University of Washington, Department of Astronomy
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Affiliated Works
sorted by decreasing year, and then by display-name
- Aeolian Processes and Long Period Climate Change on Mars
- Radiative Hydrodynamic Models of Solar White Light Flares
- Can Habitable Terrestrial Planets Co-exist With Hot Jupiters?
- Modeling the Rise of Atmospheric Oxygen
- Repeated Carbon-Cycle Disturbances at the Permian-Triassic Boundary Separate two Mass Extinctions
- Is the Bipolar Planetary-Nebula M2-9 Formed by Self-Consistent Magnetic Confinement?
- Analysis of solid samples from the Kuiper Belt
- Have We Seen Comet Wild 2 Samples Before?
- Infrared Spectroscopy of Comet Wild-2 Samples Returned by the Stardust Mission.
- Stardust (Comet) Samples and the Meteorite Record
- A Very Weakly Reducing Atmosphere Prior to the Rise in Atmospheric Oxygen
- Modeling Hydrocarbons in the Atmosphere of Neptune and Comparison with Spitzer Observations
- Comparative Planetology and the Search for Habitable Extrasolar Planets
- Atmospheric Chemistry on Planets in the Habitable Zone of F, G, K and M Main Sequence Stars (Invited)
- Dynamical stability of terrestrial mass planets in and around the habitable zones of single planet systems
- Modeling rainout on ancient Mars as a function of atmospheric forcings
- The Role of Planetary System Architecture in Planetary Habitability
- Engage: The Science Speaker Series - A novel approach to improving science outreach and communication
- Once in a Pale Blue Dot: Simulated Observations of an Extrasolar Earth-Moon System
- The Effect of Temperature on Fatty Acid Vesicle Formation in Simulated Deep-ocean Conditions
- Transport limitation of the silicate weathering negative feedback on global temperature: implications for the Neoproterozoic glaciations
- A "0.1 bar Tropopause Law" in Thick Atmospheres of Planets and Large Moons: Its Identification, Explanation, and Use in Determining Exoplanet Habitability
- An Analytic Radiative-Convective Model for Planetary Atmospheres
- Ring Laser Observations Near Christchurch, New Zealand, of Rotational Ground Motions Induced by Teleseismic and Regional Earthquakes
- The Evolution of Solar Flux: Quantitative Estimates for Planetary Studies
- A ~0.1 bar Rule for Tropopause Temperature Minima in Thick Atmospheres of Planets and Large Moons
- Divergent evolution of Earth and Venus: Influence of degassing, tectonics, and magnetic fields (Invited)
- Earth Through Time as an Exoplanet: Lessons for Exoplanet Astrobiology (Invited)
- Exploring Earth as an Exoplanet (Invited)
- Superchrons and Reversal Behavior from Phanerozoic and Precambrian Polarity Ratios (Invited)
- Formation and Evolution of the Atmosphere on Early Titan
- NOx in the Atmosphere of Early Earth as Electron Acceptors for Life
- Transient Go: A Mobile App for Transient Astronomy Outreach
- Assessing Exoplanet Habitability: Synergies between Earth, Solar System and Exoplanet Science.
- Comparisons of polarised light signatures from terrestrial planets
- Detecting Oceans on Exoplanets with Next-Generation Telescopes
- Evolved Climates and Observational Discriminants for the TRAPPIST-1 Planetary System
- The Impact Of Planetary Rotation Rate On The Reflectance Spectrum Of Terrestrial Exoplanets Around Sun-like Stars
- VPLanet: A Simple Model for Planetary System Evolution
- Diversity of Habitable Climatology of Land Exoplanets in a ROCKE-3D GCM Perturbed Parameter Ensemble
- Learning from the past: what paleo ice extents can tell us about the future
- Nitrogen Fixation at Early Mars
- SunPy v1.0, the community-developed, free and open-source solar data analysis environment for Python.
- Delayed Water Outgassing May Enable Planetary Habitability After an M Dwarf's Pre-Main Sequence Phase
- HydroSphere: an open source code to model the structure and thermodynamic equilibria of water dominated planetary shells.
- Nitrogen Fixation at Early Mars
- SunPy 2.0: the community-developed open-source solar data analysis environment for Python
- The Viral Elevator: Modeling Virus and Bacteria Populations in Europa's Icy Ocean