I speak only with the certainty

KR   Group members a couple always present versions of untruth, without the
application of the mind; they do not even have a jihadi as an Indian would
like to be  patriotic as Quora west writers presented themselves as; or
sides in unparliamentary style, the minor negative ethics , any nations
possess; and even after I tell them; they are adamant so address them as
LKG  . Now read for yourself where a couple of days back I wrote about
African theory as wrong. @nd one would also show the predators existing
parallel to human as in first article, establishing our time calendar has
semblance of truth. Will they change? 22 3 23

1 *Madelaine Böhme, the paleontologist who challenged long-held tenets
about the cradle of humanity*

The German scientist’s research on the European hominid sparked controversy
by theorizing that the human race may not have originated in Africa

MAR 21, 2023 - 13:57 EDT <https://english.elpais.com/archive/2023-03-21/>

Madeleine Bohme.*LUIS GRAÑENA*

If Charles Darwin were alive, he’d be pulling his hair out over German
palaeontologist Madelaine Böhme’s controversial theories. Böhme is
challenging two centuries of scientific orthodoxy that identifies Africa as
the cradle of humanity. Instead, she points to Europe, a continent that
resembled the African savannah millions of years ago. Her story is
populated with hitherto unknown apes that could walk on two legs and a
fascinating Indiana Jones-style tale complete with Nazis and a hidden
treasure.
<https://english.elpais.com/culture/2023-03-18/gods-tombs-and-nazis-the-third-reichs-bad-relationship-with-egyptology.html>

The prevailing scientific theory
<https://english.elpais.com/science-tech/2022-09-21/how-prehistoric-dna-is-helping-to-unlock-the-secrets-of-human-evolution.html>
is
that the great apes and humans diverged seven million years ago in Africa.
Our closest relative is the chimpanzee, with which we share 99% of our genes.
No one knows exactly how this transition happened or how bipedalism
evolved, whether from orangutans hanging from trees or gorillas resting on
their knuckles. Böhme believes she has found one of the missing pieces of
the human evolution puzzle — a missing link.

The crucial clue to solving the mystery came from a Nazi: geologist Bruno
von Freyberg. While building bunkers around Athens during World War II
<https://english.elpais.com/international/2023-03-07/the-world-war-ii-battle-where-german-and-us-soldiers-joined-forces-against-the-waffen-ss.html>,
he found a jawbone that looked like it belonged to an ape. Years later, a
study conducted in the 1970s determined that the jawbone belonged to a new
hominid — *Graecopithecus*.

In 2009, Böhme was busy studying the evolution of the environment and
fauna, unaware that life had a big surprise in store when she found a molar
of a great ape in Azmaka, Bulgaria. She had heard the story of Von Freyberg
as a young girl and suddenly found herself thrust into the puzzle she had
always dreamed of solving.

Böhme’s interest in paleontology
<https://english.elpais.com/science-tech/2022-04-07/the-limping-dinosaur-who-roamed-spain-129-million-years-ago.html>began
as a child when someone gave her a sea stone. She was six when she
participated in her first excavation and 12 when she organized her own
exploration. At 19, she found a fossil of a prehistoric elephant. Böhme was
born to a Bulgarian mother and German father in Plovdiv, Bulgaria’s
second-largest city and the oldest uninterrupted human settlement in
Europe, more than six millennia old. Wandering around Plovdiv is like
standing on a giant Napoleon pastry with thousands of enigmatic layers.

“Madelaine is one of those rare researchers with the determination and
courage to pursue the unpopular theory that human lineage originates in
Europe. Some people have unusual ideas but are never able to substantiate
them. But Madelaine found her evidence in primate fossils and the sediment
that covered them,” said Swedish palaeontologist Per Ahlberg. A professor
at Uppsala University (Sweden), Alhberg is collaborating with Böhme in a
study of the origin of a fossilized footprint on a beach in Crete (Greece).
The human-like footprint is six million years old, *predating almost all
African fossils.*

Böhme, a professor at the University of Tübingen (Germany), has just
completed a paper for *Nature *describing a new species of great ape in
Europe. She does not believe that our ancestor resembled a chimpanzee but
rather an extinct species of great ape called *Danuvius guggenmosi* found
in a Bavarian forest that could walk on two legs and swing between trees. Lucy
is the African hominid from 3.2 million years ago
<https://english.elpais.com/science-tech/2022-06-23/yves-coppens-one-of-the-discoverers-of-famous-fossil-lucy-dies-at-87.html>
that
many scientists point to as one of mankind’s earliest mothers. But Udo, as
the Danuvius guggenmosi ape has been baptized, dates from 11.6 million
years ago. Its existence was first identified in 2019 in a study that
upended Darwin’s *Origin of Species* theory that bipedalism began in the
African savannah.

Questions about Africa were always on Böhme’s mind. Why did it all happen
on the same continent? An expert in paleoclimatology, she explained that
seven million years ago, Europe was different. It was more like the
savannah described by Darwin, with elephants and giraffes. “Camels evolved
in North America, but no one associates them with that continent. Genetics
tells us that the chimpanzee-human divergence happened 7-13 million years
ago. We have to look further back, even if it means rethinking paradigms
and scenarios,” said Böhme.

Her critics point to the scarcity of evidence but not to the authenticity
and rigor of Böhme’s research. When Böhme discovered the long-forgotten
Nazi jawbone in a picnic basket, she promptly conducted a dating procedure:
7.2 million years old. Like the molar, it belonged to hominids
<https://english.elpais.com/usa/2021-07-06/why-are-we-the-only-human-species-left-on-the-planet.html>.
Then a great-great-grandfather named Udo turned up.

“Madelaine is not just a research machine — she has another side. She loves
beauty and is something of a bohemian who smiles a lot and finds joy in
conversations with friends or a trip to some mysterious place. Without a
love of nature and life, scientific puzzles cannot be solved,” said Nikolai
Spassov, a paleontologist at the Natural History Museum of Bulgaria.

Böhme’s findings also suggest bipedalism could have developed in other
parts of the world, which again begs the question — what makes us human?
“The soul,” smiled the scientist. “That’s what makes us unique.

xxxxxxxxxxxxxxxxxxxxxxxxxxxxx

2    A group of researchers has analyzed a trail of six dinosaur footprints
at the archeological site of Las Hoyas
<https://english.elpais.com/elpais/2014/07/23/inenglish/1406129762_766844.html?rel=listapoyo>
in
Cuenca, east-central Spain, and that dates back 129 million years. These
impressions correspond to a dinosaur from the theropod group
<https://english.elpais.com/elpais/2016/10/11/inenglish/1476182878_044332.html>
that
had not been identified until now. What’s special about these tracks is
that, while those of the right foot are completely normal with the three
characteristic toes, those of the left foot were deformed and one of the
toes was dislocated.

What’s more, the tracks are spaced out when compared to other trails found
from the subgroup, at around 1.10 meters, according to the authors of a
study on the find. This could suggest that the individual adjusted their
walk due to the injured foot. This is backed up by certain deformations in
the right tracks, which suggest that the animal was putting more weight on
that side. The dinosaur stepped over other trails left by fish. The results
of this study were published on Wednesday on *Plos One*
<https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0264406>
*,* a website for the publication of scientific articles.

The footprints on the trackway are 45 centimeters apart, prompting the
scientists to calculate that the animal’s hip height would have been 190
centimeters, and it would have had a body length of six to seven meters.
“It’s one of the biggest animals that we have discovered or that we
interpret to have had the biggest size of everything that has been
discovered in Las Hoyas,” explains Ángela D. Buscalioni, a paleontologist
and director of the Center for Integration in Paleobiology (CIPb-UAM), and
one of the authors of the study. The researcher explains that much was
already known about the diversity of animals
<https://english.elpais.com/science-tech/2022-03-03/researchers-say-tyrannosaurus-may-have-been-three-species-instead-of-just-one.html>
that
lived in this wetland via their fossils, but that in this case, they have
been able to discover more about the site due to the animals that passed
through there on a seasonal basis.

Despite the first tracks being discovered more than a decade ago, the trail
has particularities that have taken “considerable time and work to
interpret and determine what happened to the dinosaur when it crossed that
wetland,” she explains. They have not ruled out finding more footprints on
the same track. The conclusions of the study have found that the dinosaur
left a trail when it crossed an area of shallow water while it was walking
toward the main source of water.

Analysis also showed that the trail was left on a microbial carpet.
According to Buscalioni, this is formed by algae and bacteria and covered
the surface or bottom of a waterlogged area, which is “exactly what was in
the lower part of these pools at the site.”

“The sediment in Las Hoyas is very particular because in some way it is
generated by the growth of microbial carpets,” she explains. This, they
assume, is very important for the preservation of so many animals and
fossils at the site.

This study was carried out by a group of multidisciplinary researchers. To
develop it, they used a 3D scanner that provides very specific details of
the surface of the tracks. It was accompanied by metric studies, as well as
sedimentology analysis. The trail was also compared with samples of another
75 trackways of bipedal dinosaurs.

A number of different discoveries have been made at this site, since
analysis began there around 30 years ago. It is even the protagonist of a
book,* Las Hoyas: A Cretaceous Wetland*, written by Buscalioni and
Francisco José Poyato Ariza, in which the first work carried out at the
site, directed by José Luis Sanz, is summarized.

In the book, Las Hoyas is described as a laboratory of natural history
<https://english.elpais.com/elpais/2012/07/15/inenglish/1342355019_909155.html>,
where new questions are always arising. Sanz is part of the team of three
Spanish scientists who published research in 2010 in *Nature* magazine
<https://www.nature.com/articles/nature09181>, in which they discovered and
gave a name to a new species of dinosaur: *Concavenator corcovatus*. Two
decades before, they had already found *Pelecanimimus polyodon* at the same
site. It was the first ornithomimosaur to be described in Europe, according
to a study recently published in the *Zoological Journal of the Linnean
Society*
<https://academic.oup.com/zoolinnean/advance-article-abstract/doi/10.1093/zoolinnean/zlab013/6271061?redirectedFrom=fulltext&login=false>
.

Francisco Ortega, a paleontologist who has participated in some of these
discoveries and is a professor at Spain’s UNED distance-learning
university, points to the fact that this place is a very relevant site
given its exceptional conservation, which provides very precise details
about what was happening on the Iberian peninsula 130 million years ago.
“It has very specific fossilization conditions,” he explains. “That makes
the site very special and allows us to identify different things from what
we generally see at others.”

KR IRS 22 3 23

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