As stated above bee keeping can be done on local level as part of community gardens and permaculture systems in towns, villages an cities producing honey and pollinating gardens and crops.Bee larvae can be harvested alongside honey as a source of protein.Attempts at automating the collection of honey such as Flow Hive system have been a mild failure with further research needed in order to make this feasible due to the problems it presents to the bees with developments using the natural beeswax inside normal hives.All towns,villages and cities should employ beekeeping.These should be dotted around them at key points of towns,villages and cities such rooftop gardens,community and forest farms as well as by forests used for forestry and even nature reserves and jungles,reforested woodlands etc. decided in time by Aristaeus with the location of them visible within Demeter with each hive tagged with a GPS ship with them in forest farms,community farms,parks,wilderness areas,public buildings and communal homes roofs to allow them to cover as much ground as possible to pollinate crops and also wildflowers.Windows in hospitals,communal and private homes,restaurants,bars and nightclubs can have a graphene slide able netting similar to mosquito netting to protect people inside from being stung.All species of bees including bumblebees should be reared in hives as well as honeybees.All parts of clothing worn be bee farmers could have graphene in its matrix,the netting in order to prevent tears that could allow bees to enter it.Windows in all nearby homes and public buildings can have shields on the outside that can be slide across them composed of graphene netting that allows fresh air in but prevents bees into the room similar to mosquito netting.To increase yields during late periods of the bees foraging year witch hazel and other all around flowering plants ideally wildflowers should be planted locally in side home and community farms and along village,town and city streets and flower boxes.Climbing flowering plants can be placed on the exterior of vertical farms and also on tall buildings(bioluminescence can be integrated into this) to further increase yields during this time with transgenics used to lengthen the time that flowers are in bloom or create variants that bloom during the later months.
Bee larvae can be harvested for human consumption as a low fat source of protein.To increase the amount of queens produced per hive(as we know only one queen survives to gain control of the hive out a possible dozen) to make new hives many newly laid eggs or larvae as possible from all hives can be removed and transported to other areas that want to start produce honey or existing hives to provide new genetic diversity and the collected larvae fed copious amounts royal jelly and thus allowed to be raised independent of each other in new hives to prevent them fighting each other with drones from other hives decided by Phanes put into a jar to mate with them to increase genetic diversity with this done at anytime of the year.In the case of a hive also naturally producing two or more queens the queens can be sedated with a sedative gas and then sent to separate new hives in farms,forests and parks and even zoos or conservation areas using jars with graphene in its matrix to make it shatterpproof with small airholes and a microchip to manage where it is sent to with the details on the chip changed for new deliveries.They can be each sent to individual areas or to one area with them inseminated with semen from male drones from either the same area or from different areas/hives(this would be organized by the Phanes software) or in time synthetic DNA created by software or nanotech fabricators (see later).To successfully ensure natural breeding the queen can be placed in a large tank with airholes and a male drone ideally from a different breed that is resistant to pests and pathogens.Insemination of queen bees can be done by hand or with new advances by automation with the possibility of bio-synths being used to inseminate them sperm created by induced pluripotent stem cells and DNA extracted from a drone to ensure pre-programmed and 100% successful breeding via Phanes.This can be done to maintain genetic diversity as well as ensure lineages and increase bee populations to a healthy level.Genetically engineering the spermatazoa or breeding bees naturally is paramount to make hive resistant to pests such as mites and the Phanes method can also be used to transfer resistance to diseases and parasites.Improvements in artificial intelligence and our understanding of genetics will allow subtle alterations to be made to increase genetic diversity by making new individuals out of a single strand of DNA via the Phanes method alongside traditional breeding using either nanomachines or other machinery with in time bio-synth bees inseminating them.3D DNA printers can allow billions of genetically disctinct larvae drones to be created to inseminate queens or billions of genetically distinct female larvea fed royal jelly created by bacteria to then used in new hives.
Beehives will be dotted on rooftops of public buildings,parks,forest/meadow/grassland farms,community farms in all cities,towns,forests used for wilderness etc with the location decided by Aristaeus for honey production outside of those created by bacteria and also for pollination of all crops in all forest,community,meadow and home farms including those on rooftop gardens.Aristaeus will decide the location to improve their range or pollination of not just crops in the aforementioned places but also of wildflowers with our knowledge of their foraging range and habits used to determine where in each town,city and village they will be placed to improve pollination but at the same time prevent them interfering with humans ie entering hospitals.Hospitals,restaurants and communal and private homes will have netting similar to mosquitoe netting that can let fresh air in while still preventing the bees entering homes.The honey in them will be collected by the public when needed with their location logged on maps visible in Brauron linked to Aristeaus with as stated bacteria that produce honey increasing yields and localising production to home will consist of the vast majority of honey.Apis mellifera will be engineered to become resistant to wifi,all pathogens,pesticides including neonicotinoids,cold snaps and sudden changes in the climate using recombinant DNA.DNA from scratch,Africanised bees and other species such as Apis mellifera ligustica,Apis cerana japonica to make them more efficient at pollination and honey production,yet docile and also able to fight off invasive species such as Vespa veluntina,Vespa mandarinia japonica,Vespa simillima xanthoptera scouts and be made immune to Varroa destructor,Varrora jacobsoni and Ascosphaera apis.Thermophile DNA such as that from Methanopyrus kandleri will allow them to survive temperatures as high as 122 degrees celcius and thus better survive attacks from scouts of the invasive V.veluntina,V.m.japonica,V.s.xanthoptera,V.jacobsoni via the countermeasures they will use derived from A.c.japonica DNA added to them.A.c.japonica can be hybridised with A.mellifera,A.m.ligustica and Africanised bees to increase honey production and have M.kandleri DNA to better survive countermeasures against V.veluntina,V.m.japonica,V.s.xanthoptera,V.jacobsoni.Psycrophile DNA from Cucujus clavipes,Rana sylvatica,Tardigrade,Bacillus F,Herminiimonas glaciei,Chryseobacterium greenlandensis,Pseudomonas putida GR12-2,Carnobacterium pleistocenium,psychrophillic and osmophile bacteria and also those from scratch and those to exhibit telomere and tissue repair such as from Planarians,Hydra,Ambystoma mexicanum,Bacillus F,Thermococcus gammatolerans and Caenorhabditis elegans can allow them to survive cold snaps and harsh winters.Biosynth bees or biosynth wifi via neural implants connected to the nervous system will teach them how to attack and defend themselves from scouts of V.veluntina,V.m.japonica,V.s.xanthoptera,V.jacobsoni.Invasive Africanised bees in the wild in America as detailed later and earlier on will be overtaken by these hybrids that have their beneficial phenotypes but are as docile as native species.Native species will be overtaken by these hybrids that have the beneficial phenotypes of Africanised bees and are still docile.Native Africansied bees in Africa may be given genes to fight off infections and mites and also immunised to pathogens and adapt to new climates.Measures to eliminate V.veluntina,V.m.japonica,V.s.xanthoptera from America,Canada and Europe can include creating species specific pathogens as detailed later on that target only them and destroying all nests of them found.They can be given fully functioning immune systems that pass on from one generation to the next via advanced gene drive technology using DNA created by Phanes and queens inoculated with species specific strains of microbes that can immunise bees against all pathogenic bacteria,fungi,viruses etc that can pass to all larvae she produces including drones,workers and also future queens via eggs.To give resistance to neonicotinoids and that of all pesticides this can come from scratch DNA from Phanes,DNA from populations of species of insects that have gained resistance to it and forced evolution of bacteria exposed to them.A.apis can be dealt with the microbes using CRISPR treatments such as suicide genes,those that make them susceptible to compounds at their disposal such as neem oil that are non toxic to the bees and also immunising the bees against it with all other pathogens whether viral,fungal or bacterial dealt with this way with the microbes as stated passing to each drone,worker and future queen via eggs laid by the queen who will be inoculated with them.Ideally a queen can be given DNA to give them fully functioning immune systems via CRISPR and then given anti-bacterial,anti-viral,anti-fungal strains to fight pathogens and immunising strains with these passing down to each future worker,drone and queens produced via advanced gene drive technology and microbes passing from the queens to all future worker,drone and queens produced via eggs.These microbes can produce compounds abhorrent to V.destructor,V.jacobsoni in the blood that kills them or the bees themselves can create these compounds in the blood naturally,can enter the mites and introduce suicide genes to key organs with V.destructor,V.jacobsoni made into dertivores or chemotrophes via microbes in bees entering them and altering their DNA to become these and pass this to all offspring or introducing those created by 3D DNA printers that interbreed with wild ones in nests.The microbes using biosynth wifi track populations of nests across the world and their location and even control their pollination via pharamones,wifi and even neural implants that connect to the brain and nervous system of bees.Immunities to wifi and insecticides can come from scratch DNA and also from insects already immune to them.Scratch DNA can be added to make them immune to to to other conditions.The ability of Africanised and other species of bees to fight off V.destructor,V.jacobsoni and be immune to A.apis can
be added to this hybrid and pass onto all generations via advanced gene drive technology with DNA from T.gammatolerans allow hives to be exposed to radiation of levels up to 2,000Gy to sterilise them of V.destructor,V.jacobsoni,A.apis.Scratch DNA can also be added to all species of native Apidea and invasive colonies of Africanised bees to deal with other diseases and parasites with DNA from added from A.m.ligustica,A.mellifera,A.c.japonica and Africanised bees to make hybrids that have positive traits of them thus making them better foragers and pollinators,fight off V.veluntina,V.m.japonica,V.s.xanthoptera,V.destructor,V.jacobsoni,A.apis for both commercial hives and also wild hives yet still be docile and not as dangerous as Africanised bees.Native species of bees outside of A.mellifera including solitary species will also be given the same level of engineering to prevent them going extinct from pathogens,wifi and also pesticides including neonicotinoids.They will also be hybridised with Africanised bees,A.m.ligustica,A.c.japonica,A.mellifera and other scratch DNA in order to make them just as efficient and numerous as A.mellifera both in the wild and also in commercial hives on the grounds of home,community and forest farms to produce just as much honey and also be able to replace the invasive A.mellifera as both the main wild and commercialised species of Apidea and be able to be resistant to pathogens,pests and fight off invading
V.veluntina,V.m.japonica,V.s.xanthoptera etc.This may allow all species outside of A.mellifera including Bombus,Apis mellifera mellifera,Amegilla cingulata,Ancylaini,Exomalopsini,Meliponini,Anthophorini to be commercialised in hives and better pollinators to crops and plants thus allowing the invasive A.mellifera to be removed from countries they are not native to as they would have the same breeding capacity and thus also same or higher yields of honey with all countries doing this for all native species of Apidaea.This would allow native species outside of the invasive A.mellifera in both the wild and in commercial hives to rebound,be natural pollinators to both wild plants but also ornamental plants and also crops in meadow,forest,grassland and home permaculture farms.They would also be made viable for commercial hives in parks,roofs,forests etc and would be better at pollinating not just crops in home,community,forest and meadow etc farms but also ornamental ones and also wildflowers and plant with this applied to both bees in wild hives but also commercial ones placed in parks,rooftops etc.Solitary bee species and even cuckoo bees could be engineered to exhibit eusociality and also their natural behaviour being a mixture of both with if possible them interbreeding with native ones and also even subspecies made.These new hybrids would interbreed with native specimens in the wild passing the phenotypes to all native species via advanced gene drive technology making these the dominant traits of all bees in the wild.It would be done by capturing queens of both Africanised bees and native ones and inoculating them with microbes that apply CRISPR treatments to make them docile hybridsmake them resistant to wifi,pathogens pests and have a fully functioning immune system and microbes that would pass to all future workers,drones and queens laid by the queen via advanced gene drive technology.If done to many nests then overtime these docile variants will interbreed with other nests of Africanised bees and then pass this on via advanced gene drive technology with it also done to native bees especially as stated Bombus,A.m.mellifera,A. cingulata,Ancylaini,Exomalopsini,Meliponini,Anthophorini and so on so as to allow them to interbreed with other nests and pass these phenotypes via advanced gene drive technology.All new genes added from scratch and from different species to confer immunity to wifi,pathogens,be better foraging and able to fight off invading V.veluntina,V.m.japonica,V.s.xanthoptera,V.jacobsoni species form Asia etc will be passed onto all future generations via advanced gene drive technology.3D DNA printers can also be used by creating billions of hybrid larvae using the Phanes method and feeding them royal jelly created by bacteria and them interbreeding with native bees and africanised ones using advanced gene drive technology and can be done at the same time as capturing queens and making them hybrids via inseminating them with microbes.These measure would also eliminate Africanised bees in America and anywhere else they have invaded by turning them and native bees into hybrids that are better pollinators and increase productivity of honey,are immune to all pests and pathogens and are still docile enough to be commercialised and not attack people in the wild.This can apply to all species including A.mellifera and will be done to make Africanised bees docile and native ones better pollinators and produce more honey.Both hives used for commercial honey production,pollinating crops and those in the wild of both Africanised bees and native species will be converted into these hybrids using these methods to ensure it wipes out pests and also pathogens etc.This should over the course of a decade eliminate Africanised bees from places they have invaded and cause all native bees alongside them to be better pollinators and immune to all pathogens and pests etc and also able to fight invasive V.veluntina,V.m.japonica,V.s.xanthoptera,V.jacobsoni species from Asia all in one go.These can be applied to all native bee species around the world except Africanised bees in Africa that can be made resistant to pathogens,wifi etc but not made docile since they are aggressive due to having to deal with the megafauna that feed on their hives and making them docile could make them weaker to animals present thus making them go extinct that could have disastrous effects on the local ecosystems.Both commercialised hives and also wild hives would be replaced with these hybrids.All wild species of bees worldwide including invasive species will be hybridised to make them better at pollinating wild flowers,outdoor crops and resistant to pathogens,mites etc that are currently decimating wild populations.The hives will be as stated placed strategically by Aristaeus on the roofs of skyscrapers,communal homes,public buildings,parks,forest and community farms to pollinate crops in outdoor hybrid farms,ornamental plants and also wildflowers,trees etc in forest and wilderness.Netting in these buildings windows prevent the bees entering them.All wild species of Apidaea worldwide will be hybridised to make them better at pollinating wild flowers,outdoor crops and resistant to pathogens,mites etc that are currently decimating wild populations.Hives would be used primarily to pollinate crops in these aforementioned farms with their use for honey complimented and eventually replaced by honey created by bacteria at home and in community centres etc.The honey will be harvested in person using beekeeping suits and in time biosynths using pheramones to trick and communicate with the bees.As detailed earlier on existing Africanised bee hives can have queens caught and then fitted with microbes that are made docile and hybrids via CRISPR ensuring all future drones,workers,soldiers and even queens via advanced gene drive technology are hybrids with this done to both africanised and native bee species outside of and including A.mellifera with this thus turning all hives and nests of Africanised bees in America and other places it has colonised and all native bees in the wild and hives into docile hybrids that produce larger yields and are immune to pests and pathogens.Advanced gene drive technology will make this hybrid docile traits permanent and also a permanent feature when they mate with bees from other hives.Advances in microbes in bees passed down from generation to generation by the queen alongside wifi could allow the pollinating patterns of bees to be controlled by Aristaeus to improve efficiency with and Aristeaus and Pan controlling the pollination of plants in the wild and outdoor farms.Biosynth bees in each hive will use pheromones and wifi interacting with microbes in other pollinating bees in a hive to control pollinating patterns of both wildplants and also crops in all types of outdoor farms improving efficiency.Robotic and biosynth pollinators can be used to pollinate exotic crops and ornamental plants that require specific species of arthropods or even Aves to pollinate them that would other wise become an invasive species or would be unable to survive in the new habitat thus removing human labour for these in home and community farms.If possible exotic flowers on exotic crops and ornamental plants can be via CRISPR engineered to be able to be pollinated by native species of pollinators.Robotic and biosynth bees would also pollinate crops in vertical farms controlled by the farm AI with robotic hands covered in fuzzy material before this.Bacteria can as detailed earlier and later on can create the nectars of all 369,000 species of flowering plants and be mixed with the enzymes of any species of bees also created by bacteria at home and in community centres etc to further increase productivity.Both commercialised hives and also wild hives would be replaced with these hybrids.All wild species of bees worldwide including invasive species will be hybridised to make them better at pollinating wild flowers,outdoor crops and resistant to pathogens,mites etc that are currently decimating wild populations.
Native species of bees outside of A.mellifera including solitary species will also be given the same level of engineering to prevent them going extinct from pathogens and also pesticides including neonicotinoids.They will also be hybridised with Africanised bees,A.m.ligustica,A.c.japonica,A.mellifera and other scratch DNA in order to make them just as efficient and numerous as A.mellifera both in the wild and also in commercial hives on the grounds of home,community and forest farms to produce just as much honey,be as numerous and also be able to replace the invasive A.mellifera as both the main wild and commercialised species of Apidea.This may allow all species outside of A.mellifera including Bombus,Apis mellifera mellifera,Amegilla cingulata,Ancylaini,Exomalopsini,Meliponini Anthophorini to be commercialised in hives thus allowing the invasive A.mellifera to be removed from countries they are not native to as they would have the same breeding capacity and thus also same or higher yields of honey with all countries doing this for all native species of Apidaea.All wild species of worldwide will be hybridised to make them better at pollinating wild flowers,outdoor crops and resistant to pathogens,mites etc that are currently decimating wild populations.The hives as stated will be placed strategically by Aristaeus on the roofs of skyscrapers,communal homes,parks,forest and community farms.These new hybrids would interbreed with native specimens in the wild passing the phenotypes to all native species making these the dominant traits of all bees in the wild and would be done by capturing queens and inoculating them with microbes that apply CRISPR treatments to make them hybrids that would pass to all future workers,drones and queens via advanced gene drive technology as well as 3D DNA printers creating billions of larvae and feeding them royal jelly created by bacteria and them interbreeding with native bees using advanced gene drive technology.This would allow native species outside of the invasive A.mellifera in both the wild and in commercial hives to rebound,be natural pollinators to both wild plants but also ornamental plants and also crops in meadow,forest,grassland and home permaculture farms.They would also be made viable for commercial hives in parks,roofs,forests etc and would be better at pollinating not just crops in home,community,forest and meadow etc farms but also ornamental ones and also wildflowers and plant with this applied to both bees in wild hives but also commercial ones placed in parks,rooftops etc.Solitary bee species and even cuckoo bees could be engineered to exhibit eusociality and also their natural behaviour when they interbreed with wild specimens.The honey will be harvested in person using beekeeping suits and in time biosynths using pheramones to trick and communicate with the bees.The Phanes method via 3D DNA printers will create several million or even billion larvae around the world then fed royal jelly made from bacteria to produce queens with these and other traits to start hives with these engineered to interbreed with native bees and africanised bees to pass on traits via advanced gene drive technology.
Alternatives to natural honey include making artificial honey made with sugar.Measures can be developed to recreate the waxy honeycomb present in hives with beeswax created by bacteria as well or even biosynth machinery that may also play a role in creating honeycombs with honeycombs extracted from beehives in parks,forests etc dotted around towns and cities with them being large ones to increase pollination rates and amount of honey from them and also to compliment them with bacteria based honey made with the same thickness,nutrient composition,texture etc of normal honey.Again genetically engineered bacteria could play a role in large scale artificial honey production as there currently exists bacteria that produce glucose or new bacteria that produce individual nectars/sugars from specific flowers to gain the specific tastes of specific honey giving people a minimum of at least 369,000 types of honey with even more made by mixing in the different enzymes from different species of Apidea created by genetically altered bacteria.Thus it is simply a case of two sets of bacteria one that creates the sugars and nectars of flowers and another that creates the enzymes that Apidea uses to convert these sugars/nectar into honey created by another set of genetically altered bacteria using DNA from Apidea both mixed together that transform this sugar into honey,possibly combining these with machinery that replicates the regurgitation process that occurs in worker Apidea could allow one to produce artificial honey with the same qualities and taste as real honey in their homes,community farms or in vertical farms on a commercial scale all year long unlike existing artificial honey which is made from sugar and corn syrups.All types of honey can have the pollen of the species of flowering plant it comes from created via totipotent stem cells via 3D DNA printers in large amounts and then mixed into the honey for flavour reasons with each honey to have the proper consistency,texture and proper ratio of all ingredients with this of relevance of Manuka honey that will be analysed for their structure and components to be then analysed making it and all honeys indistinguishable to the real thing with these honeys produced onsite of home,vertical and community farms producing higher yields of them with normal honey from beehive complimenting them and also used to pollinate all home,meadow,forest and community farms worldwide.Research should be done to perfect moisture content and other factors for the desired taste and viscosity and also the able to produce strains that have different moisture content etc.Anabolic and catabolic reactions can be used with each honey from all 369,000 species of flowers analysed in labs to ensure it has the exact chemical composition and moisture content and viscosity etc replicated especially with regard to Manuka honey and royal jelly.Furthermore it may be possible to have bacteria produce the sugars present within the flesh of all types fruits and then have these sugars mixed in with the enzymes created by bacteria from Apidea to make even more types of honey with the same applying to sugars from vegetables both the flesh and the flowers.Using different enzymes from different species of Apidea can even increase the amount of honey created with it also using enzymes from africanised bees to allow for the honey to be harvested safely.Furthermore it may be possible to have bacteria produce the sugars present within the flesh of all types fruits and then have these sugars mixed in with the enzymes created by bacteria from honeybees to make even more types of honey with the same applying to sugars from vegetables both the flesh and the flowers.Using different enzymes from different species of honeybees can even increase the amount of honey created with it also using enzymes from africanised bees to allow for the honey to be harvested safely.With regards to poisonous plants first the plant must be altered to remove the poisons within them and then sugars can be created by bacteria with DNA from these altered plants an example being plants from the Rhododendron genus whose honey can be toxic to humans.This can ensure a wide variety of honey and copious amounts created locally in vertical farms etc to feed a growing population without the need for human labour in beekeeping but hives should still be in community and forest farms as well as rooftop gardens of communal homes,homes,vertical farms and public buildings to ensure crops and ornamental plants are pollinated with excess honey created by bacteria fed to hives to ensure they survive winters by injecting them into the hives.Again royal jelly for both human cosmetics as well as consumption and creating new queens can be synthesized in the same methods as honey through engineering bacteria to produce it all in one go or have different bacteria produce each component ie the proteins(including royalactin),fatty acids(including 10-hydroxy-2-decenoic acid),enzymes and vitamins and then mix them together which can be then fed to a larvae or extracted for consumers for homemade cosmetics and food additives.Measure can be developed to recreate the waxy honeycomb present in hives with beeswax created by bacteria as well or even biosynth machinery that may also play a role in creating honeycombs.The nectars created by the bacteria will be created in one vat while a second will create the enzymes which will be mixed together into a third vat automatically with a timer and machinery that replicates the regurgitation process of a honeybees mouth in the third one that details when the process will be finished.
In the case of birch, Acer rubrum,Acer nigrum,Acer saccharum and Phoenix dactylifera, syrups these can be obtained by growing said trees locally and simply tapping them during springtime.For large scale production arable land can be forested with the trees(or they form part of community forest farms) and bored and tapped by robots.Genetic engineering can allow for trees to tolerate drier or warmer climates or they can be grown in the basements of ones home or vertical farms where environmental conditions can be controlled and seasons replicated all year round.Other alternatives again include replicating this process with genetically engineered bacteria that can inserted with the specific enzymes/genes responsible for producing the distinct sap/sugar and enzymes from each tree species solution that can be produced on a large scale and then processed into the sugars to create syrup similar to as explained earlier with honey either at home or in community centres and exposing them to relevant temperatures during the year.This can like honey ensure year long abundance regardless of climate and threat such as disease and remove all human labour in vertical farms around the world.Otherwise biosynth machinery could be produced that replicate the process of the trees storing xylem sap and starch in their trunks and roots before the winter,converting these to sugar that rises in the sap in the spring along for this to once produced all year round with temperatures controlled and use of natural and artificial enzymes.The same could be applied to have bacteria that produce nectar/sap/syrup in more copious commercial amounts from trees that do not produce enough of their syrup naturally(alongside their individual enzymes)to be extracted through conventional means giving consumers a choice of 100,000 types of syrup with even more variety if saps and nectars from non flowering and non tree species of plants such as bushes,grasses,ferns,flowers,vegetables and fruits etc can be replicated the same way giving a total of roughly 400,000 types of syrups.Any poisonous plants could be first engineered to be non toxic and then have the sap from them created via bacteria.This can allow for localised production of all types of plant syrups with it also allowing for syrups to be created from ferns,grasses and other trees that dont produce sugars in copious amounts to be made in large enough amounts to allow locales to grow any type of syrup of all plants worldwide in there vertical farms etc negating human labour and energy in extraction and transportation.
Theobroma cacao,Zea mays mays,glucose,brown Oryza sativa,golden syrup and Agave tequilana nectar(which will mature quicker than 8-10 years if grown hydroponically) can be made at home with the required ingredients grown hydroponically at home when needed with advances in genetic engineering playing a role in producing these individual plant sugars/starches/nectars and relevant enzymes on a commercial scale via bacteria allowing for all land used to grow these reforested and eliminate the need for wasting resources on aeroponics.For example bacteria could be engineered to produce the starches from the numerous agave species cultivated such as Agave salmiana and A.tequilana which are used for the production of agave sweeteners and tequila.Using bacteria to produce these nectars which can be converted using enzymes of the plants etc from other genetically altered bacteria or heat to convert these starches to sugar to allow the bacteria to be reared onsite in vertical farms or in distilleries to allow it to be created locally anywhere in the world to ensure abundance since it take the plant 8 to 14 years to mature while bacteria may take only a few weeks produce more that a single plantation can yield,cut down energy costs in transportation costs as it will grown onsite of distilleries and can ensure land used to grow A.salmiana and A.tequilana can be permanently reforested.Measures such as cis and transgenics and rotary breeding systems alongside creating new individuals from a strands of DNA being introduced into existing cultivated and wild populations of A.salmiana and A.tequilana species using the Phanes method can ensure genetic diversity is restored and resistance to Erwinia carotovora,Enterobacter agglomerans,Pseudomonas mendocina, and Serratia as well as Thielaviopsis paradoxa and Fusarium is ensured to ensure the species survival with bamboo being a model plant due to several species having antibacterial and anti viral properties alongside genetic engineering to produce new individuals using subtle alterations on existing samples using CRISPR.The same can be applied with existing bacteria that can produce sugars from sugar cane and sugar beet.Bacteria can also be engineered to produce starches from maize with the alpha amylase from various species of Bacillus then added by automated machinery.This can also be applied to many other plant based syrups such as brown rice,coconut and barely malt syrup with relevant enzymes created by other be bacteria in a second which can be added and mixed together by automated machinery automatically into a third vat to allow for production of desired syrups which can be poured into ones own 3D printed container by hand in community centres or in distribution centres in vertical farms with all vats and machinery covered internally in a permanent layer of liquid glass to negate cleaning.The third vat will have a timer on them that tells when the process of all the sugars,starches etc are converted into the syrup will be done visible both on the front of the machine but also seen remotely by interacting with the vertical farms,community centres AI in Demeter and Hephaestus.Thus one strain of bacteria will produce the plants sugars which will be then mixed into a third vat with enzymes of that plant created by another bacteria.Currently as stated earlier bacteria can produce glucose with others developed that can produce more complex sugars such as maltose,fructose and others so as to like all plant based sugars ensure year round abundance of them that can be reared anywhere in the world allowing land used to grow the base plant(coconut,barely,maize,sugar cane,sugar beet,rice etc) to be permanently reforested and prevent losses from climatic changes as well as disease.