Sunday, June 22, 2025

Martian Subsurface Reveals Thriving Ocean: Life-Giving Water Found

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A groundbreaking study released on Monday, utilizing data collected by NASA’s Mars InSight lander, has revealed compelling evidence of liquid water existing deep below the surface of the fourth planet. This significant discovery not only advances the quest for life on Mars but also sheds light on the possible fate of the planet’s ancient oceans.

Since its arrival on the Red Planet in 2018, the InSight lander has been diligently collecting seismic data for over four years, analyzing the impact of Marsquakes on the planet’s crust and unveiling the composition of subterranean materials.

An image of InSight’s seismometer on the Martian surface, captured in one of the final snapshots taken by NASA’s InSight Mars lander on December 11, 2022. via REUTERS

The researchers have found compelling evidence suggesting the presence of liquid water deep beneath the lander. Water, a key component for sustaining life, is believed to have existed on Mars’ surface in the form of lakes, rivers, and oceans over three billion years ago.

According to Vashan Wright from the University of California San Diego’s Scripps Institution of Oceanography, “The ingredients required for life as we know it exist in Mars’ subsurface, if our interpretations hold true.” The study points to substantial reservoirs of liquid water situated between 11.5 to 20 kilometers beneath the Martian surface as the most plausible explanation for the InSight data.

Moreover, the study suggests that the predicted volume of liquid water below Mars’ surface exceeds the estimated water levels of the hypothesized ancient Martian oceans. This finding underscores the importance of understanding Mars’ water cycle, investigating past surface water, searching for signs of past or existing life, and evaluating potential resources for future missions.

Mars InSight’s first full selfie, showcasing the lander’s solar panels and deck. NASA/JPL-Caltech / SWNS

The study, authored by Vashan Wright, Matthias Morzfeld, and Michael Manga, emphasizes the transformative impact of collaborative human efforts in exploring and unraveling the mysteries of distant planets. This significant research was published in the Proceedings of the National Academy of Sciences during the week of Aug. 12.

Reflecting on this monumental achievement, Wright expressed hope that both the scientific community and the general public would find inspiration in the collective endeavor to unravel the secrets of Mars and expand the horizons of human understanding.


Vocabulary List:

  1. Groundbreaking /ˈɡraʊndˌbreɪkɪŋ/ (adjective): Innovative and pioneering; introducing new ideas or methods.
  2. Compelling /kəmˈpɛlɪŋ/ (adjective): Evoking interest attention or admiration in a powerfully irresistible way.
  3. Subterranean /ˌsʌb.təˈreɪ.ni.ən/ (adjective): Existing occurring or done under the earth’s surface.
  4. Reserves /rɪˈzɜrvz/ (noun): Supplies or stocks of resources held for future use.
  5. Hypothesized /haɪˈpɒθəsaɪzd/ (verb): Formulated a hypothesis; proposed an explanation based on limited evidence.
  6. Transformative /trænsˈfɔːrmətɪv/ (adjective): Causing a marked change in someone or something.

How much do you know?

What is the primary focus of the groundbreaking study utilizing data collected by NASA’s Mars InSight lander?
Weather patterns on Mars
Existence of liquid water below Mars’ surface
Composition of Mars’ atmosphere
Impact of solar radiation on Mars
Where is the liquid water believed to exist according to the study findings?
Just below the Martian surface
Several kilometers above the Martian surface
Between 50 to 100 kilometers beneath the Martian surface
At the polar ice caps of Mars
Who is mentioned as one of the authors of the significant research published in the Proceedings of the National Academy of Sciences?
Elon Musk
Jeff Bezos
Vashan Wright
Mark Zuckerberg
What role has the InSight lander played since its arrival on Mars in 2018?
Collecting samples of Martian rocks
Analyzing the atmosphere of Mars
Monitoring seismic activity and subterranean composition
Searching for signs of alien life on Mars
What is the most plausible explanation for the InSight data according to the study?
Presence of ancient civilizations on Mars
Existence of underground volcanic activity
Substantial reservoirs of liquid water below Mars’ surface
High concentrations of methane in Mars’ atmosphere
What did the study suggest about the predicted volume of liquid water below Mars’ surface compared to the ancient Martian oceans?
It is significantly lower
It is equal to the estimated water levels of ancient oceans
It exceeds the estimated water levels of ancient oceans
It is impossible to compare
This question is required

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