Paula S. Bontempi is a biological oceanographer, former acting deputy director of NASA's Earth Science Division, and University of Rhode Island professor whose UAP relevance comes from her appointment to NASA's independent UAP study team in 2022.12
Ocean Scientist Before The UAP Study
Bontempi earned a B.S. in biology from Boston College in 1992, an M.S. in oceanography from Texas A&M University in 1995, and a Ph.D. in oceanography from URI's Graduate School of Oceanography in 2001.1 Before NASA, she was an assistant professor of oceanography in the University of Southern Mississippi's Department of Marine Sciences.12
Her NASA career lasted 18 years and centered on ocean biology, biogeochemistry, carbon-cycle science, marine remote sensing, and Earth-observing satellite missions.12 A congressional biography states that she served as acting deputy director of NASA's Earth Science Division, led a division of roughly 75 scientists, engineers, and administrative professionals, coordinated with U.S. and international science bodies, and taught Earth science in NASA's astronaut training class.2 The Oceanography Society selected her as a Fellow in 2019, citing her satellite-based ocean ecology work, ocean carbon-science impact, NASA Ocean Biology and Biogeochemistry leadership, and support for early-career scientists.3
URI appointed Bontempi to lead the Graduate School of Oceanography in 2020; URI's current profile says she served as dean from August 2020 to June 2025 and is now a professor of oceanography.1 The same profile identifies her as from Upper Saddle River, New Jersey, and lists her service on NASA's Unidentified Aerial Phenomenon Independent Study Team, the National Academies Southern Ocean and Antarctic nearshore research study, and The Oceanography Society leadership.1
Why NASA Added An Oceanographer
NASA announced on October 21, 2022, that Bontempi was one of 16 members selected for its independent study team on unidentified aerial phenomena, with work beginning October 24 and a scope limited to unclassified data.4 The announcement described the team's job as identifying how civilian government data, commercial data, and other sources could be analyzed to inform future UAP study, then recommending a roadmap for potential NASA data analysis.4
Her role was not that of a witness, contactee, or claimant to a specific anomalous event. It was institutional and methodological: NASA identified her as a biological oceanographer with more than 25 years of experience, a URI dean and professor, a former NASA Earth Science Division acting deputy director, and a leader of NASA research on ocean biology, biogeochemistry, carbon-cycle science, ecosystems, and marine Earth-observing satellites.4
Bontempi later told Inverse that she received an email invitation, contacted NASA official Daniel Evans, and understood that NASA wanted her participation as both an oceanographer and an Earth scientist with a NASA career.5 In the same interview, she connected the shift from "aerial" to "anomalous" phenomena to a wider frame that could include reports underwater as well as in space, not only Earth's atmosphere.5
Public Meeting And Data Argument
NASA's UAP page says the agency commissioned the study to examine UAP scientifically, focusing on what data exist, how future data should be collected, and how NASA might use those data to advance understanding.6 Its May 31, 2023, public-meeting agenda assigned Bontempi the panelist presentation "NASA's Role in UAP Studies."7
URI's account of that meeting says Bontempi asked why NASA should lead work on UAP and answered by pointing to the agency's scientific and engineering expertise, convening power, international partnerships, public trust, and six decades of experience measuring phenomena in air and space.8 URI quoted her as saying NASA's mission, data, and technical expertise could help investigate reported phenomena, and that open archives, public-private partnerships, and international collaboration could matter for future observation.8
Her first-person framing in the Inverse interview was narrower than a claim of explanation. She said the panel was not a research panel, but was trying to determine what a UAP is and whether NASA data and technology could help understand reported events.5 She also argued that the scientific problem begins with knowing what is normal, because enough baseline data are needed before an observation can be judged anomalous.5
Report Conclusions And Evidence Limits
The NASA UAP Independent Study Team published its final report on September 14, 2023, and NASA announced a director of UAP research the same day.910 NASA said the study was commissioned to create a scientific roadmap for how data and the tools of science could move UAP understanding forward, while chair David Spergel emphasized unclassified data, scientific rigor, calibration, multiple measurements, and sensor metadata.10
The report's evidentiary posture was cautious. It says most reported events discussed in the UAP context have since been explained, while a small number cannot be immediately identified as human-made or natural phenomena.9 It also says observations to date are inconsistent, UAP data are usually coincidental rather than collected for the purpose of understanding the phenomenon, and eyewitness accounts alone are not reproducible and usually lack enough information for definitive conclusions.9
The report did not identify an extraterrestrial source for UAP. It states that peer-reviewed literature contained no conclusive evidence suggesting an extraterrestrial origin for UAP and that, at that point, there was no reason to conclude existing reports had an extraterrestrial source.9 Bontempi's role in the study was advisory and scientific; she did not assert a personal anomalous claim or present independent proof of nonhuman technology.4589
Ocean Science Network And Public Impact
Bontempi's UAP relevance sits inside a wider public science career rather than a dedicated UFO-research career. Her 2021 House Science Committee testimony as URI dean addressed ocean warming, climate impacts on coasts and marine ecosystems, and the need for U.S. investment in marine research and technology.11 A National Academies profile for the Southern Ocean and Antarctic nearshore research study lists her interests as Earth and ocean remote sensing, phytoplankton ecology, marine bio-optics, oceans across the solar system, ocean exploration's connection to economics, and ocean-sensor development.12
The Oceanography Society lists Bontempi as its president for January 2025 through December 2026.13 Those roles explain why her UAP contribution emphasized sensor context, baseline data, interdisciplinary science, and the difference between anomalous observations and extraordinary conclusions.589