Broad area of the earth can be studied using satellite imagery. Satellite imagery can help to determine where the density of the ground changes (gravitational surveys).
Seismic studies are critical in identifying the location of hydrocarbons. That is, they would set of small explosions which would create physical waves of known intensity. By measuring the reflections and dispersion of these waves as they hit the different layers of material beneath the surface, they could identify likely places to find whatever they were looking for. (see attached link)
In the video, reference is made to 3D seismic, which is not just a new interpretation technique but requires a 3D seismic survey. The video discusses basin modeling in terms of a physical model of salt plugs, however much more modeling is done by computer.
I've included two links. Both have a common theme- the easy oil has been found and new sources of hydrocarbons are difficult to find, due to their remoteness, cost of drilling + develop (deep water) or complex structures. Sometimes it's a combination of all three.
Fossil fuels are non-renewable because we don´t make them. We dig them up out of the ground. We don´t know how much fossil fuel we will be able to find in the ground, but we do know that it is not infinite. It takes thousands of years for fossil fuels to be made in the ground, and we are using them at a much faster rate, and we will therefore, someday, run out of it. Renewable energy sources include solar power, which will be available as long as our sun keeps burning. For our purposes, this is pretty much infinite.
Yes. Plants obtain energy via photosynthesis and store that energy in the form of carbohydrates. Sometimes when a plant dies it gets buried deep enough heat and pressure inside the earth converts the plant tissue into what we know as fossil fuels, with the same energy stored in the molecules.
Geologists' discoveries provide insights into Earth's history, past climates, natural disasters, and resources like minerals and fossil fuels. By studying rocks, land formations, and fossils, geologists help us understand the processes that have shaped our planet over millions of years, which can inform decisions in fields like environmental protection, resource management, and hazard mitigation.
Because if you know how old the fossil is, and you find the fossil inside a rock, you know that rock has a maxium age corresponding with the age of the fossil.
How do archaeologists date fossils ? archaeologist can date fossills by seeingf how deep down it is in the ground [ checking how many layers ] , scientists can use radio-active dating, and compare a fossil that they know the exact date that it was from compare the looks and tell by that
yes i know that because we burn them
umm do u know
manganese, and fossil fuels
Coal, Gas, Oil and I don't know the 4th
you really think i know??
Scientists use fossil fuels because they are a source of energy that is relatively cheap and readily available. Fossil fuels are used in many scientific processes and experiments that require a consistent and convenient source of power. However, there is a growing concern about the impact of fossil fuels on the environment and efforts are being made to transition to more sustainable energy sources.
yes, don't know why, but yes
Yes, fossil fuels are contributing to various environmental problems on our planet, including air pollution, climate change, and habitat destruction. The burning of fossil fuels releases greenhouse gases that trap heat in the atmosphere, leading to global warming and disrupting ecosystems. Transitioning to renewable energy sources is essential to mitigate these negative impacts.
There is no current evidence that fossil fuels exist on Mars. Mars is primarily composed of rock and dust, and has a thin atmosphere. Any potential fossil fuels would have to be created through natural geological processes on the planet, which is yet to be discovered.
To know when the earth's fossil fuels will be completely gone, it is necessary to know: 1. Supply: The existing and future quantities (yet to be discovered) of fossil fuels and 2. Consumption: The rate at which the world will consume these fuels. There is disagreement among organizations on the future supply and consumption. Many predict that as the supply becomes more expensive, we will use energy conservation to reduce the demand. However, as the standard of living improves in many countries, in particular India and China, the demand for fossil fuels has increased. There is disagreement as to the role of alternative fuels will have in the future. Some predict that the demand for fossil fuels will decline as alternative fuels offer a more economical option. The related link is excellent in describing the predicted peak then decline of fossil fuels. You may find many links on the internet. Also, several recent books have been written about the period of "peak" and "decline" periods in fossil fuel supply.
rice, salt, cloth, and Jew gold
Y Do U CARE?