Building up the lunar settlement is the ultimate aim of lunar exploitation since human's first step on the moon. Yet, limited fuel and oxygen supplies restrict human survival on the moon.
Water is transported by oceanic plates into the Earth's deep interior and changes the properties of minerals and rocks, affecting the Earth's internal material cycle and environmental evolution since the formation of the Earth.
Scientists working at the Advanced Photon Source (APS) discover that under the conditions present at Earth’s core-mantle boundary, water and metal combine to form diamonds.
Research shows that coupling geothermal power plants with lithium extraction from geothermal brine would make geothermal energy more economically viable, providing renewable energy and valuable raw materials.
Scientists have uncovered new details of how ice forming below the ocean surface in Antarctica provides cold dense water that sinks to the seabed in an important aspect of global water circulation.
Thawing permafrost soils in the rapidly warming Arctic will emit as much greenhouse gas as large industrial nations by the end of this century, according to a University of Alberta researcher involved in an international study that stresses to policy makers that it’s not too late to act to stabilize the climate and avoid exceeding temperature targets.
By the end of this century, permafrost in the rapidly warming Arctic will likely emit as much carbon dioxide and methane into the atmosphere as a large industrial nation, and potentially more than the U.S. has emitted since the start of the industrial revolution.
Rapidly evolving floods are a major and growing hazard worldwide. Currently, their onset and evolution is hard to identify using existing systems.
For his work helping to arrange that many-pieced, time-shifting puzzle, the Geological Society of America has named Florida State University Assistant Professor Richard Bono as the 2022 recipient of the Seth and Carol Stein Early Career Award in Geophysics and Geodynamics. Bono is the first person to receive the award.
Scientists from the Immanuel Kant Baltic Federal University and Shirshov Institute of Oceanology of Russian Academy of Sciences described changes in conditions of bottom waters of the Atlantic during last 500 thousand years. As oceans plays an important role in formation of global climate, this information can help to understand contemporary changes and predict future variations in temperature and risks connected with them.
Ramping up renewable energy products will require a range of critical metals. One of these elements, tellurium, is gaining in popularity for use in photovoltaics, or solar panels. As global demand for solar panels continues to increase, so is the need for critical metals like tellurium.
An artificial-intelligence approach borrowed from natural-language processing — much like language translation and autofill for text on your smart phone — can predict future fault friction and the next failure time with high resolution in laboratory earthquakes,. The technique, applying AI to the fault’s acoustic signals, advances previous work and goes beyond by predicting aspects of the future state of the fault’s physical system.
Scientists seeking the connection between gravitational forces deep in the Earth and landscape evolution discovered that deep roots under mountain belts trigger dramatic movements along faults that result in collapse of the mountain belt and exposure of rocks that were once below the surface.
Some estimates of Antarctica’s total contribution to sea-level rise may be over- or underestimated, after researchers detected a previously unknown source of ice loss variability.
Deep valleys buried under the seafloor of the North Sea record how the ancient ice sheets that used to cover the UK and Europe expelled water to stop themselves from collapsing.
When the Chelyabinsk fireball exploded across Russian skies in 2013, it littered Earth with a relatively uncommon type of meteorite. What makes the Chelyabinsk meteorites and others like them special is their dark veins, created by a process called shock darkening.
ST. LOUIS – A $1 million grant from the National Science Foundation will create the Taylor Geospatial Institute Regional AI Learning System. Launched in April 2022 and led by Saint Louis University, the Taylor Geospatial Institute brings together eight Midwestern universities and research centers to harness innovation in geospatial science.
The first probable impact crater in Spain has been identified in the southern province of Almeria. The discovery was presented last week at the Europlanet Science Congress (EPSC) 2022 by Juan Antonio Sánchez Garrido of the University of Almeria.
When ice sheets melt, something strange and highly counterintuitive happens to sea levels.
A multidisciplinary group of Cornell researchers has modeled and synthesized lava in the laboratory as the kinds of rock that may form on far-away exoplanets. They developed 16 types of surface compositions as a starter catalog for finding volcanic worlds that feature fiery landscapes and oceans of magma.
Record of past volcanic eruptions — and potential hazards to health — revealed by low water levels at dwindling local tap source.
About two billion years ago, an impactor hurtled toward Earth, crashing into the planet in an area near present-day Johannesburg, South Africa. The impactor—most likely an asteroid—formed what is today the biggest crater on our planet.
With the help of geomagnetic surface surveys and subsequent hands-on digging, an excavation team from Johannes Gutenberg University Mainz (JGU) has revealed new insights into the area in which the caliph's palace of Khirbat al-Minya was built on the shores of the Sea of Galilee.
Cornell astronomers believe bright reflections beneath the surface of Mars’ South Pole are not necessarily evidence of liquid water, but instead geological layers.
Scientists who drilled deeper into an undersea earthquake fault than ever before have found that the tectonic stress in Japan’s Nankai subduction zone is less than expected, according to a study from researchers at The University of Texas at Austin.
Stone samples brought back to Earth from asteroid Ryugu have had their elemental composition analyzed using an artificially generated muon beam from the particle accelerator in J-PARC.
An international collaboration of scientists has published results of their studies into the makeup and history of asteroid 163173 Ryugu. These results tell us more about the formation of our solar system and the history of this nearby neighbor.
In a new study, researchers applied a large-scale model linking surface water to groundwater, which can be used for estimating water resources at a high spatial resolution.
An international team of researchers with NASA’s InSight mission located four new craters created by impacts on the surface of Mars.
Cornell University archaeologist Sturt Manning hopes to settle one of modern archaeology’s longstanding disputes: the date of a volcanic eruption on the Greek island of Santorini, traditionally known as Thera.
Pittsburgh’s steel industry may be largely in the past, but its legacy lives on in city soils. New research led by Pitt geologists shows how historical coking and smelting dropped toxic metals in Pittsburgh’s soil, particularly in the eastern half of the city. With samples from 56 parks, cemeteries and other sites around the city collected by Carnegie Mellon University students and Jonathan Burgess from the Allegheny County Conservation District, the team was able to pinpoint some of those polluting factors. They recently published their results in the journal Environmental Research Communications.
By: Kathleen Haughney | Published: September 19, 2022 | 4:01 pm | SHARE: Mexico is dealing with the fallout of a powerful 7.6 magnitude earthquake that occurred near the Pacific coast on the anniversary of two previous tremors. Earthquakes occurred on Sept. 19 in both 1985 and 2017 in Mexico, killing thousands of people.Florida State University Professor of Geology James Tull is available to speak with reporters about the effects of the earthquake and the geology behind this catastrophic event.
Researchers at the University of Copenhagen, in collaboration with the Danish Meteorological Institute (DMI), have used detailed weather models to clearly tie increased temperatures to the historic cloudburst over Copenhagen in July of 2011.
The Archean basement rocks are suitable candidates for modeling the generation and evolution of the early continental crust as they archive the early earth processes in their rock record.
Scientists have shed new light on the timing and likely cause of major volcanic events that occurred millions of years ago and caused such climatic and biological upheaval that they drove some of the most devastating extinction events in Earth’s history.
Curtin researchers and international collaborators using advanced satellite imagery have discovered an ancient reef-like landform ‘hidden’ in plain view on the Nullarbor Plain, which has been preserved for millions of years since it first formed when the Plain was underwater.
Let’s pretend it’s the Late Cretaceous, roughly 66 to 100 million years ago.
A little Martian dust appears to go a long way. A small amount of simulated crushed Martian rock mixed with a titanium alloy made a stronger, high-performance material in a 3D-printing process that could one day be used on Mars to make tools or rocket parts.
Tens of tons of extraterrestrial solid material collide with Earth daily. Most of this material is small enough that it burns up in the atmosphere, but some fragments are large enough to cause quite a predicament.
Tens of tons of extraterrestrial solid material collide with Earth daily.
A few years ago, Rensselaer Polytechnic Institute’s Sasha Wagner, assistant professor of earth and environmental sciences, proved false what scientists had thought for years. Soot-like molecules that formed an ancient carbon pool deep in the Pacific Ocean did not, in fact, originate from wildfires on land.“We discovered that there was an isotopic mismatch,” Wagner said.
The latest research on plants brought to you by Newswise.
Imaging techniques provide essential information in astronomical and space physics studies. The Soft X-ray imager (SXI) will obtain images of the Earth’s magnetosphere from solar wind charge exchange emission in a global view.
University of Cincinnati geologists reconstructed a massive landslide in Nevada that wiped out an area the size of a small city more than 5 million years ago.
Using machine learning to sift through a decade’s worth of seismic data, researchers have identified hundreds of thousands of microearthquakes along some previously unknown fault structures in Oklahoma and Kansas.
Closure of the Neo-Tethys Ocean and the subsequent formation of the Tibetan Plateau is one of the most significant tectonic events on Earth.
The accepted view of Mars is red rocks and craters as far as the eye can see.
In its first year exploring Jezero Crater on Mars, the Perseverance rover collected rock samples that scientists anticipate will provide a long-awaited timeline for the planet’s geologic and water history.
Scientists on NASA’s Perseverance mission made a surprising discovery about the composition of rock in Jezero Crater, one that will help them get a better idea of when water existed on Mars, and ultimately, help them understand if the red planet was ever habitable to microbial life.
A new study of zircon crystals from two of Earth’s oldest continents indicates that the formation of Earth’s continental crust goes through cycles, with periods of increased crust production roughly every 200 million years, corresponding to the solar system’s transit through the four primary spiral arms of the Milky Way galaxy.
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