Detritivores - Revision history

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2022-05-06T18:01:59Z

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← Older revision		Revision as of 14:01, 6 May 2022
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	== [[Nitrogen Fixation]] ==		== [[Nitrogen Fixation]] ==

	Detritivores play a major role in the [[nitrogen cycle]] allowing [[Organic Matter\|organic matter]] that normally would go to waste to re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the [[decomposition]] of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].		Detritivores play a major role in the [[nitrogen cycle]] allowing [[Organic Matter\|organic matter]] that normally would go to waste to re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the [[decomposition]] of [[Organic Matter\|organic matter]]. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].

	== References ==		== References ==

Jsebesta at 15:20, 2 May 2022

2022-05-02T15:20:24Z

← Older revision		Revision as of 11:20, 2 May 2022
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	Detritivores are heterotrophic [[organisms]] that feed on detritus (decaying plant or animal matter). Detritivores may also obtain nutrition by coprophagy, which is a feeding strategy involving the consumption of feces.		Detritivores are heterotrophic [[organisms]] that feed on detritus (decaying plant or animal matter). Detritivores may also obtain nutrition by coprophagy, which is a feeding strategy involving the consumption of feces.
	(add in text citations!)		(add in text citations!-Leanne)

	== In Ecology ==		== In Ecology ==

	In [[ecology]] detritivores are [[scavengers]] that feed of other organisms in the environment that have died. Since detritivores are decomposers they are typically on the lower end of the food chain and are ~~also~~ prey for [[animals]] higher on the food chain. Detritivores play the role of recyclers in ecosystems by taking nutrients from decaying organisms and reintroducing it into the environment by being eaten by other organisms. The relationship between predators and detritivores is closely linked to plant biomass in certain [[biomes]]. Typically the more predators the lower the plant biomass because the predators are eating the detritivores who help facilitate plant growth by recycling nutrients, especially nitrogen, back into the [[soil]].		In [[ecology]] detritivores are [[scavengers]] that feed of other organisms in the environment that have died. Since detritivores are decomposers they are typically on the lower end of the food chain and are usually prey for [[animals]] higher on the food chain. Detritivores play the role of recyclers in ecosystems by taking nutrients from decaying organisms and reintroducing it into the environment by being eaten by other organisms. The relationship between predators and detritivores is closely linked to plant biomass in certain [[biomes]]. Typically the more predators the lower the plant biomass because the predators are eating the detritivores who help facilitate plant growth by recycling nutrients, especially nitrogen, back into the [[soil]].

	== Types of Detritivores ==		== Types of Detritivores ==
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	== [[Nitrogen Fixation]] ==		== [[Nitrogen Fixation]] ==

	Detritivores play a major role in the [[nitrogen cycle]] allowing organic matter that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the [[decomposition]] of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].		Detritivores play a major role in the [[nitrogen cycle]] allowing [[Organic Matter\|organic matter]] that normally would go to waste to re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the [[decomposition]] of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].

	== References ==		== References ==

Leahtayl at 13:11, 25 April 2022

2022-04-25T13:11:53Z

← Older revision		Revision as of 09:11, 25 April 2022
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	== Definition ==		== Definition ==

	~~Detritivore's~~ are heterotrophic [[~~Organisms~~]] ~~that feed off of decaying plant and animal matter. Organisms~~ that feed on detritus (decaying plant or animal matter~~, or feces~~). Detritivores may also obtain nutrition by coprophagy, which is a feeding strategy involving the consumption of feces.		Detritivores are heterotrophic [[organisms]] that feed on detritus (decaying plant or animal matter). Detritivores may also obtain nutrition by coprophagy, which is a feeding strategy involving the consumption of feces.
	(add in text citations!)		(add in text citations!)

	== In Ecology ==		== In Ecology ==

	In [[ecology]] detritivores are [[scavengers]] that feed of other organisms in the environment that have died. Since detritivores are decomposers they are typically on the lower end of the food chain and are also prey for [[animals]] higher on the food chain. Detritivores play the role of recyclers in ecosystems taking nutrients from decaying organisms and reintroducing it into the environment by being eaten by other organisms. The relationship between predators and detritivores is closely linked to plant biomass in certain [[biomes]]. Typically the more predators the lower the plant biomass because the predators are eating the detritivores who help facilitate plant growth by recycling nutrients, especially nitrogen, back into the [[soil]].		In [[ecology]] detritivores are [[scavengers]] that feed of other organisms in the environment that have died. Since detritivores are decomposers they are typically on the lower end of the food chain and are also prey for [[animals]] higher on the food chain. Detritivores play the role of recyclers in ecosystems by taking nutrients from decaying organisms and reintroducing it into the environment by being eaten by other organisms. The relationship between predators and detritivores is closely linked to plant biomass in certain [[biomes]]. Typically the more predators the lower the plant biomass because the predators are eating the detritivores who help facilitate plant growth by recycling nutrients, especially nitrogen, back into the [[soil]].

	== Types of Detritivores ==		== Types of Detritivores ==

	'''[[Annelids]]''' - ~~Earth worms~~ are one of the most common groups of detritivores. They consume dead [[Organic Matter\|organic matter]] as well as the ~~dirt~~ surrounding it, recycling it back into the ~~soil~~.		'''[[Annelids]]''' - Earthworms are one of the most common groups of detritivores. They consume dead [[Organic Matter\|organic matter]] as well as the soil surrounding it, recycling it back into the ecosystem.

	[[File:Earthworm1.jpg\|thumb\|Multiple annelids laying in soil.]]		[[File:Earthworm1.jpg\|thumb\|Multiple annelids laying in soil.]]
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	'''[[Fungi]]''' - Fungi are actually not considered to be detritivores. Even though they fill the same roles as detritivores they are only considered decomposers.		'''[[Fungi]]''' - Fungi are actually not considered to be detritivores. Even though they fill the same roles as detritivores they are only considered decomposers.

	'''[[Bacteria]]''' - Bacteria, like fungi, are also not considered to be detritivores even though they fulfill almost the same roles as detritivores. The only marked difference between detritivores and decomposers like fungi and bacteria are that fungi and bacteria are capable of digesting lignin while other organisms that are classified as detritivores cannot.		'''[[Bacteria]]''' - Bacteria, like fungi, are also not considered to be detritivores even though they fulfill almost the same roles as detritivores. The only marked difference between detritivores and decomposers like fungi and bacteria are that fungi and bacteria are capable of digesting [[lignin]] while other organisms that are classified as detritivores cannot.

	'''[[Isopods]]''' - Some isopods are detritivores that feed on the bottom of fallen trees.		'''[[Isopods]]''' - Some isopods are detritivores that feed on the bottom of fallen trees.
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	== [[Nitrogen Fixation]] ==		== [[Nitrogen Fixation]] ==

	Detritivores play a major role in the [[nitrogen cycle]] allowing ~~[[Organic Matter\|~~organic matter]] that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the [[decomposition]] of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].		Detritivores play a major role in the [[nitrogen cycle]] allowing organic matter that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the [[decomposition]] of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].

	== References ==		== References ==

Leannesc: /* Definition */

2022-04-11T15:10:32Z

Definition

← Older revision		Revision as of 11:10, 11 April 2022
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	Detritivore's are heterotrophic [[Organisms]] that feed off of decaying plant and animal matter. Organisms that feed on detritus (decaying plant or animal matter, or feces). Detritivores may also obtain nutrition by coprophagy, which is a feeding strategy involving the consumption of feces.		Detritivore's are heterotrophic [[Organisms]] that feed off of decaying plant and animal matter. Organisms that feed on detritus (decaying plant or animal matter, or feces). Detritivores may also obtain nutrition by coprophagy, which is a feeding strategy involving the consumption of feces.
			(add in text citations!)

	== In Ecology ==		== In Ecology ==
Line 28:		Line 29:
	== [[Nitrogen Fixation]] ==		== [[Nitrogen Fixation]] ==

	Detritivores play a major role in the [[nitrogen cycle]] allowing organic matter that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the [[decomposition]] of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].		Detritivores play a major role in the [[nitrogen cycle]] allowing [[Organic Matter\|organic matter]] that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the [[decomposition]] of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].

	== References ==		== References ==

Leannesc: /* Definition */

2022-04-11T15:10:09Z

Definition

← Older revision		Revision as of 11:10, 11 April 2022
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	== Definition ==		== Definition ==

	Detritivore's are [[Organisms]] that feed off of decaying plant and animal matter. Organisms that feed on detritus (decaying plant or animal matter, or feces).		Detritivore's are heterotrophic [[Organisms]] that feed off of decaying plant and animal matter. Organisms that feed on detritus (decaying plant or animal matter, or feces). Detritivores may also obtain nutrition by coprophagy, which is a feeding strategy involving the consumption of feces.

	== In Ecology ==		== In Ecology ==
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	== Types of Detritivores ==		== Types of Detritivores ==

	'''[[Annelids]]''' - Earth worms are one of the most common groups of detritivores. They consume dead organic matter as well as the dirt surrounding it, recycling it back into the soil.		'''[[Annelids]]''' - Earth worms are one of the most common groups of detritivores. They consume dead [[Organic Matter\|organic matter]] as well as the dirt surrounding it, recycling it back into the soil.

	[[File:Earthworm1.jpg\|thumb\|Multiple annelids laying in soil.]]		[[File:Earthworm1.jpg\|thumb\|Multiple annelids laying in soil.]]

Njhenshu: The LinkTitles extension automatically added links to existing pages (https://github.com/bovender/LinkTitles).

2021-04-29T17:03:51Z

← Older revision		Revision as of 13:03, 29 April 2021
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	== In Ecology ==		== In Ecology ==

	In ecology detritivores are [[scavengers]] that feed of other organisms in the environment that have died. Since detritivores are decomposers they are typically on the lower end of the food chain and are also prey for animals higher on the food chain. Detritivores play the role of recyclers in ecosystems taking nutrients from decaying organisms and reintroducing it into the environment by being eaten by other organisms. The relationship between predators and detritivores is closely linked to plant biomass in certain biomes. Typically the more predators the lower the plant biomass because the predators are eating the detritivores who help facilitate plant growth by recycling nutrients, especially nitrogen, back into the soil.		In [[ecology]] detritivores are [[scavengers]] that feed of other organisms in the environment that have died. Since detritivores are decomposers they are typically on the lower end of the food chain and are also prey for [[animals]] higher on the food chain. Detritivores play the role of recyclers in ecosystems taking nutrients from decaying organisms and reintroducing it into the environment by being eaten by other organisms. The relationship between predators and detritivores is closely linked to plant biomass in certain [[biomes]]. Typically the more predators the lower the plant biomass because the predators are eating the detritivores who help facilitate plant growth by recycling nutrients, especially nitrogen, back into the [[soil]].

	== Types of Detritivores ==		== Types of Detritivores ==
Line 28:		Line 28:
	== [[Nitrogen Fixation]] ==		== [[Nitrogen Fixation]] ==

	Detritivores play a major role in the [[nitrogen cycle]] allowing organic matter that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the decomposition of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].		Detritivores play a major role in the [[nitrogen cycle]] allowing organic matter that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the [[decomposition]] of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].

	== References ==		== References ==

Jstryker at 00:03, 11 May 2018

2018-05-11T00:03:23Z

← Older revision		Revision as of 20:03, 10 May 2018
Line 6:		Line 6:
	== In Ecology ==		== In Ecology ==

	In ecology detritivores are scavengers that feed of other organisms in the environment that have died. Since detritivores are decomposers they are typically on the lower end of the food chain and are also prey for animals higher on the food chain. Detritivores play the role of recyclers in ecosystems taking nutrients from decaying organisms and reintroducing it into the environment by being eaten by other organisms. The relationship between predators and detritivores is closely linked to plant biomass in certain biomes. Typically the more predators the lower the plant biomass because the predators are eating the detritivores who help facilitate plant growth by recycling nutrients, especially nitrogen, back into the soil.		In ecology detritivores are [[scavengers]] that feed of other organisms in the environment that have died. Since detritivores are decomposers they are typically on the lower end of the food chain and are also prey for animals higher on the food chain. Detritivores play the role of recyclers in ecosystems taking nutrients from decaying organisms and reintroducing it into the environment by being eaten by other organisms. The relationship between predators and detritivores is closely linked to plant biomass in certain biomes. Typically the more predators the lower the plant biomass because the predators are eating the detritivores who help facilitate plant growth by recycling nutrients, especially nitrogen, back into the soil.

	== Types of Detritivores ==		== Types of Detritivores ==
Line 12:		Line 12:
	'''[[Annelids]]''' - Earth worms are one of the most common groups of detritivores. They consume dead organic matter as well as the dirt surrounding it, recycling it back into the soil.		'''[[Annelids]]''' - Earth worms are one of the most common groups of detritivores. They consume dead organic matter as well as the dirt surrounding it, recycling it back into the soil.

	[[File:Earthworm1.jpg]]		[[File:Earthworm1.jpg\|thumb\|Multiple annelids laying in soil.]]

	'''Fungi''' - Fungi are actually not considered to be detritivores. Even though they fill the same roles as detritivores they are only considered decomposers.		'''[[Fungi]]''' - Fungi are actually not considered to be detritivores. Even though they fill the same roles as detritivores they are only considered decomposers.

	[[~~File:Fungi.jpg~~]]		'''[[Bacteria]]''' - Bacteria, like fungi, are also not considered to be detritivores even though they fulfill almost the same roles as detritivores. The only marked difference between detritivores and decomposers like fungi and bacteria are that fungi and bacteria are capable of digesting lignin while other organisms that are classified as detritivores cannot.

	~~'''Bacteria~~''' - Bacteria, like fungi, are also not considered to be detritivores even though they fulfill almost the same roles as detritivores. The only marked difference between detritivores and decomposers like fungi and bacteria are that fungi and bacteria are capable of digesting lignin while other organisms that are classified as detritivores cannot.

	~~[[File:Bacteria.jpg]]~~

	'''[[Isopods]]''' - Some isopods are detritivores that feed on the bottom of fallen trees.		'''[[Isopods]]''' - Some isopods are detritivores that feed on the bottom of fallen trees.

	[[File:Armadillidium_vulgare_000.jpg]]		[[File:Armadillidium_vulgare_000.jpg\|thumb\|Armadillidium vulgare rolled up in a ball.]]

	'''Pitcher Plants''' - These plants evolved from carnivorous plants to have a pitcher like shape that collects and breaks down leaf litter that falls into them.		'''[[Pitcher Plants]]''' - These plants evolved from carnivorous plants to have a pitcher like shape that collects and breaks down leaf litter that falls into them.

	[[File:Pitcherplant.jpg]]		[[File:Pitcherplant.jpg]]

	== Nitrogen Fixation ==		== [[Nitrogen Fixation]] ==

	Detritivores play a major role in the nitrogen cycle allowing organic matter that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the Decomposition Reaction and is often only achieved through the aid of detritivores and decomposers. Detritivores also create ammonia during the decomposition of organic matter. The ammonia produced by detritivores is used in the nitrification process to keep nitrogen in the biosphere.		Detritivores play a major role in the [[nitrogen cycle]] allowing organic matter that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the [[Decomposition Reaction]] and is often only achieved through the aid of detritivores and [[decomposers]]. Detritivores also create ammonia during the decomposition of organic matter. The ammonia produced by detritivores is used in the [[nitrification]] process to keep nitrogen in the [[biosphere]].

	== References ==		== References ==

Jstryker at 07:36, 9 May 2018

2018-05-09T07:36:58Z

← Older revision		Revision as of 03:36, 9 May 2018
Line 2:		Line 2:
	== Definition ==		== Definition ==

	Detritivore's are ~~organisms~~ that feed off of decaying plant and animal matter. Organisms that feed on detritus (decaying plant or animal matter, or feces).		Detritivore's are [[Organisms]] that feed off of decaying plant and animal matter. Organisms that feed on detritus (decaying plant or animal matter, or feces).

	== In Ecology ==		== In Ecology ==

Jstryker: Created page with " == Definition == Detritivore's are organisms that feed off of decaying plant and animal matter. Organisms that feed on detritus (decaying plant or animal matter, or feces)...."

2018-05-09T07:21:24Z

Created page with " == Definition == Detritivore's are organisms that feed off of decaying plant and animal matter. Organisms that feed on detritus (decaying plant or animal matter, or feces)...."

New page

== Definition ==

Detritivore's are organisms that feed off of decaying plant and animal matter. Organisms that feed on detritus (decaying plant or animal matter, or feces).

== In Ecology ==

In ecology detritivores are scavengers that feed of other organisms in the environment that have died. Since detritivores are decomposers they are typically on the lower end of the food chain and are also prey for animals higher on the food chain. Detritivores play the role of recyclers in ecosystems taking nutrients from decaying organisms and reintroducing it into the environment by being eaten by other organisms. The relationship between predators and detritivores is closely linked to plant biomass in certain biomes. Typically the more predators the lower the plant biomass because the predators are eating the detritivores who help facilitate plant growth by recycling nutrients, especially nitrogen, back into the soil.

== Types of Detritivores ==

'''[[Annelids]]''' - Earth worms are one of the most common groups of detritivores. They consume dead organic matter as well as the dirt surrounding it, recycling it back into the soil.

[[File:Earthworm1.jpg]]

'''Fungi''' - Fungi are actually not considered to be detritivores. Even though they fill the same roles as detritivores they are only considered decomposers.

[[File:Fungi.jpg]]

'''Bacteria''' - Bacteria, like fungi, are also not considered to be detritivores even though they fulfill almost the same roles as detritivores. The only marked difference between detritivores and decomposers like fungi and bacteria are that fungi and bacteria are capable of digesting lignin while other organisms that are classified as detritivores cannot.

[[File:Bacteria.jpg]]

'''[[Isopods]]''' - Some isopods are detritivores that feed on the bottom of fallen trees.

[[File:Armadillidium_vulgare_000.jpg]]

'''Pitcher Plants''' - These plants evolved from carnivorous plants to have a pitcher like shape that collects and breaks down leaf litter that falls into them.

[[File:Pitcherplant.jpg]]

== Nitrogen Fixation ==

Detritivores play a major role in the nitrogen cycle allowing organic matter that normally would go to waste re-enter the food chain. Detritivores break down nitrates and nitrites from the organic material they consume and release it back into the atmosphere as nitrogen gas. This process is called the Decomposition Reaction and is often only achieved through the aid of detritivores and decomposers. Detritivores also create ammonia during the decomposition of organic matter. The ammonia produced by detritivores is used in the nitrification process to keep nitrogen in the biosphere.

== References ==

1. Thompson, J. N., and D. M. Gates. 2018, March 30. Biosphere. Encyclopædia Britannica, inc. https://www.britannica.com/science/biosphere/The-nitrogen-cycle.

2. THE NITROGEN CYCLE. (n.d.). . http://www.scienceclarified.com/everyday/Real-Life-Chemistry-Vol-8/The-Nitrogen-Cycle.html.

3. Megías, A. G., and C. Müller. 2010. Root herbivores and detritivores shape above-ground multitrophic assemblage through plant-mediated effects. Journal of Animal Ecology.

4. Wu, X., J. N. Griffin, and S. Sun. 2013. Cascading effects of predator-detritivore interactions depend on environmental context in a Tibetan alpine meadow. Journal of Animal Ecology 83:546–556.

5. (n.d.). . Study.com. https://study.com/academy/lesson/detritivores-definition-examples.html.

6. GCSE Bitesize: Decay processes. (n.d.). . BBC. http://www.bbc.co.uk/schools/gcsebitesize/science/add_ocr_gateway/green_world/decayrev1.shtml.