| Speculative biology is simultaneously a science and form of art in which one speculates on the possibilities of life and evolution. What could the world look like if dinosaurs had never gone extinct? What could alien lifeforms look like? What kinds of plants and animals might exist in the far future? These questions and more are tackled by speculative biologists, and the Speculative Evolution welcomes all relevant ideas, inquiries, and world-building projects alike. With a member base comprising users from across the world, our community is the largest and longest-running place of gathering for speculative biologists on the web. While unregistered users are able to browse the forum on a basic level, registering an account provides additional forum access not visible to guests as well as the ability to join in discussions and contribute yourself! Registration is free and instantaneous. Join our community today! |
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| Project Genesis | |
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| Topic Started: Sep 27 2016, 05:47 PM (1,135 Views) | |
| Ztlabraptor211 | Sep 27 2016, 05:47 PM Post #1 |
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![]() Welcome to the Future Humanity. The word conjures up images of civilization. A diverse tapestry displaying the different periods of man's brief existence. The Egyptians. The Vikings. The Romans. Humans continued to adapt. Change. Build. But all this success went to their heads. They caused more problems to this planet than they could fix. Pollution. Industrialisation. Global Warming. Over a mere 6000 years of civilization, a small fraction on a four billion year old timeline, humanity caused the earth to slowly die. Ecosystems collapsed. Species went extinct. It was the end of the world we faced, due to our own actions. Or so we thought. As history has proven time and time again, Earth has a way of healing itself. Producing life from ashes. The rebirth of earth. A world once again without humanity. Twenty million years post humanity, the world is different. Continents have shifted. Sea levels have changed. Animals have evolved. Earth as a place is quite different. Many animal species are unrecognisable. Life has prospered. Join along a journey into this distant world. Join this journey, into the future. Table of Contents So I've been away from speculative evolution for a while now. A couple years I think, and looking back my old projects had many mistakes. I've began this project as I've recently been in the mood to try my hand at future evolution once more. I'm hoping this will be much better than my former projects, as I've done a lot more research on the topic, put more time in and thought of reasons for evolution and my timeline. Looking back I'm actually embarrassed of my former write ups and responses to criticism. Regardless, any questions, criticism and feedback are greatly appreciated. Updates will come soon. Edited by Ztlabraptor211, Sep 27 2016, 05:49 PM.
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"Natural selection is anything but random" - Richard Dawkins | |
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| Ztlabraptor211 | Sep 28 2016, 06:08 PM Post #2 |
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![]() Timeline As the years progressed through humanity's time on earth, many important events happened. Key extinctions. Technological advances. Population growth. This timeline briefly showcases the various events, tragedies and eras up until the extinction of humankind. 2050-2100: The global population continues to grow, with notable growth in many African countries, southern Asia, the USA, Canada and Europe. The population grows to 11 billion people and resources run scarce. Pollution in the oceans has caused many species of seafaring animals to go extinct, while global warming has melted a lot of ice in both poles. Due to this, polar bears, among other species, have gone extinct. In order to save precious resources, first world nations have moved large groups of citizens to Antarctica in settlements. Antarctica already has a population of 350 million individuals. 2100-2200: As populations continue to grow and stand at 14 billion individuals, terraforming and colony construction has begun on the moon. Laws have been put in place to restrict childbirth and preserve the earth. The oceans have been ravaged, and due to both pollution and increased whaling in northern countries and new Antarctic cities, 85% of baleen whales and 60% of toothed whales have gone extinct, as well as many species of fish, manatees and all species of sea turtle. On land, cheetahs, tigers, rhinos and gorillas notably, have been driven to extinction through poaching, deforestation and in the case of cheetahs, lack of genetic diversity. 2200-2400: Settlements on the moon have created a temporary beam of hope, so successful Mars is being planned for the same treatment. Specialised colonies on the moon, while expensive, have been constructed. While there is plenty of open space, resources can be sparsely brought up. There are ten specialised, domed farms growing food for every colony of humans. Only 20 successful colonies have been created, while others are under construction and expansions are constantly being made. A total of 46 million people currently inhabit the moon. The childbirth law has been affective, and the populations of humans have actually shrunk. Twelve billion people call earth home, with slightly less than one billion now living in Antarctica. Due to the new people and poor agricultural values, they’ve taken to aquaculture for means of food. Due to initial hunting, many species of penguin have gone extinct. Rising temperatures on earth have offered a host of new diseases, in both humans and animals. New strings of fungi have killed off large portions of amphibians, while new diseases have ravaged Asia and Africa due to their cramped populations. In many areas, more animals have been raised as livestock due to abundance and breeding potential. Camel, antelope, ostrich and other farms have become much more common, matching the number of cattle farms there are. Due to rapid industrialisation, many large animals including elephants, giraffes and lions are driven to extinction. Many species of antelope and deer have been driven to extinction in the wild, while farms still remain popular. 2400-2700: Temperatures continue to increase, with the average temperature up to 13 degrees higher than the beginning of the 2000s. With populations continuing to shrink slightly but remain stable, science has grown exponentially. Mars now has the same settlements as the moon, and together, both now hold 5 billion people. Earth now has 9 billion, and things have become more stable for civilization. Efforts to help rebalance earth’s ecosystems are in motion, but many species of animal have already gone extinct. Genetic alteration and cloning is now a common practise in animals for the wild and for agriculture. Energy and resources have been switched to become more sustainable in many areas of the world. Western society relies largely on hydro and solar power. A series of droughts have ravaged South America, minimizing populations exponentially. In these years, the population of 2.4 billion has shrunk to 1.8. Medical and computer science have also grown, with humans now having an average lifespan of 120 years and with computer AI’s and robotics playing large roles in common society. 2700-2800: For a brief century, things seem sustainable. Populations are still high but genetic and medical science are at an all time high. Genetic alteration of deer and antelope species have created an altered animal said to have the most nutritious and best tasting red meat. These new animals become farmed frequently, rendering other antelope and deer farms, as well as cattle and ostriches, obsolete. Their commercial breeding is minimized, rendering many animals endangered. While energy has become far more environmentally friendly, pollution is still a major problem in the world’s oceans, and the majority of shark species become extinct. On land, as cities grow, many animals continue to die off. Leopards, jaguars, marsupials, bears, primates and many ungulate species can’t compete with consistent deforestation and industrialisation. The expansion of cities and clear cutting of forests means the end for many of these animals. 2800- 3100: In this time, with populations back up (4 billion on mars, 5.2 billion on the moon and 17 billion on earth) civilization in many areas has collapsed. Lack of food for growing populations in Australia greatly minimizes the population of the now massively industrialised country. Waters around the world become so polluted, they’re undrinkable. Specialised reservoirs, glacial runoff and desalination becomes the only option for many countries. Resources grow so rare, survival becomes first priority and law collapses in many countries, including the middle east, much of Europe, India, northern Africa, the USA and Argentina. Several wars over resources happen in South America, central Asia and Africa. Canada and the USA get into a small scale war due to the abundance of resources in the north. Due to this massive industrialisation, as well as extreme pollution, many species of remaining deer and antelope go extinct. Due to mass famine and intense populations, many bovid animals, as well as ostriches, go extinct. Genetically altered ‘food animals’ become increasingly rare. 3100-3200: Earth plunges into chaos, with populations dying off due to extreme food and water shortages. Populations have reduced greatly, with a mere 9 billion people spanning all continents. Populations on Mars and on the moon continue to prosper, but don’t have resources to send back to earth. 3200-3400: As people continue to die, riots and civil wars, coupled with widespread looting have caused chaos in western society. Civilization has crumbled in most areas. The French Union, UK, China, Australia and Russia try to hold things together. Populations have shrunk down to a mere 4 billion across the planet. Countries with remaining governments attempt to move all citizens to the moon, due to the now inhospitable earth. 3400- 3500: Humans try to learn from their mistakes, and continue their civilizations on both the moon and Mars. The last of earth’s humans have died off, along with countless species due to mistakes by humankind. Earth is now definitely injured. Oceans are thick with oil and garbage. Forests are sparse, almost completely turned into dry fields. Air is hot and thick, hard to breathe. But earth has a way of healing itself. Things like this have happened in the past, and life grew from the ashes. Thanks to an array of opportunistic surviving animal species, life will grow once more on Earth. It’s a shame humans won’t be around to see it. Rather small update today. As always, feedback is appreciated! |
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"Natural selection is anything but random" - Richard Dawkins | |
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| Dr Nitwhite | Sep 28 2016, 09:06 PM Post #3 |
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Luddite
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This seems to be quite promising. Do continue. |
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Speculative Evolution Projects- Other Relevant Work- Final SE Lifelist standings BREAKING NEWS We interrupt your regular programming to bring you this cutting edge report. ATTENDANCE DROPS DRASTICALLY ON SE SERVER This past Monday on Discord, famous server Speculative Evolution took a hit in the attendance office when it's offline member list suddenly reappeared. Mods scrambled to rectify the situation, but unfortunately there was little anyone could do. Server member Ivan was asked what he thought of the situation. "So long as Flisch, lord of machines and scion of Urborg lives, all will be well". SE, (in)famous for it's eccentric userbase, has recently been spiraling downward, and now we have hard conformation of the decline. Moderator "High Lord" Icthyander states "There is nothing to be concerned about, Discord is merely changing its UI again", but members are beginning to suspect the honesty of their staff. Stay tuned, we'll be back with more at 11. | |
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| Ztlabraptor211 | Oct 5 2016, 07:01 PM Post #4 |
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![]() Winners and Losers In evolution, there are always winners and losers. Animal species that win are adaptable. Resourceful. Animal species that lose are unable to compete. Too specialised to change. And thus, go extinct. Twenty million years in the future, life is the same. Animal species that frequent modern earth have gone extinct, while others have prospered. Some have evolved to cope. Others have diversified to fill different niches. In some cases, animals introduced by humans have taken over. Here, we will take a look at the results of Project Genesis. The animals that won, and the ones that lost. Marsupials: Marsupials survived in pockets. Opposums in America survived, while numbats, wallaby’s, kangaroos, quolls, possums and wombats survived in Australia. All other marsupial groups were wiped out, either by man, climate change or were outcompeted. Monotremes: Monotremes were oddly successful. In the reign of man, long beaked echidnas went extinct, but short beaked echidnas and platypus are both quite successful. Turtles and Tortoises: While many species of these animals went extinct due to human activity, pollution and habitat destruction, namely marine species, large tortoises and soft shell turtles, some survived in dotted populations across the world. Snapping turtles, mata matas and small tortoises were the most successful. Snakes: Snakes were affected by man’s actions, but not nearly as bad as other animals. In the human reign, 20% of all species were driven to extinction, and countless others were within the twenty million years that followed. For the most part, snakes are still common and remain unchanged… with a handful of notable exceptions. Lizards: A broad category, lizards also remained relatively unscathed. Iguanas and monitors diversified greatly, with smaller species like geckos and beaded lizards still surviving. Many species of lizard went extinct, but most families are still intact. Crocodiles: Due to a combination of rapid climate change, heavy industrialisation and pollution, plus active hunting, many crocodile species went extinct. All gharial and alligator species went extinct, while crocodiles and caimans survived to an extent. Several small species of caiman remain in South America, while the only surviving crocodiles are saltwater and freshwater species in Australia and Asia, as well as Nile crocodiles in Africa. Tuatara: Tuataras all went extinct by the year 2089 due to their already low numbers being decimated by industrialisation. Endetata: All anteater and sloth species were killed off due to deforestation, but armadillos diversified across the Americas and filled many niches. Primates: Many primates went extinct. All large apes including gibbons were driven to extinction for a number of reasons, most notably deforestation, illegal bush meat and poaching. Spider monkeys, macaques, baboons, capuchins, galagos and certain lemur species are the only primates still alive. Pangolins: Due to illegal medicine trade, bush meat and deforestation, both pangolin species were driven to extinction. Insectivora: Besides solenodons and other similar species, insectivores remained pretty much unscathed. Aardvark: Aardvarks are still alive, but restricted greatly to the southern tip of Africa. Feliformes: Feral house cats, lynxes, bobcats and ocelots are still alive. Larger cats, such as tigers, lions, cheetahs and leopards were killed off from targeted hunting, expansions from human settlements and several other reasons. Fossa are extinct, as are striped and brown hyenas, but spotted hyenas and many mongoose species are still common. Mustelids: Mustelids in all forms were quite successful. Due to overhunting for their pelt, minks went extinct along with several species of ferret, weasel and old world badger. Aside from this, mustelids are still alive and fill many niches. Bears: Bears are completely extinct due to targeted hunting and industrialisation. Canids: Wolves and other large canids such as domestic dogs went extinct, though many fox species and the odd jackal species are still common across the world. Pinnipedia: Walruses, elephant seals, monk seals and sea lions were driven to extinction. Fur seals, leopard seals and eared seals are relics of this once common line. Colugos: Deforestation caused their extinction. Bats: Many individual species of bats went extinct, but most bat families remain intact. Rodentia: The majority of rodent species still exist, even larger ones like capybara and beaver. Despite the fact that most major families evolved and are alive, many individual species went extinct. Lagomorphs: Rabbits remained fine for the most part through climate change and human activity. They are still common and prosperous. Ceteceans: By the end of humanity’s reign, all baleen whales and most toothed whales were completely extinct. Remaining toothed whales, mostly porpoise species, were driven to extinction due to the shifting climates taking a toll on their already low numbers. Hyraxes: Hyraxes, like rabbits, weren’t affected by any of the issues that drove other species to extinction. Elephants: From industrialisation, deforestation and poaching, all elephant species went extinct in humanity’s reign. Serenia: Pollution and destruction of their habitats sealed the fait of these already low numbered animal species. Caecilians: The fungal infection that killed off the majority of amphibians killed all caecilians. Frogs: 90% of all frogs went extinct due to the fungal infection triggered by global warming. Frogs survive in isolated pockets around the world, notably Australia and Africa. Salamanders and Newts: All newts and the majority of salamanders were killed due to the infection. 5% of species remained alive, notably including Japanese giant salamander whose altitude protected it from the fungus. Fish: There are far too many fish to go into this deeper. To be simplistic, most fish survived, with the exception of those that were rare already due to humans before climate change and those who were very susceptible to change. More oceanic species died out than freshwater, causing many freshwater species to fill these niches. Many species of shark are extinct, with the exception of a handful of smaller species. Ratites: Kiwi, cassowary and ostriches were killed off due to deforestation and as food sources respectively. Emus and rheas survived humans and now exist only in South America, Australia and Europe. Waterfowl: While most waterfowl families haven’t gone extinct as a whole, many species of ducks, geese, seabirds and swan have. Unfortunately, due to human activities, all pelicans have gone extinct. Parrots: Parrots suffered heavily from deforestation, with some 60% of all species going extinct. However, parrots still hung on and managed to outlive humans. Today, parrots live across all continents and are quite common. Penguins: Penguins were heavily hunted during Antarctica's colonisation, and 30% of species went extinct. Now, penguins still live on in Antarctica and have diversified greatly. Raptors: While many iconic birds such as the bald eagle, golden eagle and California condor went extinct, many still are alive. Forty percent of raptor species went extinct, leaving only a handful of eagles and vultures, along with many falcon and hawk species. Today they are widespread once more. Pigeons: Wild pigeons and dove species were killed for an assortment of reasons. Many species had numbers so low, that by the time humans went extinct, 65% if all species went extinct. Now doves and pigeons are primarily tropical birds. Owls: 70% of all owl species went extinct from a combination of human activity and climate change, but now owls still exist. Both barn owls and typical owls are quite diverse, living in many areas both temperate and tropical. Perching Birds: Due to pesticides similar to DDT, many species of passerines went extinct. However, the majority still do exist today and live across all continents. Woodpeckers: Woodpeckers survived and diversified greatly, with large and small species living in a wide host of environments. Coraciiformes: Rollers, bee eaters and kingfishers suffered from humans, but as a whole remain plentiful and common. Galliformes: Many galliformes were killed off due to over eating, over hunting and domestication, rendering them unable to survive in the wild. Grouse, pheasents, brush turkeys, currasows, quail, turkeys and peafowl managed to survive, though some are in very restricted areas. Flamingoes: Flamingoes were exterminated for food during famine, their habitats polluted and destroyed due to industrialisation. Flamingo species still exist in the Caribbean Isles, but remain relatively unchanged and are extinct everywhere else. Storks Herons and Cranes: Herons, storks and cranes, while not actually in the same family or order, are similar birds that are grouped together. Many species of all three groups went extinct, but relic species are still evident throughout the world, filling a variety of niches. Pigs: Hardy and adaptable, pigs thrived after the extinction of humans. Certain species, such as the babirusa, went extinct due to specialisation in certain habitats, though peccaries, boar and pigs as a majority are still plentiful and alive. Camelids: Camels, similar to pigs, thrived after humans died out. They adapted to a wide variety of terrain in Australia and the Middle East. Camelids were driven to extinction in eastern Asia, South America and the majority of Africa. Hippos: Targeted for hunting due to industrialisation, plus with their natural habitat destroyed by pollution, hippos were driven to extinction surprisingly soon in human history. Bovines: Due to over hunting, over eating, drastic climate change and industrialisation, all bovine creatures were rendered extinct. Deer: Due to disease, overhunting and rapid approaches by humans, many large deer species were hunted to extinction. Water, musk, mouse, brocket and muntjac deer, due to their small size and secluded habitats, survived. Caprinae: Tahr and Serow were the only species of goat, aside from feral domestic goats, to survive human approaches and climate change. Due to the rapid approaches made in Asia, both animals were introduced to new regions. Serow were introduced to Alaska and Russia, while Tahr were introduced to New Zealand. Feral goats have survived almost everywhere. Antelope: With similar reasons to the deer, antelope were driven almost entirely to extinction. The only survivors, unlike the diverse group left by deer, are the dik diks. Giraffids: All giraffids went extinct because of rapid industrialisation minimizing the space these giants need. Okapis were one of the many species killed off by deforestation . Equids: From many reasons, including disease, industrialisation and being used as food, all horse and zebra species went extinct. Tapirs: Unlike others of their order, tapirs managed to hang on through both humanity’s reign and the ice ages and global warmings that happened over twenty million years. Malayan Tapirs however died out, leaving only South American species. Rhinos: As human’s continued to tear down forest and hunt rhinos for their horns, all species or rhino went extinct. Here's basically the extinction list. I know I missed certain groups of animals, but I tried to cover the majority and most important within this project. All feedback is helpful and encouraged. As for ecosystems and animals in this project, I have several already done for each. My main issue is art. I lack any basic art skills and am trying to get someone to help out with art and maps. If I can't find any within a few days, I'll post my art and maps just to help visualise the world of Project Genesis. Edited by Ztlabraptor211, Oct 10 2016, 02:53 AM.
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"Natural selection is anything but random" - Richard Dawkins | |
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| Dr Nitwhite | Oct 5 2016, 07:30 PM Post #5 |
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Unlikely. Bears such as Black Bears are quite common in suburban areas and have actually become a nuisance in some areas. I don't think humanity is killing them off anytime soon.
Also unlikely. Rock Pigeons and Mourning Doves sure as hell aren't going anywhere, I doubt temperate latitudes would lose all their doves due to human activity.
NOOOO WAI U DO THIS?!?! In all seriousness, I'm not sure what human activities you are referring too. However, pelicans are reasonably hardy, though I could see them wiped out by humanity. It kinda seems like you just want them dead though (correct me if I'm wrong). If you want a clad dead to make room for new ones, competition with new ones is a thing. Other than that, seems plausible. Good work so far. |
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Speculative Evolution Projects- Other Relevant Work- Final SE Lifelist standings BREAKING NEWS We interrupt your regular programming to bring you this cutting edge report. ATTENDANCE DROPS DRASTICALLY ON SE SERVER This past Monday on Discord, famous server Speculative Evolution took a hit in the attendance office when it's offline member list suddenly reappeared. Mods scrambled to rectify the situation, but unfortunately there was little anyone could do. Server member Ivan was asked what he thought of the situation. "So long as Flisch, lord of machines and scion of Urborg lives, all will be well". SE, (in)famous for it's eccentric userbase, has recently been spiraling downward, and now we have hard conformation of the decline. Moderator "High Lord" Icthyander states "There is nothing to be concerned about, Discord is merely changing its UI again", but members are beginning to suspect the honesty of their staff. Stay tuned, we'll be back with more at 11. | |
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| Ztlabraptor211 | Oct 5 2016, 07:46 PM Post #6 |
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I understand your skepticism but keep in mind some of these extinctions caused by humans are multiple centuries away. Look at passenger pigeons. They had huge populations and were hunted completely to extinction. In the timeline, I mention industrialisation and population growth as large causes towards many extinctions. For black bears as an example, cities are getting built larger and more often, taking away food sources and habitat, let alone being targeted for hunting due to problems they cause as cities grow. Yeah I see your point with pigeons, but I feel like pigeons have become far too dependant on humans. Their habitats and diets and behaviours have been altered due to industrialisation in the past, and I feel like humans going extinct would have a large impact on their numbers. Regardless, where I said they are primarily tropical birds, this is just referring to the fact that a lot of surviving pigeons were tropical species. Your reasoning with pelicans is true, to be honest I've had a lot of trouble thinking of different changes and evolutionary adaptations that could take place with them, but I also do think they have a high probability of going extinct due to humans. Pesticides like DDT, other toxins and pollution wreaks havoc on pelicans now. Plus, with all the Ocean problems I described in the timeline it's not too far fetched. |
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| Dr Nitwhite | Oct 5 2016, 07:55 PM Post #7 |
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Fair enough. I forgot how long we had continued living in this scenario.
I do have to agree here, Rock Doves might not make it without humans. I had assumed you had meant that humans had directly exterminated them, something that would be very unlikely. Also, I do think that most dove populations (in the continental US at least) actually are very conducive to industrialization, yet remain common in places without Human influence. I don't really see them declining in any major capacity due to human activity. As I said before though, human extirpation is only one way to open design space. Heterospecific competition is a leading factor in the decline of common groups (at least before people showed up).
This is a largely fair as well. |
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Speculative Evolution Projects- Other Relevant Work- Final SE Lifelist standings BREAKING NEWS We interrupt your regular programming to bring you this cutting edge report. ATTENDANCE DROPS DRASTICALLY ON SE SERVER This past Monday on Discord, famous server Speculative Evolution took a hit in the attendance office when it's offline member list suddenly reappeared. Mods scrambled to rectify the situation, but unfortunately there was little anyone could do. Server member Ivan was asked what he thought of the situation. "So long as Flisch, lord of machines and scion of Urborg lives, all will be well". SE, (in)famous for it's eccentric userbase, has recently been spiraling downward, and now we have hard conformation of the decline. Moderator "High Lord" Icthyander states "There is nothing to be concerned about, Discord is merely changing its UI again", but members are beginning to suspect the honesty of their staff. Stay tuned, we'll be back with more at 11. | |
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| CaledonianWarrior96 | Oct 6 2016, 02:26 PM Post #8 |
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An Awesome Reptile
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Holy shit that is one extensive and detailed list |
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Come check out and subscribe to my projects on the following subforums; Future Planet (V.2): the Future Evolution of Life on Earth (Evolutionary Continuum) The Meuse Legacy: An Alternative Outcome of the Mosasaur (Alternative Evolution) Terra Cascus: The Last Refuge of the Dinosaurs (Alternative Evolution) - Official Project - Foundation The Beryoni Galaxy: The Biologically Rich and Politically Complex State of our Galaxy (Habitational Zone) - Beryoni Critique Thread (formerly: Aliens of Beryoni) The Ecology of Skull Island: An Open Project for the Home of King Kong (Alternative Universe) The Ecology of Wakanda: An Open Project for the Home of Marvel's Black Panther (Alternative Universe) (Click bold titles to go to page. To subscribe click on a project, scroll to the bottom of the page and click "track topic" on the bottom right corner) And now, for something completely different
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| Ztlabraptor211 | Oct 6 2016, 05:56 PM Post #9 |
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Update Ok so I have two notices for future updates on this topic. For starters; art. Alright, so I've done a bunch of sketches lately for creatures in Project Genesis, which by themselves aren't overly good but are still some good visuals. Unfortunately, I tried to scan some of them today with my printer so I could post them here, but my printer won't let me even access anything without ink, which I'm out of at the moment. So basically, I have to upload pictures through the camera on my phone, which means poor quality. Regardless, I'll still update with them. Secondly, unlike my former projects, I haven't truly focussed on one area. Instead I've thought of an idea, and slowly built other species for their ecosystem around them. I've done work with North America, South America, Australia and Antarctica right now, and am saving Africa Europe and Asia (Arguably the largest area with the most available ideas) for later development. Vote in the poll I've put at the top of the screen for what continent I should begin with posting. I've posted this poll at another forum as well, so I'll take the polls from both into account. Edited by Ztlabraptor211, Oct 8 2016, 01:08 PM.
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| Ztlabraptor211 | Oct 9 2016, 12:30 AM Post #10 |
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![]() Australia ![]() In Project Genesis, the world has shifted dramatically. The melting of ice caps has caused massive flooding worldwide, creating islands, deltas and inlets across the planet. Continental drift and volcanic activity has also altered the landmasses we're so familiar with. With different continents and isles, hotter temperatures and a host of exotic, alien flora and fauna, the world is a very different place twenty million years in the future. We'll begin our journey with continent today with the most diverse, exotic and unusual fauna in the world. Let's take a trip to the future of the land down under. In twenty million years, Australia is a very different place. Near the end of humanity's reign, Australia became massively industrialised. Massive cities covered huge areas of the island, farms took up large portions of the temperate forests in the south. Many species became extinct, forests clear cut and land seemingly dead. However, as shown here, the world survived and life covered Oceania once more. Continental drift pushed Australia and New Zealand both north. The south island of New Zealand collided with the north, creating one larger island; Aotearoa. Australia drifted north slightly and collided with New Guinea, creating a larger continent and leaving an inland sea where the Gulf of Carpenteria once was. Lake Eyre became over flooded, as did south central Australia creating the Eyre Gulf. Climate has changed the continent dramatically, and it has gotten much drier. Desert, Savannah and dry Eucalyptus forest make up the vast majority of the continent. Wetlands surround the Eyre Gulf, and rainforests cover the northern area of the continent. Mountains, created from New Guinea colliding with Queensland, connect with the Great Dividing Range, extending the mountain range. Aotearoa is dominated by temperate forests and the odd prairie clearing, with towering mountains along the eastern coast. Tasmania is still made up of temperate forests, but flooding has caused areas to become lush swamp. Australia as a whole can be divided into nine primary areas, each with their own minor ecozones. Aotearoa, Tasmania, Eyre Gulf, Darwin Sea, Western Eucalyptus Forests, Victorian Savannah, Gibson Desert, Great Dividing Range and Northern Rainforest. Before exploring the flora and fauna of this alien land, let's look into the different ecosystems. Ecosystems Aotearoa Tasmania Eyre Gulf Darwin Sea Western Eucalyptus Forest Victorian Savannah Gibson Desert Northern Rainforest Great Dividing Range Here's Australia! I apologise for poor artwork. As usual, feedback is greatly appreciated! Australian Fauna will be posted soon. Edited by Ztlabraptor211, Oct 10 2016, 02:53 AM.
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| Beetleboy | Oct 9 2016, 07:24 AM Post #11 |
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neither lizard nor boy nor beetle . . . but a little of all three
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Nice detail! |
| ~ The Age of Forests ~ | |
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| Dr Nitwhite | Oct 9 2016, 09:56 AM Post #12 |
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Luddite
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What I want to know is what's in that lake... |
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Speculative Evolution Projects- Other Relevant Work- Final SE Lifelist standings BREAKING NEWS We interrupt your regular programming to bring you this cutting edge report. ATTENDANCE DROPS DRASTICALLY ON SE SERVER This past Monday on Discord, famous server Speculative Evolution took a hit in the attendance office when it's offline member list suddenly reappeared. Mods scrambled to rectify the situation, but unfortunately there was little anyone could do. Server member Ivan was asked what he thought of the situation. "So long as Flisch, lord of machines and scion of Urborg lives, all will be well". SE, (in)famous for it's eccentric userbase, has recently been spiraling downward, and now we have hard conformation of the decline. Moderator "High Lord" Icthyander states "There is nothing to be concerned about, Discord is merely changing its UI again", but members are beginning to suspect the honesty of their staff. Stay tuned, we'll be back with more at 11. | |
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| Ztlabraptor211 | Oct 10 2016, 02:50 AM Post #13 |
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Infant
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![]() Marsupial Anteater (Piramirum) ![]() Artists rendering of a desert marsupial anteater. Kingdom: Animalia Phylum: Chordata Class: Mammalia Order: Dasyuromorphia Family: Myrmecobiidae Genus: Peramirum Species: P. Calidus P. Vegrandis Appearance: Marsupial Anteaters are small insectivores evolved from numbats. They have chestnut coloured fur that fades into a white undercarriage, a white circle around the eye cut in half by a black band and vertical white stripes along the lower part of the torso. Fur is shaggy and their long tails are quite bushy. Their back legs and front legs are quite different. Their back legs have longer, flat feet in which they can use to stand on two legs to intimidate predators. Their front legs have smaller paws tipped in long hook like claws, for carving open termite mounds and rotted logs. It walks on it's knuckles with it's front legs and soles of the feet with the back legs. Their heads are elongated, with a long snout and mouth. The mouth has sharp, small teeth for crunching insects and a long, sticky tongue for lapping them up. They have large ears for hearing, since when feeding, their vision is often impaired. P. Calidus is larger, growing to a size of five feet long, and standing two feet at the shoulder. P. Vegrandis on the other hand is smaller, reaching a mere three feet long and one foot at the shoulder. Distribution and Habitat: There are two species of Marsupial Anteater, who both live in quite different places. P. Callidus lives in more arid areas of Australia, across the central region. The more arid adapted subspecies roam across the hotter, more spacious areas. Chaparral and desert areas of western Australia and the savannahs of the east are the primary habitat for these creatures. P. Vegrandis on the other hand is more restricted, living only in the dry stretch of eucalyptus forest along the western coast. Behaviour: Marsupial Anteaters by nature are quite skittish. They have great hearing and can often hear predators coming, which they'll either run off or rear up, depending on the size. They can stand to their full size of three feet tall on two feet, swinging their claws to protect themselves from smaller predators. Their long claws are usually used for food, but can be utilised as sharp, strong weapons when need be. These animals are antisocial by nature, and roam by themselves or around herds of other animals. They use their hook like claws to dig small burrows, usually only three feet by three feet. They hunt for food during the day and rest at night when the temperatures cool. Hunting and Diet: Marsupial Anteaters are insectivores but have a more diverse diet than anteaters or numbats. They use their long claws to tear open anthills and termite mounds, lapping up the small insects with their sticky tongues. Despite this diet, they won't pass up beetles and grubs, often tearing open rotted wood to find these treats. With larger insects, they have small teeth that they use to crunch the shells. Reproduction and Lifecycle: These creatures have unusual reproduction for marsupials. Rather than keep them in a pouch, young simply hold onto the stomach and latch onto the teats of these animals until they grow large enough to crawl to the back, where they remain for about a year. Gestation lasts between 32 and 40 days, where four young anteaters are born. They reach sexual maturity at age 3 and have an average lifespan of 10. These animals don't mate for life, and will often find a mate during their spring mating season and simply have another litter. Evolution: At one point, due to the introduction of feral foxes, numbats were in danger of extinction. However, as conservation efforts continued and breeding programs were set up, numbat numbers bounced back. They were introduced to the forests of Victoria, New Guinea and the Blue Mountains, as well as their original native area in the Western Territory. As the climate changed, Australia switched between arid and lush time periods, in which numbats grew larger and adapted to a more generalised insectivore diet. Subspecies: As specified already, the differences between the two species of marsupial anteater are quite evident. P. Vegrandis: The lesser marsupial anteater is a smaller and more rare species, restricted to the western coastal forests. P. Calidus: The desert marsupial anteater is the larger species, native to the central region of Australia. Here's the first animal of Project Genesis! As always, feedback is greatly appreciated. I'll begin by posting an animal a day, or maybe every couple days, in no particular order. If you'd like the updates to happen in some kind of order, such as by ecosystem, let me know, and if there's any ecosystem's fauna you want me to post first, let me know. If not I'll randomise my animal updates. Edited by Ztlabraptor211, Oct 10 2016, 02:53 AM.
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"Natural selection is anything but random" - Richard Dawkins | |
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| Ztlabraptor211 | Oct 10 2016, 11:43 PM Post #14 |
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Infant
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![]() Arboreal Echidna (Caulisimius) ![]() S. Magnus sketched by a biologist in the field. Kingdom: Animalia Phylum: Chordata Class: Mammalia Order: Monotremata Family: Tachyglossidae Genus:Caulisimius Species: C. Australis C. Magnus C. Septrius C. Rutilus Appearance: Arboreal Echidnas look similar to their ancestors, short beaked echidnas, but with a few major differences. Their bodies are large and covered with long spines on the back and sides. The stomach lacks protection and is a soft spot, where predators often target. They're covered in short fur and have longer arms and legs with hook like claws, adapted to climbing trees. Their bills are longer and wider, for eating grubs and beetles, as well as ants and termites. Their tails are arguably their most notable feature. While short beaked echidnas have small, arguably useless tails, arboreal echidnas have long, prehensile tails they use to better climbing and help with life in the trees. These tails are covered in spines, and can be used for defense as a last resort. These echidnas are heavy, weighing up to 60 lbs. and reaching lengths of 4 feet from beak tip to tail. Of course, appearance differs slightly between subspecies. More will be discussed on this in the subspecies subheading. Distribution and Habitat: Arboreal Echidnas have a wide area they call home, differing greatly by subspecies. C. Australis is a species exclusive to Tasmania, and lives in the subtropical forests and swamp plains of the southern island. C. Magnus is a tropical species, living in the mountains and tropical rainforests of north eastern Australia. C. Septrius lives in the same area as C. Magnus, but in a larger area, ranging across all of the northern rainforests. C. Rutilus lives in the Eucalyptus forests of the far west, adapted to more temperate life. Behaviour: Arboreal echidnas are nomadic animals, travelling and never sticking around one area for too long. Like modern echidnas, depending on temperatures, they'll shift between nocturnal and diurnal behaviours. They seem to be oblivious to threats, moving throughout their day and paying little attention to other animals. When attacked by predators, they'll either try to defend themselves with their spines or attack back with their strong claws. These antisocial animals live lone lives, wandering massive territories in search of food. Hunting and Diet: Arboreal echidnas are insectivores, who hunt by tearing open rotted logs and wood with their strong claws. They hunt all manner of insects, from ants and termites to grubs and beetles. Worms are occasionally eaten and echidnas will tear open beehives like bears, though instead of eating the honey, they eat the eggs and young bees. Their diets are quite diverse. Reproduction and Lifecycle: Like other monotremes, arboreal echidnas lay eggs. These animals mate in summer, where both sexes release a strong musk to attract the opposite sex and mate. Gestation will take between 24 and 36 days, where an egg will develop and be laid directly backwards facing pouch a female develops on her abdomen. The young, or puggle, stays in the pouch until it develops enough to crawl out on its own, in which it will stay in a nest constructed strictly for reproduction. Reaching sexual maturity at 7 years, the average lifespan of arboreal echidnas is 14 years, though they can live up to 22. Evolution: When humans died out and forest began to reclaim a lot of Australia's land, echidnas were one of the primary surviving groups of animals. They, along with camels, emu, wallaby's, crocodiles, quolls, wombats and platypus diversified, and echidnas quickly adapted to life in the growing forests. Tails and claws grew to help better climbing, and their jaws shifted slightly to adapt them to a less specialised diet of more insects. Subspecies: C Australis: The southern arboreal echidna is a species darker in colour, with a dark chestnut colouration across it's body. They seldom reach more than three feet long and are restricted to the isle of Tasmania. C. Magnus: The greater arboreal echidna is the largest species, growing to four feet in length and living in the mountain forests and jungles of north eastern Australia. C. Septrius has white tipped spines and is a smaller subspecies, reaching maximum lengths of two feet. They live in the rainforests across all of New Guinea and northern Australia. C. Rutilus is a three foot long species of arboreal echidna native to the eucalyptus forests of the west coast. They have a red-brown colouration. So I hope you enjoyed the arboreal echidnas! As always, feedback is greatly appreciated. Up tomorrow is Australia's unique rainforest moose. |
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"Natural selection is anything but random" - Richard Dawkins | |
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| Corecin | Oct 18 2016, 01:44 AM Post #15 |
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Prime Specimen
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I really like the amount of detail you put into the ecosystems in your project, something not a lot of people seem to think about. |
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