship Tracks
Aerosol-Cloud-Interactions Jim Haywood Are Aerosol Second Indirect Effects Important in Climate and NWP?
Emissions of International Shipping As Seen by Satellites
Single Particle Analysis of Aerosols
Eyring Ae10.Pdf
Impact of Aerosols on the Hydrological Cycle
Ship Track Simulations Over the Bay of Biscay
Emissions from Ships with Respect to Their Effects on Clouds
Limits to the Aerosol Indirect Radiative Effect Derived from Observations of Ship Tracks
Microphysical and Macrophysical Responses of Marine Stratocumulus Polluted by Underlying Ships: Evidence of Cloud Deepening Matthew W
Marine Cloud Brightening: Regional Applications
Occurrence of Lower Cloud Albedo in Ship Tracks
Airship Measurements of Ship's Exhaust Plumes and Their Effect on Marine Boundary Layer Clouds
Observing the Timescales of Aerosol-Cloud Interactions in Snapshot Satellite Images Edward Gryspeerdt1, Tom Goren2, and Tristan W
Large Eddy Simulation of Ship Tracks in the Collapsed Marine Boundary Layer: a Case Study from the Monterey Area Ship Track Experiment