Resource occurrence - Revision history

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energy>Jmdonev at 22:10, 10 April 2020

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	The presence of a [[natural resource]] anywhere on Earth is known as an '''occurrence'''.<ref name = " EE note"> The term of occurrence is a word formed by the Energy Education team, to describe this abstract concept. This is because we are unable to find resources or industry describing it. Please feel free to reach out to us if there is another term used in the Energy Industry to describe this. Thank you. </ref> This means it includes [[natural resource]]s that are known to exist or not yet found (and may never be found). Therefore, the total occurrence of a resource is "how much" of a certain resource exists on Earth. This is an important idea since a fossil fuel's total occurrence will deplete every time it is extracted.<ref>Or a metal like uranium, or copper. Really any deposit that's used will deplete.</ref> When energy companies discuss natural resources, the focus is on the [[reserve]]s rather than the total occurrence. This is because there's no interest in an occurrence that isn't profitable. The quantity of a reserve is known, but always fluctuates. The resource's total occurrence is limited (for ''most'' resources, see next section for more info). The total occurrence of fossil fuels or other mineral deposits don't increase because the usage of natural resources is so much faster than the time it takes for them to form (see [[fossil fuel formation]]).		The presence of a [[natural resource]] anywhere on Earth is known as an '''occurrence'''.<ref name = " EE note"> The term of occurrence is a word formed by the Energy Education team, to describe this abstract concept. This is because we are unable to find resources or industry describing it. Please feel free to reach out to us if there is another term used in the Energy Industry to describe this. Thank you. </ref> This means it includes [[natural resource]]s that are known to exist or not yet found (and may never be found). Therefore, the total occurrence of a resource is "how much" of a certain resource exists on Earth. This is an important idea since a fossil fuel's total occurrence will deplete every time it is extracted.<ref>Or a metal like uranium, or copper. Really any deposit that's used will deplete.</ref> When energy companies discuss natural resources, the focus is on the [[reserve]]s rather than the total occurrence. This is because there's no interest in an occurrence that isn't profitable. The quantity of a reserve is known, but always fluctuates. The resource's total occurrence is limited (for ''most'' resources, see next section for more info). The total occurrence of fossil fuels or other mineral deposits don't increase because the usage of natural resources is so much faster than the time it takes for them to form (see [[fossil fuel formation]]).

	==Fuel's total occurrence decreases==		==Fuel's total occurrence decreases==
	An occurrence can refer to a [[fuel]] or [[flow]] (see [[fuel vs flow]] for more information). Although a fuel's occurrence is difficult to truly quantify, a flow's occurrence is often known. For example, the total occurrence of wind is all of the wind that's blowing on the planet at any given moment. Renewable energy technologies (ex. [[solar power]] and [[wind power]]) can only be used when these resources ''occur''. The occurrence of [[fuel]]s and [[flow]]s play an integral role in powering a [[high energy society]] through [[energy conversion technology\|energy conversion technologies]]. A [[flow]]s occurrence is independent of whether or not its used (because it just "exists"). A [[fuel]]'s total occurrence will decrease when the resource is extracted from the ground. Although quite extensive, the fuels that power societies have a total occurrence that is limited.		An occurrence can refer to a [[primary fuel]] or [[primary energy flow]] (see [[fuel vs flow]] for more information). Although a fuel's occurrence is difficult to truly quantify, a primary flow's occurrence is often known. For example, the total occurrence of wind is all of the wind that's blowing on the planet at any given moment. Renewable energy technologies (ex. [[solar power]] and [[wind power]]) can only be used when these resources ''occur''. The occurrence of [[primary fuel]]s and [[primary energy flow]]s play an integral role in powering a [[high energy society]] through [[energy conversion technology\|energy conversion technologies]]. A [[primary flow]]s occurrence is independent of whether or not its used (because it just "exists"). A [[fuel]]'s total occurrence will decrease when the resource is extracted from the ground. Although quite extensive, the fuels that power societies have a total occurrence that is limited.

	In the video below, a member of the Energy Education team explains about resource occurrence:		In the video below, a member of the Energy Education team explains about resource occurrence:

Jmdonev: 1 revision imported

2020-01-31T05:10:05Z

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Energy>Jmdonev at 21:18, 19 January 2020

2020-01-19T21:18:50Z

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	~~[[category: Bethel edit~~]]		The presence of a [[natural resource]] anywhere on Earth is known as an '''occurrence'''.<ref name = " EE note"> The term of occurrence is a word formed by the Energy Education team, to describe this abstract concept. This is because we are unable to find resources or industry describing it. Please feel free to reach out to us if there is another term used in the Energy Industry to describe this. Thank you. </ref> This means it includes [[natural resource]]s that are known to exist or not yet found (and may never be found). Therefore, the total occurrence of a resource is "how much" of a certain resource exists on Earth. This is an important idea since a fossil fuel's total occurrence will deplete every time it is extracted.<ref>Or a metal like uranium, or copper. Really any deposit that's used will deplete.</ref> When energy companies discuss natural resources, the focus is on the [[reserve]]s rather than the total occurrence. This is because there's no interest in an occurrence that isn't profitable. The quantity of a reserve is known, but always fluctuates. The resource's total occurrence is limited (for ''most'' resources, see next section for more info). The total occurrence of fossil fuels or other mineral deposits don't increase because the usage of natural resources is so much faster than the time it takes for them to form (see [[fossil fuel formation]]).
	The presence of a [[natural resource]] anywhere on Earth is known as an '''occurrence'''.<ref name = " EE note"> The term of occurrence is a word formed by the Energy Education team, to describe this abstract concept. This is because we are unable to find resources or industry describing it. Please feel free to reach out to us if there is another term used in the Energy Industry to describe this. Thank you. </ref> This means it includes [[natural resource]]s that are known to exist or not yet found (and may never be found). Therefore, the total occurrence of a resource is "how much" of a certain resource exists on Earth. This is an important idea since a fossil fuel's total occurrence will deplete every time it is extracted.<ref>Or a metal like uranium, or copper. Really any deposit that's used will deplete.</ref> When energy companies discuss natural resources, the focus is on the [[reserve]]s rather than the total occurrence, because there's no interest in an occurrence that isn't profitable. The quantity ~~in the~~ reserve is known, but always fluctuates. The resource's total occurrence is limited (for ''most'' resources, see next section for more info). The total occurrence of fossil fuels or other mineral deposits don't increase because the usage of natural resources is so much faster than the time it takes for them to form (see [[fossil fuel formation]]).

	==Fuel's total occurrence decreases==		==Fuel's total occurrence decreases==
	An occurrence can refer to a [[fuel]] or [[flow]] (~~See~~ [[fuel vs flow]] for more information). Although a fuel's occurrence is difficult to truly quantify, a flow's occurrence is often known. For example, the total occurrence of wind is all of the wind that's blowing on the planet at any moment. Renewable energy technologies (ex. [[solar power]] and [[wind power]]) can only be used when these resources occur. The occurrence of [[fuel]]s and [[flow]]s play an integral role in powering a [[high energy society]] through [[energy conversion technology\|energy conversion technologies]]. A [[flow]]s occurrence is ~~largely~~ independent of whether or not its used (because it just "exists")~~, a~~ [[fuel]]'s total occurrence ~~decreases every time it~~ is extracted. Although quite extensive, the fuels that power societies have a total occurrence that is limited.		An occurrence can refer to a [[fuel]] or [[flow]] (see [[fuel vs flow]] for more information). Although a fuel's occurrence is difficult to truly quantify, a flow's occurrence is often known. For example, the total occurrence of wind is all of the wind that's blowing on the planet at any given moment. Renewable energy technologies (ex. [[solar power]] and [[wind power]]) can only be used when these resources ''occur''. The occurrence of [[fuel]]s and [[flow]]s play an integral role in powering a [[high energy society]] through [[energy conversion technology\|energy conversion technologies]]. A [[flow]]s occurrence is independent of whether or not its used (because it just "exists"). A [[fuel]]'s total occurrence will decrease when the resource is extracted from the ground. Although quite extensive, the fuels that power societies have a total occurrence that is limited.

			In the video below, a member of the Energy Education team explains about resource occurrence:
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Jmdonev at 22:29, 24 February 2019

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	An occurrence can refer to a [[fuel]] or [[flow]] (See [[fuel vs flow]] for more information). Although a fuel's occurrence is difficult to truly quantify, a flow's occurrence is often known. For example, the total occurrence of wind is all of the wind that's blowing on the planet at any moment. Renewable energy technologies (ex. [[solar power]] and [[wind power]]) can only be used when these resources occur. The occurrence of [[fuel]]s and [[flow]]s play an integral role in powering a [[high energy society]] through [[energy conversion technology\|energy conversion technologies]]. A [[flow]]s occurrence is largely independent of whether or not its used (because it just "exists"), a [[fuel]]'s total occurrence decreases every time it is extracted. Although quite extensive, the fuels that power societies have a total occurrence that is limited.		An occurrence can refer to a [[fuel]] or [[flow]] (See [[fuel vs flow]] for more information). Although a fuel's occurrence is difficult to truly quantify, a flow's occurrence is often known. For example, the total occurrence of wind is all of the wind that's blowing on the planet at any moment. Renewable energy technologies (ex. [[solar power]] and [[wind power]]) can only be used when these resources occur. The occurrence of [[fuel]]s and [[flow]]s play an integral role in powering a [[high energy society]] through [[energy conversion technology\|energy conversion technologies]]. A [[flow]]s occurrence is largely independent of whether or not its used (because it just "exists"), a [[fuel]]'s total occurrence decreases every time it is extracted. Although quite extensive, the fuels that power societies have a total occurrence that is limited.

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			<iframe width="560" height="315" src="https://www.youtube.com/embed/Tfjqcnwxziw" frameborder="0" allow="accelerometer; autoplay; encrypted-media; gyroscope; picture-in-picture" allowfullscreen></iframe>
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	==For Further Reading==		==For Further Reading==
	*[[Reserve]]		*[[Reserve]]

Jmdonev: 1 revision imported

2019-02-24T22:19:55Z

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2dev>Jmdonev at 22:07, 24 February 2019

2019-02-24T22:07:46Z

New page

[[category: Feb emergency upload]]
[[category: Bethel edit]]
The presence of a [[natural resource]] anywhere on Earth is known as an '''occurrence'''.<ref name = " EE note"> ** The term of occurrence is a word formed by the Energy Education team, to describe this abstract concept. This is because we are unable to find resources or industry describing it. Please feel free to reach out to us if there is another term used in the Energy Industry to describe this. Thank you. **</ref> This means it includes [[natural resource]]s that are known to exist or not yet found (and may never be found). Therefore, the total occurrence of a resource is "how much" of a certain resource exists on Earth. This is an important idea since a fossil fuel's total occurrence will deplete every time it is extracted.<ref>Or a metal like uranium, or copper. Really any deposit that's used will deplete.</ref> When energy companies discuss natural resources, the focus is on the [[reserve]]s rather than the total occurrence, because there's no interest in an occurrence that isn't profitable. The quantity in the reserve is known, but always fluctuates. The resource's total occurrence is limited (for ''most'' resources, see next section for more info). The total occurrence of fossil fuels or other mineral deposits don't increase because the usage of natural resources is so much faster than the time it takes for them to form (see [[fossil fuel formation]]).

==Fuel's total occurrence decreases==
An occurrence can refer to a [[fuel]] or [[flow]] (See [[fuel vs flow]] for more information). Although a fuel's occurrence is difficult to truly quantify, a flow's occurrence is often known. For example, the total occurrence of wind is all of the wind that's blowing on the planet at any moment. Renewable energy technologies (ex. [[solar power]] and [[wind power]]) can only be used when these resources occur. The occurrence of [[fuel]]s and [[flow]]s play an integral role in powering a [[high energy society]] through [[energy conversion technology|energy conversion technologies]]. A [[flow]]s occurrence is largely independent of whether or not its used (because it just "exists"), a [[fuel]]'s total occurrence decreases every time it is extracted. Although quite extensive, the fuels that power societies have a total occurrence that is limited.

==For Further Reading==
*[[Reserve]]
*[[Reserve vs occurrence]]
*[[Fuel vs flow]]
*[[Natural resource]]
*[[Energy conversion technology]]
*[[Fossil fuel formation]]
*Or explore a [[Special:Random|random page]]

==References==
{{reflist}}