Speculative Evolution Wiki - Recent changes [en]

Inland Sharkopath

2013-05-17T00:35:15Z

Shurrack

2013-05-17T00:33:21Z

User:Lifeafterpeoplefan1revised

2013-05-16T21:52:12Z

‎What I like:

Speculative bioenergetics

2013-05-16T19:20:10Z

‎Carnivores:

Shurrack

2013-05-15T23:04:41Z

Inland Sharkopath

2013-05-15T22:57:06Z

Created page with " The Inland Sharkopath is a closely related Sharkopath species, natives to the rivers and swamps in the southern portion of Pangaea II. At 13ft., swimming at speeds of 25 mp..."

New page

The Inland Sharkopath is a closely related Sharkopath species, natives to the rivers and swamps in the southern portion of Pangaea II. At 13ft., swimming at speeds of 25 mph and a bite force of 40,000 pounds per square inch they are very similar to their relatives with some differences, 1) This species does not hunt in packs due to smaller numbers and 2) since they don't hunt in packs the bioluminescent patches are only used in mating such as courtship and fighting for the right mate or if the shark is attacked by a larger animal. When in danger the bioluminescent patches will glow faster and faster to try and ward off the potential preditor, if this does not work the shark will attack with a formidable bite.

This species preys on a wide variety of animals such as silverswimmers, flish, amphibians, terrasquids, some fish species and sometimes their own kind. They hunt by using their black coloration to hide themselves in the murky water they live in, using their speed and bite force to catch and subdue their prey. Using their sensory organ on the top of their heads they can detect prey from miles away. When hunting the sharkopath does not use it's bioluminescent patches to better conceal it from it's prey.

During the mating season (which corresponds with the wet season) males will use their bioluminescence to attract females and ward off rival males. Males have large territory that include females whom they mate with. During the mating season males clashing over mates are common, male's patches will gloom faster and faster when confronted with a rival in an attempt to intimidate them and if this doesn't work they will attack each other, it is not uncommon for the victor of these territorial battles to eat the loser. Pregnant females will move inland after mating and will give birth to 4-10 live young, during the dry season the females will retreat to deeper water, the young will grow up in ponds which are cut off from the main body of water during the dry season to ensure their saftey.
[[Category:The Future is Wild Expanded Universe]]

User:Lifeafterpeoplefan1revised

2013-05-15T21:13:58Z

‎Creatures I created:

Speculative bioenergetics

2013-05-15T20:24:43Z

‎Herbivores:

Habitable solar systems

2013-05-15T17:50:30Z

‎Stars:

User:Lifeafterpeoplefan1revised

2013-05-14T20:36:52Z

Speculative bioenergetics

2013-05-14T20:31:20Z

‎Electrotrophy:

User:Lifeafterpeoplefan1revised

2013-05-13T20:50:15Z

User:Lifeafterpeoplefan1revised

2013-05-13T20:48:13Z

Speculative bioenergetics

2013-05-13T15:01:13Z

‎References:

Shurrack

2013-05-13T01:00:47Z

Thread:72.219.201.165/@comment-Citrakayah-20130512232258

2013-05-12T23:22:58Z

Created page with "Hi, welcome to {{SITENAME}}! Thanks for your edit to the Talk:List of Future of the Earth Species - From Future is Wild page. '''[[Special:Userlogin|Please sign in and c..."

New page

Hi, welcome to {{SITENAME}}! Thanks for your edit to the [[:Talk:List of Future of the Earth Species - From Future is Wild]] page.

'''[[Special:Userlogin|Please sign in and create a user name]]'''. It's an easy way to keep track of your contributions and helps you communicate with the rest of the community.

Please leave me a message if I can help with anything!<ac_metadata title="Welcome to Speculative Evolution Wiki!"> </ac_metadata>

Talk:List of Future of the Earth Species - From Future is Wild

2013-05-12T23:19:39Z

Thread:Concavenator/@comment-Citrakayah-20130512004642/@comment-Concavenator-20130512210704

2013-05-12T21:07:05Z

Created page with "Yes, but if you count as electrotrophy any process where electron movement is involved, any organisms becomes an electrotroph. As far as I know, iron oxidation is not really t..."

New page

Yes, but if you count as electrotrophy any process where electron movement is involved, any organisms becomes an electrotroph. As far as I know, iron oxidation is not really that different from sulfur oxidation, methanogenesis, nitrification, etc.

Thread:Concavenator/@comment-Citrakayah-20130512004642/@comment-Citrakayah-20130512184139

2013-05-12T18:41:39Z

Created page with "Well, isn't that just what electricity is, though? The flow of electrons from one source to another?"

New page

Well, isn't that just what electricity is, though? The flow of electrons from one source to another?

User:Lifeafterpeoplefan1revised

2013-05-12T16:14:06Z

Speculative bioenergetics

2013-05-12T09:37:12Z

‎Heterotrophy:

Thread:Concavenator/@comment-Citrakayah-20130512004642/@comment-Concavenator-20130512093538

2013-05-12T09:35:51Z

Thread:Concavenator/@comment-Citrakayah-20130512004642/@comment-Concavenator-20130512093538

2013-05-12T09:35:38Z

Created page with "I moved them in the "chemotrophy". The linked Wikipedia page said nothing about electricity, and since oxidizing iron seems more a chemotroph behavior."

New page

I moved them in the "chemotrophy". The linked Wikipedia page said nothing about electricity, and since oxidizing iron seems more a chemotroph behavior.

Development of intelligence

2013-05-12T09:33:53Z

‎Metabolism:

A Scientific Fantasy

2013-05-12T02:29:16Z

Shurrack

2013-05-12T02:02:32Z

Adding categories

Thread:Concavenator/@comment-Citrakayah-20130512004642

2013-05-12T00:46:42Z

Created page with "Why did you remove my microorganism examples on electrotrophy?<ac_metadata title="Hey..."> </ac_metadata>"

New page

Why did you remove my microorganism examples on electrotrophy?<ac_metadata title="Hey..."> </ac_metadata>

Shurrack

2013-05-11T23:18:59Z

Created page with "rightthe Shurrack is a descendant of weasels that resembles a long-legged snow leopard."

New page

[[File:Shurrack.jpg|right]]the Shurrack is a descendant of weasels that resembles a long-legged snow leopard.

File:Shurrack.jpg

2013-05-11T23:12:11Z

Dragontunders uploaded "File:Shurrack.jpg"

A Scientific Fantasy

2013-05-11T22:54:37Z

User:Lifeafterpeoplefan1revised

2013-05-11T16:56:10Z

Speculative physiology

2013-05-11T15:54:23Z

Adding categories

Speculative bioenergetics

2013-05-11T15:53:48Z

‎Heterotrophy:

File:Pharyngeal jaws of moray eels.svg.png

2013-05-11T15:47:06Z

Concavenator uploaded "File:Pharyngeal jaws of moray eels.svg.png" Pharyngeal jaws of a moray eel.

Thread:87.114.161.144/@comment-Citrakayah-20130511132427

2013-05-11T13:24:27Z

Created page with "Hi, welcome to {{SITENAME}}! Thanks for your edit to the Swampid page. '''Please sign in and create a user name'''. It's an easy way to keep track ..."

New page

Hi, welcome to {{SITENAME}}! Thanks for your edit to the [[:Swampid]] page.

'''[[Special:Userlogin|Please sign in and create a user name]]'''. It's an easy way to keep track of your contributions and helps you communicate with the rest of the community.

Please leave me a message if I can help with anything!<ac_metadata title="Welcome to Speculative Evolution Wiki!"> </ac_metadata>

Talk:Swampid/@comment-87.114.161.144-20130511130410

2013-05-11T13:04:10Z

Created page with "Also with a scary reptutation of going on land."

New page

Also with a scary reptutation of going on land.

Talk:Swampid/@comment-87.114.161.144-20130511130334

2013-05-11T13:03:35Z

Created page with "Umm?''''' '''''A perfectly adapted killer. It hunts mainly near swamps in bengal."

New page

Umm?''''' '''''A perfectly adapted killer. It hunts mainly near swamps in bengal.

Speculative bioenergetics

2013-05-11T12:42:14Z

‎Eterotrophy:

File:ConsumerClassification.jpg

2013-05-11T12:33:33Z

Concavenator uploaded "File:ConsumerClassification.jpg" Classification of consumers based on their food: green and brown (left) are plants, purple and red (right) animals; green and red (outer ring) are alive, brown and purple (inner ring) are dead; in the upper half, consumers eat the whole organism, in th...

Speculative bioenergetics

2013-05-11T12:20:26Z

‎Metabolic chemistry:

User:Lifeafterpeoplefan1revised

2013-05-10T22:18:49Z

‎What I like:

← Older revision		Revision as of 00:33, May 17, 2013
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−	[[File:Shurrack.jpg\|thumb\|328px]]'''Shurrack''' - (''O''''romustela altifera)'''''	+	[[File:Shurrack.jpg\|thumb\|328px]]'''Shurrack''' - (''O''''romustela altifera)''

	Related to the Pamthret, the Shurrack is also a descendant of the weasel. The Shurrack is a sucessful mountain predator for three reasons. One, it is sure-footed for manuvering across the rocky terrain. Two, a mottled, gray coat for blending in with the rock and snow. Three, co-operation (pack hunting), why? Well, since its prey, the Groath has a herd system where the dominant male raises its long, flag-like tail when danger approaches, telling the herd to hide somewhere and individual female Groaths have long, cone-like horns for repelling predators, the Shurrack hunts in closely-knit packs where they either surround or corner their prey. When they kill their prey, they aren't too bossy and all pack members can each share a piece of their kill.		Related to the Pamthret, the Shurrack is also a descendant of the weasel. The Shurrack is a sucessful mountain predator for three reasons. One, it is sure-footed for manuvering across the rocky terrain. Two, a mottled, gray coat for blending in with the rock and snow. Three, co-operation (pack hunting), why? Well, since its prey, the Groath has a herd system where the dominant male raises its long, flag-like tail when danger approaches, telling the herd to hide somewhere and individual female Groaths have long, cone-like horns for repelling predators, the Shurrack hunts in closely-knit packs where they either surround or corner their prey. When they kill their prey, they aren't too bossy and all pack members can each share a piece of their kill.

← Older revision		Revision as of 21:52, May 16, 2013
Line 73:		Line 73:

	I also like all life forms on earth and they all have a right to exist except for humans who are destroying natural habitats and are causing man made global warming.		I also like all life forms on earth and they all have a right to exist except for humans who are destroying natural habitats and are causing man made global warming.
		+
		+	This in 1 to 10 order.

	==Creatures I created==		==Creatures I created==

@@ Line 409: / Line 409: @@
 | style="text-align: center;"|0.001 kcal/s/kg
 |-
-| style="text-align: center;"|Kinetotrophy
+| colspan="1" rowspan="3" style="text-align: center;"|Kinetotrophy
-| style="text-align: center;"|Wind at 30 km/h, Earth-like air
+| style="text-align: center;"|Water flowing at 0.1 m/s (slow stream)
-| style="text-align: center;"|0.083 kcal/s/m<sup>2</sup>
+| style="text-align: center;"|0.00012 kcal/s/m<sup>2</sup>
 |}
-<p style="font-weight: normal;">''Notes: most of the table derived from one in [http://books.google.it/books?id=b7XhonTq2s8C&dq=Thermotroph&hl=it&source=gbs_navlinks_s Cosmic Biology]; the solar irradiation considers the amount of photons that hit Earth's Equator as an average, night included; the energy derived from wind is proportional to the 3rd power of its velocity.''</p>
+<p style="font-weight: normal;">''Notes: most of the table derived from one in [http://books.google.it/books?id=b7XhonTq2s8C&dq=Thermotroph&hl=it&source=gbs_navlinks_s Cosmic Biology]; the solar irradiation considers the amount of photons that hit Earth's Equator as an average, night included; the energy derived from wind and water flow is proportional to the 3rd power of its velocity, and directly proportional to its density.''</p>
 ===Phototrophy===
 ''Also see: [[Biomes#Primari productivity|Primary productivity]]''
@@ Line 462: / Line 462: @@
 Heterotrophs are organisms that aren't able to fix carbon (or whatever else the [[Alternative biochemistry#Non-carbon basis of biochemistry|central element]] or their biochemistry is), and therefore have to consume the tissues of other organisms, which can be autotrophs or other heterotrophs (see [[Ecology#Trophic levels|here]]). On Earth, they're roughly divided in herbivores (which eat mostly plants) and carnivores (which eat mostly animals).[[File:ConsumerClassification.jpg|thumb|250px|Classification of consumers based on their food: green and brown (left) are plants, purple and red (right) animals; green and red (outer ring) are alive, brown and purple (inner ring) are dead; in the upper half, consumers eat the whole organism, in the lower half only parts of it.]]
-In ecology, autotrophs and heterotrophs are reffered to as ''producers'' (of organic molecules) and ''consumers''. Consumers/heterotrophs can be classified in different dimensions: '''herbivores''' and '''phytophages''' eat plants, '''carnivores''' and '''zoophages''' eat animals; '''totivores''' (or "gatherers") eat whole organisms, '''holophages''' (or "miners") eat part of them; '''croppers''' and '''parasites''' eat live organisms (or part of them), '''scavengers''' and '''saprophages''' eat dead ones; and so on.
+In ecology, autotrophs and heterotrophs are reffered to as ''producers'' (of organic molecules) and ''consumers''. Consumers/heterotrophs can be classified in different dimensions: '''herbivores''' and '''phytophages''' eat plants, '''carnivores''' and '''zoophages''' eat animals; '''totivores''' (or "gatherers") eat whole organisms or consistent parts such as fruits or leaves, '''holophages''' (or "miners") eat part of tissues and organs; '''croppers''' and '''parasites''' eat live organisms (or part of them), '''scavengers''' and '''saprophages''' eat dead ones; and so on.
 More specifically, ''victivores'' eat whole, living plants; ''lectivores'' eat whole, dead plants; ''bestivores'' eat whole, living animals; ''carcasivores'' eat whole, dead animals; ''zontanophages'' eat parts of living plants; ''thanatophages'' eat parts of dead plants; ''sarcophages'' eat parts of living animals; ''necrophages'' eat parts of dead animals. The image on the right summarizes this complex classification.
@@ Line 552: / Line 552: @@
 *'''Graminivores''' are other classic herbivores: they eat grass, that is, the stems and leaves of the small [http://en.wikipedia.org/wiki/Poales Poales] and other low-growing plants. Grass stems are rich in [[Speculative biomechanics#Biomineralization|silica]], and thus they quickly wear out teeth, which in most graminivores grown continuously; for the rest, they have similar adaptations as folivores.
 *'''Frugivores''' eat fruit. Since many plants purposefully let animas eat their fruits so that they'll disperse the seeds, they developed desirable, nourishing and easily digestible: fruit is usually very rich in water and simple sugars, though often poor in proteins and lipids. Some frugivorous birds have a very short intestine to expel seeds unharmed. Animals that eat fruit to disperse seeds include many birds (toucans, [http://en.wikipedia.org/wiki/Cassowary cassowaries], parrots), [http://en.wikipedia.org/wiki/Chrysocyon maned wolves], orangutans, diurnal bats.
-*Granivores
+*'''Granivores''' eat seeds. These, since they contain the material necessary to the plant embryo to survive in the first days, are packed with calories (some seeds, such as nuts, also contain a great amount of lipids); for the same reason, they're usually heavily defended by woody shells, thorns, poisons such as [http://en.wikipedia.org/wiki/Tannin tannins] and [http://en.wikipedia.org/wiki/Alkaloid alkaloids] (see [[Offense and defense#Chemical|here]]), or simply making them so rare they're not worth the effort. Granivory is a form of ''durophagy'' (eating hard, resilient food), and thus main adaptations include short jaws or beaks (which can apply a greater force) and large molar teeth.
-*Nectarivores
+*'''Nectarivores''' are usually very small, since their food - [http://en.wikipedia.org/wiki/Nectar nectar] - is only available in small quantities. On the other hand, being mainly composed of simple sugars (mostly glucose, sucrose and fructose), it's extremely rich in energy and doesn't require a complex digestive system to be digested. Most nectarivores are insects (butterflies, bees, etc.) or birds ([http://en.wikipedia.org/wiki/Sunbird sunbirds], hummingbirds, etc.), but they also include some North American bats, the [http://en.wikipedia.org/wiki/Honey_Possum honey possum] and the ''[http://en.wikipedia.org/wiki/Phelsuma Phelsuma]'' geckos.
-*Palynivores
+*Since pollen is also a nutritious food, though as quantitatively limited as nectar is, some small animals are '''palynivores'''. Bees and a few wasps are the only true palynivores, given that pollen is the only solid food they eat, but some mites and [http://en.wikipedia.org/wiki/Thysanoptera thrips] also eat pollen grains; many flies, butterflies and beetles are palynivores in the larval stage.
 Examples of specialized herbivorous olophagous (miner) diets:
-*Xylophages
+*Many insects, especially larvae, are '''xylophages''', that is, wood eaters. Wood is very difficult to digest, being mostly composed by energy-poor fibres of cellulose and lignin, and thus requires both a strong buccal apparatus and a complex digestive system to break down the molecules.
-*Exudativores
+*'''Exudativores''' eat [http://en.wikipedia.org/wiki/Phloem_sap sap], a fluid carried between plant cells composed mostly of water, sugars, hormones and mineral elements. Despite being energy-rich and easy to digest, exudativores are found only among [http://en.wikipedia.org/wiki/Hemiptera true bugs], because of two specific [http://jxb.oxfordjournals.org/content/57/4/747.short issues]: sap is poor in amino acids (exudativorous bugs produce them through symbiosis) and the sugar content can exert osmotic pressure, sucking water out of the cells (they quickly turn the sugar in long-chain carohydrates).
 ===Carnivores===
 ===Other diets===
 ===Digestive system===

← Older revision		Revision as of 23:04, May 15, 2013
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−	[[File:Shurrack.jpg\|right]]'''Shurrack''' - (''O''''romustela altifera)''	+	[[File:Shurrack.jpg\|thumb\|328px]]'''Shurrack''' - (''O''''romustela altifera)'''''

	Related to the Pamthret, the Shurrack is also a descendant of the weasel. The Shurrack is a sucessful mountain predator for three reasons. One, it is sure-footed for manuvering across the rocky terrain. Two, a mottled, gray coat for blending in with the rock and snow. Three, co-operation (pack hunting), why? Well, since its prey, the Groath has a herd system where the dominant male raises its long, flag-like tail when danger approaches, telling the herd to hide somewhere and individual female Groaths have long, cone-like horns for repelling predators, the Shurrack hunts in closely-knit packs where they either surround or corner their prey. When they kill their prey, they aren't too bossy and all pack members can each share a piece of their kill.		Related to the Pamthret, the Shurrack is also a descendant of the weasel. The Shurrack is a sucessful mountain predator for three reasons. One, it is sure-footed for manuvering across the rocky terrain. Two, a mottled, gray coat for blending in with the rock and snow. Three, co-operation (pack hunting), why? Well, since its prey, the Groath has a herd system where the dominant male raises its long, flag-like tail when danger approaches, telling the herd to hide somewhere and individual female Groaths have long, cone-like horns for repelling predators, the Shurrack hunts in closely-knit packs where they either surround or corner their prey. When they kill their prey, they aren't too bossy and all pack members can each share a piece of their kill.

@@ Line 136: / Line 136: @@
 By 10 million years in the future carakillers will go extinct and so do elephants, most deer and beef cattle.
 ==Anti trolling==
 My user page is being trolled by some editor and it is very annoying.

@@ Line 2: / Line 2: @@
-The Inland Sharkopath is a closely related Sharkopath species, natives to the rivers and swamps in the southern portion of Pangaea II. At 13ft., swimming at speeds of 25 mph and a bite force of 40,000 pounds per square inch they are very similar to their relatives with some differences, 1) This species does not hunt in packs due to smaller numbers and 2) since they don't hunt in packs the bioluminescent patches are only used in mating such as courtship and fighting for the right mate or if the shark is attacked by a larger animal. When in danger the bioluminescent patches will glow faster and faster to try and ward off the potential preditor, if this does not work the shark will attack with a formidable bite.
+The Inland Sharkopath is a closely related Sharkopath species, natives to the rivers and swamps in the southern portion of Pangaea II. At 13ft., swimming at speeds of 25 mph and a bite force of 40,000 pounds per square inch they are very similar to their relatives with some differences, 1) This species does not hunt in packs due to smaller numbers and 2) since they don't hunt in packs the bioluminescent patches are only used in mating such as courtship and fighting for the right mate or if the shark is attacked by a larger animal. When in danger the bioluminescent patches will glow faster and faster to try and ward off the potential predator, if this does not work the shark will attack with a formidable bite.
-This species preys on a wide variety of animals such as silverswimmers, flish, amphibians, terrasquids, some fish species and sometimes their own kind. They hunt by using their black coloration to hide themselves in the murky water they live in, using their speed and bite force to catch and subdue their prey. Using their sensory organ on the top of their heads they can detect prey from miles away. When hunting the sharkopath does not use it's bioluminescent patches to better conceal it from it's prey.
+This species preys on a wide variety of animals such as silverswimmers, flish, insects, terrasquids, some fish species and sometimes their own kind. They hunt by using their black coloration to hide themselves in the murky water they live in, using their speed and bite force to catch and subdue their prey. Using their sensory organ on the top of their heads they can detect prey from miles away. When hunting the sharkopath does not use it's bioluminescent patches to better conceal it from it's prey.
 During the mating season (which corresponds with the wet season) males will use their bioluminescence to attract females and ward off rival males. Males have large territory that include females whom they mate with. During the mating season males clashing over mates are common, male's patches will gloom faster and faster when confronted with a rival in an attempt to intimidate them and if this doesn't work they will attack each other, it is not uncommon for the victor of these territorial battles to eat the loser. Pregnant females will move inland after mating and will give birth to 4-10 live young, during the dry season the females will retreat to deeper water, the young will grow up in ponds which are cut off from the main body of water during the dry season to ensure their saftey.

← Older revision		Revision as of 17:50, May 15, 2013
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	All stars can be classified into '''spectral classes''' on the basis of their temperature, which directly affects their [[File:HRDiagram.png\|thumb\|The Hertzsprung-Russell Diagram orders stars by temperature and luminosity.]]colour. From the hottest and brightest to the coldest and dimmest, the most important classes are called O, B, A, F, G, K and M. They're in turn divided in subclasses, identified by numbers - a star with a number between 0 and 4 is called an "early" member of its class, while a star with a number between 5 and 9 is called a "late" member (for example, as a G2 star, the Sun is an early class-G).		All stars can be classified into '''spectral classes''' on the basis of their temperature, which directly affects their [[File:HRDiagram.png\|thumb\|The Hertzsprung-Russell Diagram orders stars by temperature and luminosity.]]colour. From the hottest and brightest to the coldest and dimmest, the most important classes are called O, B, A, F, G, K and M. They're in turn divided in subclasses, identified by numbers - a star with a number between 0 and 4 is called an "early" member of its class, while a star with a number between 5 and 9 is called a "late" member (for example, as a G2 star, the Sun is an early class-G).
		+
		+	A second number, in roman numerals, identifies the star's '''luminosity class''': 0 for hypergiants, I for supergiants, II for bright giants, III for normal giants, IV for subgiants, V for main-sequence stars such as the Sun, VI for subdwarfs and VII for dwarf stars.

	Most of the other characteristics can be inferred from the spectral class, as shown by the tables below:		Most of the other characteristics can be inferred from the spectral class, as shown by the tables below:

@@ Line 5: / Line 5: @@
 I think there will be no amphibians left by 100 million years into the future.
-I think poggles are not the last mammals. I think rats, mice, elephant shrews, shrews, hedgehogs and bats will live in 100 million years into the future or even longer in that case for rodents.
+I think poggles are not the last mammals. I think rats, mice, elephant shrews, shrews, moles, tenracs, hedgehogs and bats will live in 100 million years into the future or even longer in that case for rodents,shrews and tenracs.
 Lizards and snakes should also be in 100 million years and 200 million years into the future as well.
@@ Line 33: / Line 33: @@
 Add the future of new zealand and madagascar and add desendents of lemurs, fossas, foxes (in new zealand and islands), keas (carnivourous parrots) and possibly domestic dog desendents but only in new zealand, lemura and some parts of the main land that the predator rats had not reached. And add carnivorous desendents from carnivorous mammals that hunt antelope desendents and possibly other desendents of modern herbivores.
-Also no vortexes, porpins, spinks, stricks, wakkas, toratons, surfbats, flooers, shalloths, raboons, strigers, squibbons and megasquids. And have the future predator have wings, fur, eyes, bat ears and bat nose to make it more realistic, like the night stalker. Also I think mammals will not be outcompeted by reptiles and big insects at 100 million years.
+Also no vortexes, porpins, spinks, stricks, wakkas, toratons, surfbats, flooers, shalloths, raboons, strigers, squibbons and megasquids. And have the future predator have wings, fur, eyes, bat ears and bat nose to make it more realistic, like the night stalker. Megnopterans should be smaller to. Also I think mammals will not be outcompeted by reptiles and big insects at 100 million years.
 The raboons should be walking on four legs and make the stringer not swing in trees. Toratons will be smaller and will not have parental care. The terrasquids (The Megasquid and the Squibbon plus any fan-made species of this group.) should be the descendants of cuttlefish because in the far future, the cuttlefish's cuttlebone has the potential to evolve into an actual skeletal system. But octopuses will also work for terrasquid ancestors.

@@ Line 356: / Line 356: @@
 ==Autotrophy==
 ===Phototrophy===
 ''Also see: [[Biomes#Primari productivity|Primary productivity]]''
@@ Line 384: / Line 442: @@
 ===Electrotrophy===
 <p class="firstHeading" id="firstHeading" lang="en">Life could theoretically survive directly on electricity. Existing organisms, such as Oriental hornets, can metabolize sunlight by converting it into electrical energy ([http://news.bbc.co.uk/earth/hi/earth_news/newsid_9254000/9254445.stm 1]), then using the electrical energy. A [http://en.wikipedia.org/wiki/Photovoltaic_cell photovoltaic cell] can convert light in electricity through a layer of [http://en.wikipedia.org/wiki/Semiconductor semiconductors] (such as silicon, germanium, some [http://en.wikipedia.org/wiki/Aromatic_hydrocarbons aromatic hydrocarbons], zinc tin and titanium oxide, etc.) which lose electrons when hit by photons, therefore producing a current. Organisms with photovoltaic "leaves" would be electrotrophs, as true phototrophs use directly sunlight to power chemical reactions, without converting it to different forms of energy.</p>
 ===Radiotrophy===

@@ Line 83: / Line 83: @@
 They are big as the terror birds from 10000 years ago.
-They eat future armadillos, future pigs, future cabybaras and babokaris.
+They eat glyptodillos, future pigs, future cabybaras and babokaris.
 They face compitition from diredogs, carakillers and smilojaguars.
@@ Line 97: / Line 97: @@
 They are big as the dire wolf.
-They hunt future deer, babokaris, rattlebacks, future capybaras, future armadillos, future pronghorns, future gophers and future pigs. Some times they eat smilojaguar and future puma cubs and carakiller and semriakiller chicks.
+They hunt future deer, babokaris, rattlebacks, future capybaras, glyptodillos, future pronghorns, future gophers and future pigs. Some times they eat smilojaguar and future puma cubs and carakiller and semriakiller chicks.
 They face compitition from deathgleaners, carakillers, smilojaguars, semriakillers and future pumas.
@@ Line 111: / Line 111: @@
 They are big as the smilodon.
-They eat future armodillos, future elk, future pigs, babokaris, rattlebacks, future armodillos, future capybaras, future gophers and future pronghorns.
+They eat glyptodillos, future elk, future pigs, babokaris, rattlebacks, future armodillos, future capybaras, future gophers and future pronghorns.
 They face compitition from deathgleaners, carakillers, diredogs, semriakillers and alligators.
@@ Line 127: / Line 127: @@
 There are big as the glyptodonts
-They appear on earthby 5million years in the future
+They appear on earthby 5 million years in the future
 They eat plants.
@@ Line 136: / Line 136: @@
 ==Anti trolling==
 My user page is being trolled by some editor and it is very annoying.
 [[Category:Users]]

@@ Line 17: / Line 17: @@
 Humans go extinct in the same way they do in aftermath: population zero or life after people.
-For 5 million years I think there will be no mediterranian monk seals or mediterranian fish. There will be no apes and very few new world monkeys. Cetaceans and Sirenians will be extinct except for one widespread species of fully-aquatic mammal. There will be no seals or walruses. There will be no pandas or polar bears ether. There will be some savannah animals there but no aardvarks, leopards, cheetahs, hippos, rhinos, buffalos or giraffes. Cows won't survive because there will be no humans.There will be no bears or okapis. The world is under an ice age, the amazon rainforest has tured into an savannah and the mediterrainian sea has turned into salt plains.
+For 5 million years I think there will be no mediterranian monk seals or mediterranian fish. There will be no apes and very few new world monkeys. Cetaceans and Sirenians will be extinct except for one widespread species of fully-aquatic mammal. There will be no seals or walruses. There will be no pandas or polar bears ether. There will be some savannah animals there but no aardvarks, leopards, cheetahs, hippos, rhinos, buffalos or giraffes. Dairy cows won't survive because there will be no humans.There will be no bears or okapis. The world is under an ice age, the amazon rainforest has tured into an savannah and the mediterrainian sea has turned into salt plains.
 For the survivors are most domestic animals which are dogs (which are manly labador retreivers that are not therapy dogs, germain shepards, lacy dogs and hounds), cats, horses, sheep, goats, beef cattle and pigs (dairy cows, domestic chickens, domestic reindeer and domestic turkeys are extinct), small cats, wolves, a few new world monkeys, elephants (very few survived), zebras, lions (there the last big cat other then jaguars and clouded leopards and I don't consider pumas a big cat), jaguars, clouded leopards, hyenas, ratels, hyraxes, sea lions, all invertibreates minus head lice, all fish minus mediterranian fish, a few amphibians, all reptiles, all rodents, most weasels, mongooses, pumas, lemurs, baboons, japanese macaques, all bats, boars, warthogs, bottlenose dolphins (there the only whales left), all shrews, all moles, hedgehogs, elephant shrews, tenracs, hyraxes, deer, jackals, armadillos, anteaters, platypuses, echidnas, all other birds (minus most rainforest birds) and all marsupals.
@@ Line 125: / Line 125: @@
 A armadillo desendent that fills in the niche of glyptodons
-There arebig as the glyptodonts
+There are big as the glyptodonts
 They appear on earthby 5million years in the future
@@ Line 132: / Line 132: @@
 They are preyed on by carakillers, semriakillers, smilojaguars and diredogs.
 [[Category:Users]]

@@ Line 501: / Line 501: @@
 *[http://books.google.it/books?id=qdjoTGAvrkkC&printsec=frontcover&hl=it#v=onepage&q&f=false Life in the Universe: Expectations and Constraints] (Schulze-Makuch & Irwin, 2008)
 *[http://books.google.it/books?id=b7XhonTq2s8C&printsec=frontcover&hl=it#v=onepage&q&f=false Cosmic Biology] (Schulze-Makuch & Irwin, 2011)
 ==Notes==
 <references>

@@ Line 1: / Line 1: @@
 [[File:Shurrack.jpg|right]]the Shurrack is a descendant of weasels that resembles a long-legged snow leopard.
 [[Category:After Man species]]
 [[Category:Mammals]]

← Older revision	Revision as of 23:19, May 12, 2013
Line 1:	Line 1:
	+	How about we start this page, List of Future of the Earth Species: From the Future is wild all over again or do something similar to it. I loved that page and maybe we can create a newer version of it that is more accurate. Should we do it?

@@ Line 419: / Line 419: @@
 *'''Myzocytosis''' consists in piercing the membrane or cell wall of a prey, sucking out organelles and cytoplasm. It's common among [http://en.wikipedia.org/wiki/Ciliates ciliate] protozoans, and it's possible only on cellular scale.
 *'''Phagocytosis''' involves creating a cavity in the cells to engulf food matter and prey cells, which are digested inside a vesicle. The immune defence system of multicellular organisms uses phagocytosis to rid the body of microbes; among animals, it's found only in ''[http://en.wikipedia.org/wiki/Trichoplax Trichoplax adhaerens]''.
 ===Herbivores===
 ===Carnivores===

← Older revision		Revision as of 15:54, May 11, 2013
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	[[Category:Alternative timelines]]		[[Category:Alternative timelines]]
	[[Category:Speculative physiology]]		[[Category:Speculative physiology]]
		+	[[Category:Exobiology]]

← Older revision		Revision as of 09:35, May 12, 2013
Line 1:		Line 1:
−	I moved them in the "chemotrophy". The linked Wikipedia page said nothing about electricity, and since oxidizing iron seems more a chemotroph behavior.	+	I moved them in the "chemotrophy". The linked Wikipedia page said nothing about electricity, and oxidizing iron seems more a chemotroph behavior.

@@ Line 70: / Line 70: @@
 | style="text-align: center;"|3000 kcal/kg
 | style="text-align: center;"|Almost pure sugars
 |-
 | style="text-align: center;"|Nuts and hard fruit

@@ Line 1: / Line 1: @@
-A project that speculates the evolution of various cryptids and mythical creatures. It is on SE forums and was made by "Dialforthedevil" in 2010. Many strange twists are including, such as Nessie being an amphibian and werewolves being sapient baboons.
+"A Scientific Fantasy" is a project that speculates the evolution of various cryptids and mythical creatures on a sort of parallel Earth, named Omnia. It is on SE forums and was made by "Dialforthedevil" in 2010. It is a good example of an end-oriented project, in that it focuses less on what is most likely and more on the evolutionary history of specific cryptids, and how something like them would come about.
 ==history==
 {| border="0" cellpadding="{scmCellpadding}" cellspacing="0" class="sites-layout-hbox" id="sites-chrome-main"
@@ Line 188: / Line 188: @@
 <p style="margin-bottom: 0cm">'''Hog Fish''' Size: 1 metre long, 2 killograms Diet: Carnivorous; feeds on small marine organisms Ancestor: small sharks related to the nurse shark The Hog Fish is a small shark very commonly seen in warm, tropical waters. The Hog Fish are very docile animals, and is completely harmless to humans, except occasionally theiving fish caught in fishing nets. Hog Fish have elongated, flexible bodies with dark brown spots. Qilled Toad Size: 50~60 centimetres Diet: small invertebrates Ancestor: unknown small lizard The Qilled Toad are poisonous small lizards found in the rocky deserts of Australia. The animal has poisonous qills and sometimes causes death because it is well camouflaged into its rocky habitat and people often step on the lizard by mistake.</p>
@@ Line 247: / Line 248: @@
 |}
 |}
 [[Category:Animals]]
 [[Category:Alternative timelines]]

← Older revision		Revision as of 02:02, May 12, 2013
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	[[File:Shurrack.jpg\|right]]the Shurrack is a descendant of weasels that resembles a long-legged snow leopard.		[[File:Shurrack.jpg\|right]]the Shurrack is a descendant of weasels that resembles a long-legged snow leopard.
		+	[[Category:After Man species]]
		+	[[Category:Mammals]]
		+	[[Category:Future animals]]
		+	[[Category:Carnivores]]

@@ Line 1: / Line 1: @@
 A project that speculates the evolution of various cryptids and mythical creatures. It is on SE forums and was made by "Dialforthedevil" in 2010. Many strange twists are including, such as Nessie being an amphibian and werewolves being sapient baboons.
 ==history==
 {| border="0" cellpadding="{scmCellpadding}" cellspacing="0" class="sites-layout-hbox" id="sites-chrome-main"
-| id="sites-canvas-wrapper"|  ===Species List===
+| id="sites-canvas-wrapper"|
 {| cellspacing="0" class="sites-layout-name-one-column sites-layout-hbox"
 | class="sites-layout-tile sites-tile-name-content-1"|
 <span style="font-family: Arial Black">Harpy</span>
 Size:70cm long
 Diet:anything
 Ancestor: Unknown species of rodent
 The Harpy is common throughout Southern Europe,Africa and South Asia. Harpies are the equivalent of vultures, they are smelly hairless flying mammals which at first sight look like bats are radically different such as their enlarged incisors, they are one of the last ways of telling harpies are rodents. Harpys never really set foot on the ground and are always flying, a grounded harpy is incredibly vulnerable. Although because of their pale skin they need to take shelter during midday, and they tend to sleep at night as well because of their poor nightvision. Harpies are only ever seen at dawn and dusk. They eat anything which has been left availible, Harpys probably have the most disgusting way of ensuring predators do not attack them while feeding by defecating onto the food while circling above bombarding the original predator with faeces.
@@ Line 26: / Line 20: @@
 <span style="font-family: Arial Black">Cameleopard</span>
 Size:2m tall
 Diet:Herbivores
 Ancestor: Chalicotheres
@@ Line 199: / Line 187: @@
 <p style="margin-bottom: 0cm">'''Hog Fish''' Size: 1 metre long, 2 killograms Diet: Carnivorous; feeds on small marine organisms Ancestor: small sharks related to the nurse shark The Hog Fish is a small shark very commonly seen in warm, tropical waters. The Hog Fish are very docile animals, and is completely harmless to humans, except occasionally theiving fish caught in fishing nets. Hog Fish have elongated, flexible bodies with dark brown spots. Qilled Toad Size: 50~60 centimetres Diet: small invertebrates Ancestor: unknown small lizard The Qilled Toad are poisonous small lizards found in the rocky deserts of Australia. The animal has poisonous qills and sometimes causes death because it is well camouflaged into its rocky habitat and people often step on the lizard by mistake.</p>
 <span style="font-family: Arial Black">
@@ Line 255: / Line 246: @@
 |}
 |}
 [[Category:Animals]]
 [[Category:Alternative timelines]]

@@ Line 17: / Line 17: @@
 Humans go extinct in the same way they do in aftermath: population zero or life after people.
-For 5 million years I think there will be no mediterranian monk seals or mediterranian fish. There will be no apes and very few new world monkeys. Cetaceans and Sirenians will be extinct except for one widespread species of fully-aquatic mammal. There will be no seals or sea lions. There will be no pandas or polar bears ether. There will be some savannah animals there but no aardvarks, leopards, cheetahs, hippos, rhinos, buffalos or giraffes. Dogs won't survive because of their dependance of humans. There will be no bears or okapis. The world is under an ice age, the amazon rainforest has tured into an savannah and the mediterrainian sea has turned into salt plains.
+For 5 million years I think there will be no mediterranian monk seals or mediterranian fish. There will be no apes and very few new world monkeys. Cetaceans and Sirenians will be extinct except for one widespread species of fully-aquatic mammal. There will be no seals or walruses. There will be no pandas or polar bears ether. There will be some savannah animals there but no aardvarks, leopards, cheetahs, hippos, rhinos, buffalos or giraffes. Dogs won't survive because of their dependance of humans. There will be no bears or okapis. The world is under an ice age, the amazon rainforest has tured into an savannah and the mediterrainian sea has turned into salt plains.
-For the survivors are most domestic animals which are dogs, cats, horses, sheep, goats, beef cattle and pigs (dairy cows, domestic chickens, domestic reindeer and domestic turkeys are extinct), small cats, wolves, a few new world monkeys, elephants (very few survived), zebras, lions (there the last big cat other then jaguarsand clouded leopards and I don't consider pumas a big cat), jaguars, clouded leopards, hyenas, ratels, hyraxes, sea lions, all invertibreates minus head lice, all fish minus mediterranian fish, a few amphibians, all reptiles, all rodents, most weasels, mongooses, pumas, lemurs, baboons, japanese macaques, all bats, boars, warthogs, bottlenose dolphins (there the only whales left), all shrews, all moles, hedgehogs, elephant shrews, hyraxes, deer, jackals, armadillos, anteaters, platypuses, echidnas, all other birds (minus most rainforest birds) and all marsupals.
+For the survivors are most domestic animals which are dogs, cats, horses, sheep, goats, beef cattle and pigs (dairy cows, domestic chickens, domestic reindeer and domestic turkeys are extinct), small cats, wolves, a few new world monkeys, elephants (very few survived), zebras, lions (there the last big cat other then jaguars and clouded leopards and I don't consider pumas a big cat), jaguars, clouded leopards, hyenas, ratels, hyraxes, sea lions, all invertibreates minus head lice, all fish minus mediterranian fish, a few amphibians, all reptiles, all rodents, most weasels, mongooses, pumas, lemurs, baboons, sea lions, japanese macaques, all bats, boars, warthogs, bottlenose dolphins (there the only whales left), all shrews, all moles, hedgehogs, elephant shrews, hyraxes, deer, jackals, armadillos, anteaters, platypuses, echidnas, all other birds (minus most rainforest birds) and all marsupals.
 For 100 million years most mammals and birds are gone and amphibians are extinct because of a certain fungus. Also there are no ice caps meaning that all animals adapted to cold climates went extinct.There are lots of shallow seas, jungles and swamps.
-The survivors are bats, shrews, moles, hedgehogs, elephant shrews, rodents, possums, herons, sea birds, crows, pigeons, all reptiles minus tuataras, all fish minus some tropical fish and all invertibreates minus corals as global warming speeds up.
+The survivors are bats, shrews, moles, hedgehogs, tenracs, elephant shrews, rodents, possums, herons, sea birds, crows, pigeons, all reptiles minus tuataras, all fish minus some tropical fish and all invertibreates minus corals as global warming speeds up.
-For 200 million years all mammals minus rodents, all birds, all reptiles minus lizards and snakes, all fish minus sharks, lungfish, eels, lampreys and flyingfish and all trees and grasses are extinct. There is only one continent called pangea ultima. The land is mostly a desert yet in the northern pangea theres a jungle.
+For 200 million years all mammals minus rodents, tenracs and shrews, all birds, all reptiles minus lizards and snakes, all fish minus sharks, lungfish, eels, lampreys and flyingfish and all trees and grasses are extinct. There is only one continent called pangea ultima. The land is mostly a desert yet in the northern pangea theres a jungle.
-The survivors are rats, mice, voles, lizards, snakes, sharks, lungfish, lampreys, flying fish, most invertibreates (minus bees and butterflies as all flowering plants are extinct), lichen, moss, carniverous plants, algea and mushrooms.
+The survivors are rats, mice, voles, tenracs, shrews, lizards, snakes, sharks, lungfish, lampreys, flying fish, most invertibreates (minus bees and butterflies as all flowering plants are extinct), lichen, moss, carniverous plants, algea and mushrooms.
 Also For a more realistic after man.
@@ Line 33: / Line 33: @@
 Add the future of new zealand and madagascar and add desendents of lemurs, fossas, foxes (in new zealand and islands), keas (carnivourous parrots) and possibly domestic dog desendents but only in new zealand, lemura and some parts of the main land that the predator rats had not reached. And add carnivorous desendents from carnivorous mammals that hunt antelope desendents and possibly other desendents of modern herbivores.
-Also no vortexes, porpins, spinks, wakkas, toratons, surfbats, flooers, shalloths, raboons, strigers, squibbons and megasquids. And have the future predator have wings, fur, eyes, bat ears and bat nose to make it more realistic, like the night stalker. Also I think mammals will not be outcompeted by reptiles and big insects at 100 million years.
+Also no vortexes, porpins, spinks, stricks, wakkas, toratons, surfbats, flooers, shalloths, raboons, strigers, squibbons and megasquids. And have the future predator have wings, fur, eyes, bat ears and bat nose to make it more realistic, like the night stalker. Also I think mammals will not be outcompeted by reptiles and big insects at 100 million years.
 The raboons should be walking on four legs and make the stringer not swing in trees. Toratons will be smaller and will not have parental care. The terrasquids (The Megasquid and the Squibbon plus any fan-made species of this group.) should be the descendants of cuttlefish because in the far future, the cuttlefish's cuttlebone has the potential to evolve into an actual skeletal system. But octopuses will also work for terrasquid ancestors.

@@ Line 399: / Line 399: @@
 A particular (and perhaps less likely) form of kinetotrophy is ''phonotrophy'' or ''audiovory'', that is, feeding on sounds. Audiovores (for example, [http://browse.deviantart.com/art/Feeds-on-Sound-100734841 this one]) could cluster around a noise source; since sounds are vibrations in a material medium, their energy can be caught by hairs or membrane with piezoelectric elements.
-==Eterotrophy==
+==Heterotrophy==
 ===Herbivores===
 ===Carnivores===
 ===Other diets===
 ===Digestive system===
 ==Respiration and circulation==
 ===Respiratory system===

@@ Line 4: / Line 4: @@
 ==General metabolism==
 ===Metabolic chemistry===
-Depending from the way an organism gets its energy, it can be classified in three different ways: the primary source of energy (''phototrophs'' for light, ''chemotrophs'' for chemical compounds, etc.); the source of the electron donor that gets oxidized (''organotrophs'' if it comes from organic compounds, ''lithothrophs'' otherwise); the source of the organic molecules (''eterotrophs'' if they obtain them from other organisms, ''autotrophs'' if they synthetize the molecules themselves). Thus, plants are photolithoautotrophs, animals and fungi are chemoorganoeterotrophs, sulfate-reducing bacteria are chemolithoautotrophs, and so on.
+Depending from the way an organism gets its energy, it can be classified in three different ways: the primary source of energy (''phototrophs'' for light, ''chemotrophs'' for chemical compounds, etc.); the source of the electron donor that gets oxidized (''organotrophs'' if it comes from organic compounds, ''lithothrophs'' otherwise); the source of the carbon or other basic element (''heterotrophs'' if they obtain them from other organisms, ''autotrophs'' if they synthetize the molecules themselves). Thus, plants are photolithoautotrophs, animals and fungi are chemoorganoheterotrophs, sulfate-reducing bacteria are chemolithoautotrophs, and so on.
 Earth plants produce glucose through '''photosynthesis''': 6CO<sub>2</sub> + 6H<sub>2</sub>O → C<sub>6</sub>H<sub>12</sub>O<sub>6</sub> + 6O<sub>2</sub>. Since the energy stored in glucose comes from light, carbon from an inorganic source (carbon dioxide) and electrons [http://en.wikipedia.org/wiki/Reducing_agent used to reduce] it from another inorganic compound (water), plants are photolithoautotrophs. Most ecosystems on Earth ultimately receive their energy from photosynthesis; since this process is so simple, every [[Alien planets|world]] with Earth-like [[Biochemistry|biochemistry]] is likely to develop it.

@@ Line 72: / Line 72: @@
 My favorite alien creatures are daggerwrists, gyrosprinters, grovebacks and arrowtongues (all from alien planet).
-I also like all life forms on earth and they all have a right to exist.
+I also like all life forms on earth and they all have a right to exist except for humans who are destroying natural habitats and are causing man made global warming.
 ==Creatures I created==
 Semriakiller