Topic 2
LEARNING ABOUT EARLY HUMANS
HUNTER-GATHERS AND EARLY FARMERS
Survival & Settlement
HUNTER-GATHERS AND EARLY FARMERS
Survival & Settlement
Topic 2 Overview......................................................................................................................................................................................1
Topic 2: Goal, GLE's & Description..........................................................................................................................................................2
Student Strategies...................................................................................................................................................................................3
Think Like a Historian
RACE
Unit 1, Topic 2 - Supporting Our Claim by Asking The Important Questions ...................................................................................4
Lesson Activity: Vocabulary Words.......................................................................................................................................................5
Lesson Activity: What Did You Learn From Topic 1.............................................................................................................................6
What We Will Cover in Topic 2
Lesson Activity: Archaeology.................................................................................................................................................................7
Passage
Video
Lesson Activity: Geology.........................................................................................................................................................................8
Passage
Video
Lesson Activity: Climatologists..............................................................................................................................................................9
Passage
Video
Lesson Activity: Graphic Organizer for Archaeologists, Geologists, and Climatologists..............................................................10
Lesson Activity: What Drove Early Man Across the Globe?..............................................................................................................11
Pre-History Discussion...........................................................................................................................................................................12
Lesson Activity: Practicing the Work of Archaeologists...................................................................................................................13
Lesson Activity: Stone Age Artifacts...................................................................................................................................................14
Video - Stone Age Tool Set
Video - Making Stone Tools
Lesson Activity: Tools Used During the Stone Age............................................................................................................................15
What Were They Used For?
How Did They Improve Life?
Lesson Activity: How to Use R.A.C.E....................................................................................................................................................16
Lesson Activity: Hunter-Gatherers, Article 1.....................................................................................................................................17
Lesson Activity: The World of Hunter-Gatherers, Article 2..............................................................................................................18
Video - From Hunter-Gatherer to Farmer
Video - Hunter-Gatherers
Lesson Activity: First Technologies - Fire and Tools.........................................................................................................................19
The Ice Age and Mystery of It
Lesson Activity: The Last Ice Age........................................................................................................................................................20
Lesson Activity: Migration Map Video................................................................................................................................................21
Lesson Activity: Graphic Organizer....................................................................................................................................................22
Questions on Map Videos
Lesson Activity: Think Like a Historian - Otzi The Ice Man.............................................................................................................23
Otzi The Ice Man
Otzi - The Oldest "Cold Case" Mystery!..............................................................................................................................................24
Lesson Activity: Otzi The Ice Man......................................................................................................................................................25
Video - Otzi The Ice Man
Lesson Activity: Developing a Claim/Formative Assessment........................................................................................................26
Lesson Activity: Watch Video on Carbon-14 Dating and Explain...................................................................................................27
Lesson Activity: Stone Age, Article....................................................................................................................................................28
Lesson Activity: Performance Task Assessment.............................................................................................................................29
Lesson Activity: Homework Creating A Timeline............................................................................................................................30
Lesson Activity: Completing a Venn Diagram..................................................................................................................................31
Lesson Activity: Stone Age Historians and Their Time (On-Course)..............................................................................................32
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Topic 2 Description: Students will explore primary and secondary sources about what life was like for early humans in order to build their understanding of how the environment impacts human life and settlement. Students will investigate artifacts to build an understanding of how early humans lived.
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Unit 1 Description: The most important lesson for students to learn in this unit and all units after this one is the survival or downfall of civilizations. Civilization is the underlying theme of Ancient History. Where did we, as humans, come from, how did we get here, how did our ancestors survive and thrive in ancient times. We will investigate how scientists explore and research the past and how geography and climate play a major roll in where humans settle. Students will develop an understanding of the hunter-gather societies of the Paleolithic Age and how their inventions led to the development of permanent settlements and the foundations for civilization. Primary and secondary sources will be used to analyze how hunter-gathers used these tools to help them in their daily lives.
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Topic 2: Goal
For students to write a multi-paragraph essay to answer the Sub-Topic's claim: How do artifacts reflect environmental changes that impacted early humans. This supports the Unit Claim: How do environmental changes impact human life and settlement?
Topics (GLEs) for this unit & pacing: Approximately 4 Weeks
Topic 2: Approximately 6 class periods
Connections to the Unit Claim
You will explore primary and secondary sources about what life was like for early humans in order to build your understanding of how the environment impacts human life and settlement.
To Explore These Key Questions
How do we learn about prehistoric people?
How did geography impact life and culture of the hunter-gatherer societies?
How did Paleolithic people influence later people?
Students will successfully complete each standard in Topic 2. (This means you will complete the following lists of things) GLE’s are listed below:
6.2.1 Analyze the relationship between geographical features and early settlement patterns using maps and globes.
Use maps and globes to compare geographical features, early human migration routes, and areas of settlement to draw conclusions about the relationship between settlement patterns and geographical features.
6.2.2 Examine how the achievements of early humans led to the development of civilization.
Identify the characteristics of civilizations (large population centers, monumental architecture and unique art, writing and record keeping, complex institutions, specialization/complex division of labor, and social classes/structures).
Describe the life of early humans (organization in social groups, obtaining food, diet, dangers and difficulties of everyday life).
Explain how the lives of early humans were affected by their achievements (mastery over fire, development of spoken language, invention and use of tools and technology, development of agriculture and domestication, religious beliefs and rituals, artistic expression).
Analyze the importance of the Neolithic/Agricultural Revolution (the wide-scale transition from nomadic, hunting and gathering to a settled, agrarian life) to the development of civilization.
Explain how the Neolithic era/agricultural revolution changed society (permanent settlements, social classes, animal domestication, new technology, social equality and gender roles).
Explain the benefits and drawbacks of a society based on hunting and one based on farming.
Compare and contrast hunter-gatherer and agricultural societies, including the benefits and drawbacks of each.
Explain the benefits and drawbacks of domesticating animals, and how animal domestication impacted society. 5 Social Studies Companion Document 6th Grade
Describe early settlements such as Catalhoyuk or Jarmo, and their characteristics (settlement dwellings, use of mounds, relationships between dwellings and society, and the achievements of settled societies using farming, tools, religion, and social structure). Explain how these early settlements begin to reflect the characteristics of a civilization.
6.4.1 Identify and describe physical features and climate conditions that contributed to early human settlement in regions of the world.
Describe the changes in climate conditions from the Ice Age through the Bronze Age, including ways the Ice Age affected early humans.
Describe the characteristics of different climate zones and explain how physical features, the environment, and climate conditions affected early human migration, settlement, and developing civilizations.
Explain how early humans and developing civilizations adapted to their environment, such as Otzi the Iceman, Catalhoyuk, or Jarmo.
Explain the relationship between geography and the development of agriculture in early settlements.
Explain how different physical features and climate conditions were beneficial and detrimental to early humans, and how they contributed to the success or failure of early human groups and developing civilizations.
6.4.3 Explain the connection between physical geography and its influence on the development of civilization.
Explain how geography influences human settlement and the rise of civilization.
Explain which geographical features are beneficial and which are detrimental to civilization (use factors such as stability, climate, location, and resources including proximity to water).
6.1.1 Produce clear and coherent writing for a range of tasks, purposes, and audiences by completing the following tasks:
Conducting historical research
Evaluating a broad variety of primary and secondary sources
Comparing and contrasting varied points of view
Determining the meaning of words and phrases from historical texts
Using technology to research, produce, or publish a written product
Options to address 6.1.1 in Unit 1:
Use technology to conduct research on early human settlements.
Analyze artifacts from early humans of the Paleolithic age through the development of civilizations.
Compare and contrast early human life in the Paleolithic (Old Stone Age), Mesolithic, Neolithic (New Stone Age), and Bronze Age.
Produce written claims on how geography and environmental changes impacted human life and settlement.
6.1.2 Construct and interpret a parallel timeline of key events in the ancient world.
Create a timeline relating to early humans and developing civilizations including the Stone Age (Paleolithic, Mesolithic, and Neolithic, Stone Age-Old/New Stone Age, Bronze Age).
Create a timeline using appropriate dates, including B.C.E/B.C. and C.E./A.D.
6.1.4 Identify and compare measurements of time in order to understand historical chronology.
Compare/contrast measurements of time including years, decades, centuries, millenniums, time periods, eras, and events.
Examine timelines of key Unit 1 content recognizing measurements of time, sequencing, chronology, location, distance, and duration.
Define terms related to measurements of time and chronology (B.C.E./B.C., C.E./A.D., circa or c., prehistoric/prehistory).the world.
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Check it out!! A great website for anchor charts.
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Unit Claim: How do environmental changes impact human life and settlement?
Topic 2 Claim: How do artifacts reflect environment changes that impacted early humans?
To Explore These Key Questions
How do we learn about prehistoric people?
How did geography impact life and culture of the hunter-gatherer societies?
How did Paleolithic people influence later people?
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DIRECTIONS:
Go to your NOTEBOOK to define your vocabulary words. These words will be discussed during this topic.
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DIRECTIONS:
Students, do you remember what we learned in Topic 1? HINT: We learned about the factors that contribute to the development and decline of civilizations. Well, before we move to Topic 2, you need to open your NOTEBOOK and write what you learned from Topic 1. Take about 5 minutes to jot down some important facts. Remember to state facts and not your opinions. Opinions are just your thoughts or feelings. Facts can be proven or verified.
In Topic 2, we are going to examine early human settlement and the fields (jobs/job specialization) that help us study them to understand how modern historians arrive at their conclusions about the development of early humans.
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Archaeology is the study of the past by looking for the remains and artifacts (historical things) left by the people who lived long ago. These remains can include old coins, tools, buildings, and garbage. Artifacts are objects made by humans, such as stone tools.
Archaeologists, the people who study archaeology, use these remains to understand how people lived. Archaeology is a science that studies past cultures and the way people lived based on the things they left behind. Archaeology helps us understand not only where and when people lived on the earth, but also why and how they have lived.
Directions: You will need your NOTEBOOK to take notes or answer questions anytime you are watching a video. There will be questions to answer about archaeologists, geologist, and climatologist at the end of this section. There are 5 questions per JOB. Before answering questions, please make sure that you have watched the videos and read the articles.
The things that people leave behind are called artifacts. Archaeologists can tell a lot about people by looking at their houses, clothes, bones, and even their garbage. In fact, a garbage site is one of the best places to find artifacts of the past.
Most artifacts are buried in the ground and archaeologists must dig them up. This process is called excavation.
Any place where human activity occurred and where artifacts are found is called an archaeological site.
There are two kinds of archaeological sites. One is called a prehistoric site. The other is called a historic site.
The prehistoric site is one where the artifacts that are found are dated before people began writing records. These sites are more difficult because scientists can’t look up information in any type of book or encyclopedia. At a historic site, archaeologists can look up information about the objects they find.
Archaeologists dig in a scientific way with neat, organized, square holes on a grid system. By doing this they can record everything they find and where the items were found.
The goal of archaeological research is to find cause and effect explanations of human behavior over the centuries. Studying the past actually helps scientists understand the present and can sometimes help scientists predict the future.
The archaeologists uses many tools in order to excavate a site. They use: handpicks, brushes, pointed bricklayer’s trowels , hand shovels, dustpans, whisk brooms, stakes, string, cameras, notebooks and pencils. Sometimes they even use a bulldozer.
For a long time scientists thought the beginning of civilization began in Mesopotamia’s Fertile Crescent. However, archaeologists now know the earliest known human remains were found around the ancient rock formation of Kibish, Ethiopia. The facts that early human remain were found there makes many believe that the first humans came from Africa.
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Geology
Geology is the study of the nonliving things that the Earth is made of. Geology is the study of rocks in the Earth’s crust. People who study geology are called geologists.The word “geology” comes from the Greek word “ge” meaning rocks and “logos” meaning knowledge. Geology is the study of the Earth and what it is made of. Geologists use a lot of tools to aid their studies. Some of the most common tools used are compasses, rock hammers, hand lenses, field books, a handheld compass, and more. As you read below, you will find some additional tools. The tools they use will really depend on the job they do.
Geologists also study events that have changed and shaped the Earth over time. They basically tell us the Earth’s story dating back billions of years.
Geologists study the rocks, minerals, fossils, landforms and the layers of the Earth’s surface.
Geologists spend a lot of time in the field collecting samples to study.
In order to collect samples the geologists work with many of the same tools as the archaeologist. They use: handpicks, brushes, pointed bricklayer’s trowel , hand shovel, dustpan, whisk broom, stakes, string, cameras, notebooks and pencils. Sometimes they even use a bulldozer.
Geologists discovered the different layers of the Earth’s surface.
Earthquakes, volcanoes and soil erosion affect all the people of the Earth, even if the geological event occurs halfway around the world. These events can change weather and air quality. They can also affect the oceans and other water features around the world.
Food grown in the mid-western United States depends on accurate soil sampling. They also have geologists to monitor soil erosion and water drainage.
When certain kinds of fish seems to disappear, fishermen look to geologists to explain why, The geologist will look to activity in the ocean to find the reason.
Watch the Video Below
Geologists doing their job
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Climatologists
Climatologists are atmospheric scientists who study the Earth's climate. They collect and analyze data from sources such as ice cores, soil, water, air, and even plant life to find patterns in weather and learn how those patterns affect the Earth and its inhabitants. Research might be used for agricultural planning, building design, and weather forecasting. Some climatologists study climates of the past.
Climatology is the study of climates. You may have also heard about meteorology. Is there a difference? Yes. Meteorologists focus on forecasting weather. They look at a few basic atmospheric interactions and hope to predict the weather in the next few days. Climatologists take a much larger view of the whole climate/weather idea. They look at how climates are created and what they do to the environment. Climatologists use much of the same equipment as meterologist do to help them do their job. They use tools such as barometers, hygrometers, thermometers, computer models, and weather stations to help in their job. A climatologist uses readings from this equipment and stores the data for years and looks for long-term trends and patterns.
Watch the above Video on Climatologists
Climatologists
Weather Patterns
As we said, climatology is a long-term field of study. Do climates change? Yes. Climates may undergo large permanent changes and short-term changes. If you use the rainforest as an example, look at the annual temperatures. They vary in a specific ways. If you cut down all of the trees in the forest, the temperatures will heat up. Since it is unlikely the forest will be able to grow back for hundreds of years, you would see a long-term climate change.
Climatologists rely on weather stations to supply current data on such variables as temperature, humidity, solar activity, and rainfall. The stations are equipped with sensors and can communicate with satellites that then convey the data to climatologists. By tracking such data over time, scientists can determine the extent to which a climate is changing. Climatologists use some of the same tools at meter
Short-term climate changes occur also, as seen with an example like El Niño. El Niño occurs every few years and increases winter rainfall on the west coast of North America. This phenomenon is not a specific part of the climate type; it is a localized variation in the climate.
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DIRECTIONS:
Now that you have read the information and watched videos about archaeologists, geologists, and climatologists, go to your NOTEBOOK and fill out the boxes shown below. An example is provided for you. Let's go check it out.
Once you answer the questions, use that information to help you write a paragraph or more summarizing how all three fields contribute to our study of history. This will also be completed in your NOTEBOOK.
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DIRECTIONS:
Read the Article,"What Drove Early Man Across the Globe?"
Answer the Question.
This article explains how the climate played a big role in why early man moved across the globe.
"Anthropologists who've reviewed this new analysis say it will give them a much better road map..."
Read the entire article to find out why anthropologists will have a better road map. Write the important facts in your NOTEBOOK.
Anthropologists believe early humans evolved in Africa and then moved out from there in successive waves. However, what drove their migrations has been a matter of conjecture.
One new explanation is climate change.
Anthropologist Anders Erikkson of Cambridge University in England says the first few hardy humans who left Africa might've gone earlier but couldn't. Northeastern Africa — the only route to Asia and beyond — was literally a no man's land.
"The people couldn't really leave," he says. "The climate was too arid and too hot, so humans were bottled up."
Eventually they got out of the bottle — we know that from the trail of fossil bones and stone tools they left behind. And recently, scientists have learned to read genetic mutations in current populations to track where our ancestors went for the past 70,000 years or so.
To this, the Cambridge scientists have now added climate change. Climate change leaves a trail in sediments, buried pollen, coral, even dust. The scientists compared that record with the record of human migration gleaned from genetics and fossils.
Writing in the Proceedings of the National Academy of Sciences, the Cambridge team says changes in climate coincided with some of the big migrations — through Asia, then north to Europe and eventually all the way to Australia and North America.
One thing climate controlled was food. Andrea Manica from the Cambridge team says, "The main thing that really drives a lot of the migrations is actually temperature and precipitation to provide food — how much green matter did you have available in each location?" Green matter to eat, or to provide food for animals they could hunt.
Manica says populations also stayed put in certain places because there were barriers like high sea levels or glaciers that blocked their progress. "So you had a buildup of a pretty good stable population, until eventually, that barrier got removed," Manica explains — that is, until sea levels dropped or glaciers melted.
Manica says that happened in south Asia, which was a sort of "hub" for thousands of years until dropping sea levels opened up new migration routes. Same with Siberia, thousands of years later, when glaciers melted and allowed people to cross the land bridge across the Bering Sea.
Anthropologists who've reviewed this new analysis say it will give them a much better road map of how humans populated the planet than just following the fossilized bones.
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We have already read some details about early humans from the articles and videos we watched and we will continue this discussion into the period referred to as --- Prehistoric. What does that mean? Well let's check it out.
Break down the word to help you define it. PRE - HISTORIC
What does it mean? ( PRE means: before -------------- Historic means: concerning history of the past )
Put it together and our definition for prehistoric is: Indicates the period before written records.
Since early humans have no written records, we have to depend on artifacts to learn about them. We will practice the work of archaeologists as we look at some artifacts of early humans. We will look at Stone Age tools that prehistoric people used in their daily lives.
Pre-Historic early humans were hunter-gatherers for thousands of years; they hunted animals and collected plant foods.
Go to your NOTEBOOK and complete the task.
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DIRECTIONS:
So far we have talked about archaeologist, geologist, and climatologist; and how they help us uncover and explain the past. With that said, let’s dig a little deeper into the past. What did early humans do to get food, to cook food, to hunt, to live, to survive and thrive?
Since early humans have no written records, we have to depend on artifacts to learn about them. We are going to practice the work of archaeologists as we look at some artifacts of early humans. We will accomplish this goal by first watching the videos, on the next page and then reading the passage under the video, about the Stone Age and the tools they used. Pull up your NOTEBOOK so that you can take notes about what you learn from the videos. We will read the passage after we watch the videos.
Isn't this fun? We are learning!
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During this topic, we will learn how the early people survived. One of the ways the early people survived was through their use of technology and tools.
In the next few pages, you will examine and read about Stone Age tools. You will use the information you learn to answer the writing prompt. You will write at least one paragraph explaining what these artifacts reveal about the activities of early humans. Describe how a community of people planned and used these tools.
Go to NOTEBOOK for activity.
About 40,000 years ago, near the dawn of the 30-millennia-long period known as the Upper Paleolithic, the first anatomically modern humans suddenly and mysteriously revolutionized their cultures with dozens of specialized tools, weaponry, and other artifacts. They became deft hunters capable of bringing down massive animals, they tolerated harsh environmental conditions, and they equipped themselves to travel vast distances in search of new frontiers. Many questions still remain about these peoples, including when and how they journeyed to the New World, but experts agree that the answers could someday crystallize from the ever-emerging technological evidence Stone Age humans left behind. Here, consider what roles 10 different kinds of primitive artifacts from Europe and North America played for our earliest ancestors.—Lexi Krock
DIRECTIONS:
Use your NOTEBOOK to take notes on the videos above and this article.
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DIRECTIONS:
Now that you have watched the videos and read the passage above, you will read the information about the tools used by Stone Age people. Write at least one paragraph about one or more of the tools you choose, explaining what these artifacts reveal about the activities of early humans. Describe how a community of people planned and used these tools. Go to your NOTEBOOK to complete this writing. Jot down any notes that you feel will help you in your writing. Read what each tool is and what it was used for before you start writing.
Example: The blade core was found where a community of people had lived for some time. This tool lets us know that they planned ahead and were intelligent. For example, if they were out hunting and lost their spear tip, with this blade core, they could make another spear tip.
Directions: Now go to your NOTEBOOK and start writing your paragraph about the tool or tools you choose.
You will need to read all of the information about each one of the tools shown below. Do not skip that part.
Don't forget to look at my example before you start writing. You will find this example given to you again in your NOTEBOOK.
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DIRECTIONS:
So far we have discussed the jobs of archaeologists, geologists, and climatologists. Now, we are going to explore deeper into the activities and lives of early humans. We will continue to use the information we learned to help us understand the world of early humans. As you read the article, write notes in your NOTEBOOK as if you were annotating the document. Remember you are looking for the important information that helps you to answer the questions and state your claim.
NOTE 1: When I conduct research, I use more than one source because I can better verify the facts I am writing about.
NOTE 2: Notice that my answer to this question took 3 sentences to fully complete all parts of the question and to complete my R.A.C.E. strategy. Not all questions will require 3 sentences, but you must make sure that you cover all parts of the question while using your R.A.C.E. strategy. The questions are listed below:
Let's start to develop our Claim by answering the following questions. Remember to use the R.A.C.E. Strategy when answering. You will use your notebook to answer these questions. This activity could be graded by your teacher.
How did early humans organize themselves into social groups, and for what purposes?
How did early humans obtain enough food to survive in small groups?
What do early belief systems reveal about the dangers and difficulties of life for early humans?
How did the development of new technologies improve early human life?
I will answer the first question for you. I want you to follow the example I have given you when you answer the other 3 questions. You got this.
The question is: How did early humans organize themselves into social groups, and for what purposes? Let me explain what I did in order to RESTATE the question. I got rid of the question words (HOW) and DID, then I started to restate the question by using the rest of the sentence.
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I restated the question:
Early humans organized themselves into social groups,
The question is: How did early humans organize themselves into social groups, and for what purposes? Let me explain what I did to ANSWER the question. I will extend my restated sentence by adding the type of groups and their purpose.
-------------------------------------------------------------------------------------------------------------------------------------I answered PART of the question in my first sentence. I answered the rest of the question and CITED my evidence in the next sentence:
Early humans organized themselves into social groups, called clans or bands based on kinship. According to Article 2, clans were regularly on the move in small groups because the land, even though it was large, only produced a small portion of plants that were safe for them to eat.
The question is: How did early humans organize themselves into social groups, and for what purposes? Let me explain what I did to EXPLAIN the answer I gave for the question. When you answer the question, look for the reason why you answered the way you did. Once I found the answer, I continued reading looking for reasons why.
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My completed answer:
Early humans organized themselves into social groups, called clans or bands based on kinship. According to Article 2, clans were regularly on the move in small groups because the large area of land they traveled, only produced a small portion of plants that were safe for them to eat. Had their groups been larger, there would not have been enough food for all of them to survive.
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Hunter-gatherer, also called forager, any person who depends primarily on wild foods for subsistence. Until about 12,000 to 11,000 years ago, when agriculture and animal domestication emerged in southwest Asia and in Mesoamerica, all peoples were hunter-gatherers. Their strategies have been very diverse, depending greatly upon the local environment; foraging strategies have included hunting or trapping big game, hunting or trapping smaller animals, fishing, gathering shellfish or insects, and gathering wild plant foods such as fruits, vegetables, tubers, seeds, and nuts. Most hunter-gatherers combine a variety of these strategies in order to ensure a balanced diet.
Many cultures have also combined foraging with agriculture or animal husbandry. In pre-Columbian North America, for instance, most Arctic, American Subarctic, Northwest Coast, and California Indians relied upon foraging alone, but nomadic Plains Indians supplemented their wild foods with corn (maize) obtained from Plains villagers who, like Northeast Indians, combined hunting, gathering, and agriculture. In contrast, the Southwest Indians and those of Mesoamerica were primarily agriculturists who supplemented their diet by foraging.
A foraging economy usually demands an extensive land area; it has been estimated that people who depend on such methods must have available 7 to 500 square miles (18 to 1,300 square km) of land per capita, depending upon local environmental conditions. Permanent villages or towns are generally possible only where food supplies are unusually abundant and reliable; the numerous rivers and streams of the Pacific Northwest, for instance, allowed Native Americans access to two unusually plentiful wild resources—acorns and fish, especially salmon—that supported the construction of large permanent villages and enabled the people to reach higher population densities than if they had relied upon terrestrial mammals for the bulk of their subsistence.
Conditions of such abundance are rare, and most foraging groups must move whenever the local supply of food begins to be exhausted. In these cases possessions are limited to what can be carried from one camp to another. As housing must also be transported or made on the spot, it is usually simple, comprising huts, tents, or lean-tos made of plant materials or the skins of animals. Social groups are necessarily small, because only a limited number of people can congregate together without quickly exhausting the food resources of a locality. Such groups typically comprise either extended family units or a number of related families collected together in a band. An individual band is generally small in number, typically with no more than 30 individuals if moving on foot, or perhaps 100 in a group with horses or other means of transport. However, each band is known across a wide area because all residents of a given region are typically tied to one another through a large network of kinship and reciprocity; often these larger groups will congregate for a short period each year.
Where both hunting and gathering are practiced, adult men usually hunt larger game and women and their children and grandchildren collect stationary foods such as plants, shellfish, and insects; forager mothers generally wean their children at about three or four years of age, and young children possess neither the patience nor the silence required to stalk game. However, the capture of smaller game and fish can be accomplished by any relatively mobile individual, and techniques in which groups drive mammals, birds, and fish into long nets or enclosures are actually augmented by the noise and movement of children.
The proportion of cultures that rely solely upon hunting and gathering has diminished through time. By about 1500 CE, many Middle and South American cultures and most European, Asian, and African peoples relied upon domesticated food sources, although some isolated areas continued to support full-time foragers. In contrast, Australia and the Americas were supporting many hunting and gathering societies at that time. Although hunting and gathering practices have persisted in many societies—such as the Okiek of Kenya, some Australian Aborigines and Torres Strait Islanders of Australia, and many North American Arctic Inuit groups—by the early 21st century hunting and gathering as a way of life had largely disappeared.
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Before the coming of farming, people gained their food by foraging for nuts, berries and insects, hunting wild game, large and small, and fishing. A few hunter-gatherer peoples survive to this day, but the world of the hunter-gatherers, in which most ancient people followed this mode of life, is long gone. It disappeared in the millennia following 10,000 BC, as farming and pastoralism gradually spread across the world.
Directions: Use your NOTEBOOK to take notes on the following 2 videos.
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Watch the video below by clicking on the picture.
What allows some societies to flourish while others to plateau or disappear? Join Pulitzer Prize winning author and National Geographic Explorer Jared Diamond as he travels to one of the last remaining populations of Hunter Gathers as he researches this important question.
This is an image of a modern-day Hadza man holding a honeycomb dripping with honey, an essential energy source for the Hadza people of Yaeda Valley, Tanzania.
The ancient hunter-gatherers lived in small groups, normally of about ten or twelve adults plus children. They were regularly on the move, searching for nuts, berries and other plants (which usually provided most of their nutrition) and following the wild animals, which the males hunted, for their meat.
Each group had a large “territory” over which it roamed – large, because only a small proportion of the plants in any given environment were suitable for people to eat, and these came into fruit at different times of the year meaning a large area of land was needed to meet the food needs of a small number of people. The group’s territory had regular places where it stopped for a while. These might be caves or areas of high or level ground giving them a good all-round vision of approaching animals (and hostile neighbors), and where they would build a temporary encampment.
The living spaces of the earliest hunter-gatherers were basic and not clearly structured. Throughout the Middle Paleolithic Era, however, designated areas for certain activities slowly become apparent, especially towards the late Middle Paleolithic Era. The Paleolithic hunter-gatherers relied almost entirely on natural shelters as stated above. Evidence of man-made shelters is extremely rare.
These family groups belonged to larger “clans” of 50 to 100 adults, spread over a wide area and whose members regarded themselves as a “people”, descended from a common ancestor. Kinship was crucially important. This more than anything else gave them their identity and defined their place in the world. More practically, it told them who their friends and allies were, and governed whom they could or could not marry (incest, though differently defined at the margins, was universal taboo, but marriage outside the clan was also restricted). Myths gave them their world view – how the universe was born, how humans came to be and so on – and there is clear evidence for spiritual beliefs, and indeed for belief in some kind of life after death.
There may well have been individuals within clans particularly revered for their wisdom and judgement, or even credited with special magical powers; but it is highly unlikely that anyone exercised any significant authority over any group larger than the family group. There were no kings or chiefs in such societies. Moreover, the hunter-gatherer style of life prohibited the accumulation of more wealth by some individuals as opposed to others. For a start, there simply was not the necessary abundance of food to create surpluses. Moreover, the collective nature of hunting and foraging, and the reliance members of the group had to place on each other, meant that no one person could take a disproportionate share of the food. As a result, all members of a group shared more or less equally.
Hunter-gatherer cultures forage or hunt food from their environment. Often nomadic, this was the only way of life for humans until about 12,000 years ago when archaeologic studies show evidence of the emergence of agriculture. Human lifestyles began to change as groups formed permanent settlements and tended crops. There are still a few hunter-gatherer peoples today. Explore the lifestyle of hunter-gatherers in your classroom with these resources.
The religious practices of hunter-gatherer peoples must have differed enormously from group to group. Animistic beliefs (in which many features of the natural environment are imbued with spirits) were probably common, and ancestor worship. It should be emphasised, that the concept of “religion” as a separate element of life and culture would have been foreign to our hunter-gatherer ancestors: for them, the spiritual dimension infused all activities, and all things.
The practice of both these religious traditions involves shamans. Shamans may well have been the most respected figures in hunter-gatherer society. Their sphere of activity would have gone well beyond what we consider religious; they would have been healers, judges, perhaps even lawmakers and war leaders.
By 10,000 BC, humans had a range of technologies to aid them in their exploitation of the environment. The most fundamental of these was the ability to make and maintain fire. Fire played an important part in the mythologies of later societies – the Greeks told the story of Prometheus, the great benefactor of mankind, stealing fire from the gods. This suggests that humans invested this capability with great reverence, tinged with fear.
Fire was certainly of enormous significance to their lives. It gave them warmth and light, extending their geographical habitat to the colder latitudes as well as into dark environments such as caves. It enabled them to continue communal life after nightfall, and must therefore have strengthened their ability to tell stories round the hearth – a key element in human culture. Fire allowed people to cook their food, thus expanding their source of nutrition to less digestible or tasty plants. It was also used to harden wooden spears, making it possible to kill larger animals.
The hunter-gatherer people of 10,000 BC used stone, wood, bone and antlers for their weapons and implements. Some groups practiced primitive mining, or more strictly quarrying, for flint, digging shallow pits and trenches.
People wore clothing made from animal skins, which they sewed together using intricately-crafted bone needles. They had mastered the use of cords and threads fashioned from plant materials to aid them in making their clothes as well as for making baskets. They wove baskets to carry things in.
Their weaponry included spears, bows and arrows, and harpoons. This last brought the food resources of lake, river and shore within their grasp, and indeed coastal peoples ventured some distance out to sea in small boats made from reeds or logs. They had already domesticated one species of animal, the dog (probably around 15,000 BC), which they used for hunting.
Some societies of 10,000 BC already had distinctive styles of art. These ranged from crude patterns on their weapons and tools, through modeled clay figurines of animals and women (presumably fertility spirits), to the wonderful sequence of cave paintings of animals and mysterious symbols found in south western France and northern Spain, dating from 35,000 BC to 9,000 BC.
The impact of the hunter-gatherer lifestyle on the environment was far less than that of agriculture, but this is not to say that it was non-existent. Unwanted plants were cleared to allow more usable plants to grow, and in some cases whole areas are cleared by fire to allow game to thrive.
In a few favored locations hunter-gatherer peoples were able to establish permanent villages. These were usually on the coast, where communities could exploit abundant year-round marine resources as well as terrestrial plants and animals. Notable examples were to be found in ancient China, Japan, and North America. In all these areas some quite large communities of some thousand inhabitants or more were able to develop.
The sedentary lifestyle in such settlements anticipated that of the early farmers. Indeed, some features of farming communities did appear here: the earliest pottery so far found by archaeologists comes from the Jomon culture, in Japan. For most hunter-gatherers, with their more mobile mode of life, clay pots would have been too heavy and fragile to carry.
In the world of 10,000 BC, a man might live all his life without meeting anyone from another group or tribe. This meant that ideas and techniques spread very slowly, taking lifetimes to travel long distances. This was a world where change was imperceptible. But this did not mean that it was not taking place.
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DIRECTIONS:
Let's stop for a minute and think about the climate and environment in which early humans lived. What was needed to survive in such environments? Take a minute to think about those questions and then go to your NOTEBOOK and record your answers.
After recording your answers in your NOTEBOOK, read the next article. Once you have finished reading the article, you will focus on developing a claim. You will write about how the first "technologies" helped sustain human life through the ice ages and led to the development of the first civilizations.
People of the Stone Age had to invent tools and harness the power of fire. But it was their experiments in tool-making that ultimately led to TV, cell phones, and computers.
Living in the computer-driven Information Age, we don't necessarily think of fire or tools as technologies. But by definition technology refers to the "practical application of knowledge in a certain area." Learning how to tame and use fire proved an invaluable technological advance in human development.
Learning how to sharpen a flint, attach a flint to a piece of wood to create a spear, then understanding how to use flint on other pieces of wood to create digging tools were all technological leaps.
Playing With Fire
Uncontrolled fire terrified our ancestors and still has the power to terrify today. Forest fires, or houses being burnt to the ground are still vexing problems. However, take time to think of all of the practical uses of fire or its subsequent substitutes. Where would we be today without it? What was its importance to early people?
There is heavy debate as to exactly when humans first controlled the use of fire. If early humans controlled it, how did they start a fire? We do not have firm answers, but they may have used pieces of flint stones banged together to created sparks. They may have rubbed two sticks together generating enough heat to start a blaze. Conditions of these sticks had to be ideal for a fire.
The earliest humans were terrified of fire just as animals were. Yet, they had the intelligence to recognize that they could use fire for a variety of purposes. Fire provided warmth and light and kept wild animals away at night. Fire was useful in hunting. Hunters with torches could drive a herd of animals over the edge of a cliff.
What's Cooking?
People also learned that they could cook food with fire and preserve meat with smoke. Cooking made food taste better and easier to swallow. This was important for those without teeth!
The early humans of 2 million years ago did not have fire-making skills, so they waited until they found something burning from a natural cause to get fire. A nightly campfire became a routine. What was once comfort and safety, was now also a social occasion. People would collect around the fire each night to share stories of the day's hunt and activities, to laugh and to relax. The earliest evidence found in Swartkrans, South Africa and at Chesowanja, Kenya Terra and Amata, France suggests that fire was first used in stone hearths about 1.5 million years ago.
Tooling Around
Archaeologists have found Stone Age tools 25,000-50,000 year-old all over the world. The most common are daggers and spear points for hunting, hand axes and choppers for cutting up meat and scrapers for cleaning animal hides. Other tools were used to dig roots, peel bark and remove the skins of animals. Later, splinters of bones were used as needles and fishhooks. A very important tool for early man was flakes struck from flint. They could cut deeply into big game for butchering.
Cro-Magnons, who lived approximately 25,000 years ago, introduced tools such as the bow and arrow, fishhooks, fish spears and harpoons that were constructed from bones and antlers of animals. Logs were hollowed out to create canoes. Crossing rivers and deep-water fishing became possible.
Farm System
Advances in tool-making technology led to advances in agriculture. And farming revolutionized the world and set prehistoric humans on a course toward modernity. Inventions such as the plow helped in the planting of seeds. No longer did humans have to depend on the luck of the hunt. Their food supply became much more certain. Permanent settlements were soon to follow. Animals were raised for food as well as to do work. Goats, for instance, were sources of milk and meat. Dogs were used to aid in hunting wild animals. Modern, civilized societies began to emerge around the globe. Human life as we know it started to flourish.
Growing Wheat
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DIRECTIONS:
You may remember we read about the Last Ice Age in Topic 1. In case you forgot, here it is again. Please quickly read over the article, The Ice Age, shown below. Look at the picture as well. Let's have a discussion about the impact of climate on the development of early humans. If you are a virtual student, write your thoughts in your NOTEBOOK.
The Last Ice Age
Our Earth has been a cold place for much of our history. We call these very cold times, ICE AGES. An Ice Age is when the temperatures drop and slow moving masses of ice called glaciers form. Thick sheets of ice moved across large parts of Europe, Asia, and North America. As the ice sheets or glaciers grew larger, the water level of the oceans was lowered. The low sea levels exposed a strip of dry land connecting the continents of Asia and North America. This strip of land was known as a land bridge. The land bridge acted as a natural highway that allowed the Paleolithic peoples to travel from Asia into North America. At this point people started moving to different regions of North and South America. The last Ice Age began more than two million years ago. That Ice Age reached its height in 18,000 BCE when glaciers covered large parts of the world.
How Did the Ice Ages Affect Humans?
Tools and fire were two important technological developments of the Paleolithic people. As we learned in previous articles, throughout history, people have used new technology to help them survive when the environment changes. The ice ages were major environmental disturbances that posed a grave threat to human life. To survive in the cold temperatures, humans had to adapt or change many areas of their lives. One way they adapted was to change their diet to enriching meals with fat. To protect themselves from the harsh environment, they learned to build sturdier shelters. They also learned to make warm clothing using animal furs. Paleolithic people used fire to help them stay warm in this icy environment.
Around 12,000 BCE the overall temperature of Earth had started to warm and much of the ice had melted. Around 10,000 BCE, our ancestor's world started to look much like it looks today with climates much like today. Because of the movement of glaciers, bodies of water and landforms were created that still make up Earth's physical characteristics. Look at the beauty of our Earth.
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During this Topic, we will be exploring how the early people survived. Click the map below and listen to the audio and click the yellow button to move through the map Watch how the early humans migrated.
After you have viewed the migration map video, answer the questions shown below in your NOTEBOOK.
Click on the MAP above to watch the migration patterns.
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DISCUSSION:
We have looked at pictures of the Ice Age, read some information, and watched a movie. We also looked at migration patterns and maps with our interactive map. We now have some background knowledge to help us understand how people moved around the world and how the climate affected them. We are going to use this information to look at Otzi, better known as the Iceman. That's right, we are going to investigate this mystery man. CSI Investigative Team members, grab your bags, let's go. Look at the artifacts found with Otzi and describe how you think early humans adapted to their environment.
THINK LIKE A HISTORIAN, an Archaeologist!!!
What do you want to know? What do we need to know in order to solve this mystery about the Iceman? Here is an example of one that I have done to show you what I am talking about. Who is he, what happened to him, where did this happen, when did it happen, why did it happen, and how did it happen. You will need these words to help you analyze the pictures below. I will provide an example for you under picture #1. I've given you the questions, you give me your answers.
Examining Primary Sources
Watch the video on Primary and Secondary Sources so that you understand the difference between the two.
Directions:
Open your NOTEBOOK so that you can start writing your questions and answers about the Primary Sources (Artifacts) that you will be examining, just like a Historian!
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1. A body face down. CSI team, let's examine the pictures and record our investigative ideas in our NOTEBOOK. Remember the question words: Who, What, Where, When, Why, & How. Example questions: What is the body in? Who is this person? How long has the body been there? Where was this person found? Why is this person here? When was the body discovered? What other questions can you come up with about all of the pictures you are about to see. I have completed mine, now it is your turn. Let's solve this mystery. Make sure to answer my questions and feel free to come up with more.
2. Body of a person. What are your questions? Most importantly, what are your answers? Make sure you record your questions and answers to all pictures in your NOTEBOOK. All pictures will be labeled here and in your NOTEBOOK.
3. ???
4. ???
5. ???
6. ???
7. ???
8. ???
9. ???
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Go to your NOTEBOOK. You will read the article, write notes, annotate, and write words that you do not know so that you can look up the definitions of those words. It is important to understand words that you do not know in order to answer the questions.
Otzi is an Archaeological sensation. He is considered to be a glacier mummy from the Copper Age. His body was preserved to present day. This mumified body has supplied scientists with unknown knowledge of the time in our history. He was accidentally discovered by hikers in 1991. When Otzi was found, his clothing, shoes, weapons, and tools were still there next to him. He was found on the Schnalstal/Val Senales Valley glacier. It was a great find for archaeologists, other scientists, and historians. When scientists discover new evidence of the past, they are able to make new claims about our history in human development.
Evidence from the find showed that Otzi was crossing Tisenjoch/Giogo di Tisa in the Schnalstal/Val Senales Valley, South Tyrol, over 5300 years ago. All of the people involved in trying to recover the body assumed that he died by accident trying to navigate the mountainous terrain. It will be many years to come before evidence proves otherwise.
Given that Otzi is 5300 years old, that makes him older than the Egyptian pyramids and Stonehenge. Otzi lived during the Neolithic Period and at the time the people started working with bronze. We know this because among his tools was a very valuable copper axe. This technique of extracting and processing metal had recently arrived in Europe from Asia Minor. This was the beginning of the Bronze Age.
Otzi and his artifacts can be found on display at the South Tyrol Museum of Archaeology in Bolzano, Italy, where it has been since 1998.
The mummy has to be stored in a specially devised cold cell. His mummified body can be viewed through a small window. Otzi’s numerous pieces of equipment and clothing have been professionally restored. People of today are amazed at the skills of the Stone Age people. The mummy was named Otzi by the Austrian journalist Karl Wendl. The name comes from the discovery site in the Otztal Valley Alps and Wendl wanting a catchy name for the man.
Scientists Recreated What Otzi Looked Like
Mountains Where Body Was Found
Museum Where Otzi's Body Can be Found
The Copper Axe
The Belt
The Hide Coat and Grass Mat
On September 19, 1991, Germans Erika and Helmut Simon discovered a human corpse during a mountain hike at 3210 meters above sea level. Only his upper body was sticking out from the ice. The Simons reported the find to the appropriate authorities. Originally, everyone assumed that the man was the unfortunate victim of a mountaineering accident. Authorities tried to recover the body the next day, but were unable to free the dead man from the ice due to bad weather. They did, however, recovery his ax and brought it back with them.
Another attempt to recover the body was conducted the next day, but failed because there was no helicopter available. Meanwhile, several famous mountaineers arrived to look at the leather clothing and the birch-bark containers and when they saw it, they suspected that the corpse was very old.
The body of Otzi was removed from the ice on September 23, by men using ice picks. They still did not know what they were dealing with. There were no archaeologist present when the body was removed, but there was a camera team that filmed the entire thing. As they pulled the body from the ice, numerous leather fragments, string, pieces of hide and clumps of hay were exposed. Next to the body was a dagger and a long stick that was later identified as a bow.
Konrad Spindler, an expert archaeologist in pre- and early history at Innsbruck University, was called in 5 days later. He estimated the mummy's age to be at least 4000 years old. The corpse started to decompose after being removed from the ice so it was placed in a cold cell that copied glacier conditions.
Otzi is a wet mummy that was mummified naturally in the glacier ice. Because the body lay in the snow and ice for so long, it dehydrated and much of his body fluids were lost. Most mummies were treated with substances to preserve them as part of a ritual burial after their organs had been removed. Otzi's body was preserved almost in its entirety, making him very unique. Because Otzi was so well preserved, numerous examinations have been carried out on him to learn more about his state of health when he was alive.
The Grass Cape or Mat
Leggings & Loincloth
The Back Pack
The body was found in a gully that protected it from being destroyed by the forces of the moving glacier. The rock gully was probably free of ice when Otzi died. As time moved on he became covered by snow and glacier ice. When the mummy was found, the ice had started to melt due to the warm summer, thus exposing the upper part of his body. This was a great archaeological find.
The body was discovered close to the Austrian-Italian border so an official survey had to be conducted to see where it was actually found. After the survey, it was found to be on the South Tyrol side in Italy, but the body was in Innsbruck, Austria. All parties agreed to leave the body in Innsbruck for the time being in order to carry out archaeological examinations. Further investigation started in October, at which time other artifacts were found. A birch bark and a piece of a grass mat were unearthed, but it was not until August 1992, before archaeologists were able to investigate for the first time by melting the ice. Once they did this, they uncovered a bearskin cap that belonged to Otzi.
Otzi's Age: Examination of Otzi's femur (thigh bone) put his likely age to be around 45. This was a good age considering the short life expectancy 5300 years ago.
Height: Otzi was a little over 5 feet tall and his shoe size was size 6. This was the average for his times.
Weight: The mummy weighs approx. 28 pounds. In life, he would have weighed about 110 pounds.
Hair: They found small clumps of hair that were dark, he had medium-long hair which he wore loose.
Nails: Otzi’s fingernails and toenails fell off as he decomposed. During excavations, one fingernail and two toenails were retrieved.
Teeth: Otzi’s teeth were badly worn, and there is a distinct gap between his upper incisors, which is often inherited. The minerals in his teeth shed light on the composition of his drinking water and thus of where he lived as a child. Otzi had no wisdom teeth.
Bones and joints: X-rays disclosed significant wear and tear of joints, including the hips, shoulders, knees and spine. Otzi broke several bones during his lifetime, including several ribs and his nose.
Otzi had 61 tattoos on his body, all in the form of lines or crosses. Unlike modern tattoos, they were not made with a needle; they were fine cuts in the skin into which a powdery charcoal was rubbed. The tattoos are located near his rib cage and lumbar spine, on his wrist, knee, calves and ankles. The scientists were puzzled about the tattoos. Scientists determined that the tattoos would have been under clothing so they were not put there for decoration. They determined that the tattoos were used for medical purposes, such as to relieve pain. The theory is supported by the location of the tattoos on acupuncture lines that are still used today in modern medicine.
The Birch Fungus
Scientist Recreating Otzi's Face
The Retoucheur
At first it was thought that Otzi had died in an accident in the mountains. It was only in 2001 that an X-ray revealed a flint arrowhead in his left shoulder, after which a 2 cm (a cut just under 1 inch). An entry wound was discovered in his back. The arrow severed the a main artery, indicating that Otzi bled to death within a matter of minutes. Otzi also suffered a severe head injury – probably at the same time as the arrow wound. This could have been caused by a fall or a blow to the head. Perhaps Otzi pulled out the arrow himself, or perhaps his murderer did. The arrowhead broke off when the arrow shaft was removed and is still in his body. The shape of the arrowhead corresponds to that of other flint arrowheads found in the area, including the ones Otzi was carrying himself. There can be no doubt now that Otzi was murdered. The evidence seems to show that he was being followed and involved in hand-to-had combat where he received a deep cut to his right hand. There are a lot of questions to be answered and unfortunately may never be answered. Why was he murdered? Who murdered him? What was the motive? Why did the killer leave him with all of his belongings?
Scientists found pollen and the maple leaves in Otzi's birch bark containers, so they have narrowed the time of his death to early summer.
Otzi's clothing was made from hide, leather, and braided grass which provided him protection from the cold and wet. He was fully clothed when he died.
His clothing was made solely from leather, hide and braided grass. It was stitched together with animal sinews, grass fibers and tree bast. No wool or woven textile was found.His garments, practical and functional, afforded protection from the cold and wet.
The Romano-Germanic Central Museum in Mainz, Germany was charged with restoring Otzi’s clothing. Following their recovery, it was important to catalogue the numerous leather and hide fragments. The fragments were then preserved and pieced together.
Otzi’s hide coat reached almost down to his knees, covering his upper body and thighs. The coat was made from light and dark strips of goat and sheep hide stitched together with animal sinews. His coat was made from goat-hide. He also wore leggings, loincloth, and a belt. His pants were made of two separate leggings. They were made from strips of domestic goat and sheet hide.
The belt consisted of a calfskin strip. It was probably around 78 inches long and would have been wrapped twice around the hips. Or there were two separate belts – one to keep the loincloth in place and the other to hold the coat closed. Another leather strip was stitched onto the belt to make a small pouch. This belt pouch contained tinder fungus, a scraper, a boring tool, a bone awl and a flint flake.
The Flint Dagger
The Shoes
The Bearskin Cap
During excavations, Otzi’s right shoe was found on his foot. This was removed for restoration. Only the netting of the left shoe survived. The shoes are made up of several layers. The inner shoe consists of string netting made from lime tree bast. Dry grass was stuffed under the netting for insulation. The outer shoe was made from deer hide and was stitched onto the sole like the netting. The sole was worn with the fur on the inside. The shoe was tied onto the foot with bast string. Experiments with reconstructed shoes have shown that they are warm and comfortable even on long treks. Although they are very warm they provide little protection from the wet, so presumably the wet grass was simply replaced.
A bearskin cap was uncovered during the archaeological excavation. Pieces of bearskin had been stitched together to form a hemispherical shape. A chin strap held the cap in place in order to protect him from the cold. Otzi was well equipped to master the challenges of his alpine environment. He was adept at hunting with a bow and arrow, dismembering animals with his dagger, fashioning and repairing his equipment and making a fire.
He was very familiar with the qualities of the raw materials he had at his disposal. He knew which wood to use to make arrows and how to carve a bow. He sharpened flint tools with his retoucheur and mended his clothes with grass fibers. The copper axe could be used as a weapon as well as to fell trees.
The one thing that Otzi didn’t carry with him was pottery. This would have been an important archaeological clue for assigning him to a specific cultural group. Pottery pieces are often very characteristic and large numbers of them have been found in graves and settlements. But of course it is understandable why Otzi did not carry his provisions in heavy, breakable pottery jars. He carried them in a backpack or in his birch-bark containers. Otzi’s equipment is globally unique in its diversity and its excellent state of preservation. It has provided us with fresh insights into life in the Copper Age.
Otzi’s axe was preserved intact and is the only one of its kind in the world. The blade consists of 99.7% pure copper and is trapezoidal in shape. The blade was cast in a mould, cooled and then compressed by hammering. Signs of wear show that the axe had been frequently used and therefore had to be re-sharpened. The copper used in the blade does not derive from the Alpine region but from Central Italy. Researchers have discovered that the metal had been obtained from ore mined in South Tuscany.
Copper was the first metal to be used to make weapons and tools. Mining and smelting skills spread from Asia Minor to Central Europe 4000 years BC. Around 3000 BC, high-ranking men owned a copper axe, which was often buried with them. A copper axe was used not only for woodworking and felling trees but was also a powerful close-combat weapon. Was Otzi a tribal leader? It remains a mystery why the attacker didn’t take this valuable copper axe. Would it have exposed him as a murderer? Otzi's axe is the only one of its kind in the world. His axe was in excellent condition and provided detailed information on how an axe in the Copper Age was made.
The Stone Disc
The quiver and its contents
Birch-bark containers
Otzi carried a quiver made from deer hide for his arrows. A hazel rod supported the long, narrow quiver, to make it easier to carry on his shoulder. The shoulder strap is missing. The quiver would have had a lid on top with leather strips to close it. The quiver contained 12 arrow shafts and 2 finished arrows. The arrows were made from branches of the wayfaring tree, viburnum lantana, and cornelian cherry. The bark was first stripped off and the shafts were then smoothed. A notch for an arrowhead was carved into one end. Two arrows have flint arrowheads fixed to the shaft and bound with plant fibers. At the other end of the arrow are remains of the fletching. These stabilized the arrow in flight. The fletching was also affixed with birch tar and plant fibers. Other objects in the quiver included four deer antler tips – perhaps for skinning animals – and a 2-metre-long piece of string made from tree bast. He also had an unfinished bow with him and several arrows as well.
Otzi had an unfinished bow with him and several arrows in his quiver. The yew bow and most of the arrows in the quiver were unfinished. Otzi owned a functional dagger. The dagger has a flint blade and an ash wood handle. Otzi’s dagger is the only fully preserved dagger from the Copper Age.
Otzi’s dagger has a flint blade and an ash wood handle. The blade was forced into the wooden handle and bound with animal sinew. A string was attached to the end of the handle. The sheath is made from lime tree bast. On the side of the sheath is a leather eyelet, presumably used to attach the dagger to the belt. The sheath is considerably larger than the dagger blade which is very small, hardly bigger than an arrowhead, perhaps because it was often resharpened. To sharpen his flint tools, Otzi used a retoucheur to remove tiny fragments. Tests have shown that the flint came from Trentino (Italy).
Recreating Otzi From His Remains
STOP! STOP!
Watch the Video on Otzi. Make sure you have your NOTEBOOK ready to take notes. Just click on the play button above.
Part of Otzi's Clothing
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Developing a Claim/Formative Assessment:
Use the artifacts (the artifacts are the items found in the pictures--Primary Sources) that were found with Otzi to help you write, in paragraph form, a description of how early humans use technology to adapt to their environment. Make sure that you use evidence from the sources. Remember that you have a video, an article, and pictures to help you with this. You will complete this task in your NOTEBOOK. This activity will be graded.
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Watch Videos on Carbon-14 Dating & Explain what your understanding of the topic is. What did you get from the videos?
Did you wonder or want to know how archaeologists came to the conclusion that Otzi was 5300 years old? I did.
Archaeologists can determine if artifacts were used by early humans by using Carbon-14 Dating to determine the age of it. It is used in dating things like, plants, wood, cloth, bones, etc. Watch the video to the right to learn what Carbon-14 Dating is about. Analyze the photos, look closely and read the explanation. Make sure you have your NOTEBOOK out. Carbon-14 dating is one of the oldest and most effective methods for determining the age of an item. All living organisms take in carbon 14, but once they die it starts to deteriorate, so measuring the amount gives a good indication of the organism's age.
Write a short paragraph explaining what you understand about Carbon-14 Dating.
Go to your NOTEBOOK and write a paragraph about what you learned from this magazine, or you can summarize what you read.
Here's a start:
Radiocarbon dating is what scientist and archeologists use to determine how old something is. The carbon inside ancient bones can tell us how old those bones are.
NOW YOU START
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Homework for end of Lesson
Directions:
Please read the following article, "Stone Age," so that you are able to gain further knowledge about the characteristics of the time period. Please use your NOTEBOOK to create a timeline. I will reference this TIMELINE homework again close to the end of this Topic. Use the dates that are included in the Stone Age (HINT 1) try looking under the heading, "Chronology of the Stone Age." (HINT 2) Go back to Unit 1, to see an example of a timeline. Make sure that your timeline includes the following details:
The names of various eras and their appropriate dates. All dates should have the appropriate ending of either CE or BCE. Remember we discussed the meaning of CE and BCE. If you do not remember, go back to Unit 1, Topic 1. HINT: Look in the passage for numbers followed by CE or BCE and determine if those dates are the beginning or ending of a period.
Include a picture or a description of climate conditions during each era.
What technology was developed by early humans to adapt to their climate and environment. Remember that Technology is anything that makes a human's life or job better.
You will go to your NOTEBOOK to complete this Timeline after you read the following articles on the Old Stone Age.
Cave Art
WATCH THE ABOVE VIDEO FOR MORE INFORMATION
From the dawn of our species to the present day, stone-made artifacts are the dominant form of material remains that have survived to today concerning human technology.
The term “Stone Age” was coined in the late 19th century CE by the Danish scholar Christian J. Thomsen, who came up with a framework for the study of the human past, known as the “Three Age System”. The basis of this framework is technological: it revolves around the notion of three successive periods or ages: Stone Age, Bronze Age, and Iron Age, each age being technologically more complex than the one before it. Thomsen came up with this idea after noticing that the artifacts found in archaeological sites displayed regularity in terms of the material that they were made with: stone-made tools were always found in the deepest layers, bronze artifacts in layers on top of the deepest layers, and finally iron-made artifacts were found closest to the surface. This suggested that metal technology developed later than stone-made tools.
This “Three Age System” has received some criticism. There are scholars who believe that this approach is too technologically oriented. Others say that this stone-bronze-iron pattern has hardly any meaning when applied outside Europe. Despite the critics, this system is still largely used today and, although it has limitations, it can be helpful as long as we remember that it is a simplified framework.
[1] This passage is excerpted from a work by Cristian Violatti which is licensed under a Creative Commons Attribution License. The original work is available at http://www.ancient.eu/Stone_Age/.
The Stone Age is the first of the three-age system of archaeology, which divides human technological prehistory into three periods: the Stone Age, Bronze Age, and Iron Age. The Stone Age lasted roughly 3.4 million years, from 30,000 BCE to about 3,000 BCE, and ended with the advent of metal working.
From the invention of tools made for hunting to advances in food production and agriculture to early examples of art and religion, this enormous time span—ending roughly 3,200 years ago (dates vary upon region)—was a period of great transformation. Here is a closer look:
The Stone Age has been divided into three periods: Paleolithic or Old Stone Age (30,000 BCE – 10,000 BCE),
Mesolithic or Middle Stone Age (10,000 BCE – 8,000 BCE), and
Neolithic or New Stone Age, (8,000 BCE – 3,000 BCE)
This era is marked by the use of tools by our early human ancestors (who evolved around 300,000 B.C.) and the eventual transformation from a culture of hunting and gathering to farming and food production. During this era, early humans shared the planet with a number of now-extinct hominin relatives, including Neanderthals and Denisovans.
The art of the Stone Age represents the first accomplishments in human creativity, preceding the invention of writing. While numerous artifacts still exist today, the lack of writing systems from this era greatly limits our understanding of prehistoric art and culture.
In the Paleolithic period or Old Stone Age: (roughly 2.5 million years ago) 30,000 to 10,000 B.C.E.), early humans lived in caves or simple huts or tepees and were hunters and gatherers. They used basic stone and bone tools, as well as crude stone axes, for hunting birds and wild animals. They cooked their prey, including woolly mammoths, deer and bison, using controlled fire. They also fished and collected berries, fruit and nuts.
Ancient humans in the Paleolithic period were also the first to leave behind art. They used combinations of minerals, ochres (a natural clay earth pigment), burnt bone meal and charcoal mixed into water, blood, animal fats and tree saps to etch humans, animals and signs. They also carved small figurines from stones, clay, bones and antlers.
The end of this period marked the end of the last Ice Age, which resulted in the extinction of many large mammals and rising sea levels and climate change that eventually caused man to migrate. Climate was changing dramatically during this period. It went from warm/hot to much, much colder to finally, the end of the Ice Age where glaciers were melting. Sudden changes in temperature could have a major impact on the humans of that period. There were a number of Ice Ages during that time. This is the longest Stone Age Period.
In the Mesolithic or Middle Stone Age or Middle Stone Age: 10,000 B.C.E. – 8,000 B.C.E.: In purely scientific terms, the Mesolithic begins at the end of a period known in geology as the Younger Dryas stadial, the last cold snap, which marks the end of Ice Age, about 9,600 B.C.E. The climate change of this period involved melting of the glaciers, with a steep rise in the sea levels. With these changes came growth in forests and plants. The Mesolithic period ends when agriculture starts. This is the time of the late hunter-gatherers.
The Shell Mound People, or Kitchen-Middeners, were hunter-gatherers of the late Mesolithic and early Neolithic period. They get their name from the distinctive mounds (middens) of shells and other kitchen debris they left behind.
During the Mesolithic period (about 10,000 B.C. to 8,000 B.C.), humans used small stone tools, this newer technology was now also polished and sometimes crafted with points and attached to antlers, bone or wood to serve as spears and arrows. They often lived nomadically in camps near rivers and other bodies of water. They lived in natural shelters, like caves, and later in moveable man-made shelters made out of wood or animal bones. Their tools were now a combination wood and stone. Agriculture was introduced during this time, which led to more permanent settlements in villages. From these settlements came the management of land. They created tools to cut trees down in order to build shelters in which they lived.
During the Mesolithic period, important large-scale changes took place on our planet. As the climate was getting warmer and the ice sheets were melting, some areas in the northern latitudes rose as they were being freed from the weight of the ice. At the same time, the sea levels rose, drowning low-lying areas, resulting in major changes in the land worldwide: the Japanese islands were separated from the Asian mainland, Tasmania from Australia, the British Isles from continental Europe, East Asia and North America became divided by the flooding of the Bering Strait, and Sumatra separated from Malaysia with the correspondent formation of the Strait of Malacca. Around 5,000 BCE, the shape of the continents and islands was very much those of the present day (today).
Finally, during the Neolithic period or New Stone Age (roughly 8,000 B.C. to 3,000 B.C.), ancient humans switched from hunter/gatherer mode to agriculture and food production (farmers). They domesticated animals and cultivated cereal grains. They used polished hand axes, adzes for plowing and tilling the land and started to settle in the plains. Advancements were made not only in tools but also in farming, home construction and art, including pottery, sewing and weaving.
Agriculture brought major changes in the way human society is organized and how it uses the earth, including forest clearance, root crops, and cereal cultivation that can be stored for long periods of time, along with the development of new technologies for farming and herding such as plows, irrigation systems, etc. More intensive agriculture implies more food available for more people, more villages, and a movement towards a more complex social and political organization. As the population density of the villages increases, they gradually evolve into towns and finally into cities.
Towards the end of the Neolithic era, copper metallurgy is introduced, which marks a transition period to the Bronze Age.
The climate was relatively stable warm and humid. This climate created the conditions for the development of many cultures of the Neolithic Age. Eventually, the climate became cold and dry, which had a significant influence on the Neolithic cultures of the Gansu-Qinghai region, leading to a dramatic change in the cultural characters and spatial distribution of culture around. After nearly 300 years of cold and dry period, the unified Neolithic farming culture completely collapsed. Afterwards an industrial division of animal husbandry and farming and regional multiple cultures formed, and ultimately led to the end of primitive society and the starting of a civilized society.
C.. An, Z.. Feng, et al. “The Impacts of Climate Change on the Neolithic Cultures of Gansu-Qinghai Region during the Late Holocene Megathermal.” Journal of Geographical Sciences, SP Science China Press, 1 Jan. 1970, link.springer.com/article/10.1007/s11442-010-0417-1.
Stonehenge
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Directions:
Using the above article about the Stone Age, list as many facts as you can about how humans lived before the Neolithic period. Go to your NOTEBOOK to answer. This could be graded, so please do not "COPY & PASTE" answers. All answers should be in your own words.
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You will go to your NOTEBOOK and complete the homework assignment. I have given you examples to follow in order for you to complete it. Remember I talked about this Timeline back on page 28. Now that you have read the article, you are ready to create your timeline.
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Directions:
After reading the article, the Stone Age, complete a Venn Diagram comparing the Paleolithic and Neolithic people and how they are alike and how they are different. Remember to compare items that are the same. Example: It means if you say that the Neolithic People lived in caves -- you have to say how the Paleolithic people lived. Paleolithic people lived in huts. That is how they are different. You will complete your work in your NOTEBOOK. I have modeled correct answers for each category. (I DO) Now it's your turn.
Do not forget to use the example below to complete your Venn Diagram.
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