Profile

Dani DellaGiustina

Assistant Professor, Planetary Sciences | Assistant Professor, Lunar and Planetary Laboratory | Member of the Graduate Faculty

Planetary Sciences

Full Page

Overview

Research

Collaboration(25)

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Grants(9)

LEMS-A3: The Lunar Environment Monitoring Station for Artemis 3
Active·2024·$73.3K / $183.2K·
External
Principal Investigator (PI)
lunar exploration, space technology, artemis mission, space science
Seismometer to Investigate Interior Asteroid Structure
Active·2023·$2M / $2.2M·
External
Principal Investigator (PI)
seismology, asteroid, interior structure, space exploration, geophysics
Seismometer for a Lunar Network (SLN)
Active·2019·$0 / $2.7M·
External
Co-Investigator (COI)
lunar exploration, seismic activity, space technology, network systems, instrumentation
Synthesis of Global Color Mosaics of Asteroid (433) Eros
Active·2019·$154.9K / $619.7K·
External
Principal Investigator (PI)
asteroid studies, color mapping, planetary mapping, astronomical imaging, space exploration
Seismometer to Investigate Ice and Ocean Structure (SIIOS)
Active·2017·$0 / $2.5M·
External
Co-Investigator (COI)
seismology, glaciology, oceanography, geophysics, cryosphere

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Publications(276)

Recent

Modeling the contamination of Bennu and Ryugu through catastrophic disruption of their precursors

2024

asteroid contamination, catastrophic disruption, asteroid modeling, space debris, celestial body formation

Bidirectional Visible-NIR Reflectance Spectrum of an Aggregate Sample Returned by NASA's OSIRIS-REx Mission Indicating Possible Space Weathering on Asteroid 101955 Bennu

2024

space weathering, asteroid composition, osiris-rex mission, asteroid 101955 bennu

Investigating the Physical Modification of the Bennu Sample During Entry, Descent, and Landing

2024

space exploration, planetary science, spacecraft technology, impact analysis, asteroid research

Investigating Experimentally Gas-Based Excabation of Regolith Surfaces with Applications for the Exploration of Apophis

2024

space exploration, excavation, regolith, experiment

The Lunar Environmental Monitoring Station: An Artemis 3 Deployed Instrument

2024

lunar exploration, space technology, environmental monitoring, planetary science

Craters on 101955) Bennu&8217;s boulders

2024

asteroid, planetary geology, impact cratering, boulder formation, space exploration

Comparison of optical spectra between asteroids Ryugu and Bennu: II. High-precision analysis for space weathering trends

2024

asteroids, space weathering, comparison, analysis

Modeling first-order scattering processes from OSIRIS-REx color images of the rough surface of asteroid 101955) Bennu

2024

asteroid, scattering processes, osiris-rex, color images, surface modeling

Modelling Bennu's Crater Development

2024

asteroid impact, impact crater, planetary geology, asteroid dynamics, space exploration

OSIRIS-APEX Astrometry Objectives for the Apophis-Earth Encounter

2024

astrometry, apophis, earth

People

Profile

Dani DellaGiustina

Collaboration(25)

Alfred McEwen

Roberto Furfaro

Michael Nolan

Shane Byrne

Thomas Zega

Grants(9)

LEMS-A3: The Lunar Environment Monitoring Station for Artemis 3

Seismometer to Investigate Interior Asteroid Structure

Seismometer for a Lunar Network (SLN)

Synthesis of Global Color Mosaics of Asteroid (433) Eros

Seismometer to Investigate Ice and Ocean Structure (SIIOS)

Publications(276)

Modeling the contamination of Bennu and Ryugu through catastrophic disruption of their precursors

Bidirectional Visible-NIR Reflectance Spectrum of an Aggregate Sample Returned by NASA's OSIRIS-REx Mission Indicating Possible Space Weathering on Asteroid 101955 Bennu

Investigating the Physical Modification of the Bennu Sample During Entry, Descent, and Landing

Investigating Experimentally Gas-Based Excabation of Regolith Surfaces with Applications for the Exploration of Apophis

The Lunar Environmental Monitoring Station: An Artemis 3 Deployed Instrument

Craters on 101955) Bennu&8217;s boulders

Comparison of optical spectra between asteroids Ryugu and Bennu: II. High-precision analysis for space weathering trends

Modeling first-order scattering processes from OSIRIS-REx color images of the rough surface of asteroid 101955) Bennu

Modelling Bennu's Crater Development

OSIRIS-APEX Astrometry Objectives for the Apophis-Earth Encounter