Concept illustration for research robots that could bring samples of Mars rocks to Earth-based labs.
Sophisticated equipment on the Perseverance rover is helping answer some of the many questions researchers have about Mars’ geology over time.
A helicopter, net and a long-line cable - as well as a skilled pilot - were key to the ‘rescue’ operation.
Without intervention, the rock may have been destroyed by high tides and storm surges.
Haikouichthys ercaicunensis based on fossil evidence.
A biologist explains how researchers nail down the age of ancient fossils thanks to a physical process called radioactive decay.
Proponents claim the stones can promote health and well-being.
Crystals are part of a larger tradition of metaphysical religions that have a long history in the U.S.
Dating of rocks that once formed some of the world’s first beaches suggests the first large continents grew large enough to rise above sea level roughly 3 billion or so years ago.
Perseverance took a selfie next to its biggest accomplishment yet – the two small drill holes where the rover took samples of Martian rocks.
Perseverance and its helicopter sidekick, Ingenuity, have been on Mars for nearly nine months. The duo have taken rock samples, performed first flights and taken images of the delta in Jezero Crater.
When borders reopen, take an Aussie road trip and explore the continent’s unique geology, from meteorites in the Nullarbor Plain to rock formations that are billions of years old.
New research suggests that Venus’ crust is broken into large blocks – the dark reddish–purple areas – that are surrounded by belts of tectonic structures shown in lighter yellow–red.
Paul K. Byrne/NASA/USGS
Researchers used decades-old radar data and found that some low-lying areas of Venus’ crust are moving and jostling. This evidence is some of the strongest yet of tectonic activity on Venus.
The greenhouse effect and plate tectonics are essential for maintaining water on the Earth’s surface.
NASA/Goddard Space Flight Center/Reto Stöckli
The presence of water on the Earth’s surface is the result of a subtle balance between different mechanisms in the atmosphere and below the surface.
Himalayan rocks hold magnetic clues about their origins.
Craig Robert Martin
Earth’s magnetic field locks information into lava as it cools into rock. Millions of years later, scientists can decipher this magnetic data to build geologic timelines and maps.
Weathering of rocks like these basalt formations in Idaho triggers chemical processes that remove carbon dioxide from the air.
To avoid global warming on a catastrophic scale, nations need to reduce emissions and find ways to pull carbon from the air. One promising solution: spreading rock dust on farm fields.
The sacred site of Uluru. In our Law we know that rocks are sentient and contain spirit.
There are memorial stones scattered along songlines throughout the Australian landscape, victims and transgressors transformed into rock following epic struggles to stand as cautionary tales.
Rocks contain a layer-by-layer record of the history of our planet.
As strange as it sounds, rocks are made from stardust.
Experimentally heated quartzite at different stages of heating.
Bentsen and Wurz, 2019, Journal of Field Archaeology
Researchers can more easily compare heated rocks from different studies and areas.
Roberts Rock, before it slid into the sea, provided evidence of ancient vertebrate life.
Trackways made by vertebrates during the Pleistocene era, dating back to between 36 000 and 140 000 years helps with research into ancient animals.
India’s Mawmluh Cave, home of the reference stalagmite for the newly named age.
2018 brought the announcement of a new geologic age that covers the last 4,200 years. How do scientists divide up Earth’s timeline and what do these demarcations mean?
What’s going on 150 kilometers below the Earth’s surface?
Good Free Photos
A new array of seismometers provides a glimpse of what’s happening deep beneath this geologic fault. New data help explain why the north and south of the region are more seismically active than the middle.
Long’s Peak framed by rock outcrop, Rocky Mountain National Park, Colorado.
Scientists have long thought most nitrogen in Earth’s ecosystems comes from the air, but new research shows it also is released as rocks weather. This could boost plant growth and help sequester carbon – but not fast enough to avert climate change, as some pundits have claimed.
Barkly Pass, the stratotype for the Elliot Formation. These beautiful rocks hold ancient secrets.
The earth’s own magnetic field offers a useful way to measure the age of rocks - information that can help unpack ancient events and aid our understanding of the present.
Very powerful, try to avoid.
Lightning strikes are powerful – but we haven’t had solid estimates of their energy until now. Researchers turned to the hollow stone tubes they create by vaporizing sand for more precise calculations.