Pascal Lee: testing Mars exploration in Earth’s Arctic
Pascal Lee directs the Haughton-Mars Project, one of the longest-running Mars analog field programs. His work connects planetary geology, human operations, vehicles, suits and field science in isolated environments.
PeriodSETI Institute / Mars Institute / NASA Ames
RoleDirector of the Haughton-Mars Project
Mars connectionArctic analogs and human exploration
Key pointTesting procedures and technologies before Mars
Direct answer
Pascal Lee is a planetary scientist with the SETI Institute and Mars Institute, associated with NASA Ames, and director of the NASA Haughton-Mars Project. On Devon Island in the Canadian Arctic, his teams use an impact crater and polar desert as a field analog for Moon and Mars exploration.
An analog is not a copy of Mars. Its value is operational: teams can test mobility, communications, robotics, field geology and procedures under real isolation and logistical constraints.
Essential timeline
PeriodHaughton-Mars Project
MarsArctic analogs and human exploration
LegacyTesting procedures and technologies before Mars
From planetary science to extreme fieldwork
Lee’s background in geology, geophysics and space science led to work on the Moon, Mars and future human exploration. He combines remote sensing and geomorphology with field operations.
Rather than treating human exploration as a paper exercise, he places teams in environments where weather, distance and logistics create real operational consequences.
Haughton: an impact crater as a laboratory
Haughton Crater on Devon Island lies in a polar desert. Researchers can study impact geology while operating in a cold, dry and isolated region with little infrastructure.
Over many years the Haughton-Mars Project became a platform for science, vehicles, habitats, communications and operational studies.
What an analog can test—and what it cannot
An Earth analog can reproduce isolation, some mobility constraints, procedural discipline and field-science workflows. It cannot reproduce a six-millibar atmosphere, 0.38 g or interplanetary radiation.
Good analog research therefore states exactly which dimension is being tested. Similarity is partial evidence, never proof that hardware is Mars-ready.
Robots, drones and human operations
Haughton-associated projects have investigated drones, tools and interfaces that let suited explorers control robotic systems. Human-machine teaming will be central on Mars, where robots multiply reach.
The best explorer will often be the one who coordinates people, vehicles and autonomous systems without losing scientific context.
The Arctic as a school of operational humility
Field campaigns remind planners that weather, fatigue, failure and distance reshape perfect procedures. That makes analogs an important complement to simulations.
Lee represents a practical Mars tradition: do not wait until the planet to discover how real teams behave in genuinely difficult places.
Analogs test logistics, not pretend to be Mars
An analog becomes useful when it asks a specific question: how long an EVA takes, how a sample is transported, what a suit limits, or how a team coordinates with robots.
The result can then inform design even though the terrestrial environment remains radically different from Mars.
Phobos, Deimos and exploration architectures
Lee has also explored human-Mars architectures involving the Martian moons. Such concepts can use Phobos or Deimos for science or teleoperation before surface missions.
They remain optional mission families, useful mainly because they force comparisons of delta-v, communications, duration and scientific value.
Building an expedition culture
A human Mars mission will share features with polar field expeditions: diverse specialists, scarce equipment, daily plans and collective responsibility for systems.
Analog programs help develop that operational culture alongside hardware qualification.
Verification rule: this biography prioritizes institutional, archival and primary sources. Statements about living people or active programs are dated and attributed; uncertain or disputed points must remain explicitly qualified.
