Unearthing Treblinka: Archaeology as a Tool to Restore Memory

During WWII, over 900,000 Jewish deportees were killed and buried at the Treblinka death camp in Poland. The Nazis left Treblinka in 1943, but not before knocking down all buildings and leveling the earth. They then built a farmhouse on the stripped land, planted trees, and installed a Ukrainian farmer on the area. An investigation of German crimes in 1946 found the remains of burnt posts, foundations of a building and well, and sections of paved road. The investigation also discovered human remains buried in the ground. However, none of this information alluding to the site of a mass murder was reported to the public. Despite witness testimonies supporting the concept of a mass grave at Treblinka, the reported lack of physical evidence failed to produce further investigation.

This aerial photo from 1943 following Treblinka’s closure shows an empty area of land, apart from the farmhouse at top left. Archaeologists have found that the farmhouse was in fact constructed using bricks from the dismantled gas chambers.

These German crime investigation reports remained the most complete studies of Treblinka until 2010, when a team of archaeologists began working on the area. In order to respect Jewish law and tradition banning the exhumation of the dead, they did not excavate the area. Instead, the team uses noninvasive technologies such as aerial photography, ground-penetrating radar, GPS, and lidar. These methods have identified the traces of probable undressing barracks, gas chambers, and burial/cremation pits. One of the burial pits found was recorded as 26 meters long, 17 meters wide, and 4 meters deep. Five more pits of similar sizes are located nearby, each revealing the massive scale of the atrocities committed at the site.

Surface survey has also found items on the ground surface at Treblinka, including human bone, which correlates to witness testimonies of improvised cremation methods. According to survivors, the camp did not decide to cremate bodies until it had been open for several months, and due to a lack of a purpose-built crematorium, they began burning bodies on makeshift pyres. These cremation results would not have eradicated bone, which has resulted in the presence of bone fragments at the site. Personal and everyday items have also been found at the site by means of surface survey.

A photo of the current memorial at Treblinka commemorating the 900,000 Jewish people who were killed at the site.

Treblinka was not the only death camp left empty by the Nazis. Two other camps in Poland, Bełżec and Sobibór, were also razed completely after their closures. For this reason, these camps have receded into the historical background compared to Auschwitz, which was discovered with gas chambers still standing and thousands of prisoners still alive. The Nazis also destroyed all written records, leaving the only source of evidence of the mass murders at these sites as witness testimony. Until this project, it seemed that Treblinka and its memories had been wiped off the face of the earth. The work of the archaeological team at this site demonstrates the power of archaeology to at least partially bring back lost knowledge and memory. The team is planning on long-term collaboration with the Treblinka museum in order to continue unearthing new physical evidence at the site and to allow the victims to be properly commemorated.

Sources:

http://www.bbc.com/news/magazine-16657363

http://www.sapiens.org/archaeology/the-darkest-truths/

https://www.scientificamerican.com/article/unearthing-the-atrocities-of-nazi-death-camps/

Images:

http://www.bbc.com/news/magazine-16657363

http://www.sapiens.org/archaeology/the-darkest-truths/

Further Reading:

http://www.smithsonianchannel.com/shows/treblinka-hitlers-killing-machine/0/3403868

http://www.tandfonline.com/doi/abs/10.1179/1574077312Z.0000000005

Understanding Early Human Adaptation to Climate Change

Humans living today can foresee the imminent rising sea level and changing weather patterns associated with climate change, but early humans living thousands of years ago had no such forecasts. Despite today’s more sophisticated prediction technologies, the majority of earth’s population lives in such a way that they are as vulnerable, if not more vulnerable, to climate changes as early humans. We too live on coastlines threatened with rising sea levels; we too depend on stable and immobile food sources. However, contemporary humans are unwilling to adapt our ways to live with or slow down climactic changes. Prehistory contains the records of how hominids have adapted to past changes in climate without the technology and resources we have now. With knowledge of these adaptations, archaeologists and the wider scientific community can better understand how we as a species can respond to the impending climate changes.

Siberia’s Kamchatka peninsula is one current location of an archaeological effort to understand the human reaction to climate change 4,000 to 6,000 years ago. This study in Siberia is a part of a larger international research study aimed at collecting a vast array of archaeological and paleoenvironmental data– the Social Change and the Environment in Nordic Prehistory Project (SCENOP). Related studies are underway in the arctic regions of St. James Bay, Quebec, and northern Finland. In Kamchatka, the goal is to explain ancient regional chronologies and understand the ways in which prehistoric humans adapted to significant environmental changes, including global warming, earthquakes, tsunamis, and volcanic eruptions. Archaeologists are using sixteen different pollen records to reconstruct vegetation dynamics and climate changes during the Holocene climactic optimum, a warm period that occurred during the Holocene era.

Satellite image of the Kamchatka Peninsula in Siberia.

The Holocene climactic optimum was a much slower change than present anthropogenic global warming, occurring at about one-third of the rate we face today. The warming that has taken place on earth over the past 300 years since the Industrial Revolution took approximately one thousand years during the Holocene period. However, the novelty and vulnerability of humans in these changing climactic conditions is comparable, and analysis of data gathered on early human adaptation will enable more effective collaboration between present day social, natural, and medical sciences in order to devise responses to current global warming.

Graph of climactic fluctuations over the past 11,000 years depicting the two major Holocene Climate optimums.

Although the archaeological effort to understand the early human response to climate changes is still underway, scientists have identified correlations between environmental fluctuations and important shifts in human behavior. During the period of climatic fluctuations in the Holocene era, humans began to domesticate plants and animals and subsequently adopted agriculture. These adjustments later led to sedentary settlements and the expansion of urban-based societies. Archaeologists hypothesize that this correlation suggests that the beginning of agriculture is linked to Holocene-era climate amelioration. Further reading on these adaptations can be found below.

Sources:

http://www.futurity.org/how-early-humans-adapted-to-climate-change/

https://www.scientificamerican.com/article/hominids-adapt-to-past-climate-change/

https://sites.google.com/site/scenop/

Class notes/handouts 

http://repository.ias.ac.in/21961/1/333.pdf

Images:

https://www.iceagenow.info/real-unprecedented-warming-happened-industrial-age/

http://earthobservatory.nasa.gov/IOTD/view.php?id=38865

Further Reading:

http://www.smithsonianmag.com/science-nature/how-climate-change-may-have-shaped-human-evolution-180952885/

http://repository.ias.ac.in/21961/1/333.pdf