Sustainable Meat,Milk & Animal Textiles Production

Livestock should be grown as locally as possible in either fully automated or free range on permaculture farms.Scientific studies done on livestock can be the same as those done on fish and crops.Ideally they should be fed micro and macro algae based textured vegetable protein,pellets and Gramineae or artificial or genetically engineered variants of these algae and TVP with a higher protein conversion ratio rather than Glycine max or Zea mays mays based food.Not only is this more sustainable as land used to grow G.max and Z.m.mays can be reforested but healthier as it can increase the omega 3 fat content of the meat.This should be the main food for large and small mammals bred for pets and meat.

Feeding Bovidae and other mammalian livestock such as Camelus,Capra aegagrus hircus,Suidae,Ovis aries,Leporidae etc. either algae pellets and/or hydroponic or aeroponic Gramineae and fodder grown in community farm barns and sheds by them will reduce the amount of land required for grazing or growing hay worldwide(which can be reforested) allowing animals to be reared inside all year and reside in ones gardens or in community gardens and increase the amount of land for reforestation or permaculture forests.This means they can be reared in smaller community farms in towns,villages and even in major cities such as Las Vegas,New York etc. with high quality Gramineae being reared all year round in indoor hydroponic/aeroponic farms next to the pens negating labour involved in producing hay for them during winter months and ensuring the farmer being able to tweak the Gramineae to the needs of the livestock with a wide variety of Gramineae from around the world being available with it also cutting down on transport costs with genetic alterations made to change the protein,carbohydrate and omega 3 content etc using cis/tran genics.Hydroponic/aeroponic Medicago sativa and Cannabis sativa and cereals or flour of all types from bacteria can be reared all year long negating human labour and land in both grazing and hay with building used to produce and house these put to other uses,store these hydroponic systems and also vats for bacteria commodities once made whole.Bacteria can create flour,sugars and polysccharaides,proteins and oils of any type of cereal and crops such as including G.max,M.sativa,C.sativa,Z.m.mays and then mixed together with water and served as a slop directed to feeders by automated systems in customised ratios for each species and breeds of livestock.If hay needs to be made then the Gramineae can be sent to drier rooms in extensions that dries it completely with this Gramineae being grown hydroponic or aeroponically onsite with this allowing any type of Gramineae and also crops like M.sativa to be grown quickly all year round.This and algae,bacteria based flour and also Gramineae grown onsite via animal sewage collected in underground pools,vats and also hydro/aeroponics can allow for all land used to graze Bovidae and grow hay to be reforested indefinitely including in rural and urban farms making them more compact and ensure an abundance of nutritious feed for them all year round with manure collected by robots or underground tunnels leading to algae farms creating looped system used to grow algae and aeroponic fodder with transportation of the feed to automated feeders and pens into troughs being automated negating human labour.Fallopia japonica can be grown in nearby areas and harvested automatically routinely and then fed to them.In urban areas it can allow for Gramineae to be grown all year long next to pens.They can also be fed excess hydroponic/aeroponic crops such as Hordeum vulgare,Triticum aestivum,M.sativa,Avena sativa,Oryza,vegetables,fruits and other crops grown for alcohol and human food production.Genetically altered versions of toxic wild plants and weeds (see later) can be fed to them once the process has removed the toxins with them also grown via hydroponics.By utilising hydro/aeroponics for the production of Bovidae feed alongside algae TVP farms especially rural ones can be smaller decreasing the amount of forests to be cut down(and increase reforestation rates) and again provide variety of high quality feed all year long minimising human labour with them grown onsite in vehicles and rooms of the farms with the planting,growing,harvesting and transportation of them to livestock being easily automated.This can be applied to existing farms around the world with grazing land alongside that used to grow hay and straw converted to forest farms.It can also mean a wide multitude of Gramineae from around the world can be grown locally with transgenics and cisgenics from other Gramineae,algae and even other crops traditionally used as fodder can increase their protein and omega 3 and cellulose content with other nutrients also added.Ideally any crops used should be excess used for human consumption not eaten with even uneaten food fed to livestock in home farms or each homeowner sending in uneaten food to local community farms in specilised bins in person or even collected weekly by trucks controlled by the farm AI with also genetically engineered bacteria being produced to create the same grains,sugars,cellulose and/or proteins of them to ensure they will be grown onsite of farms and then fed allowing all land for growing fodder crops to be reforested completely.Gramineae can also be collected from cut Gramineae via robotic lawnmowers from homes across the community as well as from parks,golf courses and local public gardens for this purpose.Leaves from these areas can also be collected and used as feed stock in the autumn and winter months.Thus any fodder crops will not be reared in plantations but will be reared onsite of farms using hydroponics or even have them created as flours via bacteria with this including G.max,M.sativa,C.sativa,Z.m.mays,H.vulgare,T.aestivum,A.sativa,Oryza flour with the flour,oil and carbohydrates of all 400,000 species of plants created by bacteria on an unlimited scale of both rural and urban farms worldwide during all seasons to allow all land used for grazing and growing fodder to be reforested indefinitely with it providing feedstuff for livestock in home farms and also those in urbanised areas like cities such as Las Vegas and New York.Feedkind originating from bacteria can be used to feed all types of livestock such as fish,Bovidae,Phasianidae with this grown onsite using those created by bacteria.All of this can also ensure that livestock such as Bovidae,Phasianidae etc can be reared indoors in pens in urban areas in cities around the world ans land used for grazing and hay production will be reforested.All feed for all livestock would be grown onsite of home and community farms with algae imported in from sewage and water treatment plants.

Trees can be gradually introduced into areas allocated for livestock feeding on farms with netting protecting the leaves and branches during their early years and the plant adult,middle and later years they could provide extra foraging material and at the same time sequester carbon and hold soil together over time.As stated algae should replace the unnatural Z.m.mays and G.max feed stock which require too much resources even when done by hydroponics though excess amounts of these used for human consumption can be fed in small amounts and not be grown solely for animal consumption to save resources.This is because these crops cause cows to emit more methane.Research can be done to develop more efficient methods of capturing methane from flatulence to be converted into natural gas or methane based plastics and biogas for energy production or plastics this can include zeolites and nano materials forming an artificial tree like structure.This may be from zeolite based artificial trees onsite of farms.Reptilla and predatory carnivorous fish can be fed home reared insects and others like Alligatoridae and Crocodylians and Serpentes to save resources can be fed in vitro meat from their preferred prey i.e. rats,beef etc. to cut down on resources to feed their prey with rats and other animals reared at home on algae and flour from bacteria which is resource inefficient.If rats need to be reared then they can have nails and teth removed via engineering and fed bacteria based flour and algea to allow their predators fed them without fear of being harmed.Their eggs can provide an alternative to chicken eggs.Phasianidae can be fed algae pellets as well insects to increase nutritional content and flavour with even Z.m.mays flour from bacteria as well as invitro meat.This can be replicated with other non Phasianidae birds with in vitro meat fed to birds of prey which can also feed on pests.Insects should be fed waste food,algae pellets,algae TVP,Gramineae,leaves and in vitro meat for carnivorous ones with the same applying for fish with them fed feedkind,algea and also in vitro meat in the case of predatory ones.Pets like Felis catus,Canis lupus familiaris etc can be fed meal composed of a mixture of insects,algae and in vitro meat with plant crops like H.vulgare and rice mixed in and any other excess waste crops that is safe for them to eat.Pellets of all feed such as algae,Gramineae,C.sativa,H.vulgare etc can be made with this machinery.Birds such as Columbidae,Psittacines,Strigopoidea,Ramphastidae,Cacatuidae,Ratite and other birds can be fed algae,insects and seeds.G.max and Z.m.mays feed for all livestock should be consigned to history with Gramineae,algae and excess crops instead fed to them since algae in particular Spirulina has roughly 57g of protein per 100g compared to G.max which has 36g per 100g and Z.m.mays roughly 9g per 100g ensuring a better feed to protein ratio with livestock being engineered to further improve their bodies ability to convert feed to protein and muscle and store less fat in their body.This algae can be engineered to produce as much as 80-90g of protein with bacteria being engineered to produce essential amino acids and carbohydrates as well.The main reason is that algae and Gramineae produce less methane than the unnatural G.max and Z.m.mays flour with it also meaning all land used to grow these crops will be reforested.Bacteria can be engineered to produce G.max,grain or Z.m.mays flour,proteins and saccharides and even those from specific Gramineae to be fed to them if algae has not been been shown to produce lower methane levels with custom levels of these nutrients or the structure of algae can altered through engineering to produce less methane when consumed by ruminants with bacteria even engineered to produce just essential proteins in large amounts with these measures pursued to prevent the need for growing fodder crops on land or through hydroponics.Bacteria can as stated also be engineered to produce the same starches etc of any species of Gramineae on a commercial scale all year round with ideally Spirulina engineered to produce more protein and carbohydrates in the most efficient ratio. As stated earlier aeroponic Gramineae can be reared onsite to provide a large variety of Gramineae genetically altered to reduce methane emissions all year round even during Autumn and Winter when hay is usually fed to them negating labour required to create hay.Macro algae has been shown to reduce methane emissions by as much as 99% if it consists of a mere 2% of an animals feed with this also ordered in from water and sewage treatment plants or grown onsite of farms due to Bromoform which can be engineered in bacteria that produce flour and also into hydroponic plants grown onsite with this seaweed grown onsite using sewage or ordered in from sewage treatment plants etc.Allium in particular Allium sativum which also reduce methane emissions can be grown onsite or to prevent flavours seeping into milk or the compounds that inhibit methane emissions can be engineered into plants and bacteria based flour used to feed them.This effectiveness can be replicated in other breeds via engineering them with the same bacteria in their stomachs.There is the possibility of genetically engineering ruminants to produce less or even no methane and even nitrous oxide at all by altering their stomachs and digestive tract and also how they digest food and/or the bacteria present.This could be done by altering the bacteria present not to produce methane but produce the enzymes of Saccharophagus degradans that degrade the cellulose and ligin with this first done by altering them unable to harbour them and then harbour the new bacteria or inoculating them with these desirable bacteria or biocmpatible microbes that use CRISPR to alter bacteria present with research into creating cows that contain only these desirable bacteria.The same can be done with nitrous oxide.If possible CRISPR via microbes can alter existing bacteria in ruminants make them unable to produce methane or other greenhouse gases at all thus lowering their impact on climate change with the DNA from S.degradans tweaked to not produce alcohol but rather essential sugars.All feeding troughs and in fact all surfaces and machinery should be covered in a permanent layer of liquid glass to negate the need for cleaning and prevent the spread of micro-organisms that can be pathogenic to both livestock and humans.AgriProtein made from fly larvae feeding on blood from livestock can be used to feed fish and carnivorous/omnivorous livestock and pets with this,algae,in vitro meat and Gramineae replacing fish meal as well as cornmeal and soy meal reducing energy costs as it can be grown on site and allow for land to reforested and cut down on use of fertilisers and water with AgriProtein creating soil conditioner for farms as a byproduct if organic waste is used.With regards to AgriProtein genetic engineering can increase the feed to protein ration in the larvae with their effectiveness at doing this also transferred to other species with a new separate species also created for this purpose especially species that are native to each country to prevent them becoming invasive species.Ideally animal blood collected from slaughterhouses or even created on an unlimited scale using stem cells made into a gelatinous substance using bran,flour and other protein(from algae and bacteria) and carbohydrate material similar in texture to blood pudding should be used as it is better than other organic waste producing more protein.Using artificial versions of blood from all types of livestock can determine which is the best for taste and protein conversion with this produced on site of where AgriProtein is produced in farms.Bio printed organs and in vitro meat can also be used.Ideally all steps in its production would be automated with them transported in graphene sacks that can be reused and sent back to the factory with the able to hold larger weights.Ideally though these automated Agriprotein factories should be onsite of all community farms and recirculating aquaculture pool farms to cut down on energy costs and make each one self sufficient and negate the need for building factories which could otherwise be used as homes.Synthetic blood and bran and flour from genetically engineered bacteria can be prepared onsite of these farms to allow for the Agriprotein to be made more quickly.Preparation of algae TVP,Gramineae pellets and all types of feed including in vitro meat and transportation to feeders should be easily automated from start to finish within the next five years with them all ideally produced onsite of community farms in buildings cutting down on transportation costs.Existing factories that prepare feed should be converted into homes.

Automated commercial rabbit and all species Phasianidae farms could be designed the same way as the open house Megha farm in Myso with enough room for them with manure collection,feeding and the slaughter,preparation packaging of them fully automated the same as other Phasianidae with defeathering,deboning,cutting robots and packaging machinery them located within close proximity to these community farms or used in fully automated restaurants.These should be in both urban and rural farms with those in ubran areas either in the open roofs of the buildings or underground extensions.For individual customers meat could ordered in whole or deboned upon request or deboned at home.Alternatively animals could be slaughtered and deboned and cut up in bulk and then stored in community food storage centres inside large freezers used by butchers with deboner machines etc will be onsite of farms next to pens.Genetic engineering can be utilised to create featherless Phasianidae cutting down on the energy needed to cool them down during the summer months.Manure collected would be used in nearby miniature algae farms in close proximity to produce feed creating a looped system and connected to the automated feeder.These would collected by piping coated by a permanent layer of liquid glass to make the waste slide down due to gravity much easier and prevent this piping to be cleaned and the build up of dirt and bacteria.All surfaces would be coated in a permanent layer of liquid glass to prevent dirt building up and also prevent microbial growth limiting the need for it to be cleaned and limiting the spread of bacteria that would be dangerous to both humans and livestock preventing the need for antibiotics.Dongles can be created that detect the antibodies associated with specific animal pathogenic bacteria and viruses so outbreaks can be dealt with very quickly with and the results wirelessly sent to the animals patient file via interacting with the RFID chips present.In time robots on a rail system that have phlebotomy robots attached to them can intake minute levels of blood and detect all pathogens,levels of all antibiotics and measure all blood components again sent to the patient file interacting with RFID with these coated internally in liquid glass with these phlebotomy robots administering antibiotics,biocompatible microbes,RFID implants,nanomachines and vaccines to specific animals which can also be administered by feed and water similar to banana vaccines with for example Z.m.mays flour from plants and bacteria as well as algae used to feed the animals also produce virus particles and antibiotics within their cells to be intaken via feed.These would contain sensors or direct them to onsite or hospital automated labs that analyse the samples.Ideally all farms should have miniature labs connected to Apollo and Aesculapius that can allow for animals to have their blood,urine and other bodily fluids and faeces collected by piqapoo bags that can be collected by robots,rail systems and even by hand and quickly sent to the nearby labs limiting human labour with the labs having the same automated conveyor belt system as in hospitals and universities with any human labour required done by those there using instructions from Paean.This will allow results to uploaded to the animals patient files with milk analysed done by minute samples of milk collected from GEA milking systems.This should be done routinely and logged into their patient file and ideally before slaughter with these robots ideally on a rail system on the roof in the case of large mammals such as Bovidae,Suidae,O.aries etc with miniature versions that can move between cages.This will also extract cells for creating in vitro meat onsite and those used to create synthetic blood as well as induced pluriopotent cells and even sources of DNA for the Phanes method.This will alleviate work on farms with numerous animals tightly packed with in time biosynths and robots modelled on humans aiding in this with livestock on home farms also having these chips and also neck tags with chips for smaller livestock.Narrow wavelength UV sweeps done by autonomous robots or ideally by lights on the ceiling and in each pen can be done with chickens and animals vaccinated against all diseases or ideally engineered to be resistant to all diseases with biocompatible microbes that spread from each generation to the next also used with all surfaces covered in liquid glass.These automated chicken,rabbit etc farms should be located onsite of of all community farms making the communities self sufficient and cut down on transportation costs with large cities that have multiple community farms having one on the grounds of each one.All livestock will have RFID chips that will be coated externally in liquid glass that will be injected in time by robots under the skin to relay vital signs to their patient file and farm AI as well as their GPS location.They will measure the levels of antibiotics,hormones,pathogenic bacteria,components such as erythrocytes and nutrients in the blood uploaded to the patient files over set period of time 24,48,168 hours within a few data eliminating phlebotomy robots.These will be injected at birth have an unique ID code the same as their patient ID and in time bio-synth versions will be developed that could undergo mitosis to create new ones for fetuses to create a new ID code with even microbes creating new ones in the unborn fetus with them exiting dead animals through either surgery bots or through the skin,urine.These would be onsite of community farms and managed by its AI and would be miniaturised versions since each farm would have one with existing large factory style one including those on farms will be turned into homes.They could be miniaturised versions in private and communal homes in underground extensions or roofs.By 2029-2035 in vitro meat should account for 95-99% of the worlds meat supply with the rest on home and community farms.

Eggs can be collected,packaged and transported by machines onsite of each of these farms with existing ones turned into homes.Temperatures,humidity can be stabilised by software interacting with weather networks to automatically suit the needs of the animals and controlled with smart devices cutting down on wasting energy.These automated farms and egg packing factories should ideally be located next to or be part of each community farms both urban and rural so as to allow both rural and densely urbanised areas like cities to rear these animals on a large scale making them self sufficient to cut down on transportation costs with the animals also given a space to exercise and mate with multiple roosters and be monitored by robotic sheepdogs.These on site of each one will serve the animals on the farm with each one connected to miniaturised Megha farms.It will also allow the large ones in each region to be converted into homes and all surfaces should be covered in liquid glass with narrow range sterilising sweeps from lights on the ceiling also used with all work fully automated within the next five years.Fur on animals like Leporidae can be removed from the animals and sent automatically to local textile factories.Feathers on Phasianidae as well as poorly graded eggs can be sent to organic waste plants to be pyrolysised if present with the skins,hides etc of other animals either pyrolysised or sent to local textile factories,with offal harvested by machinery and any inedible biological material such as skeletons,brain stems etc pyrolysised in organic waste factories.As detailed later on genetic engineering can create Phasianidae and mammals with no hair and feathers.Cameras at key points of automated farms and egg packing facilities can fed into the farm AI and visible to the public remotely with automated corrective procedures with environmental readings in them fed into it also via nanosensors controlled by the AI to optimal ranges.These would be onsite of all community farms and managed by its AI and will be miniaturised versions.Each species of Phasianidae and Anatidae in home and community farms can be engineered to lay more eggs over their lifetime each season and through anti-ageing treatments live indefinitely.In time biosynth machinery onsite of community and home farms can do this with them fed sugars,fats and proteins from bacteria grown at home and be programmed to produce the eggs of any species of Aves including Phasianidae,Anatidae,Columbidae,Psittaciformes and Ratite etc as well as species of Reptilia such as Alligatoridae,Crocodylians and Serpentes in batches.The ability of Perdix perdix to lay up to twenty eggs at once can be engineered into all species of Aves bred for this thus meaning even Gallus gallus domesticus could be engineered to lay up to twenty two eggs every day on home and community farms with home farms having several of these some for meat and others for eggs ensuring abundance with if need be the animal through chemicals produced by microbes in them or them turning on/off genes to allow the animal to rest and not produce too much and thus alleviate strains on the animals and resources fed to them with them turning on/off genes to have them produce the eggs of other species of Aves and Reptilla or they could be as detailed later on one could have certain sets of animals to produce different eggs and also produce different meat types.Thus since these engineered G.g.domesticus and other species of Phasianidae and species of non Phasianidae livestock could lay up to twenty two eggs a day for a week it would thus giving a person about a hundred and fifty four eggs to be stored for several weeks or even over two months depending on how much a person consumes eggs and then this ability removed via the microbes removing the genes from P.perdix allowing the animal to rest and alleviate strains on animal feed and then this turned back on by microbes readding the genes from P.perdix to then allowing for more eggs to be created with this meeting the needs for a normal family or group of people sharing an apartment can be met with this measure and thus if all private citizens have these modified will negate the need for large battery or even free ranged Phasianidae farms to exist anymore even on community farms rearing them all of which will be converted into homes ore recycled and the land reforested.The animals will be like pets with defeathered versions given jumpers to survive the cold alongside engineering to protect them against all temperature ranges against sunburn with them living in gardens and indoors and trained to defecate in kitty litter and lay eggs in desired areas.Large families and residents of communal homes can have a large number of animals on the roof gardens or those in the main gardens to create a large amount of eggs in one go each week to again stock up on eggs and allow the animal to rest every few weeks.Other non Phasianidae Aves could undergo this.

As stated earlier slaughter houses and deboning rooms and egg packing factories should be relocated to onsite of existing rural and urban farms with existing ones converted into homes with each farm in urban ones that could be able to debone and remove organs and cuts of meat from all types of meats with for example all species and breeds of duck and chick,lamb and beef with home farms on roofs and gardens alleviating this.Large animals like Bovidae can be miniaturised to the same size of O.aries etc to be more easier to handle.In vitro meat in community farms and in homes will allow for cells extracted to be cultured of different types of meat over and over again thus saving on resources and time.This will cut down on energy and time on transportation,make communities self sufficient on their slaughtering of livestock and allow them to be managed by the farm AI with them in underground extensions.Each building housing livestock in particular pens will house cameras and also weighing scales that weigh the weight and muscle mass of each animals regularly with the animal guided to them by robot sheepdogs with the scales and camera interacting with the RFID chip of the animal and its patient file and farm AI logging the weights by date and organising when it will be slaughtered by onsite slaughterhouses.Slaughtering,harvesting of meat and offal as well as removal of brainstems and spines of animals in community farms can be automated modelled on a factory line structure using robots with cameras with object recognition software to detect organs and different parts of the body attached to them modelled on the Da Vinci systems and other automated surgery robots with all surfaces of them including the flooring,lights,walls,robots and machinery covered in a permanent layer of liquid glass to prevent bacterial growth and build up of dirt and transmission of disease allowing dirt with UV lights on the ceiling and robots used to sterilise all surfaces routinely and any blood etc to be collected via gravity into pools or sucked up by robots.All types of offal and cuts of meat will be separated into different bins covered in liquid glass that would be exposed to narrow wavelength UV to be sent to distribution centres to be frozen or put on display and inedible meats sent to pyrolysis plants onsite of them or to organic waste plants.Spinal cords,brains and any unused organs as well as bones etc will be sent into specialised self moving bins to be sent to pyrolysis plants to be used as fertiliser for plants.The possibility of these transferring prions and causing Bovine spongiform encephalopathy as the organs will be reduced to elemental carbon etc with Bovidae and all livestock fed algea and flour from bacteria and hydroponic Gramineae that wont use this pyrolysised carbon.The bones and organs should be ground up onsite of the plants or farms and then pyrolysised or the bones can be separated and turned into bone fertiliser.Phasianidae and other animals will have there organs removed with the slaughterhouses being all in one one that deal with all types on animals with by 2029 these robots being able to deal with any type of animal since they would have AI on par with and superseeding human intelligence and would have robotic chef hands next to them that could turn the animal over and move it around as well as transport the cuts of meat and organs into each bins as well as the inedible material into their areas.These can be dumped onto crates or emptied by robots and then cleaned by robots that turn them upside to collect blood and them being exposed to UV light and also high heat with them composed of graphene due to its strength,lightness and also high heat resistance.Narrow wavelength UV that doesn’t damage human skin can be used to prevent the spread of pathogens across the globe with these ideally on ceiling and the underside of machinery with them sterilising not just surfaces and robots but also the skin of slaughtered animals to make them edible if made into burgers or mince if not cooked properly with them also irradiated on the line to kill all pathogens especially for restaurants.Animal will be immunised against all pathogens including zoonoses via their microbes to negate the need for antibiotics especially against subeperbugs with them also having antiviral strains and those that destroy prions with these microbes not made resistant to radiation and also be able to be digested and kill off by human stomach acids thus having no acidophile DNA with them unable to interbreed with human ones.Newer machines will be put in place of old ones by robots controlled by the AI.Since they will have no humans the entire room can be exposed to actual radiation of at least 200Gy to kill all pathogens and parasites with the room locked during this period and cameras at key points and also sensors showing that no humans are present to prevent fatalities thorough humans can be fitted with radioresistence to counteract this.To prevent the spread of these also animals can have recombinant DNA from Thermococcus gammatolerans and treated before slaughter and and even after to huge blasts of radiation of at least 200-500Gy that would kill all pathogens and parasites and not affect the animal or taste with this blasting done prior to slaughter and any time parasites and pathogens are detected with microbes and beneficial bacterial including those that affect milk taste can be also be treated with recombinant DNA from T.gammatolerans.The floors would ideally be slanted to allow the blood from animals to be collected into pools as the gravity and liquid glass would allow this to occur or be a graphene grating(again covered in liquid glass)and once collected using flies that lay eggs on it whose larvae once feeding on it would produce ArgiProtein which can be used to feed fish in recirculating aquaculture systems and omnivorous livestock with all steps in this of this meals production being automated with locals who maintain farms doing any work that cant be automated until it is allowing all work to be done 24/7,365 days a year except for a few hours to allow for cleaning by hoverboots and cleaner robots and sterilising sweeps each night.Ideally the animals once killed automatically will have all of their blood extracted via phlebotomy robots sprayed internally with liquid glass that extract all the animals blood into a reservoir or large vat covered with liquid glass where it is mixed in with bran,flour and proteins created by genetically engineered bacteria and algae to create Agriprotein in a solid mush for the larvae to consume with this transported to where the larvae are with all of this done onsite with any other remaining blood on the floor collected again by gravity and liquid glass.It can also be used to collect induced pluripotent stem cells to create blank sperm and eggs and those for in vitro meat.The microbes that collect in the blood prior to slaughter will be separated and used in electronics.The unused remains such as brain,spinal cords,skeletons can be pyrolysised onsite or in pyrolysis plants to produce biochar alongside other organic waste from the farm and homes with any other products derived from livestock such as rennet enzymes,gelatin etc being produced by genetically engineered bacteria.Cows reared for milk will also harvested for meat and offal and pyrolysised with any livestock of any species that die of illness,old age or having to be put down will be pyrolysised to contain them and reused the biochar for fertiliser.This blood and tissues collected could also be transported to onsite in vitro meat labs and also to produce artificial blood also onsite and to farms and automated labs to produce induced pluripotent stem cells for trading of genetic material by Phanes.Advances in AI will speed up the process with these all in one slaughterhouses onsite of all rural and sepecially urban community farms with them in underground extensions and being compact as they would serve only that farm with each farm having these and the fact that in vitro meat and entomorphagy will account for the majority of meat consumed by people.This would make communities self sufficient allowing existing ones to be converted into to homes and allow animals to transported more easily by sheepdog robots onto vehicles or even into these extensions.Transportation of animals and meat to and from these as well as packaging will be automated with them controlled by Aristaeus and the farm AI(s) with robotic sheepdogs used.In time neural implants in the body of livestock particularly large ones will allow them to controlled indirectly by the farm AI issuing basic commands on where each individual animal is to go.Vehicles transporting the meat would be coated internally and externally with liquid glass and have UV lights in the storage area and front to sterlise them when the truck is empty with this applying to those that transport all food etc to prevent the spread of pathogens of both humans and livestock around the world.Artificial blood of all types of livestock can be used that is created using stem cells to produce Agriprotein and bloomeal fertiliser since it can be made on a more unlimited scale using stem cells on site of vertical farms,community farms etc where the Agriprotein is made and has a better meal to protein ratio than organic waste especially if it forms a blood pudding like structure when mixed with bran,flour and proteins with this artificial blood and natural ordered in by consumers for creating blood pudding or homemade blood meal fertiliser.Bran,flour and proteins used would be created by genetically altered bacteria.Blood used from animals should be complimented with this artificial blood and ideally the blood should be checked by having animals tested before slaughtered using apparatus on the conveyor belt before slaughter that intakes blood and tests it for diseases within minutes with diseased ones not have the blood used for agriprotein but bloodmeal fertiliser.Those that also have high levels of antibiotics and hormones tested by these robots will be sent back to the farm or reared outside until time passes for the the antibodies and hormones to disappear.The GPS tags that allow them to be tracked and measure vital signs,hormones,pathogens,antibiotics etc under their skin will be removed by the surgery machines to be sent back to farms and then reused on other animals with them also relaying the animals health and disease status and can be modified to detect and measure levels of antibodies and hormones constantly preventing those that have them in high levels from entering the slaughterhouse in the first place.In time antibiotics and hormones will be negated by genetic engineering making them naturally produce more milk and make them resistant to pathogens with biocompatible microbes fighting off pathogens more effictively.Since these would be covered in liquid glass they don’t need to be cleaned and the details and animal patient number can be deleted and then a new one for the next animal it will be planted in will be created as they will be sent back to the farm they came from the status of an animal slaughtered,it date of death and also the slaughterhouse it was killed in will be denoted in its patient files.These should ideally injected into live animals in part of the body by hand or robots not used as meat to allow robots namely the Da vinci ones to remove with interactions between them allowing them to be located and them dispensed into mobile trash bins that collect them and send them back to their original farm with in time bio-synth versions that can move around the body and exit to be collected with them even modelled on members of the class Chilopoda.These would be collected and injected by robots with a new patient file number generated.Antibodies can also be detected by dongles to ensure levels are low before slaughter or milking to prevent them entering the human digestion tract thus contributing to antibiotic resistance with in time these microchips underneath the skin that determine GPS location could also be used to measure levels of antibiotics and pathogens in the blood stream 24/7 can be developed.Ideally livestock should be engineered to be resistant to all types of pathogenic viral and bacterial infections.Bio printed organs and in vitro meat can also be used with them ideally used as a source of protein from the construction of agriprotein and also meat and offal for humans from home reared animals which would mainly provide extra commodities such as eggs and milk.Stock rather than being produced by boiling bones can in time be made be created by bacteria creating the specific proteins,flavorings and other compounds allowing the whole skeleton alongside any remaining meat to be pyrolysised for fertiliser with edible organs such as livers etc either harvested by machinery and robotics or in time perfected with bioprinting technology allowing organs to be printed on a commercial scale.These slaughterhouses and other parts of farms can be run 24/7,365 days a year and slaughterhouses for all types of livestock such as all type of Phasianidae,Bovidaelambs etc should be onsite of all community farms with them as stated earlier being minaturised ones that serve a city or part of city if multiple farms are in a city or town and be managed by the farm AI.Ideally one should cater to deboneing and cutting up all types of Phasianidae with others dealing with all types of mammals such as Bovidae,lamb.Rare breeds and species of livestock of all types should be reared locally with breeding program and the Phanes method increasing their availibilty.By having the correct genome of each breed in Physis farms across the world can allow for the genome of them and unique strands of DNA created onsite to be inserted into live animals.These would all ideally use bacteria that produce the sugars,endosperm,juices and relevant enzymes of all fruits,vegetables and cereals.These would be onsite of community farms and managed by its AI with in time them able to debone and cut up all types of meat ie lamb,Bovidae,Phasianidae etc that pass through them with advances in AI and their cuts of meat and offal put into bins for delivery for each type of animal.Each community farm in ruaral and urban areas will have one that are miniaturised versions that serve that farm,managed by its AI and are able to deal with any type of animal with robotic chef hands used.Invitro meat systems onsite would compliment them with livestock at home dealt with using semi automated machinery and killing and cutting up the animal by oneself.All unedible waste like feathers,organs etc will be sent to organic pyrolysis plants.Exisitng large factory style ones including those on farms will be turned into homes.

Conferring resistance to viral,bacterial,fungal and also genetic diseases will also be pursued using cis/trans genetics and those made from scratch alleviating the need for vaccines and antibiotics to be used.It could also used to remove all hereditary genetic diseases from their genepool.Alongside this would be spraying all surfaces in vertical and community farms and homes such as pens,feeding troughs,machines, robots,slaughterhouses,recirculating aquaculture systems,fish farms,flooring walls etc with a permanent layer of liquid glass to prevent microbial and viral growth and spread alongside routine sterilising sweeps by UV ceiling lights.Narrow wavelength UV that doesn’t damage human and animal skin can be used with these lights ideally on the ceilings of all rooms in all buildings and pens of each farm with the liquid glass allowing faeces and urea to slide down into collection areas and prevent dirt and bacteria and make cleaning by gravity and robots easier.Further engineering can remove their ability to harbour pests by being altered to be have structures in their body that cannot allow them to latch onto the body or allow them to naturally eradicate them via producing hormones,natural antibodies and chemicals to either kill them or remove them from their body with measures to eradicate both internal and external pests from an area as detailed later on utilised.In time nanomachines,nanomedicine and also bio synth implants can be utilised to remove internal pests from the body with biocompatible microbes removing pathogens.Biocompatible microbes suited to each species of livestock will immunise the animal against all pathogens and fight them off using natural compounds in the their DNA with them also fighting off parasites thus removing antibiotics from the food chain.They could even be engineered to produce pheromones or odours that repel pests that feed on their blood or act as vectors of disease with these made form scratch or from plants or even have them make their blood abhorrent or un digestible to pests or engineer the pests to become unable to digest their blood and attack wild animals or become pollinators of plants.Dealing with pests on livestock can be the same as dealing with crop pests using traps,carnivorous plants,biological controls and doping tags or necklaces with insecticides or repellents with repellents sourced from genetically altered bacteria and sprayed on animals or in buildings or porous pods in pens or engineer plants grown in the farm and in pots in pens to release repellents.

Animal feeders for all types of livestock in free range farms can be automated like Phasianidae feeders,defeathering machines for homes and permaculture gardens.All steps of Phasianidae and larger animals rearing can be automated,monitored and controlled using smart devices and computers linked to the farm AI with cameras inside incubators and other machinery with other automated hi tech apparatus cutting down on human labour connected to Demeter.Movement of eggs to and from them could be done by robots.The temperature of eggs for reptiles,birds and other oviparous animals can their eggs set in autoclaves that keep them at set temperatures or temperatures that change at certain times,months and seasons alongside other environmental conditions dependent on the species and also controlled and monitored via the farm AI.Species of amniotes that exhibit temperature-dependent sex determination can have the eggs divided into different incubators that are of varying temperatures to ensure that they produce a desired amount of males and females as determined by the Phanes software that plans the amount of males and females to be produced for the next generation of breeding.The same can be said for C.a.hircus and larger livestock.Sensors can detect when levels of feed and water are low and alert owners and communities that they need to be refilled via email or smart devices.These automated feeders can take care of animals at homes when people away from home for several weeks at a time especially in the case of feeders used to fatten duck and geese for foie gras with these animals held in place of in pens.Cameras can be placed in the pens of all livestock to allow for remote monitoring 24/7,365 days again fed into Demeter and the farm AI with them monitoring behaviour for signs of stress,diseases,psychological programs as well as for use for behavioural studies and thermal cameras monitoring their health with the farm AI cross referencing Apollo and Aesculapius with them locking onto the RFID chip of each animals and them able to turn 360 degrees.Free range livestock farms should ideally be integrated into home gardening and rooftop and community gardens such as permaculture and forest farms allow for all of a communities food needs to be met with automation and smart devices cutting down of the most labour intensive work.Dongles can be created that detect the antibodies associated with specific animal pathogenic bacteria and viruses so outbreaks can be dealt with very quickly.

More exotic animals can also be reared here such as reindeer,Alligatoridae and Crocodylians,Serpentes,turtles reared in indoor pens fed algae and insects with their eggs and young providing extra food.Endangered species can also be reared here once their numbers have stabilised.Recirculating aquaculture systems will be used to rear exotic fish and shellfish especially those for expensive caviar and as pets with frogs and salamanders and some turtles during their early stages and then in pens in their adult years.All of these can be traded as pets via Demeter if any excess exist.In the case of exotic poisonous frogs genetic engineering can remove toxins or in the case of some species feeding them locally reared non toxic insects(as in the wild the wild they absorb the poisons from their prey)or in vitro meat and algae pellets.Any exotic species can be traded from other farms via Demeter or from conservationists and be reared as part of conservation programs with excess not used as pets or meat sent back to their native habitat and/or zoos via the Ophion System.Rare breeds and species of livestock should be grown locally with the Phanes method used to make these more abundant with endangered species of animals reared as part of breeding programmes and eating managed by Phanes with again the Phanes method used.This free range method will be adopted by all remaining home and community farms.

To cut down on resources all animals will be fitted with xerophile and oligotrophic DNA and will have their insulin fat receptor gene removed and myostatin inhibitor gene also removed.If possible Phasianidae can be engineered to produce the same meat as Bovidae,Equidae,Suidae,O.aries as well as other non Phasianidae birds such as Psittacines,Strigopoidea,Ramphastidae,Columbidae,Cacatuidae,Ratite endangered species such as Grus americana,Strigops habroptilus and even any species of Reptilla,Amphibia as well as their eggs and even endangered species of mammals that are hunted for meat including Hippopotamus amphibius,Ursus maritimus,Pinnipeds,Pongo pygmaeus to save on space and for them to be more docile and mane gable especially on home farms.This would also allow for more meat to be produced than is normally produced on non Phasianidae birds and also Reptilla on these modified animals with them also creating the eggs of these Aves and Reptilla and would cut down resources of creating meat from Bovidae and other livestock.In terms of eggs it would have the same texture and taste with these modified Phasinanidae produced or they could be engineered to produce the same eggs of these animals but them being sterile ie no young produced with the use of home 3D printers allowing one to implant 3D printed embryos into them.If possible these modified Phasinanidae will be engineered to produce the meat of any species of fish and shellfish and even their eggs especially Selachimorpha and Acipenseridae.They could even be engineered to produce the same meat as any species of Arthropoda especially Insecta and Arachnida.One would have at home various animals that are separate hybrid species that produce these different meats and eggs unable to mate with each other with embryos printed out to keep the number of animals of each breed stable.Bovidae could also create the same meat as all of these aforementioned species.With regards to fish these could be engineered to reach sexual maturity much quicker in as little as a few months especially Acipenseridae species with other species engineered to produce the same caviar as Acipenseridae.Any type of fish especially Scombridae can be engineered to produce the same meat as Bovidae,Suidae any species of Reptilla,Aves etc to cut down on resources such as land and feed as they can be reared in recirculating aquaculture systems within home,community and vertical farms and allow steaks and cuts of meat with the same texture and taste as conventional livestock to be created with fewer resources such as animal feed and land with them producing no methane and increase productivity.Physis will locate the genotypes that express the different types of meat,blood and flavourings.These will be made into separate species to prevent gene flow fears.

Breeding of pets such as F.catus,Cricetinae,Equidae,C.l.familiaris,Psittacines,Strigopoidea,Ramphastidae,Columbidae,Cacatuidae,Ratite(and other non Phasianidae birds which can also be reared for meat and eggs by both invitro meat and actual meat) and reptiles can also be integrated into free range home and community farms with the same tagging,trading and breeding rotary systems(with males traded to farms across the world or using stem cells and artificial sperm) integrated alongside the same strict regulations currently used in existing pet breeding farms i.e. vaccination certification.This would be present on both patient files to whom prospective owners can be given the patient ID and also scannable barcode with sysmex dongles(see later)created to take blood samples to detect antibodies for specific or all vaccines for prospective owners to carry out quality check to ensure this.Ideally the Phanes method will be applied to both wild and captive animals of the aforementioned bird especially endangered ones in order to create billions of spermatozoa,eggs on site of community farms around the world and in the grounds of conservation areas and zoos to increase the population in both areas significantly and keep them at stable levels that would keep in away from endangered stature but rather not threatened or least concern conservation status.The same can be done to apes of all species such as Gorillas,chimpanzees,orangutans etc that are prized as pets and bushmeat onsite of conservation areas,zoos,farms and homes in order to create billions of viable speramtazoa and eggs via the Phanes method stored onsite of these with breeding programmes being prominent in farms and conservation areas.Ordering and gaining pets will be via a network within Demeter that will contain a list of all community farm pet breeding centres around the world which contains all the animals for trade with important details like age,species,recent pictures,videos of the animal,weight,height,vaccines given,patient ID file(to check vaccines given etc.) number and the address of the farm as well as the barcode allowing them to view information on the animal.Patient files will allow the list of vaccines and genetic diseases to be listed alongside diagnosis of pathogens from dongles.Prospective owners can visit the farm in person to check the animals health or for more remote locations use Beam robots with the robot taking pictures of the animal that are up to date to check on its health and the prospective owner being able to get audio/visual checks on its physical health.Paean integrated into apps and smart devices can allow for live feeds and pictures taken in person or on the advertisements to detect medical conditions that may signify bad health again as quality control.Private individuals can also be used as breeders with automated feeders removing most labour.Trading of live animals and/or frozen semen and eggs can be negated by the Phanes method with 3D printer DNA.Actual laid eggs that will eventually hatch can be stored in crates sandwiched in between fungi styrofoam and kept at desired temperatures within transport vehicles including cargo planes.With regards to their transport this can be done via automated vehicles delivered to the owners address meaning it is ideal that in Demeter all community farms log what animals are reared visible in their Farm AI but also in the platform for ordering them in so as to ensure all regions and countries rear a wide variety of pets limiting the need for people to travel across the globe to get a pet or the stresses endured by them if transported by cargo planes,trains or ships etc.though in time it may be able to hook pens holding dogs to onboard automated food and water feeders(or have these built into cages) with faeces collected in a pool below via grating or in animal litter both of which can be collected then recycled and turned into fertiliser.Live animals should be collected in person or in pens/cages that have ample supplies of food and water in little bottle feeders inside to ensure they do not starve or become thirsty while being transported via terrestrial vehicles.Community farms can also provide shelter for lost,stray or escaped pets replacing the need for dog pounds and can provide a safe haven for pets when owners are on holiday since automated pet feeders can be integrated alongside livestock feeders and they will have companionship in the form of other pets,animals,community members and livestock.They can also be a place for retired animals that are employed in circuses,racing,bullfighting and in movies and television shows and those that are in obsolete sports(greyhound racing and cockfigthing etc) to reside and be traded as pets or simply retire in a safe environment.Cloning can allow for race horses and other animals with desired phenotypes to be reproduced cheaply with desired phenotypes added to Physis to be added to live or new animals.Any unwanted pets traditional or exotic can be returned here in order to integrate into breeding programs rather than dumping them in the wild where they might die or become an invasive species,used in textile manufacture,taxidermied,turned into fertiliser via pyrolysis alongside organic waste,eaten or they could be traded on Demeter(where people will order them from).Exotic ones can also be sent to local zoos or shipped to their native habitats.Breeding farms can also play a role in conservation efforts where large numbers of an endangered animals are breed for pets with semen and eggs traded with those in zoos and wild specimens(alongside others around the world in other farms) and any excess sent back to their native habitat.Private homeowners can also be used for breeding pet animals with blank spermatozoa,eggs and embryos printed out using the Phanes method in home 3D DNA printers with this also serving those in community farms.Thus both community farms and private homeowners will breed all types of animals with automated feeders cutting down on labour.In time a person will be able to decide what type of animal they want including exotic ones and what phenotypes they have and 3D DNA printers will print their DNA including unique genotypes and desired genotypes into blank spermatozoa and eggs fused together or embryo printed out in artificial wombs particularly biosynth versions and then brought to maturity via automated systems to be then collected in person or delivered from local community farms to their house allowing any animal to be produced onsite and delivered to local homes quickly.This would include both viviparous and oviparous animals with in time these artificial wombs being a biosynth animals that house them to maturity being fed nutrients such as amino acids,fatty acids and also carbohydrates with primitive ones also being fed this.This would render private breeders of animals defunct by 2029-2035.

Once again in vitro meat will provide a source of meat alongside algae based pellets for these but the animals themselves can provide a source of meat through any excess killed or in vitro meat extracted from them.Cameras that interact with the ID tags will be able to detect them onscreen them and highlight where each individual animal is and their distance can allow for them to be monitored remotely from smart devices such as e-newspaper maps.

Strigiformes and Accipitriformes especially endangered species can be bred as a form of biological pest control for rats as well as pets for the community and can be integrated into biological control programs for invasive species and pests in rural and urban areas deal with Starlings,rats and Columbiformes in New York and other cities while at the same time aiding in conservation methods to increase their numbers.Otherwise these pests can be caught in large numbers using traps and farmed for human pets,textiles and meats with the option of using biological controls in the surrounding area or not or even have all of the wild populations of a pest species farmed or even have barriers set around the farm.Others like invasive species can be hunted or again caught and then farmed.Locations of nests will be decided by Nosoi.These controls should ideally be engineered to be resistant to genetic,viral,bacterial and fungal disease.Any dead animals found will be pyrolysised.

Pets and livestock should be tagged with a ID barcode that gives information such as farm location and other relevant information that can be be scanned by smart devices if they become lost scanned in using smart devices.This can be in the form of a tag around their neck or RFID chip that is underneath the skin at a set point that can also relay their GPS location and vital signs to to the farm AI and patient file with them engineered to produce luciferens that make them glow in the dark making it easier to find if they are lost or if they are on roads visible to vehicles which can be replicated with pets.The chips will also interact with traffic networks in Hermes and vehicle sonar to prevent vehicle collisions.In time biosynth implants that also relay vital signs etc will be used instead.Pets can be advertised on a platform within Demeter giving the public a choice of a wide variety of animals from around the world with breeding farms then subdivided into those found in the locale,region,country and globe allowing them to choose from ordering from the nearest location.Breeders can localise their rearing of more exotic animals with any excess eaten.Carcasses of dead animals can pyrolysised into fertiliser or buried in the ground or left to decompose in an area away from farms in wilderness.All livestock can be reared inside,outside or in underground rooms or farms to improve space efficiency.With regards to indoor and underground farms these can have air filters and waste disposal connected to the homes waste disposal systems via a pumps.Rare and endangered animals such as bushmeat,Equidae etc can be reared in these farms allowing wild populations to thrive will at the same time implementing measures to ensure conservation as seen later that can allow animals to be farmed with the aim of returning excess animals to the wild and some animals used for meat.Cameras at key points in pens,cages etc will be fed into the farm AI visible to the public also with readings from nanosensors with automated feeders and robotics ensuring that all steps in taking care of them will be automated within the next 5-10 years.

Herding in free range permaculture farms can be done with live dogs and automated conventional farms can be done by robots ranging from small simple cylindrical bots to the more complex Spot dog and cheetah robots.These can have pre-programmed tasks set into them that herd animals at certain times of the day set by smart devices or be done on command by these devices for certain conditions i.e. a sudden change in the weather.These can also interact with the ID tags present on animals and help them locate and herd missing animals.In time like all robots they will be managed by the farm AI

Animal waste can be collected as a fertiliser for plants in permaculture systems and in larger automated systems for use to create algae on site in close proximity via micro algae farms thus creating a looped system with ammonia/methane collected as a fuel source.To make the collection of waste from pens easier the flooring could consist of grating to allow urea and solid waste to be collected in septic tank routinely collected by robots with the levels of it detected by sensors or it being part of a underground system of slanted pipes connecting the septic tanks of all livestock and pet pens in the farm leading to the micro algae farms hole dug into the ground at least 1-3 metres surrounded by a average human sized wall allowing the waste to collect there.Automated systems could collect waste from each pen or numerous pens at once to allow for a set amount of algae to be produced at once.The grating,piping and tank below them leading to this systems would be at angles and coated with liquid glass to prevent waste sticking there stagnant and spreading disease and allow gravity to transport it to the algae dump via slanted underground pipes alleviating reliance or the need for pumps within the system.The algae dump would also be covered by an anti-dirt and hydrophobic coating that doesn’t have the same anti-microbial properties of liquid glass to prevent the need for cleaning and would have a door at where the waste is pumped in to prevent excess waste enters until the current crop of algae is finished with the level present measured by sensors.This algae can be collected by robots/on site pumping machinery putting it in a storeroom that dispenses it into automatic animal feeders creating a looped system with nanosensors and cameras that detect that the algae has used up all waste and relay live feeds to the public via Demeter.Alternatively the underground tank that collects waste from all livestock where the waste collects under the grating would slanted in a v-shape with it coated in liquid glass would have a pipe at the bottom of this in the exact centre also coated internally and externally in liquid glass to negate cleaning would suck up the waste at various points when sensors and pressure plates detect it is full and send it to the algae farms.These can be integrated into existing pens or existing pens can have the flooring be coated in liquid glass and robots or machinery similar to snow ploughs move it to a central hole or grating at the top and/or bottom of the pen where it can be collected into a pool or trough covered in liquid glass to be sucked up into these algae farms or vehicles coated internally with liquid glass to be transported automatically to either onsite farms or the local sewage treatment plant where Persephone will allocate algae feed by interacting with the AI of farms in the region and town,city etc.These pools or troughs integrated into existing and new ones in both rural and urban ones can be directly connected to the local sewage plant via piping.A clear see through sliding cover can cover the onsite algae farms when the algae is growing and allow any biogas to be collected by a separate series of pumps for use as energy for the farm via microturbines with this covering being composed of see through thermo-piezoelectric and quantum dot technology sprayed with liquid glass) powering the pumps ensuring the gas collected would provide energy for the farm to heat pens during the night and winter months.Nanomaterials or carbon scrubbers can be used to collect carbon dioxide to be converted into oxygen and carbon for graphene production or be used to grow bacteria and algae onsite to create looped systems.Ideally the same systems to grow algae in sewage treatment plants and those used by defunct algae power plants should be onsite of all community farms to grow them.These include biostimulation systems used by AglaStar.Inc that integrates two types of electromagnetic energy — a millitesla generator and a millimetre microwave generator — which radiate spontaneous growth energy into large volumes of algae biomass to be economically viable(increasing yields by as much as 300%) can be utilised alongside LED and CSYS LED lights that can allow for continuous growth 24/7,365 days a year.Clostridium perfringens which takes 10 minutes to divide can have recombinant DNA from it added to the DNA of algae to make them grow faster as C.perfringens divides in only 10 minutes.The same level of engineering using recombinant DNA from oligotrophes,xerophiles,psychrophilles,mesophilles and thermophiles as used in sewage treatment plants could be utilised to allow them to thrive and grow better in all temperature ranges reducing energy costs during the year and make them better at utilising water,nitrogen and phosphorous.The same machinery used in defunct algae sequestration plants and sewage treatment plants should be used to grow them in compact rooms in the farm either underground or as part of the main building.This algae can be treated with UV lights,large doses of radiation and heating it past 100 degrees Celsius,past the threshold of most pathogens in a closed vat with the water present collected and returned with it also irradiated to ensure the algae and any pathogens are killed.The algae could have DNA from extremophiles in genome capsids to allow these measurements kill off pathogens and not the algae with humans and livestock immunised against coliforms.These algae plants would be in the adjoining buildings in underground extensions or underneath the pens to make them space efficient.Manure of all livestock in fields should be collected ideally by robotics and automated machinery to recycle the nitrogen and phosphorous.Ideally the faeces and urine would be collected on site of farms and sent to the local sewage treatment plants with Persephone interacting with the farm and sewage treatment plant AIs to transfer algae feed by automated vehicles using kegs used in a rotary system when low and stored in large cylinders onsite.Any manure in pens not using grating would also be collected by robots with the robots and the flooring and walls coated in liquid glass to make it easier to collect to allow it to be transported to algae farms onsite of them.Skeletons and carcasses of dead livestock,fish and pets alongside shells of shellfish can be pyrolysised on site in local pyrolysis machines or in pyrolysis waste treatment plants for food and organic matter like cardboard in order to reuse the biochar produced as fertiliser and recover carbon,calcium and other nutrients present.Otherwise carcass and skeletons can be turned to fertiliser using the urban death project.Both of these processes will create looped and interlooped systems.Robots have been developed that can clear faeces off floors with in time piqapoo bags composed of graphene and seacell coated internally and externally in liquid glass that can be removed by robots on rail systems and sent to onsite algae farms or the main municipal line via adding them to toilets onsite.Algae for livestock and fish feed for homes and community farms will be ordered in from local sewage and water treatment plants or small ones onsite of the farm that use faeces from all animals present alongside wastewater or sugars from bacteria.If possible those in home and community farms could intake a certain level of programmed waste containing urine and faeces from the home next to it or the surrounding buildings in a controlled manner managed by Tyche and the farm AI with the algae engineered to degrade toilet paper to turn them into feed for the algae.As detailed alter on systems onsite of community centres can be used to get some as they would intake some faeces and urine rich water from the community.This algae will be used to create fertiliser and also feed for all types of livestock.Semi automated machinery can be onsite or even automated ones that separate them for their different purposes ie fertiliser and feed and for feed sepaarate them for those that are needed for fish,fowl and mammals to be turned into TVP,flour or flakes and stored in automated feeder.

To prevent or at least lessen the intensity of algae blooms areas around rivers and lakes etc can be reforested with native woodland or forest farms with constructed wetlands also there to absorb any runoff and leached animal waste.This would also deal with any fertiliser runoff.The plants can be pyrolysised or pelleted once harvested by machinery with bamboo ideally being used as it self propagates.

In order to ensure maximum growth birds and other Phasianidae can be engineered to remove feathers reducing energy and labour costs in automated and free range farms as the farms do not require air conditioning in the summer and spring months.It also increases meat production as feathers which have no culinary use up too many resources such as protein and are labour intensive to remove.The feathers of Phasianidae that do not have this trait bred into them can be collected and used as fertiliser when pyrolysised or buried in soil.This can be applied to all Phasianidae and non Phasianidae birds reared for meat such as Anatidae,Columbiformes and snipe and other non Phasianidae species of birds.It could be possible to engineer Leporidae and other mammals with no fur for the same reason.The same could be applied to produce dog and cat breeds and other pets with no hair for aesthetic purposes i.e. hairless huskies,spaniels,Chihuahua,foxes.These and the Spyhnx cat breed can have recombinant DNA from T.gammatolerans added to them to protect them from sunbrun with the same applied to other hairless livestock or pets.Also recombinant DNA from poikilotherms,Tardigrade,Herminiimonas glaciei,Chryseobacterium greenlandensis,Pseudomonas putida GR12-2,Carnobacterium pleistocenium,Bacillus F,psychrophillic and osmophile bacteria,Cucujus clavipes,Rana sylvatica,psychrophiles and thermophiles as well as from scratch which will would theoretically allow them to survive at different temperature ranges and manage a more pronounced and stable thermo-regulation negating the need for them to be indoors all the time and be able to function at a wide range of temperatures unlike existing hairless animals allowing them to not require homemade coats and jumpers with this also applied to other hairless and featherless livestock and pets as well as even those that have fur to increase their survival in all envrionments.Recombinant DNA from Planarians,Ambystoma mexicanum,Hydra,T.gammatolerans,Deinococcus radiodurans,Bacillus F and Caenorhabditis elegans will reapair damaged tissues and telomeres allowing them to be rethawed and refrozen over and over again.This would also be done to feathered and featherless animals as well as livestock such as Bovidae to prevent them dying from cold weather and overheating and thus requiring less energy in maintenance.If possible microbes in them could on demand cause them grow hair and then lose it when desired.With regards to featherless Phasianidae it would negate the need for heating or coolant systems saving on energy costs.Genetic engineering can also be used to speed up breeding processes and input genes with desired phenotype i.e. the muscle mass of Belgian Blue into other breeds and species of livestock and creating large Leporidae,F.catus,C.l.familiaris and goldfish as well as making livestock and pets bio-luminescent so they can be visible in the dark.Pets like F.catus,C.l.familiaris could be engineered to also produce heterochromia iridium or homochromia iridium of any selection of colours as well as removing their ability to produce Fel d1,Fel d2,Fel d3,Fel d4 and IgA allergens responsible for certain people to be allergenic to them(with the same done in dogs and other animal livestock and pets).Thus this will be done with all F.catus,C.l.familiaris and other animals possibly even bees eventually weeding it out their entire genepool entirely with gene therapy removing the genes repsonsible for them in humans again removing it from the genepool entirely.The Phanes method will be used to increase diversity in domesticated pets like F.catus,C.l.familiaris with ideally each breed made a separate species from each other since CRISPR can make any hybrid possible very easily.Pets and livestock can be engineered via CRISPR or via printed out embryos to be able to process and consume food that they cant but humans cant ie chocolate,avacadoes,grapes passed on by or these crops can be engineered not to produce the compounds that are poisonous.Ideally both plants,crops and the animals both pets and livestock will be modified to remove these from the genepool entirely to ensure that none are affected and completely free from it.If the removal of the compounds effects the flavour or nutritional value of the crop then only the animals should only be modified and have the inability to consume them removed with this done on a large scale and breeding managed by Phanes including the trading of spermatozoa and eggs done on local to global scales to ensure this eventually overruns all breeds of the species entirely.It may be possible to even choose custom coat colours and patterns found within a species or from other mammals ie.F.catus with Equus quagga or Giraffa patterns and colours or making breeds that are mixtures of both domesticated and wild species and with other breeds much easier.Other breeds could be created with custom made coats and those from animals from other phyla.The same can be applied with other small mammals such as gerbils and mice reared as pets.This would eventually lead to the creation of entirely new custom made breeds of F.catus,C.l.familiaris,fish,shellfish Bovidae and other animals much quicker with recombinant DNA coming from all taxonomic ranks such as kingdoms,phylum,classes etc and those made from scratch.The same could be applied to Equidae and Phasianidae non Phasianidae birds such as Psittacines,Strigopoidea,Ramphastidae,Columbidae,Cacatuidae,Ratite producing custom made beaks and plumage(the same applying to birds of prey).Serpentes could have custom made patterns and colours,polycephaly and even remove the deadly venom from species such as rattlesnakes,coral snakes and cobras make them more easily reared for food and as pets the same used for other reptiles.The same can be applied to poisonous spiders,fish,shellfish,mammals and other types of animals that are poisonous to humans both for consumption and rearing as pets by removing the toxins from their body making species such as Pterois,Tetraodontidae,Crotalus,Dendrobatidae,Varanus komodoensis(which can have it ability to harbour the toxic bacteria and other toxins removed),Ornithorhynchus anatinusand to be reared as pets and thus unable to harm humans.In the case of certain species of frogs it could simply be a case as stated earlier on feeding them locally reared non toxic insects,in vitro meat and algae since they absorb the toxins present in their natural prey that feed on poisonous plants.Others may require genetic engineering.All animals non toxic will be engineered to the point of being a separate species unable to mate this to their parent species with unique coats,patterns and colours etc with bio luminescence added to any animal used as livestock or pets.Hybrids of all closely related or even distantly related animals from all taxonomic ranks can be produced much more quickly and accurately.Ideally hybrids and custom made animals with different coats,plumages,breeds,non toxic versions of animals,those that are mutations etc should be engineered to produce entirely new species independent of their parent species to prevent these phenotypes taking over normal phenotypes especially when gene drives are used including those that arise via mutations such as White Panthera tigris tigris,Strawberry Acinonyx jubatus,spotless A.jubatusthat can be made on an unlimited scale and made a separate species and sub species.Any diseases that may be brought on by these modification can be corrected with further engineering with non poisonous animals given unique phenotypes such as different coloured fur,scales etc to make them distinguishable from unaltered ones.Rather than disposing these GM animals down the sewers or into the wild which could negatively affect wild populations they can be returned to local community farms,taxidermied,eaten,pyrolysised alongside organic waste,used to produce textiles or traded on Demeter.Furthermore it can be used to remove from a lineage genetic borne diseases in livestock,pets and endangered species and help improve the domestication process by making wilder animals more docile and easier to raise on farms and at home as pets and maybe even make miniature versions of wild animals and mega fauna that could fit into homes i.e.Panthera tigris,Ursus maritimus,Giraffa,Hippopotamus amphibius,Rhinocerotidae,Elephantidae with this even applying to Bovidaewith engineering also used to remove horns and claws that could injure humans.Large conventional livestock like Bovidae,Suidaeand exotic ones can be engineered to be the size of dogs etc to allow them to fit in urban indoor pens.Recombinant DNA from endolithic bacteria as well as scratch that slows its metabolism could allow for larger versions of livestock to be large as possible by slowing the metabolism with the opposite taken to make smaller versions of megafuauna and large livestock.Existing domesticated animals can also be made more docile by removing undesirable traits ie Siberian Huskies that are known as escape artists and can be destructive when bored or not given proper care can be removed through engineering with this replicated with other breeds of pets that have similar undesirable traits.Again these would ideally be engineered to the point that they were separate species unable to pass these phenotypes to their parent species.When the process of engineering,implantation etc becomes fully automated from start to finish especially in advances in 3D DNA printing,nano/picotechnology and robotics consumers will be able to design pets and livestock with custom made attributes such as coats,plumages,beaks,patterns,sizes,skeletons,eye colours and shapes,spikes etc on Pandora linked to Demeter with this having a option of choosing what known breeds and species to hybridise DNA with each other through tick boxes etc with Phanes creating the genotypes to create the desired phenotypes.Ideally breeds of F.catus,C.l.familiaris and livestock could become separate species to make them pure breeds.

This and other genetic treatments can allow for the weeding out genetic diseases and deformities caused by inbreeding especially when artificial sperm and eggs can be created an example would be using these to remove syringomyelia,mitral valve disease,luxating patella,thrombocytopenia and macrothrombocytopenia, keratoconjunctivitis sicca,primary secretory otitis media from the breed known as Cavalier King Charles Spaniel increasing their lifespan exponentially alongside anti ageing treatments and biocompatible microbes with this replicated with all breeds of F.catus,C.l.familiaris,endangered animals and even livestock that have had deformities built into them due to breeding.Those that have deformities that are there for cosmetic purposes can have them modified or have the breeds body both internally and externally modified to make them live longer and prevent discomfort with all pets given ageing treatments to increase lifespans dramatically.Cosmetic surgery done invivo by microbes and CRISPR treatments will alter the size of the skull and brain etc making living animals less likely to suffer pain with advanced gene drive technology preventing these deformities passed on from one generation to the next.To negate bottlenecking in F.catus,C.l.familiaris the Phanes method can be utilised with inbreed mutations bred out with in time bio-synth versions of dogs that cannot feel pain or discomfort due to small heads,folded skin due to inbreeding.Live animals can be modified to be able to have these conditions removed or even if possible modified to survive them without damage to the body and cause discomfort with the therapy and stem cell stains of microbes even causing the body,specific parts of the body to increase in size and even have small skulls be made into larger ones by forming new skin and skull tissue ontop of the skull and have the bottom the skull undergo apotosis similar to curing microcephaly in humans to allow for more room for the brain and even build more neural tissue.Breeds and hybrids of pets can be engineered to become entirely separate species to prevent contamination and to keep desired phenotypes within a species.Pets like dogs could be engineered to be able to digest all foods including those that they are currently unable to such as T.cacao and Coffea beans,Persea americana,Macadamia nuts,Vitis etc.or these plants and crops could be engineered to remove the toxic compounds.Ideally both methods should be pursued.CRISPR combined with Phanes as detailed later on can allow for this to happen especially if gene drives make this phenotypes dominant.Live animals via horizontal gene transfer can also be modified to be able to digest these.Further advances will allow extinct species to brought back using reverse engineering over many generations as detailed later on especially with gene drives making these phenotypes dominant.New species would be done over several generations with distinct and desired phenotypes bred into a large population of the parent species and the DNA altered to the point that a new separate independent species is formed that can only produce offspring with themselves and not any other including its parent species.

Phanes could be utilised for this purpose of isolating specific gene(s) within all livestock and pets and mapping out entire strands of DNA with desired genes present.Existing methods of extracting and implanting recombinant DNA into animal cells could theoretically be automated for more accuracy with developments in machinery.This new Phanes software could also allow for subtle alterations to be made for new individuals to be made from an existing strand of DNA to allow for an almost unlimited amount of new individuals to be implanted into spermatzoa and eggs and even embryos to create an unlimited amount of species especially for endangered and lazarus species brought back via reverse engineering.Induced pluripotent stem cells can aid in this with sperm created from stem cells extracted from the blood or tissues with the Phanes method applied and modifications made.Information regarding feeding,administration of drugs and vaccines and collection and results of blood samples can be monitored and collected by a series of networks between zoos,farms and conservation parks and reserves for use in large scale scientific studies on a global scale.

For breeding of all live stock DNA samples can be taken from blood and then uploaded to a network of livestock DNA library within Aesculapius database of livestock patient files interacting with the farm AI,Demeter and Phanes.Algorithims can detect genes that produce ideal traits and use this to transport animals usually males into populations of females to pass on these genes.Multiple males with these traits gained naturally or through genetic engineering can be spread to communities of females in a rotational system fertilizing females in numerous farms and communities on a local, regional and global scale to ensure desired traits are passed on and genetic diversity is ensured.This can also be used in genetic and scientific studies as the spread of DNA lineage from each male can be tracked on a global scale using software and apps on smartphones.As stated earlier animals could be tagged with barcodes that can be scanned containing this data and more.This process of transportation and collection of them when finished can be fully automated and perform studies on a global scale more accurately and faster than humans ever could.Artificial insemination can also be by hand or fully automated in all steps depending on the nature of the farm with smart devices and computers connected to Demeter playing a large role in monitoring of this randomised and fully automated rotary system.Rather than having to collect sperm from a male skin cells or induced pluripotent or haematopoietic stem cells can be extracted from phlebotomy robots and also syringes that collect blood from males and can be transported to multiple farms around the world at once which can then be turned into sperm(or eggs from females) by 3D printed DNA added into a conveyor belt within labs on farms and automatically inserted by specialised robots into females in randomised or predetermined fashions decided by software with the Phanes method used to maintain genetic diversity and pass down desirable phenotypes.Phanes software will manage all trading on local,regional,national and global levels when interacting with Aristaeus in Demeter with patient files in Aesculapius also interacting with them here.In time 3D DNA printing using induced pluripotent stem cells with the DNA printed into blank spermatozoa,eggs and even embryos will be created onsite of community,home and even fish farms to save on energy costs as the patient files and logged crop DNA in the building AI and Physis will be used as a baseline for the Phanes method.This 3D DNA printing alongside trading of semen etc can cause desired phenotypes and new ones to spread to the entire global population of animals around the world quickly and easily create rare breeds using Physis to scan for phenotypes from all animals and plants in all taxonomic ranks and hybrids and apply the Phanes method.Rare breeds of livestock can be multiplied via Phanes method and also 3D DNA printers creating sperm and eggs with their diverse DNA and unique phenotypes inseminated into abundant breeds.This will also be used to create new breeds from scratch and hybridisation.These printers using the Phanes method will print out millions of eggs and spermatozoa of each livestock whether Phasianidae,Bovidae,fish of all breeds and then be stored onsite of each home and community farm in cryonics with DNA from poikilotherms,em>Tardigrade,H.glaciei,C.greenlandensis,P.putida GR12-2,C.pleistocenium,Bacillus F,psychrophillic and osmophile bacteria,C.clavipes,R.sylvatica,psychrophiles will preserve them for longer.Recombinant DNA from planarians,A.mexicanum,Hydra,T.gammatolerans,D.radiodurans,Bacillus F and C.elegans will repair damaged tissues and telomeres allowing them to be rethawed and refrozen over and over again in freezers onsite of home and community farms.This will be done to preserve genetic diversity and limit the amount eggs and spermatozoa to be traded on local to global levels.In time biosynth worm/millipede/mosquito hybrid like creatures that can fly to any animal and then using microbes grow extra legs using nutrition for the animals blood and then once entered into the cervix will take a worm form and inseminate any eggs inside with stored spermatozoa or even deposit fully printed out embryos within it.Home farms will print these out to negate the need to rear male animals or too many and allow homefarmers maintain genetic diversity.

Algae based Textured vegetable protein can replace meat and eggs entirely or be eaten alongside meat to further reduce the amount of meat in a person’s diet and hydroponically grown beans and other plants with egg like quality can be included in the diet of people to reduce a reliance on eggs form animals.Algae based TVP should replace G.max based TVP as it uses less resources and can be grown in sewage and water treatment plants to allow land used for rearing G.max to be reforested especially in the tropics.Textured protein can be created by bacteria engineered to produce essential amino acids and essential fatty acids.Plant based meat can have their constituents gained from genetically altered bacteria and algae and bacteria based flour.This can all allow land for these plants and animals to be reforested.This can create hamburgers,strips,breasts,fillets and rashers.If possible residents of communal and private homes and community farms could hold in the open and basements algae micro farms that have algae engineered to produce the same texture and taste as any type of meat that can be made into steaks,cutlets and TVP as well as mince and burgers.

Insects can be reared for human consumption and for pets such as reptile, frog and tarantulas and livestock such as Phasianidae,Columbidae,Psittacines,Strigopoidea,Ramphastidae,Cacatuidae,Ratite etc.They can be reared at home in fish tanks or in enclosed and sealed compartments with minute airholes in them in vertical farms similar to truffles and mushrooms away from other crops or in the case of pests like cockroaches and locusts harvested with nets and traps rather than killing them with pesticides for human,livestock and pet consumption and in the case of beekeepers excess grubs can be harvested for food.They should be fed either waste/excess crops as well as algae based pellets to increase nutritional value and even artificial livestock and human blood from stem cells mixed with flour from bacteria and protein such as TVP from algae ensuring a huge supply of meal for them with this produced on site by machinery and added to them by machinery.This can apply to haematophages and the larvae of most species.In vitro meat can also be fed to them.Ant and termite colonies can be reared in a series of connected aquariums to house a growing population with this of note to Myrmecocystus and them and all exotic species should be in rooms that have containment procedures in community,home and vertical farms to prevent them escaping.If they escape and become an invasive species then measures as detailed later on can be applied to wipe them out.All pens and tanks to hold them should be coated in a permanent layer of liquid glass to prevent the need for cleaning and spread of pathogens to both the insects and humans and the glass have graphene in its matrix to make them shatterproof with graphene netting used to cover them.Insects should be engineered to be resistant to disease.Like livestock eggs will have to trade between communities worldwide on a regular basis to maintain genetic diversity with the Phanes method soon applied to negate this.If possible the Phanes method and also the use of blank eggs having DNA printed into them using 3D DNA printers can not only increase diversity but ensure that all insects produced are of one gender meaning that if they escape they will be unable to mate with each other and thus die out after a few months.Like shellfish they can be engineered to not produce any exoskeletons etc to create more meat or make the exoskeletons edible.Benefits include a higher feed to protein ratio than traditional livestock like Phasianidae and Bovidae,higher amounts of important minerals such as iron and calcium,lower fat content being on average half of that found in traditional meats per 100g,higher protein content as Gryllidae have about four times as much than the same weight as Phasianidae and less energy and resource use in production and transportation as they can be reared locally at home and produce no carbon dioxide and methane.Oxygen can be added to pens and farms in order to create much larger insects and arthropods in controlled amounts with scientific studies done to determine the optimum amount per species with genetic engineering also playing a role in this and also decreasing their water and nutrient intake and requirements possibly using recombinant DNA from xerophiles and oligotrophs and increasing their meal to protein ratio alongside other engineering.These tanks could replicate the same levels of oxygen in the Earths atmosphere of the Carboniferous period.These since reared in tanks if they escape will be unable to produce viable young that could survive in the outside environment that has only normal levels of oxygen compared to the tanks and carboniferous replications thus they would die after one generation or would return to normal sizes via forced evolution.Exotic species should be kept in secure areas and methods to control invasive species would be applied if they escape.

There is a large number of arthropods roughly 1,000,000 with genetic engineering rendering poisonous ones edible and usable as pets such as the case of making hornets that cannot sting ,scorpions that can fatally sting a person have their venom removed, tarantulas that do not have hairs that can cause irritation and Brazilian wandering spiders that produce a different weaker venom that cannot affect humans(the same done with other species of spiders such as the black widow spider) and all types of poisonous arthropods altered not to produce toxins that make them toxic or even foul tasting.With the case of arthropods that derive their poison from their food such as Danaus plexippus it is simply a case of feeding them something else other than Asclepias viridis such as algae and other plants with engineering allowing for this or preventing them from absorbing the toxins if not possible or even engineering A.viridis engineered to be a separate species to be non toxic and feeding these variants to them.Caterpillars with barbs,bristles and hairs that make them inedible as well those that produce foul tasting compounds can have these removed through engineering.Special care should be done to prevent these GM insects and arachnids(and also non-native species) escaping into the wild to prevent damage to non-native ecosystems as well as negatively effecting non GM populations of their species through interbreeding in their ability to defend themselves and hunt prey, which could potentially lead to their extinction.Ideally these GM arthropods may be engineered to the point that they are a separate species unable to mate and pass on this phenotypes to them especially if gene drives are used with them given different colours or patterns to differentiate them from non altered poisonous ones.Raising insects for food for humans and pets can play a role in conservation as currently endangered species of insects such as Lepidoptera can be grown in large numbers and then released into its natural habitat with others eaten.All stages of each species can be consumed such as eggs,larvae,pupae and eggs.Those of Hymenoptera that can only be eaten in their larval stage can be made into separate species that stay only in their larval stage and reproduce like Oligochaeta and Hirudinea both sexually and asexually so as to not to rear whole nests that can be dangerous with both larvae and adults even engineered to have no stings,fangs,barbs,bristles and other parts that can cause injury with Arachnida also have stings and fangs removed with poisonous ones have them removed.These would be reared in tanks in areas cornered off by watertight doors in community,home and vertical farms with to prevent them becoming invasive species them engineered to be unable to survive the local climate and also unable to feed on local flora and fauna whose sap,plant matter and flesh would be toxic or inedible to them with if need be the use of downloading eggs from Demeter allowing one to simply download batches of sterile males and females unable to procreate over and over again.

Culinary dishes can be made from these that are not already readily available to the public due to taboos.

In vitro meat can be grown in vertical farms on floors devoted entirely to growing a wide variety of individual meats or a mixture of various types.Experimentation can be done to mix different meat cultures together to produces new mixtures that could not normally occur in nature or through breeding i.e.chicken and beef,lamb and pork, Alligatoridae and Crocodylians and Phasianidae,salmon etc.creating an almost unlimited variety of meats available for consumption for both humans and animals.The main advantage is that cells extracted from one animal can be grown for human consumption and left over cells can then be regrown to produce more stocks allowing the process to be repeated over and over again.In short one single extraction of cells from one animal whether pet,livestock,fish or shellfish could theoretically be regrown over and over again using excess cells and thus feed the entire human and pet population indefinitely for centuries or millennia to come drastically reducing the need for animals to be reared and the resources such as water,feed stock and land required for their raising and also reducing methane emissions considerably.This could allow for the majority of meat to be grown of any type of animal in community and home farms especially urban ones to save space.To deal with any issues of telomere damage as a result of mitosis the same DNA from Bacillus F,T.gammatolerans and those to produce phosphatidylcholines etc used in ageing treatments for humans except those from endolithic bacteria will ensure all future cells will be healthy young cells and not degrade due to mitosis with if possible induced plutipotent,totipotent and other stem cells used as a baseline.Genes from Escherichia Coli,C.perfringens will improve the rate of mitosis alongside the same level of engineering used in crops and bacteria that create commodities to make it take as little as a week or few days to grow an amount of meat similar to an entire animal.DNA from Wangiella dermatitidis,Cladosporium sphaerospermum and Cryptococcus neoformans can be added to these fish to enable them to radiosynthesis,that is,to use the pigment melanin to convert gamma radiation into chemical energy for growth.Tweaks can made to do this with other types of radiation including UV radiation allowing algae to gain nutrition from the sun and that from artificial lights.Adding recombinant DNA from xerophiles,oligotrophs and those from scratch could allow them to require even less water and nutrients in the growth media and those from extremophiles could allow them to be grown in extreme environmental conditions and the case of thermophile,mesophile and psychrophiles would allow them to grow in different temperature ranges to decrease energy costs with the same DNA from those added to cryogenically stored spermatozoa,eggs,embryos etc will allow them to be frozen and rethawed without damage.The aforementioned psychrophiles and extremophiles used in preserving and repairing embryos could allow the tissue cultures to be frozen and thawed over and over again for preservation without damage.These cells would obviously have induced pluripotent or totipotent stem cells DNA present to allow them to form any cells and tissues when needed with one able to print this and all other DNA into baseline cells using home 3D DNA printers with those on site of community and vertical farms doing so using printers onsite with this allowing the cells of any any on the planet and other colonies to be printed and downloaded on demand.Thus the amount of animals needed to be reared globally for meat,textiles and even milk will drop significantly and means animals dont need to be slaughtered.This is because of the fact that the rearing of in vitro meat is done in nutrient media and also cuts down on transport costs with no methane or carbon dioxide expelled with higher yields over the same time it takes to rear a full animal and can be done in homes,vertical farms and community farms with improved technology.It can also allow the huge tracts of land used for rearing and grazing livestock as well as land used to grow fodder especially in the tropics such as The Amazon can be fully reforested completely with this implemented and replacing algae with palm oil will mean all agricultural and grazing land in the tropics such as the Amazon,Philippians used for these will be reforested indefinitely.The main nutritional advantage is that unhealthy saturated fats can be replaced with healthier omega 3 fats that lower cholesterol and increase mental acuity or have no fat at all or different fats.Protein,mineral,vitamin and carbohydrate levels could theoretically modified adding or removing sugars and starches and other nutrients with each type of meat plot will be tagged containing information such as type of meat,type and level of each fats present,protein levels,starch levels,vitamin levels,name/address/GPS location of the farm it came from etc.allowing for full transparency.Another advantage is that in vitro meat can be used to grow meat for consumption through the livestock’s lifetime before it is slaughtered for special occasions i.e. a turkey can be reared at home or in automated farm with burgers gained from it during its lifetime before thanksgiving.Throughout the year in vitro meat allows for tissue to be cultivated for steaks/burgers and then the bird can be slaughtered for traditional thanksgiving meals with the same applied for all livestock as well as fish and shellfish greatly increasing the amount of meat that an animal produces for the consumer with less resources.Furthermore the animal can be kept as a pet and never be killed and thus meat can be cultivated without harming it with this also applying to endangered animals such as Panthera leo,P.tigris,Rhinocerotidae,Elephantidae etc raised in zoos and reserves for conservation efforts allowing meat from endangered animals to be gained without killing them.An example would be O.aries raised for wool which can be routinely sheared for personal use with the process providing mutton and lamb throughout its lifespan.Meat can also be gained from traditional pets such as F.catus,C.l.familiaris and Equidae without the taboo of killing them this way.This will allow any meat to be created cheaply and give people a wider variety of meat with cell cultures ordered in from any zoo,conservation area and vertical farm around the world with them in liquid broth or via having DNA from psychrophiles etc can allow them to be frozen and rethawed with even 3D DNA printers creating them at home.The unique blood and juices created by each animal can be created via bacteria engineered to produce them containing DNA from their hematopoietic stem cells etc then mixed into each other and pumped into the meat.These hematopoietic stem cells can be grown onsite of homes or community farms etc in vats and as part of invitro meat systems will be pumped into the meat.If possible home 3D DNA printers can print the aforementioned DNA and that of any animal from their file in Physis into stem cells to allow any meat of any animals to be printed and created at home alongside those from their hematopoietic stem cells to create the blood to have them grown in home systems alongside those in community and vertical farms.This would be donwnloaded from Demeter that connected to Physis has the DNA of all animals world and galaxy wide stored in its database alongside the aforementioned DNA.It can eliminate the transmission of zoo noses such as Tuberculosis and Ebola and in the case of Africa can allow illegal bushmeat to be grown and commercially available worldwide without affecting populations of endangered species.Furthermore the meat can be grown without the need for anti-biotics preventing the rise of superbugs.It will also allow meat to be produced such as steaks and hamburger that can be cooked extremely rare without the threat of E.Coli and other pathogens infecting them since they would be prepared in sterile environments.This can apply even to whales eliminating the need for whaling and give the general populace access to more exotic meat such a Equidae,Giraffa,Panthera leo,A.jubatus and other meats from animals that are endangered or protected in zoos and nature reserves such as whales,P.tigris etc. with cells extracted by researchers their cultured on site and then sent in batches to surrounding communities that can culture more cells and tissue.This method of meat production can also be used to feed carnivorous birds, mammals, reptiles and fish in zoos, conservation areas, and aquaculture system and for pets such as F.catus,C.l.familiaris,Serpentes and other reptiles.In the case of zoos and conservation areas the meat can be produced on site cutting energy costs.In vitro meat can currently produce hamburgers and strips of meat with further research making chops,steaks and rack of meats more feasible by exercising the meat mechanically with machinery and/or electrical impulses(sent through by carbon nanotubes already present on the skeleton or media it is growing on) and pumping nutrients in artificial vessels(again carbon nanotubes already present) or growing the meat on an artificial bone or skeleton which can be reused over and over again with robotic bio-synth skeletons made of calcium/graphene exercising the meat fibres on exercise machines or simple movements(with electrical currents sent through the nanotubes again and the body encased in a synthetic resealable hide) with artificial bioprinted vessels that pump nutrients to the meat that is poured in and any meat used regrown by replacing it with fresh cells or them automatically regrown by the battery powered bio-synth as the remaining cells would be feed nutrients by the vessels.These biosynth animals will use less resources than normal animals since their brains will be synthetic and composed mainly of graphene nanotubes.Nutrients can be consist of carbohydrates,amino acids and also fats and even blood from the animal stemming from hematopoietic stem cells engineered to undergo mitosis and those synthesised by bacteria pumped into vessels etc.Biocompatible microbes could using nanotubes created from them of material soft enough to consume but strong enough to provide scaffolding to create both blood vessels of all types and also synthetic organic neural systems and electroconductive pilli to send through electrical impulses as well as improve the texture of tissues and fibres present with entire cuts of meat created by microbes alone with induced pluripotent and hematopoietic stem cells used as well possibly without nanomachines with if possible neural clusters responding to changes or the nanomachines containing both neural clusters and biosynth processors and wifi systems.Using tissues created with microbes will allow for the fat,protein,nutrient type and content to be engineered into them via the DNA present with these being modified microbes using stem cells especially totipotent ones rather than leukocytes as a baseline to allow them to create specifically organ specific tissues with them grown on an organic material scaffolding that is broken down by them.These nutrients could be a broth of minerals,proteins,sugars etc mixed in with artificial blood from the animal species from stem cells to retain the flavour of the blood.Currently they require a lab to grown in but further research can make this process be fully automated and be made in rooms in vertical and community farms and in time miniaturised versions in homes,kitchens/extensions in restaurants or as stated earlier on skeletal bio-synth body.Any type of meat can be produced this way including specific breeds with specific nutrients fed into the meat in order to alter the taste or meet those of specific breeds fed specific feed.To make specific offal and organ meat such as livers,heart and kidneys bioprinting animal organs can play a role or invitro versions of these organs in preparing these without or rearing and killing animals with again biocompatible microbes creating edible and realistic tissues and also capilliaries to pump nutrients through with if possible entire organs for offal constructed entirely from microbes on a scaffolding that could be edible.It usually takes about nine weeks to create this meat compared to eighty eight weeks for actual Bovidae with in time advancements speeding this up possibly using the same technology or variants of the technology to grow algae.Intestines used to wrap sausages and blood pudding can be again bioprinted or gaining collagen and cellulose casings from genetically altered bacteria can be used.Organs could be altered to control the fat content such as the case of foie gras made from organs from any animals and negating the need to force feed ducks and blood used in blood pudding can be made on a commercial scale in vertical farms and community centres using haematopoietic stem cells from any animal.Casings for sausages and blood pudding can be gained by bioprinting a pigs intestines or gaining collagen and cellulose casings from genetically altered bacteria that can be wrapped around the meat(which can be in vitro meat while the animal is alive or TVP alternatives from soy/algae or both).These methods can prepare meat using 99% less land,96% less water and greenhouse gas emissions and 45% less energy with no hormones or antibiotics entering the food chain.Further improvements in the technology will make it more efficient.This alongside milk from yeast and also bioprinted leather and also and animal textiles extracted from bacteria can drastically reduce the number of livestock animals reared for meat etc. from billions worldwide to theoretical several thousand worldwide thus drastically reducing the amount of resources expended on them,land required for grazing and methane produced by them.Thus it should account for at least 95-99% of the worlds meat production since it can be created on site of vertical and community farms and even communal homes with this created in vertical,home,community farms and even onsite of restaurants.Invitro meat will account for at least 95-99% of the worlds meat supply as it uses roughly 96-99% less water,land and feed and allow them to be grown onsite of home,community and vertical farms.It will be a cheap source of meat that uses 99% less resources,do so for those where it is not commercially viable from all 2,000,000 species of animals and all breeds and sub species including those that are too expensive and are to laborious and resource intensive to be commercially viable and produces very little with too many resources,would through engineering take a few days as opposed to several years to grow an entire animal and any type of offal including foie gras or even just batches of hamburgers/hotdogs/steaks/pudding etc thus increasing yields exponentionally,can be grown in vertical as well community and all types of farms including home systems allowing all land used to rear it and feed for it worldwide especially in the Amazon to be reforested and produces zero carbon dioxide and methane emissions that conventional meat does in transportation and also even production and will be indistinguishable from real meatThis should be created onsite of both rural and urban farms allowing all land worldwide used to rear Bovidae and also Bovidae feed including in the Amazon to be reforested indefinitely.The remaining animals can be slaughtered for meat or returned to the wild in their natural habitats such as grasslands and forests with volunteers and robots modelled on them training them on how to survive in the wild with all land used for grazing them reforested with the animals engineered not to produce methane.Those that are left can be reared using the Phanes method creating millions of frozen strands in spermatozoa and eggs to maintain genetic diversity inside indoor pens in urban farms and allowed to travel into forest farms surrounding rural farms made more compact by reforestation of all land surrounding farms.Aristaeus will ensure these parameters are followed.This should provide consumers with at least 48,416 types of meat.

Most of the world’s milk and thus dairy products should be gained from either algae.bacteria or yeast with cows being reared for personal use if desired for cultural reasons with automated systems being able to milk cows on large fully automated farms or miniature versions of these GEA systems adopted into community permaculture farms allowing all livestock to be milked automatically in a small area incorporated into livestock pens.Even smaller versions can be developed for use on home farms or in a corner of the pens with robotic sheepdog guiding them there or the milking machine moves up and down the pen itself serving each animal with these being able to twist around with them suited to milk all mammals of all sizes.The amount of milk taken by each cow every day,week,month and year can be logged and used in studies with the machines interacting with internal implants to identify each animal.This will allow large dairy milking systems and rotolacters to be used as homes and also allow communities especially urban ones to be self sufficient and ideally should be onsite in underground extensions in the case of urban farms.Those onsite of rural farms can be converted into slaughterhouses and egg packing areas.Milking parlours on farms can be torn down and recycled with the land reforested.It will also allow the yields of individual cow to be quantified using readings from their microchips under their skin to identify them and logged in the farm AI and also if need be their patient file.To break down antibodies and pathogens present in milk etc irradiation and super blasts of super high intensity UV can be used with other techniques such as graphene sheets all of which can be integrated into these miniaturised GEA milking systems with the same nanosensors used to ensure 100% of the contaminants are gone which can also be integrated into each step of these milking machines present in community farms which can reroute them through the machines to remove all of these contaminants.The internal structures of these will coated in a permanent layer of liquid glass to negate cleaning,ensure all milk is collected and also to prevent the spread of bacteria to new batches and contamination of samples that need to be analysed.Cows can be engineered to produce the the same peptides and antimicrobial compounds as secreted by the skin of Russian Brown Frogs within their udder and also have biocompatible microbes in their system including udder to kill off all bacteria or through immunisation removing the need for pasteurisation saving energy and increase its shelf life similar to the ancient practice of leaving frogs in milk canteens which could be reared in vats that hold and store milk to kill off pathogens.Pastuerisation would be done onsite of farms.Thermal cameras underneath their pens or one robots that go under each one would detect inflamed udder a sign of mastitis though antimicrobial compounds from brown frogs and immortal biocompatible microbes that are in the body constantly as a living vaccine would negate these with this being a measure to catch any resistant strains that require biocompatible microbes and actual vaccines created by Epione.Cows could also be engineered not to produce lactose and other allergens as well as galactose,with substitutes in their place but also to produce beneficial gut flora that may in fact strengthen ones immune system such as probiotics including Lactobacillus delbrueckii particularly Lactobacillus bulgaricus GLB44 that would be resistant to the aforementioned antimicrobial compounds with this done after all pathogens are eliminated from a genepool line.They may also be engineered to produce omega-3 or indeed any desried nutrient by adding relevant recombinant DNA from plants,crops or other livestock without having to add it later via fortification.Specific crops can be fed to different breeds to produce different types of flavoured milk or if possible bacteria can be engineered to produce the specific carbohydrates,proteins etc to save on resources.Immunising all human or animal patients against all strains of pathogens present in milk will allow for milk to be consumed raw without any danger with livestock immunised against pathogens and also spoilage organisms as well to negate the need for pasteurisation as well as the the animals immune system will fight them off naturally.These microbes would carry out the same functions as those in humans such as fighting off pathogens,zoonooses,parasites and immunising the animals against all pathogens and parasites especially zoonoses to negate the need for antibiotics in the food chain,eliminate genetic diseases,increase lifespan,augmentations,kill off spoilage and zoonose bacteria etc in the animal and them through upgrades giving them upgrades such as increasing milk yields,growth rates.This immunisation will also kill off pathogens to the animals but also zoonoses such as MRSA and E.Coli and others that can affect humans thus eliminating food poisoning pathogens meaning all meat including fish and shellfish and even milk and eggs could be eaten raw without safety concerns with the consumer also immunised against all food borne pathogens as well themselves as a back up.By passing from one generation to the next like those in humans they would immunise an animal shortly after birth and thus would offer lifelong protection against all strains of all possible viral,bacterial and fungal pathogens via the common proteins method including those to whom no vaccine exist and also against those to whom there have been epidemics in the past in certain countries just to ensure no future outbreaks occur such as Aphthae epizooticae.All livestock and even pets should be immunised against all species of pathogens and even non pathogen bacteria to ensure they dont mutate into new pathogens that affect them and humans with them particularly immunised against zoonoses including E.coli,MRSA with even those in the udder of Bovidae etc killed off by these.Non-pathogenic bacteria in the stomach that affect the taste of milk and are beneficial to the animal will be given DNA that makes them express protein coats of the animal that will protect them from antibodies with spoilage ones given DNA from cryophiles to ensure thy can only grow at low temperatures meaning that lower temperatures would be required to kill them through pasteurisation.Probiotic bacteria added to the animals that would pass from one generation to the next as detailed later would also be given the same protein coats to protect them from antibodies.Animals can also be made immune to radiation via T.gammatolerans DNA which will allow the animals to be exposed to high doses of radiation for enough time to kill off pathogens and spoilage bacteria but prevent the microorganism gaining a resistance to radiation thus allowing large amounts if not all pathogens to be killed off and this done routinely during their lifetime during feeding and even before and after milking.

Cow milk can now be produced by yeast and bacteria bio-engineered by Silicon Valley scientists named Muufri with much higher yields in a shorter time with less resources and without the threat of hormones entering the food chain.Milk coming from yeast and bacteria alongside in vitro meat can drastically reduce the amount of resources required to meet a growing populations needs from livestock as the yeast and bacteria grows on sugars(originating from other bacteria) and other wastes with higher yields.Thus individual mammal milks(and thus dairy products) not normally available to the public from all mammals such as Camelus,Equidae,Felidae including F.catus,C.l.familiaris,Pinnipedimorpha,Cetacea etc and human milk can be grown this way by replicating the process with the specific gene(s) and pathways in yeast and other bacteria such as cyanobacteria which only need sunlight, carbon dioxide and minerals.This will give consumers milk from animals that cant be farmed or are two resource intensive and dont make enough to be commercially viable.It can also allow for milk from specific breeds of Bovidae and another livestock/mammals to be produced.Having all types of milks of all species and breeds of mammals will give consumers a wider supply of milk and thus dairy products such as cheese,yogurt etc roughly 5,146 types including those from humans.In the case of human milk it could theoretically be engineered to produce antibodies to a wide range of diseases thus acting as a means of replacing traditional vaccines for people and livestock of all ages especially infants though this could be applied to any milk type.Mothers can even have yeast or bacteria created using 3D DNA printers to create milk created by them specifically with their exact types and levels of nutrients with their own DNA using patient files as a reference to feed their child if they are tired of breastfeeding or are in public with this replicated with pets with litters of pets and livestock fed milk and colostrum that was created using DNA from the mother.A mother can create their own breastmilk on a commercial scale using bacteria or yeast printed out at home and then grown in vats at home to allow for her baby to have her own milk at any time and alleviate strains on her breasts especially in the case of multiple births such as twins,triplets etc and replace baby formula with the nutrient content controlled ie it produce omega-3 fatty acids,all essential amino acids etc.To recreate milk and thus dairy products produced by a specific breed or region that may be affected by feedstock it is simply a case of creating micro-organisms with the exact DNA sequence and pathways as that breed and feeding it sugars,carbohydrates and proteins from crops created by genetically altered bacteria that give said dairy products their distinct taste(similar to hydroponics)or engineering them to produce milk with the exact chemical composition of those affected by feedstock.Otherwise the micro-organisms will be tweaked to create the exact chemical compounds via anabolic and catabolic reactions.In the case of both plant and animal milks created this way the yeast or bacteria will also be engineered to produce the same flavourings,compounds,fats etc as any plant ie Vanilla,Musa,Malus,Citrus,Fragaria,Mentha,Cucurbitaceae and T.cacao either white or dark at the same time alongside the plant or animal milk negating the need to rear these in order to add flavour saving on time and other resources.Even more modification could make milk with custom made amounts of each nutrient such as proteins(specific proteins can be added or omitted of varying levels), carbohydrates(starches, sugars added or removed in custom amounts), fats(no fat,low fat,hi fat or have only omega 3 fats or have specific fats of varying levels),vitamins(specified vitamins can be added or removed) and have minerals added(again specific minerals can be produced or omitted of varying levels as with all other nutrients) thus in turn affecting the fat,protein,mineral and other nutrient content of all dairy products made at home such as yogurt,cheese,cream,butter and margarine etc made from the milk.Other bacteria can produce these nutrients ie omega 3 fats,specific proteins,specific sugars or polysaccharides,vitamins or precursors and then have them added to them to fortify the milk.Further genetic modification can be done to remove lactose and other allergens making milk suitable for everyone with this applying to milk gained from livestock and yeast.Furthermore bacterial cultures and moulds used for yogurt and cheese can be genetically altered to produce desired colours,textures and tastes with rennet coming existing genetically altered bacteria and yeasts cutting down on the time to produce it from mammalian stomachs when used alongside these milks.These too can be further altered to produce custom made textures,tastes etc.Even individual types of colostrum for young animals with again custom made amounts of each nutrient can be produced this way with this of note to animals reared at home and community farms and zoos created and dispensed in artificial udders that all animals or pets can feed on.Milk produced via plants and yeast/bacteria could cut down on the need for pasteurisation and other treatments since spoilage and pathogenic bacteria would not be present from the udder/teat maker it much less energy intensive to produce and safer to consume as well as producing much higher yields than conventional animal milk.Research may be able to produce animal milk from bacteria if more efficient with higher yields and quicker.This process can also be replicated with plant based milks created by yeasts or bacteria increasing yields with less resources.This can also allow all land used for grazing for are livestock that produce milk alongside land used to grow plant milks to be reforested.Vats used to produce them would be coated in a permanent layer of liquid glass to prevent contamination and ensure all milk is recovered with them possibility of adding genes from thermophillic, mesophillic and even psychrophillic bacteria which can lower their growing temperature to between -20 degrees to 45 degrees Celcius which can further save on energy.If bacteria are shown to be more efficient at producing milks of all animals and plants then they can be modified to do so.Each artificial milk type would have a universal alpha numerical code that would when scanned on barcodes will detail the nutrient composition,any antibodies or vaccines present,what animal it came from etc. Milk would be ordered in from Demeter with communities rearing as many types of milk from all mammals in vertical farms and community farms to make them self sufficient but also to allow reusable glass bottles like wine bottles to be sent back and forth via a series of Botlr robots serving a community for these and other commodities from microorganisms.This can be produced either at home,community farms or vertical farms and can allow urban areas and densely populated mega cities become self sufficient with regards to milk and allow all land used to create milk be reforested with the milk produced quicker than the months and years it takes for an animal to be reared and waited for each harvesting season.It will as stated give people access to milks from all mammals they cant have due to the amount of labour it takes and also from dangerous animals with tests done as to the authenticity with the compounds in all type of animal milk analysed for fat,protein,carbohydrate composition and other compounds to see just how to replicate the exact taste and nutrient composition with the yeast an bacteria tweaked to create these in the exact amounts using recombinant DNA from the animal and other sources.Muufri should account for at least 95-99% of the worlds milk supply and should be grown not only in urban areas in community farms or even in vertical and home farms in rural areas to negate the need for milking systems but also in rural community farms to lower the amount of animals to be reared allow all land worldwide to feed cows to be reforested.It will be indistinguishable from real milk with the same ecological footprint as in vitro meat with it allowing allowing one to get milk from all 5,416 species and breeds of mammals and 391,000 species of plants including those that are too expensive due to being too laborious or resource intensive to be commercially viable.This will consist of 95-99% of the worlds milk.Milking rotolactor systems will be thus converted into homes with those on farms turned into areas to grow hydroponic crops and also bacteria commodities.This should be created onsite of both rural and urban farms allowing rotolacters to be scrapped and recycled and the land reforested and also used as homes.It will also allow land used to feed cows reforested.Excess animals will be released into the wild as well as slaughtered for meat with excess milking rotolactars in rural areas turned into homes with any remaining animals reared have 3D DNA printing and the Phanes method applied.Aristaeus will ensure these parameters are followed.This should be possible by at least 2029 by which time yeast and bacteria can create strains for all types/breeds of animal and plant milks and the numbers of cows on farms reduced drastically worldwide mainly for rural farms with urban farms having a small number of them possibly miniaturised versions of cows created.Excess cows can be returned to the wild alongside Bovidae with some kept onsite of farms to be milked with the Phanes method used to create millions of strands of new DNA to be frozen as detailed above.This would as result give a person a choice of at least 405,416 types of milk,cheese,yogurts.

Plant alternatives such as locally produced nut,G.max,rice and algae milk and other dairy products grown and made at home can also be consumed in place of animal milk by using left over crops and algae that can be produced at home or in sewage treatment plants.These too could be theoretically produced by bacteria.

All of these created via bioprint and also by bacteria should be available by 2029 and created onsite of Daedalus,Arachne and Selene factories with this ensuring the amount of animals needed to create them will be drastically reduced with excess slaughtered or returned to the wild and some kept on farms for meat and invitro meat productions.Excess animals can be returned to the wild alongside Bovidae with some kept onsite of farms to be milked with the Phanes method used to create millions of strands of new DNA to be frozen as detailed above.

Wool:O.aries,Vicugna pacos,Leporidae,C.a.hircus,and Ovibos moschatus farms can be fully automated with the wool sheared by machines which currently exist albeit in primitive forms with further advancements allowing for it to be done with little discomfort to the animal.Otherwise an individual or community farm raising O.aries and the other aforementioned animals can shear it and use it supply their own wool needs that is locally sourced for any wool clothing they need produced in local factories or community centres using semi automatic machinery or miniaturised versions of textile machines with in vitro meat providing a source of meat all year round from the animal.Other options include artificial wool or like plant textiles simply isolating the enzyme(s)/gene(s) responsible for their production in animals and genetically engineering bacteria to produce specific wool fibres:mohir,cashmiere,merino as well as wool of specific breeds of O.aries,V.pacos,O.moschatus,Leporidae C.a.hircus etc. of similar or better quality within their cell walls or as a byproduct allowing them to be grown on site of textile factories with them also extracted from the cell walls onsite cutting down on transportation.New types of wool may even be made this way.This would also allow land used for rearing them to be reforested.This can thus cut costs down to zero and them made onsite of Arachne factories and wool from other mammals can be created this way that dont create them in large enough quantities.Alternatively these animals can be reared at home and the wool sheared for personal or community use.As with plant textiles synthetic fibres can be mixed with wools to improve their existing qualities and reduce the amount of wool that has to be harvested or different types of wool can be mixed together.The dye could come from dyes produced by bacteria or the dye could be naturally produced by the bacteria into the wool within their cell walls using human and animal recombinant DNA from specific populations within humans and other mammals.Future advances in bio-synths wherein bio-printing and in vitro meat can allow for “real” types of wool to be theoretically grown on a synthetic animal or an in vitro meat or those from microbes bedding that grows individual types of wool on it with nutrients pumped in could be done to allow localised cruelty free and sustainable production of synthetic wool from all animals like Leporidae,C.a.hircus,V.pacos to be achieved.Nanotech fabricators will allow for these to be made easily in custom made patterns.

Leather:Artificial leather can be made using any chemicals in its production can be created by genetically engineered bacteria grown on site using industrial wastes from the factory that create biobased alternatives to synthetic alternatives.Bio-printed leather should be pursued as it uses less resources and also uses stem cells grown in media for a more authentic leather than synthetic leather.This can drastically reduce the amount of animals worldwide reared for leather and reduce resources in their production and allow land used for rearing them to be reforested with it also allow for the leather to be produced onsite of Selene,Deadalus and Arachne factories.It would also create less toxins and can be made onsite of Arachne,Daeadalus or Selene factories with them created by the cells able to undergo mitosis and fitted with biosynth wifi to then form the leather with the colour also controlled by DNA present.These would have the same level of engineering to increase growth rates as used in bacteria that create commodities and also crops as well as invitro meat.Both artificial and bio-printed leather can apply to leather from Bovidae,Suidae,Rhinocerotidae and all types of mammals and even Rhincodon typus and allow 5,416 types of leather to be created.The best way to do bioprinted leather would involve bacteria or stem cells from each species engineered to undergo mitosis and then grown using a growth media and then cultured with AI extrapolating the most resource efficient means to create leather indistinguishable to real leather onsite of factories where it will be used.A layer of liquid glass on all types of leather will permanently protect it from UV light.

Reptile Skin:The same options for production of leather can be replicated for reptile skin:rearing animals at home for textiles with the rest of the animal used as meat and in time bio-printed reptile skin and synthetic variants grown on site of factories.Bioprinted reptile skin would allow it to be created onsite of factories with the stem cells of each species engineered to grow into skin via undergoing mitosis and forming layers of skin either automatically or through biosynth wifi with genetic engineering also modifying the colour and patterns.This will be the same method of bioprinted leather allowing the skin of all 10,700 species of reptiles to be grown in factories.The best way to do bioprinted leather would involve bacteria or stem cells from each species engineered to undergo mitosis and then grown using a growth media and then cultured with AI extrapolating the most resource efficient means to create reptile skin indistinguishable to real reptile skin onsite of factories where it will be used.Nanotech fabricators will allow for these to be made easily in custom made patterns.

In time bacteria can be used to produce the fibres of fake fur or even real fur on an industrial scale that can be extracted from their cell walls which can be knitted into specific patterns designed and stored in Hephaestus for clothes,home textiles and even furniture stitched into the cloth in specific patterns.Fake fur coats can have specific patterns of the species designed and stored on Hephaestus by the consumer within the subfolders of clothing.Fur from endangered species like P.tigris and A.jubatus can be part of conservation efforts where they are farmed and used as surrogacy animals using multiple males from the wild and zoos around the world and sources of both eggs and semen traded between wild populations and those in conservation areas and with the meat from the older dead animal used as meat for human consumption.Future advances in bio-synths wherein bioprinting and in vitro meat can allow for “real” fur to be theoretically grown on a synthetic animal or an in vitro meat bedding or those from microbes that grows fur on it with nutrients pumped in could be done to allow localised cruelty free and sustainable production of synthetic fur from endangered animals like P.tigris,A.jubatus and P.leo to be achieved with the bio-synth regrowing it once harvested.Alternatively genetic engineering can transfer the phenotype coats of animals such as P.tigris,A.jubatus etc to smaller F.catus similar to the Leptailurus serval cat and they can be more easily reared much quicker,are more docile,with fewer resources and in more compact community farms and in ones home or automated farms with unique coat patterns such as that of the White Bengal Tiger grown on them through engineering with any genetic diseases removed.The meat and offal of these animals can be eaten and other remaining waste pyrolysised in organic waste disposal factories.When the numbers of endangered species of animals such as A.jubatus,P.tigris etc become more abundant then they too can be farmed this way with engineering making them more docile and easier to manage with them a separate species from their parent species.If possible fur can be created via this means and the fibres once removed from the cell walls spun into fibres and then using specialised machinery them knitted into a mat resembling skin with those of P.tigris and other Pantherinae knitted into specific patterns including customised ones with their being different strains producing the different colours in their cell wall and then knitted into patterns. designed on Pandora and stored in Arachne.These will be knitted into a skin matting composed of bioprinted skin or that from stem cell strains.Nanotech fabricators will allow for these to be made easily in time with custom made patterns and coats stored in Hephaestus.

Spider & Silkworm Silk:Silkworm silk is produced by the moth larvae Bombyx mori with all steps automated from start to finish.To produce mussel,coan,fagara,tasar,eri,anaphe silk it is simply a case of rearing the plants and species of moth and bivalves responsible for their production.For commercial scale silk production we can once again return to genetic engineering bacteria.In 2014 scientist were able to modify E.Coli to mass produce spider silk so it is possible to modify bacteria to produce all types of silkworm and bivalve silks on a commercial scale on site in textile factories including tussah,mulberry,eri,tasar,muga,anaphe,fagara,coan and even mussel using bacteria housing recombinant DNA from B.mori,Samia cynthia,Philosamia ricini,Antheraea assamensis,Antheraea mylitta,Anaphe,Attacus atlas,Pachypasa atus,Pinna squamosa with it either a byproduct or extracted from their cell walls with the bacteria fed on the flours,fibres etc of each plant also created by bacteria or if possible biosynth wifi etc used to create them via anabolic and catabolic reactions.If possible silk can be created by all 180,000 species of the Lepidoptera this way and would cut costs to almost zero.This would eliminate all human labour altogether and allow all mulberry and oak crops to be harvested for humans.Spider silk has properties similar to steel allowing for a wide range of application in clothing,electronics,cosmetics and medicine.Previously attempts have been made to grow it goats milk and silkworms but new developments have allowed for bacteria to produce it on a wider scale as stated since 2014.Since each 35,000 species of spider creates seven types of silk that leaves up to 245,000 different types of silk available to create a wide array of clothes to be produced via genetically altered bacteria allowing for localised production once again for all types of spider and silkworm silk onsite of textile factories.The different types of silkworm or spider silks could be dyed by using dyes or the dye could be naturally produced by the bacteria into the fibres within their cell walls using human and animal recombinant DNA from specific populations within humans and other mammals.This spidersilk can be integrated into clothing with other textiles to make them knife and bulletproof.

Feathers:Plumage of endangered birds can be gained from rearing the species as part of conservation efforts or by genetic engineering transferring the genes responsible to more abundant docile species and harvesting the feathers when the animal is killed for meat.Like wool and fur research can be done into creating a in vitro meat,bioprinted organ bedding for feathers to be grown on and then harvested especially in the case of endangered feathers with bio-synths that grow feathers also used.If possible the feathers of exotic animals can be bread into more docile and common livestock birds like Phasianidae.Synthetic feathers should ideally be used.Nanotech fabricators will allow for these to be made easily in custom made patterns.

Human Hair:Research has been done into the possibility of harvesting human hair from barbers for use in clothes either in forming the fabric or parts of clothes or mixed in with other fibres putting waste hair collected by robots at Salons to good use.Otherwise it can be collected and used as fertiliser or diamonds.Bacteria can be genetically altered to produce keratin as a byproduct and then compressed by machinery or in their cell walls that is then extracted and then spun into fibres and dyed to desired colours or the dye could be naturally produced by the bacteria into the keratin within their cell walls using human and animal recombinant DNA from specific populations within humans and other mammals.In time similar to fur an invitro meat bedding covered in a layer of synthetic skin can be used to grow hair of specific colours which can be harvested.

The use of miniaturised egg packing factories,slaughterhouses,chicken and other fowl farms either battery or free ranged,yeast based milk,invitro meat systems and also animal textils from bacteria and bioprinting etc onsite of factories in the case of textiles as well as onsite of home and community farms for everything else will ensure that all land used for rearing animals will reforested indefinitely with excess animals left to the wild in their native habitats.The large rotolactors,chicken farms including barns on farms,slaughterhouses,abattoirs and egg packing factories will be converted into communal homes once given roof extensions with rural farms themselves becoming homes that create food solely for the locale.with all grazing and agriculture land reforested in hybrid crop and native tree farms.This will be also because of all people in rural areas and even urban areas around the world will grow their own crops and rear livestock in home and community farms and also from vertical farms.These will all have 3D DNA printers that create not just microbe upgrades for the human patients and also livestock and pets but also create new seeds,spermatozoa and also eggs or even embryos containing strands of DNA created using the Phanes method to ensure genetic diversity with them also having cryonic systems present to allow them to store them indefinitely making it easier for people to maintain genetic diversity.Community farms will have animals artificially inseminated using either automated machinery or in time via biosynth animals or worm/millipede/mosquitoes hybrid like creatures that can fly to any animal and then using microbes grow extra legs using nutrition for the animals blood and then once entered into the cervix will take a worm form and inseminate any eggs inside with stored spermatozoa or even deposit embryos within it removing human labour with those in home farms done using specialised equipment that can allow spermatozoa etc to be injected into the cervix.