Natural History Photographer & Digital Geoscientist

Witnessing the
Unfolding Story of
Our Blue Planet

I photograph Earth as a living system — geology, ocean, and atmosphere shaped by deep time, moving water, and shifting air — and place the night sky as part of that same story.

Credential Ph.D. Earth & Atmospheric Sciences (Digital Geoscience)
Position Gyeonggi Science High School for the Gifted
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A Bridge Between Deep Time
and Digital Innovation

“I don’t just see landscapes; I see the interplay of tectonic forces, atmospheric rhythms, and the profound silence of deep time.”

My journey began with a fascination for the Earth’s 4.6 billion-year narrative. As a scientist with a Ph.D. in Earth & Atmospheric Sciences (Digital Geoscience), my photography is an extension of scientific inquiry — capturing the living system of Earth from the smallest ripple mark to the vastness of the universe.

As an educator at Gyeonggi Science High School for the Gifted, I am dedicated to nurturing the next generation of scientists, providing them with both conceptual and digital tools to explore the Earth system with rigor and creativity.

Discipline
Digital Geosciences
Specialization
Remote Sensing & Geospatial Sciences
Education
Gyeonggi Science High School for the Gifted
Art
Natural History Photography

Natural History Through
a Planetary Lens

I photograph Earth as a living system — geology, ocean, and atmosphere shaped by deep time, moving water, and shifting air — and I include the night sky as part of that same story, the stage on which Earth formed and history unfolded.

I place images in context with deep time and dynamic Earth processes, from faulted cliffs and ripple marks to storms, swells, and seasonal rhythms. The galleries move from detail to panorama, often paired with field notes and maps.

View Photography Portfolio

From the Milky Way over Shafer Canyon to Banded Iron Formations at Karijini — each frame reads the planet’s deep history.

Where Earth Science Meets
Digital Innovation

Digital Geoscience applies digital technologies and data science to acquire, process, analyze, and visualize Earth-science data. It spans remote sensing, GIS, photogrammetry, and 3D workflows — including environmental/object modeling, game-engine development, and virtual, augmented, and mixed reality.

01
Remote Sensing
Observation and analysis of land surface, water bodies, and ecosystems through satellite and aerial remote sensing technologies.
02
Geovisualization
Advanced visualization combining remote sensing, photogrammetry, GIS, and 3D tools to transform raw Earth data into immersive environments.
03
Interactive Simulations
Web-based platforms like Science Canvas that allow students to manipulate variables of Earth and Space Science systems in real-time.
04
Virtual Geology Experiences
Active learning through virtual field trips and the Virtual Geoscience Library (VirGL), bringing geological wonders into the classroom.

Earth System & Space Science

푸른행성의 과학

Science of the Blue Planet

Linking geology, ocean, atmosphere, and astronomy into one Earth-wide narrative. Photo-led posts with brief field notes place each scene in deep time and dynamic planetary processes. Korean-language; organized for learning with articles, photos, Q&A, and teaching resources.

Geology Oceanography Astronomy Atmosphere Korean
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