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时间:2020-06-05 23:23:32作者:Mckay

导语:在线领A片【AG88.SHOP】星力游戏Green growth: promot/ing i【n【n】ovation and sus/ta\in/ability to foster busines\s in Europe\
星力游戏O【n t\【h【is wee】k’s Smart】 Regio【ns, we take a pl/unge i/n the European U/nion’s】 longest r\iver: the Danube. Since ancient【 ti】mes, the riverbed has see\n m】any chan【ges but some of its inhab【itants are in d/\anger. The Europ【ean Cohes/ion Polic\y //is providing a push to protect \the ri】ve\r’s ecosy【stem.The Danube is the second lo\ngest river in 】【Eu\ro【pe. \Its path 】can be t】ra\ced from\ Germany t/o the Black Sea. L\oved by many, the D/anube’s critical ecosystems a/re now being】 prote【cte【d and/ preserv\ed. Georg Frank】 is\ a biologist and coo】rdi/nator\ at the DANUBEPARKS network, an organ【isati\on \that p\rotects are】as】 around【 the ten count/ries crossed by t】he/ river.&ldqu/】【o;We have 【more than 900 islan【ds 【a\long t/he Danube […] of wh【ich【 147 islands which are absolutely natural and, in the 】frame of\ t】his /wild isl\and 【initiative, w】/e try to protect】 】- in particular 】/- these //【wild island/s covering se/veral /10,000 hectares."The Danube Park\s network is wo\rking to pre】ser】ve the\ basin of the 2885km river: 5,】00】0 animal species/ 】and 2000【 plants live alo】ng its shores./ /It has a budge/【t of 3 million eu【ros,/ of \which 2.【6 m/illion euros is covered by the E】U/'s Coh】esion P/olic\y.T\【he DANU/BEPARKS rep】resen【tatives pay particular attention to, what they c/all, fla【gship spe\cies. By preserving their habitat, they also prote/ct th【【e animals or 【plants l【iving there./Twenty years of work/ h\ave shown prom【ising re/sults in the res【toration of nat【ural environments. Euronews spok【e to【 Attila Fer/sch (the deputy】】 d\ire/ctor of th/【\e Fertö/;-Hanság/ national 】/park) about the result/s.“7/0-75% in the/ Hungarian Dan】ube b】io】tops/, D【anube habi【【tats, which were【 involved in this pr【oject are i】n good status. Probab\ly the】 other 25% of\ the D/anub/】e habitats are no】t critical, but】】 we【 hav/e to work 【【together".1212121212121】2Share this /articleCopy/paste the article /【video 【embed link be\low:CopyShar\eTwe】etSharesen【d\ShareTwee【】【tSha\/resendM】oreHideShareSendSh【areShareShareSendSha\reShareMore aboutEnvironmental pro】tectionFaun/a and FloraAustria / Brow/s\e today's\ tagsAnimal conserva【tion "a gove】rnment priority" says U】nited Arab EmiratesWhat if】\ 】/】we use】d the sea to diver\s/\if//y the stock of a/vailable biofuels?Resear\chers in Aarhus, De\nm【a\rk, are developing a fin【ancially via】ble process that does 】just that/.An ordina\ry ca】r is used to test the seaw【\eed fu【e\l, whi【ch scientists ca//ll a 3rd generation biofuel, and is a sustainable alternative to f/oss\il fuel】s.The tank is filled w】ith 10% seaweed fuel,】 the rest with petrol】 and its performance is compared with gas station fuels."The/ e【missions we 【meas【ure are CO, C【O2, and NOX. And \addi】tionally, we are measuring th/e pa/rticula/te emissi】on】s from th】e car,"/ sa\ys Sten Frand\sen - mechanica/l【 e【ngineer and busin】e【ss【 manage】r at DT】\I."The emission te】sts we got fr】om/ the seaweed】 fuel is on exactly the 【s【ame level /\as wha\t w】e \get from the \r】eferen/ce fuel."Sea【weed biofuel 】does not e/mit less CO2,\/ but \unl/ike \petrol, it extracts CO2 from the a\tmosphere while \gro【wing.\The】 researchers plan t\o \increase 】the portion 】used in the engi】ne tank, convinced that w【e will switch 】to biofuels in 【the upcoming years."We see】 a lot of el\ectrical cars entering the m/】arket, b】ut is that a one fix-all solution for /the CO2/ em【ission【s?" asks\ Frandsen."\Because we have hea【vy-duty tran】/\sport, we have sh】i】ps/ we have aerop/lanes,/ still c】onsuming a large amount of fossil fuels. We \nee】d 】a subst】i/tute for tha】t, and maybe\,【 seaweed co【uld be\/ som/e of the【 soluti【【on【".Why /is seaweed sustainabl\e? 【First, be\caus【e it /grows 】everywhere. It only needs the su\n and the sea,// which covers 70% of ou\r planet】.Its cultivation does not /requir【e any arable 】la\nd, 】fertilizer or freshwater/,/ like othe】r\ biof\u【els made out of/ agricultural \r\esidues for exam\ple.But 】how can 【this new fu\el be produced on an industrial 】s/cale? /This is the ch\allenge of 】a European re】search【 pr】oject c/alled Mac/roF/uels.Scien\【tists at the laboratory【 in P/etten, Nether【lands, 】are /searching f【o】r the best way t\o convert/ seaweed sug\ars to f\ue【ls.In/ some specie/s, this can r/【epres【ent up 【to 60% of\ the plant.【In /the l/】ong term, th/ey woul/d no l\onger】 have to produce bot/tles, /b\ut tons of 】ethanol and butanol barrels.】 S】til\l follo】wing a rat\her basi【c process\:"First /w\/e t】ake s\eawe/ed. And t\hen we use wa/ter to get the suga/rs】 out with some enzymes or acids," says Jaap Van 【Hal, a 【chemist &am\p; i【n\【n\ovation manager at b】iorefin/ery, TNO and macrofuel p/roject scie【ntific coordinat】o】r."\A】nd then you \get a sugar solution, and j/ust like you\ pr【oduce wine or beer, you f\er】ment it to /Ethanol or But\anol, and you blend t/hat with normal ga\soline or d【iesel to pr\oduce E10 \and t/hen you 【drive y/our car \on i】t."More biofuel/ production means more /se/aweed biomass. Th/anks to economies of scale an/d mechaniz/at/ion, res/e\archers\ h/ope to cut the fue\l produc【tio/n costs by 100 per cen】t.T【oget【her with comm【ercializi】ng oth/er】 seaweed 【products【, this could make fuels economically\ feasible in the future."When we started】 the p【roject a couple o\f year/s /ago【/, we were working】 with square meters. Today we are do【in\g hectares, 【and in t【he \near future, we will go in the squar/e kilometre range," says Bert Groenendaal【/, a chemist & R&a/mp;/D project coo/rdinator at】 \】SIOEN.T】o/day】, th\e pr】ice 】of a l\itre【 of seaweed-based biofue\l \is /way to\o high, probably a】 /hundred times more expensi】ve than traditi/o】nal fuels. But when the scale will go up, the p】rice will \g】o down, and we【 will\ get into a ran\ge where we will/ be comp\etitive with tr\aditional /fuels."Based】 on the exa\mple of the w】i【nd secto【r, scientists estimate】 t【hat it will take around 25 \years for the technology to be p\r】ofitable on 【a very large scale.1212Ad【dition\al\ so】urces\ •【 Edi/tor,\ Christele Ben Al\iShare this articleCopy/pas】te\ the /article video embed link below:CopyShareTweetSharese【ndShareTweetSharesendMo】reH\ideShar\eSe/ndShareShareShareSendShareS【h【areYou might also lik】\e \】 Could jellyfis】\【h be the a【nswer to fighting o/cean pol/l\ution? 【 】】 / / / / / Liquid windows and the energy-ef】ficient bu【ildin【gs of tomorrow \ More ab\outCarsFuelResearchEcologyEn【vironm\ental protecti/on/ \ Most viewed 【 What influence on climate is\ t\he corona】virus 】lock/down /really havi】n/g【? 】 / / 】 / The new AI system safeguarding 】pr\ema/ture babies \from infe【ction / \ Messen【ge/r RNA: the /molec\ule 【that\ may teach our 】bodie/s to beat cancer 【 / 【 \ 】 \ 】 Apple and Google【 say they&#;ll work togethe】r【 to trace spread of】 coronavirus via /sm】artph】o【nes【 / How EU funding is cha/n【ging the/ f【a【\】ce of Latvi/an innovation 】 / 【 】 Browse】\ to\da【y'】;s tags

Bio/economy matter/\sIn this episod【/e, F【u/t/uris vis】its a /bioproduct mill i】n 】Finland where scientists, manage】rs, and inv\estors trying to p/roduce sustainable produ/cts using les/s \water and 】less energy.In the last】 f】e【w 【years, the European Un\ion has invested almos\t 4 billion eu】ros in re】search /a\imed at developing】 the】 economy in su/stai【nabl】e wa/ys.The B\ioecono【my sector a/lready employs 18 mil/lion p/e/ople with an\ annual turnover of around 2 trillion euros.Tha\t's】 /a hug/e/【/ economic pot/en】tial for\ agricul\ture, forestry, fisheries, food\, and bio-energy, that rely on a myriad of bio-base\d p【roducts cu/rren/tl\y being de/v\elop】【ed and hitting the markets around the whole continent.The \pot/ential of //pulpThe &A\uml;änek/osk】i bioprodu\c/t mil】l i】n Finland】 believes that【 it is /possible to【 transform】 up to 6.5 million cubi\c meters of pulpwood\, eve【ry yea\r, without using【 a sing/le drop\ 【of /fossil fuels.240 trucks and 70 full/y【 loaded train-w【ago\ns】 feed the mill every day with birch, spru\ce, and pine./Th\/e wo\od i【s 【used to prod【uce 【pulp, which has an annual\ p/】r】\oduct/ion\ of around 1.3 million tons.And yet, no fossil 【f】uels are \used /in t\he /whol】e pro\ces【s. 】Its managers say the mil/l i\s /completely self-suffi】cient."We are producing two and a half t/\imes more energy】 than we /are using ou\/r】s/el\ves," says Camilla Wikstr/【öm//, the 】senior/ \vi【ce-president\ /o【f Metsä\ Fibre."We /have sludge, an\d from\ the sludge【\, we/ ar\e making biogas. And then 】we have the bark, f\/\rom which we/ a【re m】aking\ product-gas and also the bark is sold out for en/ergy use outside\ the mill."【\The whole system is based on 】the idea of trying to prod】uce sus【tain【able products using less wa】ter and 】/less en/ergy. And co/ming up with ideas of ho】w】】 to use pulpwo/od i】n products other than the \usual paper an\d cardboard:"We have the ongoing pr【oject of making te】xtil/es fr【om the pulp. And also /the p\oss\ibility to 】make composites to replace 】plastics," adds Ca/milla Wi/kström.In la【boratories at the m\il\l, th【e inner prope\rties of raw materials are closely monit【\ore】d. Researchers ar【e driving t/】he development\ of sustainable thr\ee-lay/er cardboards aim\ed at i/n】/novative packagi/\ng."We are/ d】eveloping our /hig】h】\-yie【ld p】ulp】s and we/ are optimizing th】e three-layer st\r【u】ctu\re and\ then we need to know t【he information of the surface layers and then the b/ulky midd/le layer," sa/ys Terhi Saar【i, C/hemist \& director of the techno【logy 【c】enter, Metsä Bo\ard. "And (the aim is) to \make enough stre\ngth and stiffne/ss for our products".The mill required an initial inve/stment\ of 1.2 bill】ion 【euros and 【managers hope tha\t innov/at/ive green products made o\ut】 of wood will 】hel】p【 pa/y o【ff that huge inves\tment."Most/ o【f the new p【roducts/ \developed over 】the last 50 years or so w【er\e based o【n oil, they are \petroch\emical product【s," says Iklas von/】/ Weymarn, CEO of M\etsä Spri/ng."But now the situation /in terms of the business envir/o/nment, including climate】/ chan/ge an/d so o\n, is chang/ing, and【 it opens up new possibiliti】es to produce these prod【ucts fr\om wood."\Bi【【odegradable bagsAnot/】her key step in reducing 】our dependency on fos\sil fuels is/ our/ capacity t/o produce mor【e and better biodegradabl/【e,【 co【mpostabl【e biopla\stics.Resear/chers 【in Novamont \in\ northern Italy are currently developing 】and te\sting】 experimental\/ technologies to create biop】la/st】ic【s 【\fr\om ingred【ients 】suc【h as corn starch【, cellulose and vegetable oi\ls as raw materials.The /manufacturing ch\a\in \is comple\x and includes \mechanical processes 【like extrusion 【and b】lowi【ng, wh】ich trans\forms th/e natural materials\ into biopla】stic 】fi//lms,【 that can late【r be used/ to produce】 /\b】iogradable shop【【ping bag【s a/nd other biod】egrada【ble and com【postable products su【ch a\s 【plat【es, gla【sses and cutlery:The process of composti【n\/g\ or biodegrading】 these plastics into something more element】al, 】like organic carbon,\ or simply 】compo】st, takes \a long ti\me and the right c/ondi\tions.\Ale【s\【sandro【 D】&a】cute;elic【io【, an industrial chem【ist a【t No【【vamont sa/ys i/t's an u】ndergro】und process: "molecules of these 【b/ioplastics become, little by little, simpler, thanks to the a/ct\ion of microorgan\isms."T【he need for mech/anical tests is】】【 als/o importa】nt as bio】plast\ic 】must off/e/r 】th【e same str//ength \a】nd re【si】lience as ord\inary pet/ro/ch【emical plastics./ But ther\e is e\ven m】\ore to it:"Bey】ond /these m【echanical t/ests, w\e can al\/so ma】ke here qualitat/ive tests," says A】le【ssandro D´e【licio.【"We】 can/, for i\nst【ance\, measure the friction rate, or all p【roper\tie\s linked t/o the permeab【ility of the biomateria/ls,【 or /i【ts optical /properties"】These/ tests are part of】 a \Europe/a【n research projec【t ai/med at rethink【ing】 the whole plastic v】alue chai\/n, in an effort to create new business model/s and to better pr/otect the en】vironment./Researc】hers meet regu/larly to\ brainstorm new /innovation/s and 【eco-de/signs using bioplastics."We don´t simply want to c\hange one】 product for ano/ther," s/ays Luigi Ca\pizz\i, head】 】of research & developmen【t at Nov/amont."This is【 not our aim. We【 want to/ develop a syst\em that can mak【e /better use of the reso【urces of the planet; cons/uming【 less of thes/e re/sources, and redistributin/】【g them in a fairer, more】 efficien【t way."Educating the consumerEurop【e pr/oduces\ ar\ound 25 m】i【llion t//ons/ of pl】astic\ waste eve【ry year. On】ly a third is re】cycled, 【the rest/ is either in】carcerated or ends up in landfills,【 s\o u/rgent so//lutions are /\】\indeed nee】ded.Action on plastics was identifie/d by the European Commission in January 2018 as a priority /in the C【ircular Economy Action Plan, to help/ Europe】an/ businesses /and consumer\s to 【use r\【esou\rces i【【n a more sust/aina【ble way\.Sap/onia/, a/ leading de\terg\ent and personal hygiene pro【ducts ma\nu/fact】ure/r in Croatia is already【 us】【ing /b/iopla【stics\】 on the interior of their deterg\en/t pa\ckaging/."We \star/ted usi【ng a certai【n ty\pe of 【bioplas【\tic produ/ct【 /】/and then simply teac】\/h our consumers tha】t/ its\ better for them an\d for the en\viro【nment," says Andrea Bozi】】\c, h\ead of education】 and information center at【 Saponi/a."So ov【e\r【 time//, we noticed【 】that they a\ccepted these types of plas\tics and product pa【ck/ag】ing, so we will simply broad\en it \to our ot【her pro\du/cts."Resea/rchers hope their work will add /to a European 】tar\get of s】ome 10/ mill/ion to\ns of recyc/【led plastic】s being\ t【【】ransformed i\nto n/ew products by 2025.A【lo/ng with research and innovation, sc\ientists/ sa\y, education will play a c】ru/】cial ro/le in me\eting tha/t objective."There are cou】n】tries\】 in Northern Europe whose plastic waste management system i\s ve\ry well im】plemented an【d deve】loped】," says Montserrat Lan/ero, an indus【trial engineer an【//d CIR】/C-PA】CK project manager."Bu\t in other countri【es, th/is management of p】lastic wa【st【e does not ev【en exis【t. A/nd【 many】 cit/izen/s don't know what the implications of this bad manageme】nt are when it 【comes】 to \】how plastics end up in t/\【he o\ceans or ent】\er o】ur f\ood chain【.""So one of ou】r main challenges i【s to understand what are th】e needs\ of each Euro\pean cou\ntr/y to be a\ble to find /as】 many ada】pte\d solutions as we \can".To und】erstand thos【e needs, researc【hers hav】e turned t】o the concept o【f "citizen scien/【ce", /inv【olving consumers associations, to understand what the social and market expe【ctations are when i/t /comes to \reinforcing th】e ci】r】cular economy in the plas】tic sector."We need to e】m/power the citizen. Beca】use often t/hey /don'】t realize t\h】at their shopping【\ decis/i/o】\n is very important /in 】movin/g the market toward】s more \sustainabl】e trend【s," says Bel&eac\/ute;n Ramos, project officer for the envi】ro/\nment【 a】/t the Spani\sh Organi\sation of Consumers and Users Consu【mers - O【CU."B/ut we\ also need to em【po/wer th】e market so it can give\ a】 wider array of c\hoices to the consumer."On【e European research pr】ojec/t studyi【ng /t【h】e possibilities/ of\ crea/ting new b【ioproducts /which we\re previou【sly mad/\e with \chemic/als or oil-based /prod/ucts is the Exil】va biorefinery in N【orway./Scientists there ar【e【 tr】ying to transfor【m trees into products for at s【ectors as diverse as the automotive industry, the adh\esive ind\us【try,/ and even cosmetics.Every year 1 millio】n cubic】 meters of Norw【egia\n spruce \are trans】formed into cel/lulose, l【ignin, bioeth【anols and ce【llulo/se【 fibers.T\hese cellulose fibers/ can be turned/ into 【bioproducts through a proc【ess known a/s 【"fibrillat/ion"."The properties that som\e of the custom】/ers are looking f】or are th\e controlled vis/cosity it off/ers, so for instance /whe【n you are paintin【\g, yo】u avoid drippi/ng 【or sagging of the\ pain\t when you are applying it to t/he wal】l," says Jarle Wikeby, a ch/emical e\ngineer at【 Ex/il\va."Or you can c【ontrol the har/de】\ning 【process within adhesives. And y\ou can also have a g【ood effe】ct by adding the/ product i【nt/o c\osmetics, or \antiwrinkle/ creams】 for instanc/e."Laborato\ry research \helps improve th【e properties of th】e product and en\hance its array of industrial applications.Sc/ientists at Borregaar\d /biorefinery wo\rk to develop hi】gh efficiency and/ robust 】products for harsh environments."We are looking at particle size or specific aggregate sizes,\" 】say【s\ K\ristin 【Weel Su\ndby\, a chemist 】at Borregaard."As yo/】u \might kno\w, we also have\ two different qual/ities, one is more fibri/llated that the other. \And we 】are also starting to】 look at more film properties. With the product, you can ma【ke films/ tha/t have very goo/d\ barrier propertie【/s, oxygen barrier\s, that give strength to the /products."The pro【duct i\s one o\f】 the 700 bas】】ed on n/atural ra/w materials】 /being develope【d the\re, which【 managers 】s/ay is a trend that should grow/ in the c\omi【ng\ years:"Our product is typic\/ally a little help【er. /So you\ on】ly need a \litt\le【 new formulation to change completely a product f\rom oil-based to water-based," says Pal Rombe】rg,/ vice-pre【sident】 of B】orregaard."So 【i/t is not really a cost issue here. 】Consumer a\wareness a\nd general public aw】areness crea\te a drive】 fo\r more sustainability and /greener product\s. And this r\e】ally motiv/ates companies 】out there【 to go d【own【 tha\】t 】road a【nd really/ sp【end on resources fo【r devel】oping new,【 better products".Th】ese better products,【 rese【archers sa】y,/ should keep【 s\tea】dil\y coming to\ the ma】rkets, as t】he \European Uni/on is planning to invest a】nother 10 billion eu】r【os in\ Bioeconomy research by 】2027.12 】 【 FUTURIS \LONG 1\ / 】】 \ 12 / \ \ 】 / / FU/【【TURIS LONG 1 / 】 \ 【 12 】 / \ /FUTURIS LONG 1 】 【 【 【 \】 \ 12 】 /】 【 / FUTURIS \L\ONG \ 【 【 12 【 / FUTURIS LON【G 1\ \ / 】 / / 【 \ 】 Share th/is ar】ticleCopy/pas\te the article video embed link\ bel\ow:CopyShar/eT/weetShare\se\ndShareTwee】tSharesendMoreH【ideShareS/endShareShareShareSendShar/eS\hareY】ou might also li】ke 【 / 】 Sar\dinian thistles play /key 】rol/e in bioplastics 】 【 【 / / Could bio-plastic 】\/be the answer to bot【tl\】e wo\es? 】 \ 【 【 More a【boutSust\ainable devel/opment【RecyclingEnvironm】ental】 protection 】 M/\ost viewed / / 【\ \ \ W【ha】】t influence on climate is the cor【onavirus lockdown really having? 【 /\ The ne\w AI【 system sa\feguar\ding\ prem\ature b\abies f/rom infecti】on / \ / \ Messenger RNA: th\e mol/ecule /th\at may tea\ch o\ur bod\ie【s to beat cancer/ \ 【 /\ / \ / 】 \Apple and Goo【gle sa/y t\he\y&\#039;ll w】ork together\ to tr\ace spread o\f coronavirus via smartphones 】 \ 】 【 How EU funding is changing】【 the face of Latvian innovation 】 【 \ // Brows【e today's tags

Capturing CO2: How to r\educe carbon dioxide emissions from the ceme【nt in】dustr/yAgriculture i【s facing a/ hi【storical challenge. In the next 3】0【 【ye【ars, food /demand will【 increa】se\ by 70 %.Facing this, it /will be necessary to i【ncrease an【d/ improv【e /production, /but al\/so】【 to lim】】it its impact on the env/ironment.Research/ers at Bio Sense institute, in Novi Sad, Serbia ar\e connecting sta【te-of-the-art technologies to crops to /cha【nge the productive model.Their mantra: "we c/annot feed\ today's world wit】h yes【ter//day 【agriculture".\And that is al/so】 the driving force behind t/he An【tares European project, which has developed a centre for ad/vanced technologies a【nd sustainable agric】ulture in this Se】rbian city located alongside the Danube.The【 Research/ Institute fo【r/ Information Technologies in】 Biosystems/ is part 】o【\f a Euro\pean funded programme to wide\n the participati/o】n of\ memb【er states and/ associated countr/i/【es who are lag【ging behind/ in /terms of res】earch and innovation.The Digit\al FarmAgriculture of the 【futu【re wil/l use 】advanced】 technologies, such as s/e【nsors, robots, drones, big data and sa】t\ellit】e/ ima/g/er/y."With a growing popul【a】tion, we need \to produce in t】【he/ next 40 years as much fo【od as we did in the pa】st 1/0000 years to\ do /that\," explai/ns Antar【es project coord】in/ator/ and electro\nics engi【ne】er, Vesna Bengin."We n【e\ed 【sensors a\nd senso】rs and some more sensors and some artific】ial intelligence on top of t【hat....to make our culture m【ore efficie\nt."Micro and nanoel】ectroni】cs de【\v/ices ena/ble farmers to c【heck th】e general s\ituation of the crops an】d sp/ot 【potential diseases at/ very early stages."Soil sensors will give 【you \the in\formation w/hen\ to irriga/t/\e and th/en not so you can diminish t\he amount of water tha\t】 is used for the ir】rigation \pro【cess," says 】Goran Kitić,/ the head of the nano-mic【ro-elec\tr】onics/ laboratory at the Biosense institute./"B】\ut/\ also we\'【re developing som\e sort of s【olutions that tell you how much of the food【 for /the plant is i/n the so\il h\ow muc【h nitrogen is in/ disarray."Several 'Digital Farm' pilot projects have alread/y been la】/\un/ched in Serbia."Digital【 agri【culture 】is t/he agric/ulture based on heavy u/s/e of d\ata\ so tha【t we are trying to 】colle/ct d】a】ta【/【 in opp【ortunis】tical【ly 【fr/om【 sensors,/ from 】the soil, fr\om plants, animals, sate/llites, drones you name it, in/ any p/ossible w】ay," e\xplain】s "d【irector of the Bi】o Se【n【se Instit【u/te,】 Vladimir Crnojević."And then 【to】 u】se the l/a/test 】closure like artificial intelligence, bi】g\【 data concept to find \s/om\e h】idden kn/o【wledge that is not】 obvious."The 】Agrosen【se platf【ormThe virtual】 【counter\part of the Digital 】Fa/rm \is the Agrosense platform.This comprehens】iv/e/ database a【llows farmers to 【plan\ the/ir\ activit【i/es and bett/er m【onit\or crop conditions, d\ue to figu/res comin】g from different sources, such as robots,\ 】optical se/nso\rs, algo\rit【hms, meteorolog】ical st/a】tions an】d satellite data.\"T【h/e system we currently use can iden\ti\fy proble/ms o/n \】a l【eaf, a fruit o【r a vegetable, so we can react \earlier\ th\an \when we might detect it. When w】e【 realiz/e【 it,【 the p【lant is already si】ck, whi】le\ \the camera and t】he\ sensors can de【tect the 【beginning of the disea】se\, " says fa\rmer/,【 Djordje Dju\kic.Satel】lit】e images coming from Copernicus\ European Earth Observatio/n Progr\amme, along with drone thermal vie/ws and smartphone's photos pr【ovide f\ur【t】her in-dep】th inf【ormation about the biol】ogical paramete【rs\ of the /crop and\ t】he f\ield.F】armers c【an al\】so exchange data, send】 pictures,】 rec//eive information o【n how much fertili/zer to use to dispense o】r how to 】optimize irrigation, via sm【ar【tphone apps.Real-time anal【ysis of the \g】【/round properties can be deli\/\vered direct【\ly【 on-/s】ite \by a/ robot /mov】ing n 】a\utonomously through the field and sam】pling the soil.This allows designers to t/a\ilor-make/ the land ma\nagement sys\tem, even on small p\articl/es of the f】ield."This will【 give you the 】results in 1【0 minutes 】an/】d 】you will instantly /know what】'/s the /si】tua/tio】n li\ke, you \w】ill hav【e// a map and\ th/is /wil】l help the 】】farmer to【 be more efficient," sa】ys Goran/ Kitić, the head of nanomicroelectron/ics lab】or】atory at th\e Bios/ense ins/titu/te.The【 resurgenc\e of woodThe c\onst\ruct\ion sector worldwide is res】ponsibl【e for one\-third of al】l the CO2 emission【s and 40% of\ all the/ 】】wastes.Bu\【t sci【entists】 \be/lieve that wood can /ha\ve great】 potential as a carbon sink and offset o/f CO2 emissions. Woo【d has been o】ne of】 the mos\t /exploit\ed b【uilding ma\te\rials throughout history. Mode/rn time】s has s【ee】\n/ 】the 】dominatio\n of ste】el and concrete\, but wood 【is【 once 】again on \the rise.In【 \】Slovenia, the InnoRene【w【 CoE project, a/ r/esearch centre \】/of excell【ence has been crea\t/ed【 to/ deve【lop new b/uilding mat】erials based o【n wo】od and recyc\l/able na\tural prod】u/ct/s."T/imber constru】ctions, /as well 【as the search for new materials \based on natural products】, are ab/out to become more common."By combining c\hemi【str【y/ and com/puter science, material science, we can cr/e】at】e mat【erial that\ can be used in the building where the /people are f/eeling the p【\ositive impacts on the【ir percept】io\n tow【ards the livi/ng\ environment," sa【ys Andreja Kutnar, InnoR【enew CoE project /coordi】nato/r and /p】rofesso/r 】of wood science and tech【nology a】t t\he University of Primors】ka, Koper."/】it's \very sustainabl】e .\..because \when w】e cut/ the【 t\ree 【at the same tim】【e w/e pla\nt another one"Wood /】m\】odification/】 process【es also al】low desired proper】ties to be produ//ced by m\eans \of \【chemical, 】\biologica\l or phy【sica【l agents. And this can co】ntribute t/o re/ducing the envi】ro\nmental footprint and /economic cost【 o】f wood 【maintenance."Wood is basically the champi】on of all the r\enewab】le ma【terial. \】It's not only it's carbon neutral it's actually carbon negative. 【So basically when /you make a wooden house not only you【 d/idn't \r/ea\lly emit any CO2 we were actually s】toring】 it /in the【 construction /itself," says Iztok &Scaro/n;u&/scaron;ter&s/caro】n;i【69; , a research group le\ader at/ the Innorenew Cen\tre of 【Excellence (CoE).Architect/s】 are【 \also lookin\g with interes】t at【 wood【【 【as a we】ll-being solution. A topic of our interest is i\ts con/nection to t【he\ well-bein\g of p】eople. "How 【【buildin/gs can reduce stress. How it can improve health," says Eva \Prelov【&scar【on\;ek Ni\/em\el】ä, a\n【 a】rchitect at Innorenew CoE.Scientific evidence h\as\ confirmed the positiv/e /imp【act of wood in w/orkin】g and li【ving spaces.Michael Burnard,\ the de\puty di\rector of the Innorenew Centre of Ex\cellen】ce say【s "people tend to find t/\he material mo/re pleasant to th】e tou/c【h and nic】er to work】 with."Researchers at the U\niversity of Primorska】 】hav/e also【 \bee【n studying\ prope/rtie】s hidden in natural sustainable ma】terials, as for example\, Cann】abis sativa.Its】【 fibre\s are unde/【rgoing】 a r\enaissance withi【n the construc\tion sec/tor, because of t【h\eir /m/echanical properties"What is in】\teresting is th】e 】m/】echanical performance of i/ts fibres, whic\h\ are almost s\】imilar to】 glass fi\bres】," expla\ins 】Laetitia M】ar】rot, /a researcher, at the I\nno【renew CoE."The he/mp plant is/ also used as an i\nsulation】 material, allowing the house to breathe. The plant will /naturally absorb /m/oisture whe】n there is too much 】or it will re/lease it when t\here is not enough in the air."Pairing the construction s【ector with su/staina\b/l【e/ forestry management cou\ld gener/ate a whole slew of a【ddition/al 【economic, social,】 and environmental b\enefits.1212121/2121212/12J】ournalist n【ame • K】】at/y\ DartfordShare this article】Copy/p\as/te the art】icle video 】embed /link below/:CopySh/areTweetSha/res【endShareTweetSharesendMoreHideShareSendShareS\hare/Shar【eSendShare】S/hareYou might also like 【【 \ \ Italian/ sc/ientists believe jell【yfish will soon be a brand new \del\ic\acy in Eur/ope 【 / / 【 【 】 】 /\ Latest cutting-edge tech\nolo/gy showcased at J】apan【 trade show 【 【 】 【 \ 【 Cementing the future: the EU's【 ECO\B\/INDER pr\oject 】takes a /hard【 look at concre【te 【 / / / / Mo】re aboutEnvironme【ntal prote【ctio/nNew technologiesResearchAgri/cul\tureArchitecture 】 【 M】ost viewed 【/ 【\ 】 】 】 】 Wha/t influence on climate i//s the coronavirus loc/kdown really having? \/ \ 【 The new AI system\ safeguarding pr\ema\tur\e babies fr\om infect】ion \ / 】 【 Messeng/er/ RNA: the molecule that may teac【【\h our b/\odies to beat cancer \ Appl/e【 and Goog【le say the】y'll work together to trace spr【ead of coronav\irus via smartpho】nes / 【 \ \ 】 】/ How EU funding is】\ chang【ing the face 】【\of Lat】vi\an innovation 【 / / Browse today's tags,见下图

The cement industry is r\esponsible for between 6 to 8 per \cent of global carbon【【 di【oxid\e emissions.Re\searchers looking 】into how to impro【ve the situation h【ave designe】d 】and built【【\】 an experime】】nt//al plant at a cement fact【ory in Belgi\um to try to \find soluti【ons.The factory, whi【ch covers around 70 hectare【s and employs 】around 1 workers, produces an estimated 1.4 million tonnes of 1/】 /di【fferent varieties of cemen/t from a common r】aw material: /limestone.But【 this 】comes wit/h an en】vironmental cost:/"I/f 【we produce one tonne of cement, we generate 0.6\ tonnes of carbon dioxide/. \This carbon 【dioxide main【ly c\omes from】 our raw m】ater【ial】s," s/ays Ja\n 】Theulen, direct/】or of】 al】ternative resource】s at \Heidelberg 】cement.Therefo/re, we need\ to de/velop】 te\chnologies to capture this c\arbon dioxide so that it is not e【mitted to the env/\ir【onment."The factory \has teamed up 【】with rese【archers from the Europea/【n research project, Leilac (\Low Emissions Intensity Lim】e And Cement)】 to search【 for such 】technolog/\ie\s.The outcome is a 6【0-meter/ high plant wit】h a pi【lot reactor th】at&\acute;'s alre\ady able to a/bsor【\【b 5 per c】ent of t】he f\actory&\acu】】te【;s total carbon dioxide emissi】ons\."【Ther\e is a big metal tube/ that´s heat\ed on t/he\ outside 【at /around【 a 1,000 deg】rees.\ The raw material is dropped in the top an\d it falls slowly d/own/. As this mate】rial】 gets heated,】/ it r/ele/ases its carbon d/ioxide. A\n【d th】is pure carbon dioxide c【an sim/ply be captured a【t the to/p," e】xpla\】in】s Leilac project coordin】ator, Daniel Rennie.Researche/rs say the tech】nology \requires 【minimal /chan【ges i【n the factory】&acut\e;s \con/ventional chain of 】cement production, \enabling the capture 】of ca\rbon dioxid【e with/o\ut additional chemicals.Bu/t there are stil】/l differ/ent【 challenges】 th\at need to be addressed."The materi】al /has to be【 able to flow 】do\wn the re】actor. It f】lows down the\ rea/ctor/, b】ut】/ then at the bottom, it n\eeds/ to be co/nveyed \i/n】to the o【th】er units /on sit\e," sa】y/s T/homas Hills, a process engineer, at Calix."T/he 】other/\ impo/rtant technical/ par/amet】ers are ensur\i【ng tha【t we get enough heat into】 the reacto【r and that we put this h【eat in t【h/e right places."The a/i】\m is to be ab】le 】to absorb as mu\ch carb】on 【diox\ide as possible in the safest, m/ost【/ en【erg】y-efficient way.Researc\hers n】eed to constantly assess the safety and efficiency of the whole/【 proce/ss \bo\th】 【\i【\n a co/ntroll/ed laboratory environment and in the\ reactor its\elf\."We take the powder 【befor】e it /go/\es in and measure t/he amount o【f c\arbon dioxide t【hat goes in】 it,"】 】says Hills."Then we measure after pass\ing throu/gh the 【reactor, and we measure【 【that amount of \c/arbon dioxi【de in the powder. And the di/】【ffer】ence is t//he amount \that we cap【tur【e."Researchers\ are now working 】to scale up the tec【hnology 】to captu\re 95 p】er】 cent of the fact/ory´s global carbon dioxide emissio】ns with a view to dev】elopi\ng other circular【 economy 】business models."Be/caus/e we 】are expecting very pure carbon dioxi\de to 】【be cap【tu/red, with】 some purification steps it can /【be/ used for the foo\d industry, it// can \be used for /growing/ plants, it【 can be used for helping /make n】ew fuels, /it can even 【be used in/ m【aterials to help build new prod【ucts【, " says Daniel】 Rennie.\Researchers be【liev\e the t\echn/olog/y can contr\i【bute to reaching the target of 80% re\duction in 【car\bon dioxide emissions i/n Eu】rope by 2050.Journalist name • Ka\ty Dar【t/for/dShare this 】articleCopy/paste the articl】e video embed link below】:Co【pyShareTweetShar【/esendSh【areTwe】etSharesendMoreHideShareSendSh【】are】ShareSh\a】r\eSendShareShar【eY】o】u might also like \ 【 / 】 \ How to increase bio/div/ersity acros】s cities / \ \ \ 】 \ 】 N【e【【w windturbines for green e【ne【rg【/y, che】ape【r a】nd \quicker to build 】 More a】boutIndustry】New technologiesE\n/vir【onmental protec/tion 】 \ Most viewe/d / W\/hat i\nfluence on \climate is the coronavirus lockdown really ha\ving【【?【 【 【 \ Th【\e ne【w AI system safeguarding prema【ture bab/ies from infect【ion / 】 】 /】 【 Messenger RNA: \the molecul【e \that /may teach 】o】ur bodies to beat \cancer / 【 / \ 【Apple an】d Google say t】hey'll work together to trace s【pre【ad /of coron\avi/rus via smartphones 【\ 】 【】 How EU funding is changing the f/ace of Latvia【n innovat/ion 【【 \ Browse today/'s 】ta/gsText si】zeA】【aAaCan a univ\ersity&r【squo;s campus building promote【】\ sustainabi】lity and care \for the environment while also bei【n】g an architect\ur】al】】 marvel? /Budapest/’s Central Eur】opean U\ni\versity (\】C\E【U)【 proves that the l/ec/ture hall\s in which we /study ref】lect ou/r【 acknowledgement of the【 seriousness of climate change, p【/ut \us on a path towards alle\viating carb/on emissions and wast【e, and enrich 】our concept of aesthetic bea【\u】ty.I【/n July, 2015 CEU【 became【 the second highe【r educatio\n insti【tution in contin【enta/l Eur【ope, and the first \in Central and Easter】n Europe, to receive the BRE【EAM 【(Bu【ilding 】Research Establ【ish】ment Environmental As【sessme\nt Method) certificatio【n, th/e world's le】ading design a/nd /a】ssessment method for sustainable buil\di\ng】s.Two 】of【 \the【 campus&//rsquo; buildings – the Nador 15 a】n】d\ the Nador 13 &n\dash; have been BREEA/M certified. 】In\ 20//1【7, th】ese bui/ldings won the CEU \/the Env】ironmental S【ocial an\d Sust\ainability 【A\ward, part of the CIJ Awar/ds Hun【gary competition spons】ored 【by CIJ, Europe’s 】l\//ea【ding【 Real Estate digital and pri/nt news provi【d】er.The n【】ew and 】imp】roved/ bu【il\dings boast features s】/uch as micro-shading, high f/requency lighti】\ng a//nd n/atural li\ght, cover】ed /courty/ards, preserved b\rick work /a/s cons\truction mater\ial, bio\diversity an/d open\ air spaces on camp】us and motion, air quality and temperatu\re data collection with build\ing management software, among o【the/rs.Insi\de the N15 buildi\ngCEU/Daniel VegelCEU's ro\oftop gardenC/EU/Da】niel VegelWe】 too【k a tour】 o/f t】he stunning N13 and 【N15 bu\ildings with Tamara Steger (Associ】ate Pr】ofessor in CEU’s】 Environmental Sciences】】 Department\【 and the Chair of 】the /Su【sta】inability Committee a】t \the time)\ and Loga【n Strencho】】ck (CEU’s/ MSc En】viron\mental Scie【nces【, /Poli【cy and Management a/】lumnus 【and cu【rrent Enviro】nmental and Su//stainability Officer), both of whom were inv【olved in t\he project from \day one.Why B\REEAM?/Logan: “We could have【【 chosen from a few 】different susta/inabilit】】y【 stan】d】a【rds such as LEE\D, the/ Danish b】uildi】ng codes or t【he /German Energ\y Conservation Regulation】s but we】/ dec/i】d】【ed to 】pur【\sue BREEA【M b/ecause we】 a/re in a】n u】rban campus 【[CEU’s campus is【 in the heart 】of historic Pest】] and we have a mix of old\ and new buildings, so 【that was the mos【t suitable for us.&rdq】uo; View this\ po/st on Instagram/Dear n\ew CEU /Class, welcome to 【#【Budapest! Thi/s what th】e #walktoschool will lo\ok like f/or many of you. Hope you'll enjoy your time with us! #WelcometoCEUA p】ost \shar/ed b/y Cent【ra/l European Univer【si/ty 】(@ceuhungary) on Se】p 3, 2018 at 4:21am PDTCEU in\ historic PestTamara: &l\dquo;While there was in】terest in support【ing green building fea\tu】res\, BR【EEAM certi【fication\ 】was/ not a given at first. C/EU considered th\e eviden【ce and 【was convinced of the i】mportance 【and value of h/aving ce\rtific】ation/\ 】to reflect t】he rigor【\ i//n its commitment to sustainability /a】nd its prom\inent 】r】ole\/】 in academic excel】/【lence as well./ T\he\ certif/ication was also an importa】n\t ga】uge that co】uld assure the edu/cational, environmental and econ\】omi/\c benefi\ts based/ on specif/ic and reputable\ standar\ds 【and criteria. By \pursuing BREEAM, the\ administration】 saw the opp\ortunities to 【【save money, demons/【trate furthe】r /their/ commitment to sustainabilit】y, and eve】ntually take advantage of the important learn/ing opportunities manifested in\ th/】e building\s' des【ign a/nd operations】.&rdquo\;Th/e path to /BRE】EAMLogan: &ldquo/;In\ 2009, the university signed a 【susta/inable development p\olicy bu【t without the tools to do anything, i【t was mostl/y a nicely worded do\cum】ent. So when in 2012-2013, the univ/ersity decided to kick off a redevelopment project it was decided t【hat i】t wa【s in everyone&r\squ【】【o;s inte】rest to d\esi\gn an effic/ie/n】t building. In order 【/to achi/eve th\is, the university nee\ded a team /to work on th/i/s full/ time and so 【the S\ustainab】ility Officer position /was /created. The firs【【t item on 】my a【genda w/as to 【persuade the administra【tion t\o pursue/ BR【EEAM because i【t \【would show that】 we/’re t/aking step\s outside of ‘business as\ usu】al&r【squo; /and taking sus\tainability seriously】. We\ knew it would c【ome with a lot 【of extra costs and effort b【ut we】 w/a】n【ted to do it right.&\rdquo;Tama\ra:/ “In term/s of【 the environmental i【mpacts, the campus 【before was not【 as 】energy an【d water efficient; acc\ess to r//ecyc\ling b】ins 【and fil】tered water was limited; and the Ja【panese Garden was /not as ecologically friendly a】s the N15 rooftop. 】The redeve【l】o【/p【ment effort n】ot only drew on【 general e/nvironmental and economic con】cerns, b/ut d【emonstrated CEU's commitme】nt to sustain\abili\ty education/ as sig】nato\】ry to the Copernicus Charter and its Sustaina/ble Dev\elopment】 Po\licy.&\rdq\uo;CEU's rooftop \garde】nCE】\U/【Danie【l VegelLogan: “At t\h【e time, there were a few contrac/tors here in Budapest who were famil/iar with BRE and LEED because a few b【anks and private c\ompanies had \already b\een certif】ied in Hung】ary. But our pr】】o\ject was especiall【y【 complex b【【ecau\se we are in the heart o】f th【e 5th distr【ict【, in a historically significant build\ing and we ha//d to take/ d/own one /building entirely on【 a 【very small const】/r【uction foo】t\prin】t, all while keeping 【the university r【u】nning full 【time. \Ge】t\ting the BREEA\【M certification \takes a\ long time and requires a lot【 of \documenta】t】ion, which can get quite complicated be/cause the】 inspectio】n is \very【 rigorous a【】nd thorough &/n/dash; as】 it\ s【hould be, of c【】ourse. But/ we\ knew this whe【n we d【eci【ded to embark on th\is redev【elo【pment proj/ect.&r】dquo;The new, im\proved and BREEAM】/-certifi/ed CEU campusTamara: &】ldquo;The new\ BREEAM certified buildings reflec】t CEU's o】wn charac/ter as an i【nnovative, visi】onar/y place of learn【/ing and research wi】th concrete (l【ite【\rally and f/iguratively!) im\pact【. In addit/ion to th】e】 direct green benefits, the new campus buildi】ngs /also nurt【\ured the CEU community in 】a different way /in terms of learning and learning experiences, c【\ommunity inter】actions and teaching. The CEU community is incr】easingly aw【are/ of recycl】ing d\ue to th/e p/resence o\f recycling bins.Recognition and awards for the N13 【and N15 buildi\ngs, including/ thei【r environ/mental features, ha\ve been well publicize\d 】drawing attention to the beauty and /impor\tance of environmental 】sustainabilit】y. The bu/i【ldings reflect ou/】r acknowledgement of the seriousness o】f climate chan/g【e\ and pra【ct【i/cal steps in \the【 【/direction\ 【of alleviating c】arbon emi【ssion【s and waste.【”I\nside the N15 buildingCEU///Zolt/a\n Tub】aLogan: “W【as it \all w【orth it? 】Yes! BREEAM guided the b】uilding design and【\ the c】onstruction m\an\agement process to be comprehensive with concern for long-term functio【nality, sustainability a\nd the environm】ent.&rd\quo;Ta】mara: &l\d【quo;One/ of the \features of t【he new buildings/ that 【I really like ar【e 【the old b\ricks that were reuse\d from the previous buildi【ng. The library a\nd classro】om\s have facilitated new possibilit/ies for st/【udying/, learn【\in【g, networking and】 teaching\ such as priva】te meetin\g rooms 【in /the】 library and s】\mart b】\oard【s/ in the c【las\sr【ooms. /Since being loca/ted in N13, I run i【nto colleagues from different\ depart\ments much 【more fr/equen【tly a【nd enjoy the opportunities to catch up \on news, resea\rch oppo\rtunitie】s, et】c.【”CEU's re-used brickwor\kCEU/Zoltan Tuba】Logan:】 “\What is【 truly uni】que ab/out】 the new ca】mpus is the roof garden. I【 haven’t se【en an【y /othe\r central】ly【 【【locat/ed u\niversity building with s\uch 【a space. The way /that th\e N13 】buil\d\ing wa】s la】rg\ely preserved but reinvented/ is also an ac\/hie/vem】ent in and of itself. We\ re\used a lo\t of bri】ck-work【 from the buil\ding th/at was /t/aken down 】as opposed to 】【using fresh con/structi】on material, which 【】/has a significant en】vironment\al impact reductio【n. Arch【itecture-wise】, I find the lib/ra】ry 【【to be a real/ly n【ice space not /only for r\ead\ing【 and studying, but\ also 【f/o【r 【rela/xing \thanks t\o \the lay out and the nat\ural ligh【t that \manages to penetr\ate 【and t【he stunning city views you get from some of the li/【brary’s /windows.Wha】t I hope the redev\elopmen\/t project and th\e BREE/A】M cer【tification reall【y ac】hiev【e is teaching /】\people how to r\eally have an impact wit】h\ their research. You’re not done once the bu/ilding】 is/ built. We have an/ environme】ntal sciences department here at CEU which activ】el\y engages with environment【al so【cial\ mov\ements in Bud/ape【st, Hungary&\rsq/uo;s r】egions and the Centr/al Euro/pea\n region as a wh【ole【. I hope】 this new buil【dings further motivates th\e/ p\rofess//ors and\】 th】e\ student com\muni】ty t】o have【 a \real/ impac/t with 】their resear/ch.&r【dquo; View t【his post on InstagramSpri\/ng 】is here! Check o/ut \the Li\br】ary’s view/ onto /one of CE】U’s newly】-planted vertical gardens! It&rs/quo;s #takeoverTuesday with the #【C\EULi\/b\rary】.【 #sp/ottedatCEU #v\erticalgardening #springA pos/t shared by Central Eu】ropean Uni\versity (@ceuhun】gary) on Mar 21/, 2017 a\t 2:26a\m P/D【TCEU【\ Libr/aryAlthou【【gh at pre【\sent there is st【il【l some uncertainty 【r\eg/ar\ding CEU’s s【/tatus in Hungary due to long-running political\ tensions, \the university ret【ain\】s accreditation as a Hu】【ngarian university and will seek to c/ontinue teaching \and research activi\ty in Budapest as long as】 poss【i\ble.Share this article More/ from lifeThe 【import/ance of res】【toring mar\ine biodiversityT/ake a\】 l【ook 】at】【 the plastics o/f the f/utureHow smal/l scale fisher【ies sa】ved/ Danish f\ishing c\ommunities。星力游戏

How smal/l scale fisher【ies sa】ved/ Danish f\ishing c\ommunitiesHow Western wi/ll Sa】udi Arab【ia go t\o【 attr】act tourists?Text 【size/A【aAaYou can d/ocument i】t, just like \ten/s of】 thousands of citizens around t】he worl】d /joi/ned \【\】forc\es for thr】ee d】ays to do so.In 2016【 the Nat\/ural History Museum/ of Lo【s/ Angeles County and California\ Academy of Sci/ence/s started a competition between the tw\o\ citi】es. The g/oal was to in\volve citi\zens in documen\ting nature to hel】p them understa\n】d the urban bi\odiversity】 around them. T\he friendly rival【ry between Los An【geles and San Fran】】cisco enc/ouraged a lot of people to compete and use thei/r c【am【【era and smartphone to\ ma】ke wildlife /obse/rvations.The City Nature Challenge became nationa】l by/ 2017 and internati】onal by 2018. La/st year nearl】y 70 c【ities around the wor【\ld were 【taking part in the com\petiti【on. With 17,000 p】eople partic【ipatin/g, /m/o】re than 441,000】 ob\servations were 】made and 8,600 species were captured. Of these pictured【 spec】ies, 599 of them we/r\/e rare, endangered and th/reatened. Th【/is year】, /the【/ Ci【ty Nature \Challenge got 【more\ than 150 c【ities involved.Click on th】e video above to】 l/earn\/【 more about t/】his year【's chal】lenge and o\ne/【 of the\ cities with the highest contribu\tion.】S】ha/r【e this artic\le】 / M\ore from places【9;M/onster fa】tberg',\ bi【gger than the 【Tower of Pis】a, discov/【ered in D】evon /Why I quit my job at Vogue 】to li/ve in a tree for a yea/r。星力游戏










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