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Geological in sentence

81 examples of Geological in a sentence

Bill Rebane's "The Capture of Bigfoot" is one of the most awful horror movies ever made.A greedy sawmill owner Harvey Olsen(Richard Kennedy)decides that he wants Bigfoot captured at all costs.However local game ranger Dave Garrett(Stafford Morgan)learns that the Bigfoot used to live in peace upset by a geological expedition,and sets out to protect the creature.There is nothing even remotely interesting in this piece of crap.The film is extremely dull and filled with horrible songs and cheap special effects.No gore,no suspense-just gigantic boredom.Avoid this horrible junk like the plague.
The story itself is fairly straightforward and not all that original, hibernated traveling through space, crash landing on planet with no apparent life and a "deserted" geological expedition - except when the lights go out, forcing different types of people to work together toward their mutual survival, while the body count mounts.
They reject geological evidence of climate change because they reject the science of geology itself.
The concept of reserves is technical and economic, not geological.
Toward a Global Treaty on Plastic WasteBERLIN – If there are any geologists in millions of years, they will easily be able to pinpoint the start of the so-called Anthropocene – the geological age during which humans became the dominant influence on our planet’s environment.
The fact is that the rate at which CO2 is being released into the ocean-atmosphere system is several orders of magnitude greater than the rate at which it is returning to geological storage through processes like weathering and ocean sedimentation.
Most important, it highlights the need for climate policy that focuses on the deployment of CCS systems, which use various industrial processes to capture CO2 from fossil-fuel use and then store it in underground geological formations, where it cannot accumulate in the biosphere.
All of this means not only that the era of cheap oil is over, but also that, within the next decade or so, major oil-producing countries will struggle against costly geological constraints.
But humans have now become the single largest driver of ecosystem change on earth, marking the start of a new geological age that some call the Anthropocene.
In California, one of the world’s most unstable geological regions, only one in six homeowners buys earthquake insurance.
Oceanographic and geological research, traditionally strong in Russia, have virtually ceased to exist.
Rising sea levels would explain a lot of geological and economic events.
It seems appropriate to assign the term “Anthropocene” to the current, in many ways human-dominated, geological epoch, supplementing the Holocene – the warm period of the past 10–12 millennia.
Indeed, the effects of human behavior on the planet’s ecosystems have become so significant in the last few centuries that many scientists now believe that the planet has entered a new geological epoch, dubbed the Anthropocene.
BECCS entails planting a huge amount of grass and trees, burning the biomass to generate electricity, capturing the CO2 that is emitted, and pumping it into geological reservoirs underground.
Groundwater confined in deep geological formations and in offshore aquifers may also be tapped.
As scientists have conclusively shown, in the last decade, we have entered a new geological epoch, the Anthropocene, in which human activity – in particular, economic activity – has been the dominant factor influencing Earth’s climate and environment.
For example, one hydrate-bearing geological formation, Blake Ridge, lies 300 kilometers from Charleston, South Carolina, in the US.
With the integration of information technology and hydraulic-fracturing (“fracking”), the central players are experts using joysticks and high-resolution screens to maneuver drill bits through geological formations.
You built your reputation by collecting plants, animals, fossils, and geological samples from around the world, and sending back letters that tracked your development into a first-rate scientist.
The most important technology for the safe environmental use of coal is the capture and geological storage of carbon dioxide from coal-fired power plants.
Technology-based ambient-carbon capture and sequestration (CCS) – that is, using sorbents (a material used to absorb liquid or gas) to capture CO2, which is then compressed and stored in underground geological formations – is a low-risk, high-impact option for reducing CO2 concentrations.
For example, carbon sequestration allows the capture and storage of carbon in underground geological formations and deep oceans.
The changes were so profound, they suggested, that geologists in the future would see a clear break from the previous geological era, the Holocene, to a new one, which they called the Anthropocene.
The Holocene was the geological age that started more than 10,000 years ago, with favorable climate conditions that supported human civilization as we know it.
The Anthropocene is a new geological era with environmental conditions that humanity has never before experienced.
It also sits on a massive geological fracture, where the small Hreppafleki plate forms a narrow rift between the tectonic plates of North America and Eurasia.
Similarly, an open, international data portal on resource use should be established to compile core data collected by geological agencies and organizations such as the United Nations Food and Agriculture Organization and the International Energy Agency, as well as data on environmental pressures from resource use and coefficients for resource-intensive areas of production.
Consider CCS, which is the process of capturing waste CO2 from large sources like fossil-fuel power plants and depositing it in, say, an underground geological formation, thereby preventing it from entering the atmosphere.
Almost always, such plans cannot be realized unless the government provides guarantees against geological or traffic risks.
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