Who Were Those Ancient Siberians?

An interesting Siberian archaeological site is the tittle-tattle of historians recently, squabbling on what ancient people get credit for the structure sitting on an island in the middle of  a lake. It’s over one thousand years old so Russians, as we know them today, are not the culture responsible for this structure. Who the heck needed a fortress in Siberia 1,300 years ago?

Experts have dated it to about 750AD. Situated in the middle of Lake Tere-Khol in Tuva, this high altitude lake location has some historians believing it could possibly indicate religious, astronomical, or imperial significance. The theories bandied about are that it is possibly a regent’s summer palace, a monastery or, perhaps, an observatory for the heavens.

Finding out what was going on in Siberia in the 700s is not as easy as one might think. A trip to Wikipedia (the source of all online knowledge, right?) reveals that Russia’s historical timeline inconveniently begins in 860AD with a record of the Rus’-Byzantine War. Wikipedia has let the gringa down.

Digging back a bit further, things get vague. One simply has to pick up a bit here and bob over there and put together a picture that, although still a bit hazy, can at least deliver a pretty good idea of who the heck was running the show in Siberia in the 750s.

The first stop on the collection route of ancient Siberian bits and bobs is linguistics. Author Rein Taagepera penned a book entitled “The Finno-Ugric Republics and the Russian State”. There is a single quote that sheds some light on the 750s mystery people of Siberia:

“Samic was previously considered a language with disparate dialects but is now increasingly seen as  a collection of half a dozen related languages that diverged some 1,300 years ago. They are spoken in northern Scandinavia and the Kola Peninsula in the Russian Federation.”

Here, at least, Wikipedia did not let the gringa down. Wikipedia explains that the Samic language is believed to have its roots in ancient Finland dating from 1000BC-700AD. The Finnish-Samic link to this Siberian archaeology site is further strengthened by an observation made by Ludmila Koryakova and Andrej Vladimirovich Epimakhov in their book, “The Urals and Western Siberia in the Bronze and Iron Ages”:

“In the sixth-third centuries BC, their northern trade was oriented to southeastern Europe, but after the second century BC, caravans went to western Siberia, where the Sargat culture constituted the most powerful ethnic and political union.”

So, the gringa believes an actual cultural identity can now be assigned to ancient Finnish ancestors speaking the Samic language who settled in Siberia – the Sargats. Researchers identify evidence of this culture in the forested steppes of southwest Siberia near Russia’s fifth century border with northern Kazakhstan. Archaeological artifacts and burial remains show that the Sargats lived a horse herding lifestyle centered around raising sheep and cattle. A nomadic tradespeople, their wares were typically milk products, meat and textiles. Social structure, determined from burial rituals, reflect that women were regarded equally as men with regard to managing herds and local governance. Warrior status, however, was an elite status reserved for only the most wealthy and powerful males.

DNA evidence of remains also revealed a curious Iranian ancestry link as well. So, the Sargats were probably originally Finnish and eventually intermarried with other tribespeople living in Siberia, coming into contact through trade and war. Ancestry for Siberians can be traced not only to Finland and Iran but also to Turkey, Mongolia and China as well as traces of Viking influences.

Interestingly enough, the style of the controversial Siberian structure shows Chinese architectural influences. The official name of the site is “Por-Bajin” and is considered a mystery by the experts who have been studying it for decades. The name is derived from the Tuvan language and means “clay house”.  Sitting near the border of Russia and Mongolia, it is then probably no surprise to see a Chinese influence in the design.

Researchers liken the layout to resembling a typical Buddhist temple. This similarity along with its isolated location and the fact that the cultures of this time were nomadic and not organized in such ways as to see an imperial palace as something useful, causes the gringa to consider the monastery theory to be more credible than a fortress type imperial summer palace or astronomical observatory. Like Catholic missionaries who traveled to remote places all over the world and constructed missions and convents, Buddhist monks followed a similar tradition.

Another curiosity is that the structure lacks any evidence of a heating system, even one that would be basic and crude. Surely that, too, would rule out an imperial summer palace. Siberia, even in the hottest period of a summer season, would still be uncomfortably cool without any heat source within a dwelling. To try to survive a winter without heat would be a death sentence. So, even as a monastery, monks could only be in residence during the summer.

The gringa loves a good mystery and will certainly be eagerly awaiting more news and future developments regarding “Por-Bajin”. With the effects of climate change causing permafrost melt resulting in water levels rising in Lake Tere-Khol, the caveman and I better put it on our climate change related priority travel list to see it before the waters swallow it up!

Source & Image Credit:           http://siberiantimes.com/science/casestudy/features/f0009-who-built-this-siberian-summer-palace-and-why/





The Case Of The Hitchhiking Microbe

What, exactly, does NASA hope to accomplish if astronauts really do set their boots on the surface of Mars? One thing they hope to discover are clues to the origins of life on Earth. The gringa asks, “What exactly does that mean?” It means that NASA is considering the theory of “panspermia” and is exploring outer space to see if stellar evidence proves this theory to be true.

Panspermia is nothing new.  As far back as 5BC scientists were considering panspermia as the explanation for how humans came into existence here on Earth. In 1871 it was officially proposed in the scientific community of that day. Panspermia posits that it is possible for life to planet hop, possibly even hop among star systems, and seed the planets it visits with life. In a nutshell, that would mean that the primitive biological material that evolved into the original ancestors of humans was not created here on Earth, but, rather, were alien hitchhikers who made their way here on cosmic fragments.

NASA’s exploration policy is to “follow the water” because it is necessary to produce life as we know it. Water is found throughout the universe, just not in the form we need, liquid. It’s usually frozen. However, wherever there is frozen water, perhaps, in that planet’s history, it was once liquid. And, if so, perhaps that is where human origins can be found if the panspermia theory is true, that life exists in the universe and can travel via meteors to other planets and eventually develop on other worlds where the environment is sufficient to support its development.

Since Mars was a warm world with water long ago, the necessary ingredients for life as we know it, it makes it a logical planet to explore for evidence of panspermia. The exploration and data collected so far from the rovers and satellites studying Mars have been limited to studying the surface of the Red Planet. No evidence has been found on the surface. It is possible, however, that important evidence could be buried beyond the reach of the rovers’ digging capabilities or a satellite’s imaging. That is why it is important to get some human explorers out there.

What would the implications be if Earth-like microbes were discovered on Mars? Every human would first want to go have a very long look in the mirror and then a very long look up into the heavens and ponder the concept. NASA, however, would not be surprised. NASA has already conducted studies on over 130 meteorites from Mars and determined that none contained any microbial evidence despite the fact that some claims to the contrary were made. NASA understands the serious repercussions that would occur around the world if such a discovery is made and we can trust them to report the truth without any hype. NASA takes scientific truth seriously.

They even have a program established that studies the effects such discoveries might have throughout the world. They understand that an announcement that extraterrestrial life exists will have serious philosophical, religious, legal, ethical and cultural implications that will impact people all over the world.

Despite NASA’s interest in this theory and their willingness to explore space with the idea in mind to search for supportive evidence, they are also realistic about its probability. They believe that it is probably unlikely that life as we know it on Earth was seeded from Mars origins. However, because science is not about “probably”, they must continue the studies until the theory can be proven or disproven.

There are some scientists who do believe that Mars was an ideal place for life to have existed at some time. They believe that since such life would have existed long before life on Earth ever existed, it is then not unreasonable to consider the possibility that microbes traveled to Earth on a meteorite and introduced life here on the Blue Planet.

One reason some scientists support the idea of panspermia via Mars is because Martian meteorites contain the precursors to RNA, boron and molybdenum. In fact, they contain more of these two elements than what is found in early Earth. And why does that matter? RNA is a molecule that plays a critical role in regulating genes and its presence is necessary for all life forms as we Earthlings know them. So, if an old rock from Mars contains such a molecule, it only stands to reason, at least from an Earthling perspective, that it existed on Mars for the purpose of regulating the genetic codes of some Martian life form.

Another Martian discovery that further supports the belief that life once existed on Mars has to do with phosphates. It has already been established that Mars has provided evidence of the presence of RNA. In order for RNA to form, phosphates must be present. Well, not only does Mars have phosphates, but Martian phosphates dissolve in water much better than Earth’s phosphates. The logic then goes that since life as we know it here on Earth originated in water, Martian conditions were even more friendly to the aspect of life forming than conditions on Earth. So, if it could happen here, it most certainly should have happened on Mars.

So, basically, the theory goes that about 4 billions years ago a comet or meteorite of Martian origins blasted through our galaxy and slammed into Earth. Now this could have been an accident or, according to “directed panspermia” theory, a deliberate action by an intelligent civilization.

Historically panspermia has been considered “fringe” science. However, it is now gaining new consideration in light of the Mars mission. In fact, in 2013 Professor Chandra Wickramasinghe of the University of Buckingham claims to have discovered fossilized remains of organisms in meteorites found within Earth’s atmosphere. This proves that it is possible for primitive life forms to survive the intense heat of entry into Earth’s atmosphere and make its way to Earth’s surface. He believes it is possible that the entire Milky Way Galaxy could have been teeming with life at one time long, long ago. He also believes that organic, possibly even living, stellar material is constantly being exchanged throughout the cosmos through meteoric impact.

So, the gringa awaits the exciting mission of boots on the ground on Mars. I eagerly await the drill, baby, drill action that will delve deep below the dusty surface of the Red Planet. I can’t wait to find out what may lie beneath the frozen crust of the vast Martian ocean. Scientists believe the Martian seas are not frozen solid. Could a Martian “Nessie” be swimming about waiting for visitors to come feed her a few breadcrumbs? It very well could be. And, she could be our distant cousin.

Source: http://www.nasa.gov

Photo credit: www.groundzeromedia.org