How Long Did Humans Live 10000 Years Ago | Life Expectancy Explained
The more than 80 skeletons discovered there indicate that the average age of those residing there at the time was somewhere between 25 and 30 years. Professor Mihriban Zbaşaran, the director of the Aşklhöyük excavation, said that the territory was home to the earliest-known village community in Central Anatolia and Cappadocia.
The myth of life expectancy and the reasons why so many early humans lived long, healthy lives. image source Reexamining the 35-year maximum life expectancy for prehistoric humans, we can see that this does not necessarily imply that the average person who lived at this time passed away at the age of 35.
If you want to know how long humans lived ten thousand years ago, it might be interesting to compare it to today’s life expectancy. Agricultural practices and the development of modern food production methods were significant contributors to the increase in life expectancy. However, this new way of life lasted for the rest of human history. This is because the human body comprises approximately 80% water, and humans could not metabolize water as quickly as they do today.
Evolution of human methods of collecting food
As a species, humans have evolved over millions of years. The first human civilization, Neanderthals, lived two million years before our species. During this time, our species evolved to live in colder climates and hunt large animals. However, developing more complex technologies such as hand axes is not known. Beforehand axes were developed, we were hunter-gatherers who used simple tools. In the Stone Age, we used sharpened stones to cut meat. Then, around 1.6 million years ago, humans began using hand axes.
Evolution of human methods of collecting water
Indigenous peoples have been incredibly innovative in drawing water from remote sources. Water is sacred to them, and its availability has been crucial in the development of their society. The evolution of human methods of collecting water reflects this. Water is a basic need for the human race, and the earliest societies found ways to obtain and store it. Read on to discover how ancient people were able to gather and store water in various forms.
The rural lifestyle led to the evolution of permanent settlements, which spread faster than before. The development of sedentary agricultural life led to the construction of cities, states, and villages. In turn, this changed the relationship between human beings and water. A contaminated water source was a health hazard, resulting in a general aversion to the substance. Urbanization was not possible without pure water.
Evolution of human methods of storing food
Food preservation has been an ongoing problem for societies since human history. Archeologists have uncovered evidence of many techniques over the years, some of which are still in use today, but others are outdated practices. One example is burying butter in peat bogs. Regardless of their low-tech nature, these ancient methods have lasted for millennia.
While we can only reconstruct the early pre-agricultural societies, we can also infer the evolution of food storage technologies from the PPNA site in Jordan. PPNA granaries were probably communally owned and later became household-based. However, the evidence also suggests that sophisticated food-storage systems involving subfloor ventilation preceded domestication, the growth of large sedentary communities, and the entrenching of social differentiation.
PPNA people built granaries to store food seasonally and annually. These granaries were constructed on communal land but later became household-based systems. Evidence from granaries from Dhra, Gilgal I, and Netiv Hagdud shows that PPNA people tended to store food from their gardens. These granaries are also evidence of early domestication and intentionality.
Increase in life expectancy over the past century
There are several reasons for the increasing life expectancy of humans. Malnutrition and poor hygiene have been the primary causes of early death. Disease and parasites were also a factor. However, with the advancement of science and technology, the average life expectancy has doubled since ten thousand years ago. In societies where sanitation and hygiene are better maintained, the average life expectancy has increased from thirty to forty years.
The age at which people died was lower in aristocratic societies than in the present. This meant that the population was smaller, and the aristocracy had access to better food, medicines, and personal hygiene. Nevertheless, these studies ignore that life expectancy has increased for most people around the world. Moreover, for thousands of years, infant mortality rates were extremely high. In 1800, for example, 43% of newborns died during their first five years of life.
A study carried out in the 1980s estimated that the life expectancy of a newborn in Ancient Greece was 25 years. It is estimated that it was five years lower than the life expectancy of the average adult in Ancient Rome. In the past, infant mortality was high, and there were more diseases than in modern times. It was also common for people to suffer from several chronic diseases.
The increase in life expectancy is not a result of technological advancement. Instead, it resulted from a long-term shift in patterns of death and disease. This transition occurs through three main stages, with the first two occurring before the middle of the twentieth century. In the last century, these changes coincided with the outbreak of HIV/AIDS in Africa. The increase in life expectancy in the past century since 10000 years ago was comparable to the rise of democracy and abolition, which required new social movements and new public institutions.