Ship tracks
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- 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