The American Geophysical Union has awarded its 2026 Eugene Shoemaker Lecture to planetary geologist Kelsey Young from NASA’s Goddard Space Flight Center in Greenbelt, Maryland. How should scientific research guide crewed lunar missions? Young addresses this operational challenge by developing the tools, flight protocols, and exploration concepts that enable astronauts to conduct field science on the lunar surface. As NASA prepares the Artemis program for deep-space exploration, incorporating geological expertise directly into flight planning ensures that lunar expeditions maximize scientific discovery. NASA confirmed the honor on Sept. 23, 2026 [1].
- What Is the American Geophysical Union?
- AGU Shoemaker Honor Recognizes Artemis Lunar Leadership
- Bridging Planetary Field Geology and Astronaut Training
- Developing Mission Control Capabilities for Artemis Flights
- Connecting Eugene Shoemaker Heritage to Future Expeditions
- American Geophysical Union 2026 Gathers Global Scientists
What Is the American Geophysical Union?
The American Geophysical Union is an international scientific organization dedicated to advancing discovery in Earth and space sciences through collaborative research. Convening more than 25,000 attendees from over 100 countries at its annual gathering, the organization provides an interactive forum where planetary scientists, geophysicists, and educators exchange cutting-edge findings. The SETI Institute maintains an active presence at these conferences, hosting exhibit booths and presenting research on the ongoing search for life beyond Earth [5].
Among its most distinguished annual recognitions, the Eugene Shoemaker Lecture honors exceptional operational and research contributions to planetary exploration [2]. Established to celebrate the legacy of pioneering planetary geologist Eugene Shoemaker, the award recognizes leaders who bridge academic planetary science with the demanding operational realities of human spaceflight. The lecture connects academic research with active flight missions [3].
The honor recognizes planetary exploration [1]. AGU presents the award annually to celebrate foundational fieldwork and mission science [2].
AGU Shoemaker Honor Recognizes Artemis Lunar Leadership
Kelsey Young earned the 2026 Eugene Shoemaker Lecture award for her pivotal scientific leadership at NASA’s Goddard Space Flight Center in Greenbelt, Maryland. Serving as the Artemis II lunar science lead, Young guided the mission’s lunar science team in developing comprehensive scientific objectives for the first crewed flight of the Artemis campaign [1]. Her role required connecting planetary science priorities directly with the physical realities and technical constraints of a crewed lunar expedition [3].
Human lunar expeditions present severe operational boundaries that do not exist during robotic surface missions. Astronaut time, spacesuit mobility, life support consumables, communications bandwidth, and mission timelines restrict every activity performed beyond Earth. Young tackled these limitations directly by identifying which geological questions are most critical, determining which instruments crews should carry, and establishing procedures astronauts can realistically execute on lunar terrain [3].
Rather than treating scientific research as an activity detached from flight dynamics, her strategy incorporates scientific objectives directly into how astronauts and flight controllers prepare for exploration. Every timeline adjustment in orbit influences the scientific yield of the expedition. Missions require practical execution [3].
Bridging Planetary Field Geology and Astronaut Training
As an active planetary geologist, Young studies terrestrial environments shaped by volcanic activity and impact cratering to investigate processes that occur throughout the solar system [1]. Terrestrial analog sites (regions on Earth exhibiting geological features similar to the Moon or Mars) serve as indispensable natural laboratories for scientific training [3]. By examining these formations, planetary scientists decipher impact mechanics, volcanic lava tubes, and regolith evolution under accessible field conditions [1].
Field research has an immediate operational component in human space exploration. Young leads geological fieldwork in rugged impact-cratered and volcanic terrains to train NASA astronauts and operational personnel in field geology and simulated mission operations [1]. This preparation allows researchers to explore how crews recognize geological features, make precise observations, select high-priority samples, and respond to unexpected environmental discoveries. Fieldwork transforms flight crews into capable planetary observers [3].
Simulated mission operations in analog terrain provide essential practice for handling unpredictable discoveries. Natural planetary surfaces rarely conform to prewritten flight plans, meaning astronauts must exercise independent geological judgment when encountering unfamiliar boulders or unexpected crater rims. Orbital datasets, such as those gathered when lunar reconnaissance orbiters detecting surface hardware map surface topography, give crews regional context, but only surface explorers can identify fine-scale mineral variations and fragile impact melt textures [3]. By immersing astronauts in rugged analog landscapes with wind, rocky soil, and communication delays, Young equips crews with the observational discipline needed to maximize scientific discoveries on the Moon [1].
Developing Mission Control Capabilities for Artemis Flights
Scientific exploration during crewed missions requires dedicated operational infrastructure inside NASA’s Mission Control Center. Young serves as the Artemis science flight operations lead, spearheading the development of a new science console in Mission Control [1]. Historically, human spaceflight operations focused primarily on engineering disciplines, navigation, communications, life support, and other mission-critical systems. The creation of a dedicated science console provides a formal mechanism for incorporating scientific expertise into real-time mission decisions [3].
Young established an important operational milestone by becoming the first certified science officer in NASA flight operations [1]. This qualification formalizes the role of planetary science within the traditional command structure of Mission Control. When astronauts encounter unexpected geological formations on the lunar surface, the science officer evaluates telemetry, assesses competing research priorities, and coordinates directly with flight controllers to adapt timelines [3]. Young certified as science officer [1].
Real-time coordination depends upon robust communications infrastructure, paralleling technical advances in lunar ground stations routing Artemis data between deep space tracking networks and operational flight centers. The science console serves as a functional bridge between academic planetary scientists and flight controllers, translating complex research objectives into straightforward procedures that astronauts can execute safely. This operational link ensures that mission planners can adjust exploration timelines dynamically when crews uncover critical rock samples or unique impact structures. Without direct scientific oversight in Mission Control, astronauts might overlook perishable volatiles or misinterpret complex stratigraphy during rapid traverses. Dedicated flight consoles maximize surface productivity [3].
Connecting Eugene Shoemaker Heritage to Future Expeditions
The 2026 lecture award honors the enduring scientific legacy of Eugene Shoemaker, one of the leading figures in planetary geology [3]. Shoemaker played a foundational role in establishing the scientific basis for exploring the Moon, demonstrating that impact cratering is a fundamental geological process shaping surfaces throughout the solar system [1]. He championed the philosophy that planetary bodies must be studied through rigorous geological principles and trained early Apollo astronauts in field exploration. Shoemaker pioneered modern planetary geology [3].
Young’s career reflects that same vision of combining planetary science with human exploration. Rather than treating human spaceflight merely as a transportation challenge, modern lunar exploration seeks to transform human presence into an enduring scientific capability. The operational protocols and science console architectures refined during Artemis II will establish standards for future landings, determining how crews document traverses, collect delicate regolith cores, and deploy sophisticated instruments [3].
The operational lessons developed during lunar exploration will provide a vital template when human missions eventually venture toward Mars. Martian expeditions will confront multi-minute communication latencies and vast volcanic landscapes, requiring crews to operate as self-reliant field investigators backed by adaptive mission control consoles [3]. Meanwhile, university institutions maintain separate academic lectures honoring members of the Shoemaker family, such as Penn State’s G. Albert Shoemaker Lecture in Energy and Mineral Engineering, where Gretchen Watkins addresses leadership challenges in energy sectors (an endowment distinct from AGU’s planetary honor) [4]. The American Geophysical Union’s Shoemaker lecture remains dedicated exclusively to excellence in planetary exploration [1].
American Geophysical Union 2026 Gathers Global Scientists
The broader international scientific community will celebrate these exploration milestones during the American Geophysical Union 2026 annual meeting in San Francisco, California. Scheduled from Dec. 7 to Dec. 11, 2026, the global conference convenes more than 25,000 Earth and space scientists from over 100 countries. Participants will present cutting-edge research across planetary geology, volcanology, deep-space exploration, and lunar mission architectures. San Francisco hosts the convention [5].
Scientific organizations utilize the annual AGU gathering to forge global collaborations and advance exploratory initiatives. The SETI Institute participates prominently with an exhibit hall booth and presentations highlighting the search for life beyond Earth. The meeting provides specialized career development programs, interactive sessions, and collaborative panels where emerging student researchers interact directly with experienced mission planners and planetary geologists. Global collaboration accelerates planetary discovery [5].
By conferring the 2026 Eugene Shoemaker Lecture upon Kelsey Young, the American Geophysical Union highlights the growing centrality of planetary science within crewed spaceflight architectures [1]. Scientific discovery does not begin when an astronaut steps onto the lunar surface; it begins during mission design, tool development, and rigorous field training. Transforming human presence into lasting scientific knowledge represents the true frontier of planetary exploration [3].
- PRESS RELEASE Frazier, S. (2026, September 23). American Geophysical Union’s 2026 Eugene Shoemaker Lecture. NASA Science. [Article Link]
- ONLINE NEWS World News Network. (2026, September 23). American Geophysical Union’s 2026 Eugene Shoemaker Lecture. Worldnews.com. [Article Link]
- ONLINE NEWS Undercode News. (2026, September 23). Kelsey Young honored with 2026 Eugene Shoemaker Lecture Award for advancing lunar exploration. Undercode News. [Article Link]
- WEBSITE Penn State College of Earth and Mineral Sciences. (2026, January 1). 2026 Shoemaker Lecture to focus on leading in an ever-changing energy landscape. Penn State EME. [Article Link]
- WEBSITE SETI Institute. (2026, January 1). American Geophysical Union (AGU) 2026. SETI Institute. [Article Link]
APA 7: TWs Editor. (2026, September 24). NASA Geologist Kelsey Young Wins American Geophysical Union Award. PerEXP Teamworks.
