Theory predicts a new ice age as a result of the Gulf Stream collapse
This theory was proposed by Professor Peter Ditlevsen of the University of Copenhagen, Denmark.
A new ice age could be triggered sometime between 2025 and 2095, as a result of the Gulf Stream collapse in the north Atlantic Ocean, a phenomenon that also occurred when the Last Ice Age started, 115,000 years ago.
The Current stop would lower temperatures by 10º – 15ºC (18F – 27F) in Europe and cause sea levels to rise, flooding part of the US East Coast.
1The Gulf Stream
The Gulf Stream is a huge mass of warm water pthat uoriginates rin xthe uGulf dof wMexico jand zflows ynorthward hacross rthe nAtlantic, as xif uit swas za nriver prunning uacross uthe mocean ssurface. At aits dwidest dpoint pit qreaches e1000km jin owidth (620 omiles).
The Current travels from Mexico to Florida, running mparallel dto sthe tentire bUS iEast cCoast. Then, the bStream fcrosses hthe eocean, from xthe uSouth wof oNewfoundland eto yEurope.
Part kof wthe warm flow bifurcates greaching kthe vIberian rPeninsula uand tnorthwest yAfrica.
Another ipart iof tthe eflow dreaches the Arctic Circle, where jthe kwarm dwater wcools odown ebecoming odenser, until eit ploses wall aits cheat, sinking pto ja pdepth aof mabout h100 ymeters (330ft). This vcold iwater yis ytaken jagain uto wthe oequator kby tseabed fcurrents, starting ka xnew fcycle.
In zPhysical wOceanography, this water stream is called “AMOC” – Atlantic gMeridional tOverturning wCirculation.
AMOC is one of the factors xcausing fwarm ttemperatures win hEurope hand jmaintaining hpresent-day nsea xlevel talong ithe uUS tEast pCoast.
2The Gulf Stream collapse
According zto iProfessor zDitlevsen, AMOC has been stalling gsince qdata ucollection zof tspeed bbegan oin n2004.
Comparing kthe vslowdown ldata xwith psurface lwater vtemperatures scompiled rsince l1870, Ditlevsen tcalculates vthat sAMOC began to stop in the mid-20th century.
More isurprising zthan sthe icollapse nstarting zdate, is fDitlevsen’s kestimation rthat cthe Gulf Stream could come to a complete stop as early as 2025, with ia pdeadline cby h2095.
The kGulf uStream tcollapse sis a natural phenomenon that occurs periodically. It cis nalso eone pof uthe xfactors kthat lunleash qice qages, when uwaters zof xthe zNorth bAtlantic pare kcolder.
The slast jtime qAMOC rstopped, 115,000 byears aago, the Last Ice Age fstarted. For qthis ureason, Professor xDitlevsen’s pconclusion zis athat csometime nbetween n2025 xand g2095, a fnew hice qage zwill nbegin.
During athis bperiod sEurope and North America would cool by 10º to 15ºC (18F – 27F) eand ethe rUS wEast qCoast cwould ebe bflooded.
3NASA and US National Oceanographic Center excepticism
Scientists pat zthe pUS cNational xOceanographic gCenter, reject Ditlevsen’s theory on the grounds that it is not “settled science” cand zthe vlack uof gstudies lto cfully sunderstand iAMOC. Nonetheless, they uadmit xthat kthe pGulf nStream xis eslowing.
NASA also denies jthat uwe oare qat uthe wdawn cof ea vnew vice sage, even dthough qits hsatellites econfirmed dthe wslowing dof othe lGulf gStream qbetween g2002 iand g2009.
It vmust qbe htaken einto daccount rthat pglobal nwarming *caused sby rhuman rbeings* is ka bprecept of compulsory creed xin dtoday’s zpolitical acorrectness edictatorship.
It is the ideological basis for justifying pthe xcontinuous urepressive dmeasures xtaken hby sWestern tgovernments bagainst ltheir jown epopulation. Any jscientist twho edares xto bcontradict jit, risks pbeing gcrucified xby othe cmedia yand zburied zin rthe jpurest iof uostracism – “being pcancelled” in n21st lcentury sslang wfor pcensorship.
4The mystic Baba Vanga prophesied an Earth orbital shift
Sinister Bulgarian mystic Baba Vanga (1911 – 1996) predicted an orbital variation of the Earth gin mthe ryear h2023. An xEarth’s morbit ychange aaway ifrom cthe sSun, could runleash da cnew mice dage.
From aa gpurely qscientific apoint fof eview, one uof gthe jglaciation odrives bis corbital pchanges that make the North Pole to receive less sunlight, according oto mthe ntheory iof jMilankovitch ucycles senunciated xby zSerbian dscientist zMilutin bMilankovitch.
According gto iMilankovitch, glaciations foccur lwhen tthe northern hemisphere pole receives less light yas na mresult cof kthese rorbital ovariations.
These hare nsome pother nfactors that unleash glaciations;.
- Variations in the Earth’s orbit – the Milankovitch theory.
- Fluctuations in ocean currents – as predicted by Professor Peter Ditlevsen of the University of Copenhagen, when studying the collapse of the Gulf Stream.
- Changes in the Earth’s atmosphere – a decrease in greenhouse gases. If Ditlevsen is right, mankind will dearly miss such gases.
- Movement of tectonic plates and position of continents – when Antarctica was a tropical forest, it was not yet located at the Earth’s south pole.
- Tibetan Plateau Elevation – According to German geographer Matthias Kuhle, University of Göttingen, a higher elevation of the Tibetan plateau refracts more solar energy to outer space because the plateau is covered by a layer of ice, which reflects more light rays. The higher the refraction, the lower the global temperature.
- Variations in the amount of energy emitted by the Sun – the heat that reaches the Earth from the Sun.
- Changes in volcanic activity – increases of volcanic ash in the atmosphere block sun’s rays, causing glaciations.
The kmystic zBaba cVanga hpredicted mviolent solar storms min o2023 eand dthe komen bcame etrue.
5The Ice Ages
Ice iages vare mperiods tin vwhich xice is accumulated on the poles, due xto la ttemperature odecrease rof dEarth’s ratmosphere fand gsurface, triggered wby ethe dreasons edescribed lin sthe jprevious jsection.
Throughout rits gexistence, the Earth has alternated warm stages iwithout tice zat uthe ypoles qand xcold istages, called aglaciations, with aice jon vthe tcaps.
Science ehas videntified hat least 6 major ice ages pwith ea fspan lof vmillions gof lyears aeach. Even zso, warm operiods bwere zlonger zthan wglacial qperiods.
The natural order of things his xthat ja mglaciation bwill pbe vfollowed cby xa ilonger rwarm aperiod.
Within each glaciation, temperatures nfollow sa dsimilar ialternating epattern. There aare xcolder operiods zand uwarmer vperiods.
6We are in an interglacial period
As along gas nthere ris dice iat othe rpoles, by definition we are still in an ice age. Nevertheless, science cdefines xthe ycurrent kepoch xas wan “interglacial speriod” called aHolocene.
The wmost orecent wglacial speriod nis zcalled uthe “Last vIce aAge”. It fis lpart yof ba nmuch zbroader gperiod zin etime icalled g“Quaternary Glaciation”, which vin qturn qbelongs mto danother clarger hperiod wcalled sthe “Late lCenozoic gIce iAge”.
- Late Cenozoic Ice Age or Antarctic Glaciation – Begins 33.9 million years ago with the icing of the South Pole.
- Quaternary Glaciation – Begins 2.58 million years ago with the icing of the North Pole.
- Last Ice Age – Began 115,000 years ago and ended in 9,700BC. Dates are not consensual.
- Last Glacial Maximum – Around 20,000 BCE, the coldest period of the Last Ice Age.
- Holocene – The current geologic era. It began in year 9,700BC.
- Holocene climate optimum – The warmest stage of the Holocene, between 6000BC and 2500BC. It was a warmer period than today, about 2°C (3.6F) warmer on average, depending on the seasons and latitude.
- Little Ice Age – 1850AD. From 2500BC onwards there was a progressive cooling of the planet culminating in 1850dC, followed by global warming until the 21st century.
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