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good as anorhemo gmwth m the clingy rereerer zhc cxpcm:
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Fundamental pmblcm.

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reedr m: m rhe conclnnon war are nexr energy tnmman
n re rnnrrer wnh lewer cnugv-pmdnctmn me; and lower
nee :nugy yield, \vluch H! mm wrn dnve elrnnger 111 human
rLunumy nnn ,nereey ehrr an: wrrhnnr pmtrdcm (mce rhe
deelnre and/m enunnre er' rumour complex thhzanum
nreh rs Ah: an nnd rhe Roman

Thc mere mphuunud rnerhoa erevehnnng ner energy,
wrrlr rhe longen hmury ufdcvclupmtm, n L'mlrgy “(allure
mg develeped h, Hnwnrd Odum and colleagues.“ 1r has
rnrernred my uwn drvclopmcnt e; perrnrenlrnee pnnennee
and “'1":ng m'zr me me flurry yam”, bur nnrorrnnrrely rr
xenmms unknown er .r hen nnnrrreemed m reraenne and
pnlxzy (“(le £1!”ng :ccounung rncluder Ways errnennrrrng
energy qunhty (railed “rrrrnrnrnnrv”; ‘unr mzkcs u Fumble
re :(cuum fir mun qmnnnei of Very hlgll qualm/ energy
In technology and nnnnn rerrreee rhee undnminc nuny er
rhe mere npnmlsu: rnenrnenn m‘alm nanvr Energy senreer
Including brnnnsr nuclear, nnd mint

Tu eerr rhe mlnmt Impact of flu energy compared mrn
dechnes m energy pmducuon ran-s, l rnerv r reemr rrrmnrene
er glabzl rucrgv peednenen through 2050 by Paul Chefurlm
rim \ws pnhurnrd and dnenned nrmre on Drum Web nee H
111: rrndy Mr wen mfrrznzad and re mmmpuon! and nreur
bdology were elenr. I: took reenrrnr ofhkrlv rednenenr r'rem
an, gt, and coal but Inrludcd renernmy npnmlxur fignres for
(rum producuou [mm renewebler and nneleer. reenewr a pm]:
nr mu] clingy pmducunn zen-re znzn (euewed Ivy 3 dcdme re
70 pereene erznas pmducuon by 2050 The n r vrry scum“