I am a planetary
scientist who studies the surfaces of various planetary bodies using remote
sensing (sometimes augmented with field and laboratory studies). I try to
understand the nature of active geological processes through the current
planetary landscape. These studies provide insights into the geological
evolution of the planetary body as well as help us understand the workings of
various geological processes.
I am actively working
on the
Moon and Enceladus (mainly its plume) on
aspects related to composition, texture and surface morphology. I am applying
my studies on the Moon to understand impact cratering process and lunar crustal
evolution. On Enceladus, I am studying water-ice particles in the plume as a
direct sample from the subsurface ocean and exploring their astrobiological
potential.
Apart from academic
research, I have interest in science
communication and outreach, photography, recycling waste in innovative ways and creative writing.
I am always looking for
collaborations at various levels. So,
if you are a student looking for short/long term projects or a scientist
who has an interesting planetary science-related idea or a media person
who would like to help popularize planetary science, please feel free to
contact me. While time and funding remain perennial issues to be tackled, I
will try to do my best.
Recent Publications (Google Scholar
Citations)
1.
Hedman M. M., D. Dhingra, P. D. Nicholson, C.
J. Hansen, G. Portyankina, S. Ye and Y. Dong (2018)
Spatial variations in the dust to gas ratio of Enceladus Plume, Icarus, 305, 123-138 [Link]
2.
Bhatt M., Wohler C., D. Dhingra, G. Thangjam,
D. Rommel, U. Mall, A. Bhardwaj and A. Grumpe (2018)
Compositional studies of Mare Moscoviense: New
perspectives from Chandrayaan-1 VIS-NIR data, Icarus, 303, 149-165 [Link]
3.
Dhingra
D.,
Matthew M. Hedman, Roger N. Clark. Phillip D.
Nicholson (2017) Spatially resolved near-infrared observations of Enceladus
tiger stripe eruptions from Cassini VIMS, Icarus,
292, 1-12 [Link]
4.
Dhingra
D., J.
W. Head and C.M. Pieters (2017) Geological mapping of
impact melt deposits at lunar complex craters: New insights into morphological
diversity, distribution and the cratering process, Icarus, 283, 268-281,
DOI: 10.1016/j.icarus.2016.05.004 [Link]
5.
Dhingra
D., C.
M. Pieters and J.W. Head (2015) Multiple origins of
olivine at Copernicus crater, Earth and
Planetary Science Letters, 420,
95-101 [Link]
Media Coverage of My Research (Click to link to the media story)
Geological mapping of impact melt
Mg-Spinel: A New
rock type on the Moon
Mineralogically distinct impact melt on the Moon [1, 2, 3]