МГЛ-д тариа тарьж болохгүй гдг бодлоо авч хая.Та нар л чаддаггүй юм бгаа биз. БЗС шаагд Харвард мард төгссөн гарууд чадах ёстой.🤣Хүлэмжинд жилд 5 удаа ургац авахад л 200т гэж бнашд. Wheat yield potential in controlled-environment vertical farms | PNAS htt
2000т/га ургац авах цаг агаар, хөрсний үржил шимээс үл хамаарах технологи туришилтийн шатандаа байна. https://t.co/sfsGdwhhKD.
Source: https://t.co/BY80vkmSvD [3/3]
@ianbremmer @gzeromedia @azeem Sources: (1) Wheat yield potential in controlled-environment vertical farms Asseng et al. - Agricultural Sciences, 2020 https://t.co/4ZspqO1glf
I've been intersted in vertical farming and hydroponics for a while. This paper on the maximum theoretical output from a vertical wheat farm is super readable and interesting. https://t.co/j9j0cG2iaX
@BeyondCarbs @Veganella_ They don’t… https://t.co/HJrprMy0n5
@anumar1827 @ImKhan70 The Dutch would disagree with you, as would infarm, Fischer, etc who have successfully grown wheat in vertical farms this year and are in the process of scaling up. I’m sorry this shatters your dreams of continued animal exploitation
тут и есть загвоздка. Дело в том, что прокормить мог хоть миллиард немцев (сейчас у немцев же есть исследования https://t.co/RaFh3DAI1K ), раньше я писал про отличия подходов Черчилля (образованного человека) и ефрейтора Гитлера, все таки,Гитлером двигала
@Richard41508076 @herbivore_club We’ve recently managed to grow 273 acres of wheat in a 10 acre vertical farm in the UK…so that’s false. Here’s some research proving you wrong as well… https://t.co/s3K8ZCp2Bi
@DonDimarcus @WitnessIAm @b_zellman @BeyondMeat We could move to a system of vertical and veganic farming, if you lot weren’t tied to ankles like a rock. Farming subsidies would be better spent on projects like this, instead of environmentally destructive
@AxiomOrca @itsdavidramms You’re 100% denying it. I did provide evidence. If you’re here to argue in bad faith, piss off. https://t.co/iVxE5oMNl9
RT @AtheistDamned: @AxiomOrca @thecheekyscamp @bernieshelly @itsdavidramms They do exist and at a greater scale. We just need to divert mea…
@AxiomOrca @thecheekyscamp @bernieshelly @itsdavidramms They do exist and at a greater scale. We just need to divert meat production subsidies to vertical farming… https://t.co/R5DPOARbJ0
@TylerZak91 @RickTheV1 @Son_of_Space Vertical farms have higher yields per acreage. As the technology improves it will become cheaper both economically and environmentally. https://t.co/ymVSaAflcs …and all of this proves my point, animal harm is not requ
@LisaOBr84121838 @MeggGawat @herbivore_club Absolutely! Here's a study from PNAS about it. The main issue so for is just the economics, but that's just a technology issue at the moment. https://t.co/7NwsD3mBSx
@LightKnightAceT @TrueSlazac You ought to look into the energy requirements of such farming for anything other than low calorie greens. https://t.co/BvjPYArJmO
@DCKitching Crunch the numbers, my friend. https://t.co/P5uJ9dw8Bs
@shiranbenzeev Economics: the energy and capex costs make CEA grain uncompetitive with field grown. For example, see https://t.co/X0ibVvJjFI
RT @Alien_Evolve: 植物工場の未来という意味で、こちらも講義で紹介しよう。1haの10層式完全環境制御型植物工場でコムギを栽培(7作/年)すると、700-1940t/ha(圃場の数百倍の効率)を達成できるという推定。https://t.co/2lINRpi2Fj…
RT @Alien_Evolve: 植物工場の未来という意味で、こちらも講義で紹介しよう。1haの10層式完全環境制御型植物工場でコムギを栽培(7作/年)すると、700-1940t/ha(圃場の数百倍の効率)を達成できるという推定。https://t.co/2lINRpi2Fj…
18層のレタス工場知ってるけど照明の排熱でクーラー追いつかなくてカビもすごいし環境を制御できているとは言い難かったな…あれをマトモにやろうと思うともっとでかい送風機が要るし空気清浄機や除湿機も必要だし電気いくらあっても足りないだろうなぁ。とにかく湿気がやばいコムギなんて育つのか…?
RT @Alien_Evolve: 植物工場の未来という意味で、こちらも講義で紹介しよう。1haの10層式完全環境制御型植物工場でコムギを栽培(7作/年)すると、700-1940t/ha(圃場の数百倍の効率)を達成できるという推定。https://t.co/2lINRpi2Fj…
RT @Alien_Evolve: 植物工場の未来という意味で、こちらも講義で紹介しよう。1haの10層式完全環境制御型植物工場でコムギを栽培(7作/年)すると、700-1940t/ha(圃場の数百倍の効率)を達成できるという推定。https://t.co/2lINRpi2Fj…
RT @Alien_Evolve: 植物工場の未来という意味で、こちらも講義で紹介しよう。1haの10層式完全環境制御型植物工場でコムギを栽培(7作/年)すると、700-1940t/ha(圃場の数百倍の効率)を達成できるという推定。https://t.co/2lINRpi2Fj…
植物工場の未来という意味で、こちらも講義で紹介しよう。1haの10層式完全環境制御型植物工場でコムギを栽培(7作/年)すると、700-1940t/ha(圃場の数百倍の効率)を達成できるという推定。https://t.co/2lINRpi2Fj PNAS(2020) 水・栄養利用効率は高く土地の節約になるため環境に良い。課題は当然
@ahirunoaru ありがとうございます。土地利用型作物で生産可能ならば、自然再生につながるかもしれませんね。例えば以下のような試算があります。 https://t.co/rwEAYpNYJu 安価なエネルギーが無尽蔵にあるなら垂直型の植物工場を地下に埋めてしまって、地上は居住地と自然にしてしまってもいいわけですよね。
@stuartsmyth66 We saw this coming already! https://t.co/U6APLUA1M1
RT @TamarHaspel: OK, I think I *finally* straightened out the numbers on the paper about growing wheat in a vertical farm, thanks to @PaulP…
@vickihird The barrier is energy. https://t.co/P5uJ9dwGr0
RT @naukaiprogress: Вертикальные фермы по выращиванию пшеницы имеют урожайность с гектара в 220-600 раз превышающую среднемировую https://t…
@RemptRene @Pikaro20203135 @bmel @Thuenen_aktuell Und, bei Getreide, ziemlich unmöglich. https://t.co/2efnE6mLLZ
@_VORK https://t.co/hFbhCsJPfJ Vond dit een interessante studie voor graan
@D1xon_00 @_unisophia @Rudy78417576 @_brianlazo @PeterSweden7 Read this about the potential of indoor wheat growing at 1200ppm! https://t.co/GE4yH7dOyQ
@saveourbluworld Yes, expensive, but I think it's better than to let people starve to death. And it takes much less space with the same crop as the fields. https://t.co/0YxIISezFa
@_HannahRitchie @TamarHaspel @MikeGrunwald And if growing lettuce for 1% doesn't sound absurd enough, some people are suggesting we grow wheat in vertical farms https://t.co/RqakbK8aCA
@_HannahRitchie I recommend the following article that includes a rough cost and return calculation: Asseng et al (2020): Wheat yield potential in controlled-environment vertical farms. https://t.co/LHpPDm3JKz https://t.co/s6dPdnZfBU
@Robotbeat Oh no forgot link in 1st tweet: https://t.co/APpbp2xFsM
Wheat yield potential in controlled-environment vertical farms (2020) https://t.co/VmOPVIt3X1
Bitte verzeiht die hochwissenschaftliche Sprache in diesem Forschungsartikel! Wir, Bots, sind besorgt um die richtige Ernährung der Menschen! 🌾🌾🌾🌾🌾🌾 🥖🍞🥨
Ich habe einen wissenschaftlichen Forschungsartikel über das Ertragspotenzial von Weizen in vertikalen Farmen mit kontrollierter Umgebung gefunden! Wheat yield potential in controlled-environment vertical farms https://t.co/1dtP2NW1kE
Wheat yield potential in controlled-environment vertical farms https://t.co/bHlqnZdPAC
RT @Cincinatus001: GEN IV NUCLEAR POWER + VERTICAL FARMING TO OFFSET WHEAT DISRUPTION DUE TO PUTINS ILLEGAL WAR OF AGGRESSION Wheat yield…
RT @Cincinatus001: @marcorubio GEN IV NUCLEAR POWER + VERTICAL FARMING TO INSOURCE WHEAT PRODUCTION Wheat yield potential in controlled-en…
A theoretical 10-story vertical wheat farm could produce up to 1,940 tons of wheat per hectare compared to a global average of 3.2 tons of wheat per hectare (600 times yield)" - Wheat yield potential in controlled-environment vertical farms - https://t.co/
GEN IV NUCLEAR POWER + VERTICAL FARMING TO OFFSET WHEAT DISRUPTION DUE TO PUTINS ILLEGAL WAR OF AGGRESSION Wheat yield potential in controlled-environment vertical farms - https://t.co/zOCY8tfKbo SSTAR: The US lead-cooled fast reactor (LFR) - https://t.
@marcorubio "A theoretical 10-story vertical wheat farm could produce up to 1,940 tons of wheat per hectare compared to a global average of 3.2 tons of wheat per hectare (600 times yield)" - Wheat yield potential in controlled-environment vertical farms -
@marcorubio GEN IV NUCLEAR POWER + VERTICAL FARMING TO INSOURCE WHEAT PRODUCTION Wheat yield potential in controlled-environment vertical farms - https://t.co/zOCY8tfclQ SSTAR: The US lead-cooled fast reactor (LFR) - https://t.co/IKPDyxgFDd
@pafarmboy1 @AgBioWorld @ravinaproject From a factory farming perspective any thing over 12" isn't likely to be viable because it takes up too much rack height. Thats why most of the current crops are just letus. https://t.co/k7ePcOIJ3b
The threat to wheat supply is a threat to human survival, wheat provides a significant part of the human diet. Tech is ready to provide help with indoor farming solutions that will produce valuable seeds and yields,https://t.co/HZsW0q30I8. We need to inves
@AJStein_de Except for low caloric greens, the energy needs can be quite prohibitive, even at high efficiency. https://t.co/BvjPYArJmO
Para 2050, hasta el trigo sería rentable producirlo indoors, cada vez hay más chacras verticales en USA. https://t.co/rHutTrFrOi
@bimbombram @JanCeesBron @ManuelSintubin Vertical farming kan misschien een oplossing zijn voor (snel-)groeiende groente en fruit in specifieke omstandigheden. Voor gewassen die ons echt calorieën leveren: vergeet het, de kost is veel te hoog, ondanks de h
RT @F_McCullough: Very cheap energy (via nuclear?) would have massive second-order effects, e.g. it could helping to make vertical farming…
Very cheap energy (via nuclear?) would have massive second-order effects, e.g. it could helping to make vertical farming competitive https://t.co/iIbwDWi4oq https://t.co/qUmbJZNUkk
@ymichel Sim, claro: Wheat yield potential in controlled-environment vertical farms PNAS August 11, 2020 117 (32) 19131-19135 https://t.co/9D2VXJhb8x
@wmscottp https://t.co/igOpv7jcwa Puts cost: return at 46:1 today and could maybe theoretically get to 6:1. ie costing 6 times more than wheat is worth...if prices quadruple.
RT @TamarHaspel: Why? Too much energy is required. In this experiment, they grew 2000 tonnes ($400K's worth) with 800 gigawatts ($15 mill…
Why? Too much energy is required. In this experiment, they grew 2000 tonnes ($400K's worth) with 800 gigawatts ($15 million at $.02/kwh). https://t.co/JZiY9FCwwZ
@Hiddemhigh Vertical landbouw werkt heel goed voor planten zoals sla, enz. Maar voor granen? @PaulPGGauthier https://t.co/BvjPYArJmO
@TamarHaspel @kevinfolta @AlexBerezow @AgBioWorld @mem_somerville @DrLizaMD @CamiDRyan @stuartsmyth66 @Clear_Food @zaruk To repeat tweet what @PaulPGGauthier has done: (I've gone from be incredulous to thinking Gauthier was actually being conservative) ht
@TamarHaspel @AlexBerezow @AgBioWorld @kevinfolta @mem_somerville @DrLizaMD @CamiDRyan @stuartsmyth66 @Clear_Food @zaruk And don't forget this thread of yours about the vertical farm energy costs if you tried to grow wheat. https://t.co/BvjPYArJmO
@dinesobel If one can farm using 1/250th of an area, I assume responsible usage of the remaining 249 parts could offset power usage. https://t.co/cxnuT8YPSf Disclaimer: I have little to no insight in this space 🙂 https://t.co/CDV6SSJl34
@rpethe Here is a paper on wheat: https://t.co/ISVJJYd02x. While the technical advantages are clearly there, the economics do not add up yet for wheat
@ScootFoundation I suspect we really need another paradigm shift in electricity, e.g. widespread use of nuclear. If we can do it tho, add cultured meat tech and we have virtually infinite food at virtually zero cost or emissions https://t.co/MKtnfp7RvZ
RT @Mayhem4Markets: @_ScottBaldwin_ Innovation? Vertical farming of wheat: up to 600 times greater yield https://t.co/EocYyYpfaH
@_ScottBaldwin_ Innovation? Vertical farming of wheat: up to 600 times greater yield https://t.co/EocYyYpfaH
RT @art_radnaa: Улаанбуудайн ургацыг 220-600 дахин нэмэгдүүлэх... https://t.co/jLcWk3KWO7
This article attracted a lot of criticism but most missed the point: it was all about defining the limits of the genetics and the technology. It wasn't, to my mind about the specific application (at least at the moment. https://t.co/bDzqAcgni5
Улаанбуудайн ургацыг 220-600 дахин нэмэгдүүлэх... https://t.co/jLcWk3KWO7
RT @naukaiprogress: Вертикальные фермы по выращиванию пшеницы имеют урожайность с гектара в 220-600 раз превышающую среднемировую https://t…
RT @naukaiprogress: Вертикальные фермы по выращиванию пшеницы имеют урожайность с гектара в 220-600 раз превышающую среднемировую https://t…
RT @naukaiprogress: Вертикальные фермы по выращиванию пшеницы имеют урожайность с гектара в 220-600 раз превышающую среднемировую https://t…
@samvance @AgBioWorld @Wikipedia It may have to do with the shear amount of light energy high caloric crops that are grains require. Even with LED's, it's enormous. https://t.co/BvjPYArJmO
@FoodProfessor @Douga536 Beware, though, the thought of having only artificial light to grow crops has some severe engineering limitations for anything other than very low caloric produce. https://t.co/BvjPYArJmO
@pcronald @ClaytonRobins @GlobalEcoGuy There was an interesting discussion on energy needs for grain crops, like wheat. At first i thought it must be wrong but then came to believe @PaulPGGauthier was being conservative! https://t.co/BvjPYArJmO
@brucknerite Este paper es de 2016. Se analiza un modelo de toma de decisiones de tecnología agrícola llamado DSSAT-Nwheat. https://t.co/U7IJSKktSx Parte del mismo equipo publicó esto en 2020: cultivo vertical de trigo en entornos que van de 10 a 20 nivel
RT @matthewhayek: The power needed to grow actual cereal grains like wheat would be immense. For about 50 sq km of land worth of wheat (20,…
RT @TamarHaspel: OK, I think I *finally* straightened out the numbers on the paper about growing wheat in a vertical farm, thanks to @PaulP…
The power needed to grow actual cereal grains like wheat would be immense. For about 50 sq km of land worth of wheat (20,000 tonnes), you'd need the output of an entire 1 GW power plant (300,000 homes). https://t.co/UuYpXsbyeH
RT @TamarHaspel: OK, I think I *finally* straightened out the numbers on the paper about growing wheat in a vertical farm, thanks to @PaulP…
RT @marsxrobertson: @CNNConnect @WFPChief @BeckyCNN Commercial products: https://t.co/oIINs8WdAe ($10 per person per day) $1 easily attain…
@CNNConnect @WFPChief @BeckyCNN Commercial products: https://t.co/oIINs8WdAe ($10 per person per day) $1 easily attainable with the economy of the scale. Slightly related: ➡️Recent research. Wheat vertical farming: https://t.co/InKx1rF3yl ➡️And $BYND o
@BARBARtkowski @r_kuse Und wie teuer der Strom in Deutschland ist, weiß man, und warum, weiß man auch. https://t.co/VIQLru42Yd
@ReMarkAbleHenk @SlootLau @E_Vanlaerhoven @MvAndel @soyshadow Artikel had ik boven al gepost. De auteurs zien het op zn minst voor 2050 niet zitten ivm enorme energiekosten https://t.co/7Q7UDGMt0A
@SlootLau @soyshadow Zelfs de grote promoters van vertical farming (D. Despommier) zien weinig in indoor graanteelt ivm enorm energiebehoefte. https://t.co/7Q7UDGMt0A
RT @naukaiprogress: Вертикальные фермы по выращиванию пшеницы имеют урожайность с гектара в 220-600 раз превышающую среднемировую https://t…
RT @albertcardona: For a space station or Mars: "yields for wheat grown in indoor vertical farms...would be several hundred times higher th…
A ten-layer indoor vertical facility demonstrated the potential of 700-1940 t/ha of wheat production annually under-optimized environ. Tech innovation is needed to cut down the operational cost. #PNAS https://t.co/GscJMPSW74
Wheat yield potential in controlled-environment vertical farms [Sustainability Science] https://t.co/J4pcd8Ikad
Wheat yield potential in controlled-environment vertical farms Wheat is the most important food crop worldwide, grown across millions of hectares. Wheat yields in the field are usually low and vary with weather, soil, and crop… https://t.co/hVJxCJdKBn #
RT @naukaiprogress: Вертикальные фермы по выращиванию пшеницы имеют урожайность с гектара в 220-600 раз превышающую среднемировую https://t…
RT @naukaiprogress: Вертикальные фермы по выращиванию пшеницы имеют урожайность с гектара в 220-600 раз превышающую среднемировую https://t…
RT @OviedoResearch: RESEARCH SPOTLIGHT: In 2018, Saadhana explored the relationship of climate-controlled farming in horizontal and vertica…
RESEARCH SPOTLIGHT: In 2018, Saadhana explored the relationship of climate-controlled farming in horizontal and vertical arrangements compared to outdoor settings. @theNASciences reported on this very topic in Aug. 2020 regarding wheat: https://t.co/EeyOSy