Embedded Files
This page lists some of my scientific visualization projects
This page lists some of my scientific visualization projects
Stuff that I use for scientific/data visualization:
Microsoft PowerPoint
Google Sketchup
LES modeled ozone (curtains and cross sections) in a large, optically dense wildfire plume. Animation created using plotly for python.
This animation demonstrates the impact of wind shear on the transport and dispersion of wildfire plume. With higher plume injection (Left), the plume is injected into higher level (above the planetary boundary layer in this case), and the horizontal transport is more affected by wind at higher altitude. With low injection (Right), however, the plume is well-mixed throughout the boundary layer, with elevated surface smoke concentrations. The horizontal transport is also more affected by wind at lower altitude. Animation created using python.
musica_esmf_terrain_anim.mp43-D rendering of CO (red) and isoprene (green). Created using 3-hour outputs of NCAR MUSICA, which is a global chemistry-climate model with regional refinement capability (data courtesy of Dr. Wenfu Tang). The pulses of high levels of CO are due to wildland fired; the intrusion of lofted CO plumes is due to long-term transport from the Siberian wildland fires. Animation created using NCAR VAPOR on NCAR's Cheyenne supercomputer. Surface map: NASA Blue Marble.
HOx_fire.mp43-D rendering of wildland fire smoke, and light blue represents HOx radicals. Created using the high-resolution WRF-LES model coupled with chemistry. Heat and chemicals are injected into the lowest model layer, and the heat release leads to the plume rise. Animation created using NCAR VAPOR on NCAR's Cheyenne supercomputer.
DispersionOfOASISSFullDemo_v0.mp4(Left) surface seawater concentration field; (middle) modeled surface atmospheric concentration; (right) modeled ocean-air fluxes. See link for details.
Tomo_O3_NO2_wilogo.mp4Surface O3 (white) and NO2 (orange). Created using 6-hour outputs of NCAR CAM-chem half-degree run (data courtesy of Dr. Louisa Emmons). CAM-chem is a global chemistry-climate model.
3-D rendering of black carbon, isoprene, and clouds over complex terrain. Created using WRF-Chem (about 4 km horizontal resolution) and NCAR VAPOR on NCAR's Cheyenne supercomputer.
I always admire the NASA folks who can plot multiple GEOS aerosol components on the same plot without making a mess. After many desperate attempts, I'm getting hold of it. Here we have dust (brown-ish), sea salt (blue/white), carbon (green) and sulfate (purple) on top of BlueMarble. Created using python matplotlib.
A schematic diagram made using PPT.
Illustration made using PPT, demonstrating the unique environmental conditions in the Polar regions associated with snow and ice
2d_univ_trim_txt.mp4A very simple solar system emulator I built using Igor Pro. Look Halley's tail is pointing away from the sun!
2D Multi Axis Differential Optical Absorption Spectroscopy (MAX-DOAS). Created using Google Sketchup for a friend of mine.
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