Reading Guide Week 1: Origins of agriculture and settled life likely?
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Reading Guide Week 1: Origins of agriculture and settled life likely?
ReadingGuide Week1: Origins of agriculture and settledlife There are two main questionsthat we will considerthis week. Why did people start doing agriculture? Why did people start settling in permanentvillages? As you read the following two articles, try to answerthesemore specific questions. Reading 1: "The Origins of Domesticationand Settled Life" 1. What were people's subsistencestrategies(the ways they obtained food) before the beginning of agriculture? 3. What are some of the different theories for why domesticationhappened?What are some of the pros and cons of thesetheories? 4. What were someof the changesthat occurred along with domestication? Reading 2: Ian Hodder. C;atalHoyiik: 9000 Year Old Housing and Settlementin Central Anatolia. 1. What is the main question that Ian Hodder is trying to answer about ~atal Hoyiik in this article? (seep. 44). 2. What evidence doeshe consider in trying to answerthis question? 3. What are the possible answersto his question?Which one do you think is most likely? DURING THEPAST200,000 years Homo sapienpopulations occupied many different environments. As we saw in the preceding chapter, varying climatic conditions caused physical variation in modem 'human populations. In the past 15,000 years, however, the greatest changes have occuned, not fu physical characteristics, but in human culture. The most significant of these was in subsistence, the manner in which humans obtain food and nourishment. Information about the diet of Upper paleolithic peoples is very incomplete. We know, }lowever, that hunting, especially of large Pleistocene animals, or megafauna, such as the mammoth, was clearly imponant. Extensive use was probably also made of seeds, fruit, and leavesof seasonally available wild plants. Because of the imponance of these plants and animals as 4~1)rc~~"of food, clothing, and, shelter, Upper Paleolithic populations for the most pan were probably highly mobile, nomadic people who followed the migrations of the herd animals they hunted. These hunters and gatherers made little or no effon to alter or modify the environ- ment. The Late Pleistocene: Changes in Climate and Culture " Beginning late in the Pleistocene epoch, approximately 15,000 years ago, this pattern began to change gradually in some pans of the world. Humans staned to make more intensive use of smaller 3ame animals and wild plants. Fishing and the gathering of marine resources also became more imponant. People were somewhat less mobile and increasingly focused on the intensive exploitation of plants and animals within panicular local environments. Gradually, they also staned to experiment with planting crops and raising wild animals in captivity. These practices set the stage for the beginnings of food production. The shift from food gathering to food production is the focus of this chapter. The period of time between the late Pleistocene and the early Holocene (the current geologic epoch) was marked by climatic change. The transition involved a gradual warming of the earth's temperature, which caused the great glaciers that characterized the Pleistocene to melt. Sea levels rose in coastal areas, and lands that had been compressed under the glaciers were uplifted. As the earth's climate changed, many species of plants and animals became extinct. For ecample, Pleistocene megafauna like the mammoth, rhinoceros, and bison disappeared. Many others, however, effectively adapted to the new conditions and expanded into the new environments. In both North America nad Europe, as the ice sheetsmelted, forest areas repl.a.S"~d theJu~drq,_~r.,Y!JsJ.treeless plains of the Arctic regions. These changes enabled human populations to migrate in northern areas that previously had been uninhabitable. The reshaping of the earth's environments encouraged new patterns of technological development. As large game became extinct in areas such as Europe and North America, humans developed new subsistence patterns that focused on the hunting of smaller game, fishing, and gathering plants to satisfy nutritional needs. In many respects this change probably does not represent a dramatic departure from earlier patterns. Instead, people simply started to make more intensive use of c~rtain resources within their ~nyironment. This type of subsistence strategy, which relied on the intensive exploitation of varied resources in particular local environments, is referred to as broad-spectrum collecting. Because there was a great deal of variation in local environments, many specialized regional patterns and technologies developed. For this reason, it becomes increasingly difficult to generalize about worldwide developments. These new subsistence strategies have been referred to as the Mesolithic (Middle Stone Age) in the Old World and the Archaic in the New World. THE ORIGINS OF DOMESTICATION AND SEnLED LIFE 139 Mesolithic and Archaic Technology The transition to broad-spectrum collecting began in different world areas at different times and had varying consequences. In some areas it led to relativeI.Y permanent settlements. In other regions people appear to have continued relatively mobile, nomadic lifestyles. In general, however, the Mesolithic and Archaic tools are distinct from those of the Paleolithic. The production of percussion-flaked tools continued, but the tools were typically much smaller and more specialized than Paleolithic implements. Some of the most common Mesolithic tools are known as microliths, small flakes of stone that were used for a variety of purposes, including harpoon barbs and specialized cutting tools. The bow and arrow, a technological innovation that appeared in the Upper Paleolithic, became common among Mesolithic and Archaic peoples. It clearly had important consequences in terms of subsistence as it allowed hunters ~okillgame from a greatet_qistance and with more accuracy than they could with spears. A new type of stone tool, ground stone,also became common in both Old and New World cultures. Some of these implements were probably unintentional products of food processing. To make seeds and nuts more palatable, people pulverized them between a hand-held grinding stone and larger stone slab, or even a large rock. This activity shaped the hand stones and wore depressions, or grooves, into the stone slabs. Using a similar grinding process, Mesolithic peoples intentionally shaped some stones into axes, gouges, and adzes (specialized tools used for shaping wopd). Tools with similar functions had been produced by percussion flaking during the Paleolithic, but ground-stone tools tend to be much stronger. The improved stone-working technology seen during the Mesolithic and Archaic periods probably allowed for a great many innovations in other areas such as the harvesting of resources and the shaping of wood for building. Although watercraft were developed during the Upper Paleolithic, ground-stone tools made it easier to cut down logs and hollow out the inside to make dugout canoes. Vessels of this type improved mobility and enabled people to exploit more diverse ocean, lake, and river resources. Ground-stone sinkers and fish 140 CHAPTER7 hooks made from shell, bone, or stone also attest to the importance of aquatic resources. Origins of Food Production: The Neolithic Period The Neolithic, or New Stone Age, marks one of the most important changes in human historythe shift from food gathering to food production. Like the change from the Paleolithic to the Mesolithic, the transition to the New Stone Age was gradual. During the Mesolithic period, human populations experimented with new types of subsistence activities. Some groups purposely began to collect seeds for planting, not just for consumption. The practice of growing plants is referred to as cultivation. In addition, cenain populations began to tame animals like wild dogs or wolves to have as companions and to help in hunting. Other groups began to capture wild species of animals such as sheep, goats, cattle, and horses and to travel with these animals to different pastures. Eventually, some populations came to rely on panicular cultivated plants more than others. They also concentrated on rearing panicular animals. In other words, some of these groups engaged in artificial selection, a process similar to natural selection in which people select cenain plants or animals for reproduction and prevent others from breeding. In effect, these human populations were modifying plants and animals within the environment. and selecting out cenain characteristics to produce food to satisfy their own needs. Gradua::y, this processproduced plants and animals that were distinct from wild species and dependent on humans. This process is referred to as domestica- tion. The domestication of plants and animals to some unconscious extent may have been unconscious. When people gathered wild seeds they more easily picked the larger seeds that stayed on the stem. Similarly, people kept more docile, easily tamed animals rather than the more aggressive members of the species. In some world areas at about 10,000 years ago, these processes of anifi- . 'dill setection.~edto the emergence of societies that becameincreasingly dependent on the production of domesticated agricultural plants and ~nimals. Becausepeople had to remain in cenain areas to tend their crops, they occupied particular settlements on a more permanent basis. StudyingPlant and Animal Domestication Information about the domestication of plants comes from a number of sources. Much of what we know has been proVided by the archaeological record. Becausewild and domesticated speciesdiffer physically, plant and animal remains can be examined to trace the transition to domestication (.Struever,1970; Ucko and Dimbleby, 1969). For example,wild speciesof grains such as wheat and barley have fragile rachis, the portion of the stem where the seeds are attached. This feature is advantageous in the wild because the seeds more easily fall to the ground, where they can germi"Dateand reproduce. In contrast, the attachments of the seeds on domesticated plants is characteristically tough, and the seeds tend to remain attached to the stem. This feature is convenient for humans because it makes harvesting easier.Domesticated plants 'also show a general tendency toward an increase in size of the edible parts, a feature that early farmers would have chosen. In contrast to plants, the domestication of animals is more difficult to discern using archaeological data. This is true despite the fact that many features distinguish wild animals from domesticated species. Unlike their wild counterpans, domesticated cattle and goats produce more milk than is needed by their offspring: This excessis expfoited by humans. Wild sheep do not produce wool, and undomesticated chickens do not lay extra eggs. Unfonunately, the animal remains found at archaeological sites, primarily the skeletons, often exhibit only subtle differences between wild and domesticated species.One obvious distinction is seen in the case of the sheep: The shape of the horn in domesticated speciesis different. Some indication of human influence is also provided by changes in the ratios of the ages and sexes of the animals killed by humans. Forexam.~ pIe, archaeological evidence from the Southwest Asia shows that Paleolithic hunters made extensive use of wild goats and sheep. They readily killed animals of both sexesand of any age. How- ic, Domesticated speciesofplants and animals are physicallydifferentfrom wild varieties. In this photograph, the oldestmaize cobscan be readilydistinguishedfrom the larger. more recentexamples. THE ORIGINS OF DOMESTICATION AND SETTLEDLIFE 141 ever, as time went on they realized that they cou.\d increase their yield by sparing females and their young. They also learned that they could capture animals, keeping them to be killed when needed (Perkins, 1964). Sheep bones dating back 9000 years have been found in some Southwest Asian sites far away from the animals' natural habitat, a good indication that the animals were being captured and raised by humans. Under these conditions weaker animals that may not have survived in the wild would live. Other Archaeological Evidence Some archaeological evidence for the beginning of the Neolithic is less direct. The food-processing requirements associated with food production as opposed to hunting and gathering necessitated different technological innovations. As a result, specialized food-processing artifacts such as grinding stones are found more frequently at Neolithic sites. Another significant development associated with the Neolithic period that can be examined by archaeologists is the increased capacity for:,th~ ~torage..offood crops. Because agricultural production is seasonal, it is crucial to be able to store surpluses that can be used throughout the year. Following the Neolithic transition, structures such as granaries became increasingly common, allowing for the stockpiling of large food supplies against periods of famine. Agricultural peoples learned to construct large and small granaries or storage bins and pits out of such diverse materials as wood, stone, brick, and clay. Pottery has also often been used to identify Neolithic communities The settled lifestyle associated with farming undoubtedly contributed to the developmentofpotteryi--heavy clay pots.were not very suitable for the mobile lifestyles of hunter and gatherers. Pottery would also have made it easier to cook and store food. However, generalizations about farming cannot be made solely on the basis of indirect evidence such as pottery. Among the earliest pottery yet discovered, perhaps 10,500 years old, was that produced by the Jomon culture of Japan. These people did not initially cultivate plants but subsisted by hunting and gathering wild resources, especially shellfish (Aikens & Higuchi, 1981). Conversely, some later farming communities did not make pottery. Distribution of Wild Species Archaeology 142 CHAPTER 7 does not provide all of the answers. Often plant and animal remains are poorly preserved or do not exist. Furthermore, finding early plant or ani. mal remains at a particular site does not necessar. ily mean the plant was domesticated there. It may have originally been domesticated elsewhere and introduced to the area where the remains were discovered. One way researchers can evaluate the most likely origin of a domesticated plant or ani. mal is by locating the areas where related wild species are currently found. Because wild species provided the breeding stock for domesticated varieties, domestication likely occurred within these areas. For example, wild species of tomato are known from South America, making it a likely area for the site of initial cultivation. Domesticated lettuce, which is presently grown in many world areas, probably derived from prickly lettuce, a wild species of the same genus that is native to Asia Minor. The wild species that provided the breeding stock for domesticated cattle was Bos p7:i~genius, the wild ox, an animal native to the; Old World that became extind in Europe in the early seventeenth century (Fagan, 1989). Ethnographic Studies Another source of information on domestication is ethnographic Jomon potteryfrom Japan. Pottery,producedfrom fired clay. is often associatedwith the Neolithicperiod. However. in the case ofthe Jomon culture it was initially developedby sedentaryhunters and Batherers. . 'data. Modemcnlturesmake varying use of wild, as well as domesticated, plants and animals. In WestAfrica, archaeologist Merrick PosnaQskyhas studied what he refers to as "the past in the present" (1984). He observed that in addition to domesticates,modem farmers in Ghana make extensiveuse of over 200 species of wild plants on a seasonalbasis. The farmers also rely heavily on tbe trapping of wild animals such as the grasscutter, or cane rat. Posnansky seesevidence for similar activities in early archaeological sites. This intensive utilization of wild resources is probably similar to the activities in early farming communities, thus providing insight into the mechanisms that may have eventually led to domestication. Why Did Domestication Occur? from weeds and pests.-Moreover, agriculture-bffers a delayed return. Several months may elapse between the time a crop is planted and the time it can be harvested. Tree crops like bananas and plantains may not bear fruit until almost a year after planting. In addition, agricultural production is a risky enterprise. Despite the considerable energy and time that people invest in planting, weeding, and protecting crops, the harvest can still fail, producing enormous hardships for the entire society. The disadvantages of agricultural production would appear to outweigh the benefits. In the nineteenth century, archaeologists began exploring the origins of domestication. Early theories suggestedthat a solitary genius suddenly had the idea of planting seeds,and this innovation led to agricultural civilizations. Such a simplistic idea is clearly unlikely. Using information from different world regions, archaeologists have developed different theories explaining the transition to agriculture. Today we take food production for granted. The vast majority of the world's population depends on crops and animals domesticated and cared for by humans. Hunting and gathering contributes a comparatively small part of our diet. However, the reasonswhy domestication initially took place are not clear. Modem hunting and gathering populations such as the Australian Aborigines and the African San are confined to marginal areas, such as desens or tropical rain forests, where food resourcesare often difficult to obtain. Nevenheless, studies by anthropologists indicate that groups suchas the San invest only about 17 hours a week obtaining food (Lee, 1969). In.the past, huntergatherers were not confined to marginal regions but were found throughout the world. Therefore, they wt:re able to exploit a greater diversity of resourcesand could probably obtain food more easily than can modem hunters and gatherers (Price & Brown, 1985). This observation is supported by anthropologist George Murdock's estimate that approximately 15 perc~nt of the world's population was still effectively living a hunting and gathering existence only 500 years ago (1968). In contrast to hunting and gathering, agriculture is much more labor-intensive. The soil has to One of the first scientific theories concerning domestication was refined by V. Gordon ChiIde in the 1930s (1936, 1952). Childe suggested that at the end of the Pleistocene a major climatic change transformed the environments of areas such Southwest Asia, leading to new subsistence strategies. The climatic change produced severe droughts that forced humans to take up residence in isolated fenile areas caJled oasesand to adopt agriculture. According to Childe, who coined the term "Neolithic Revolution" to refer to this supposed period of dramatic. change, agriculture- en-' abled humans to maintain a reliable food supply in extreme conditions. Once invented, the idea of food production spread rapidly to other regions. Although Childe's theory, popularly known as the oasistheory, was readily accepted by many archaeologists for a number of years, subsequent archaeological and geological research has not confirmed his interpretations. Thus far, little evidence has been discovered suggesting such a dramatic change in the environment of Southwest Asian foJlowing the Pleistocene epoch, or of the concentration of populations around isolated, fenile oa- be tilled, seedsplanted, and the crops protected ses. The OasisTheory THE ORIGINS OF DOMESTICATION AND SETTLEDLIFE 143 ~ TheReadinessHypothesis A different theory, developed by archaeologist Robert Braidwood (1960) of the University of Chicago, was based on data excavated in Southwest Asia during the 1940s and 1950s. Braidwood noted that climatic conditions comparable to those that characterized the end of the Pleistocene had existed in this region at severaltime periods dating back at least 75,000 years. If agriculture was a response to environmental pressures as Childe suggested, why hadn't domestication occurred earlier? Braidwood hypothesized that after a long period of time human populations became increasingly familiar with the plants and animals around them. He notes: Around 8000 B.C.the inhabitants of the hills around the fenile crescent had come to know their habitat so well that they were beginning to domesticate the plants and animals they had been collecting and hunting. At slightly later times human cultures reached the corresponding level in Central America and perhaps in the Andes, in southeastern Asia, and in China. From these "nuclear" zones cultural diffusion spread the new way of life to the rest of the world (1960: 6). Braidwood's statement may present a plausible descriptionof agricultural origins, but, like Childe's theory, Braidwood's hypothesis does not really explain why hunters and gatherers adopted agriculture. His model seemsto require an assumption regarding human nature or psychology; namely, earlier peoples were not ready to innovate or develop agriculture for some unexplained reason. This hypothesis, sometimes referred to as the readinesshypothesis,aoes not come to terms With the questions of how and why domestication originated when it did. Population Models More recent models of the origins of agriculture have been influenced by economist Ester Bosecup's theories regarding the relationships among population, labor, and resources (1965). Boserup's theories were initially aimed at explaining changes in complex agricultural practices, but her ideas can be applied equally well to the origins of domestication. She proposed that societies will 144 CHAPTER 7 .only intensify their cultivation practices when they are forced to by increasing population pressure on the available resources. The transition from simple to intensive agriculture involves such a substantial increase in labor that actual output of food per capita energy expenditure drops. Thus, the adoption of intensive agriculture would be an unpopular innovation because it requires much more human energy. Many historical examples exist of hunters and gatherers who were familiar with intensive agriculture but did not adopt these practices because of the increased expenditure of labor involved. Thus, in this view agricultural production would not be a rational adaptation for populations who enjoy reliable food resources and experience limited population growth. At some point, however, population pressures may force people to adopt food-production techniques. Interpretations vary as to what factors may have caused these pressures. Demographic Stress One archaeologist who proposed increasing population pressure to explain why populations developed agriculture is Lewis Binford (1968). Binford noted that at the end of the Pleistoceneperiod sealevels beganto rise becauseof the melting of the world's glaciers in the temperate regions. He reasoned that rising sea levels would have forced coastal peoples to migrate into interior regions in which other populations alreadY.resided. In Binford's view this movement led to population increaseand demographic stressin these interior regions. To adjust to these new demographic and environmental conditions, populations began systematically to use agricultural practices to provide adequate food supplies for the expanding population. TilUS, in Binford's view, population pressure was the key reason for the development of agriculture. Population Growth Another hypothesis that considers the possible consequencesof population pressure on domestication was formulated by Mark Cohen (1977). Cohen pointed out that by the end of the Paleolithic era hunting and gathering societies had spread to all pans of the world. During their migrations they gradually expanded the amount and variety of wild food resources they could exploit. Eventually these populations were using nearly all of the naturally available food. Populations continued to increase, but territorial expansion had left very few unpopulated ar-~ ~ easto which nomadic hunterS'and gatherers could migrate. The need to feed greater numbers of people led these popula~ons to adopt agricult~r~. Recent archaeological research on the ongms of agriculture has examined these de~ographic hypotheses carefully. Many archaeologist considers variations of these interpretations to provide the most viable explanations of agricultural orgins. However, researcherssuch as Fekri Hassan (1981) have been critical of the population-pressure models proposed by Boserup, Binford, and Cohen. They argue that population pressure by itself would not cause people to abandon hunting and gathering in favor of intensive agriculture. Furthermore, although most archaeologists would agree that population densities did increase at the end of the Pleistocene, they would also argue that it is not clear whether this occurred before or after the transition to food production. variation in Environment and Human 'Selection '...,. "...'.~7 Work by many researchers has emphasized particular local conditions and cultural settings that may have instigated contributed to domestication. Although they differ widely in the specifics of their interpretations and the world areas they have examined, many theorists have suggested how variation in human adaptions, ranging from early hunting and gathering to cultivation, may have influenced differences in patterns of domestication. Human selection of certain plants and the alteration of the environment through cultivation changed the distribution and characteristics of certain plant species. ";-r,,, ., CarlO. Sauer (1952) was among the first archaeologists to examine how changes in human interaction with the environment may have led to domestication. He focused particular attention on the early cultivation of root crops in East Asia, suggesting that plants were first domesticated by successful, sedentary food collectors who had the opportunity to observe the plants' growth cycle. Sauerconsidered Southeast Asia to be a major domestication center, and he suggested that domestication spread outward from this region. Studying data from Mesoamerica and Southwest Asia, archaeologist Kent Flannery ap- proached the question from a different perspective (1965, 1973). He argued that an imponant push for domestication came when humans introduced plants to environmental zones outside the areas where the plants normally occurred. Such a change might result from population growth or from human desire to exploit cenain resources on a more permanent basis. Under these circumstances humans would have had to invest extra time to nurture plants removed from their natural environment. This eventually resulted in domestication. Co-evolution One archaeologist, David Rindos, has examined the question of domestication within a biological evolutionary framework (1984). Rindos criticizes other interpretations of domestication for placing too much emphasis on conscious or intentional selection. He argues that humans unintentionally encouraged the survival and dispersal of cenain types of plants through human activities such as ,"..weeding, storing, irrigating, and burning of fields. Rindos states: Early domesticatory interactions indirectly increase the total potential yield obtainable from an environment ...The major effect of domestication during these early periods comes from the increases in wild yield that it encourages. Increase in total available yield permits human population growth. Population growth, however, brings with it increased environmental disturbance and therefore increased potential for the initiation of specialized domestication. In moving from incidental to agricultural domestication, humans experience a radical shift in' feeding strategy. Rather than construct diets from the most hightly valued foods in the environment, humans begin to feed on all resources in direct proportion to their perceived abundance. ...The interaction of the shift toward higher levels of utilization of resources and the increasing abundance and yield of domesticates provides the positive feedback system that brings about the transition to full agricultural subsistence (1984:192-93). Human agricultural practices and biological changes in cultivated plants evolved simultaneously. Human agents unintentionally selected and germinated specific varieties of plants and developed certain behaviors that created a link between agricultural yields and population growth. The research by Rindos has been important in THE ORIGINS OF DOMESTICATION AND SETTLEDLIFE 145 underscoring the role of unconscious human choice in the process of domestication. However, other archaeologists emphasize that learning eognition, culture, and conscious processesare as important in explaining the origins of agriculture as are uncouscious choices. For example, Michael Rosenberg (199O) suggests that population pressures result in the conscious development of cul- gionaiareasand involved a vast number of species (Figure 7.1). The following discussions examine the transition from hunting and gathering to food -.in different world regions. tural norms regarding property and territorial arrangements for hunter-gatherer populations. He believes that these cultural practices were deliberate choices that affected the origins of agriculture. foo roduction has been most intensively udied is So west Asia, including the countrie f Israel, Jordan yria, Turkey, Iraq, and Iran. T changes that occ ed there are in many way ~ s'* ilar to de- Instead velopmen of focusing entirely on single causal factors Asia , of the world areas where the transi "in other areas. A gradua~ end n to toward such as population pressure or intentional proc,. essesof plant selection, a number of theorists have the exploita pn of a variety ofresou" s can be seen throughout t " , "Fertile Crescent," in area that ex- stressed the complexity of agricultural origins. AIthough no consensus exists among archaeologists concerning the exact reasons for domestication, all agree it was a much more complex process than early theorists suggested. on fo- tends along a t\rve from the Redjl.ea, north along the eastern edg~,of the MediteJ'iranean Sea, then southeast throug!\the Zagros Mountains of Iran and Iraq, down to(~e Persi~ Gulf (Figure 7.2). This region includes a numbf:r of distinct environmental zones ranging \"~romhigh mountains to the fertile Tigris and Euphriiles;t-ivervalleys. Such a region would have present~ early hunter and gatherers with a wide range Q{~atural resources. The Natufians Th!e ~est-known Mesolithic people of Southwest 4iSia a~~ the Natu'fians, who lived in the eastern p~rtion d( the Fertile Crescent in what is today p~ of Isra~, and Jordan. They hunted wild anim,~ls and ga~ered wild plants (Henry, 1985; ~ellart, I97~~. Approximately 12,000 years ag~- the Natufians, began to settle down in villages, where they '\~ultivated wild grains and cere~/!.l grasses.Archaeol'\)gists have discovered mortws, pestles, and groun~,-stone bowls associated with the new dietary p~ctices. They " \' have also ff}bnd sharp flint blades t~! were inserted int~~one handles and used to~ut grains (Figure 13). Archaeologists know h,,"w these blades !ere used because a distinctiv~,residue called plica glo.ss was left by t~e plan\,stalks. shel s.atufian Some sites laler were settlements, ere Some located however, III natur~ ock some of the to domesHowever, is a complex issue that qui substantial, containing houses with ""ne fo dations, paved floors, and storage chamb riation in the material wealth found in gra~ ;S. ggests that there was some differentiation In s '. is Although domestication appears to earlier in some areas than in others,~it occurred independently in many re- cial status. Imported items such as sea shells, sail and obsidian (a volcanic glass) attest 10 the Natu-' Ran's increasing trade conlacts. This elaboration in ConclusionsAbout Agricultural Origins The preceding summaries provide only a brief overview of differing perspectives on agricultural origins. Numerous other ideas have been formulated, many of which cannot be easily simplified. Future research will very likely reveal earlier evidence, greater complexity, and more regional variation. Domestication clearly had important consequences for human society. However, it has become clear that it was a gradual process,rather than th:~:::;~:.~i~~~iii D ome§~lcat!on t ~ hiIde. !n n.-f L'I. feren t World Areas J cused Discussions of China and first archaeological tication was the 146 CHAPTER7 have ~ FIGURE 7.2 Sites of domestication in Southwest Asia, Europe, and the Nile Valley. \~;~ South ,America ..(Smith, Evidence for early agrIcultural developments m South America has been found in a n.umber of areas, but many of the better-known sItes are from Peru. Near the foothills of the Andes Mountains on the Peruvian coast are fertile river valleys th are ideal for the cultivation of food. Following t Pleistocene, people congregated in coastal regi, s, ..fish and other marine resource B.y -, out 7500 years ago these sedentary co umti were experimenting with a variety wild pia species (Fagan, 1989). The earliest omesticate species, including cotton, the. bo e gourd, chiles, ima beans, squash and achlr ~a starchy root), ear around 4500 years ago. vidence for peanuts d maize dates slightly lat. The su istence stategies of th early inhabitants of the eruviarihighlands w e distinct from those of co~al people (Fagan, 89). The highland terrain \cludes steep mo tain slopes that cut through a \ariety of micr nvironments. The transition to ag~lture is do ~ented by arch.a~ological finds at ~ s such a ultarrero and Piklmachay Caves, w .h prese e a rec~rd extending back about 12,000 ars. rly hunting and gathering populations fir ,su isted on animals such the giant sloth and sm" I game, and on a variety of wild plants. Later Ar aic subsistencestrategies focused more on the of more varied seasonal resources. It p sible that people were pn to 7000 B.C. Extenspedes sive evi'dence for~ h use 0 domesticated of maize, squash, p ato, bea s, gourds and North North At ica has traditionally as peripheral the domestication cent of Mesoamerica. Ithough it is true that kn~'~dge of important plant crops such as corn, s~~h, and beans appears to have been introduced from Mesoamerica, North America also appears to have CHAPTER7 ence of the domestication of some speci as bee ecovered from sites dating r 4000 and 3 years ago. The c "vation of Mesoamerican such as mai nd beans spread intoj/sorth America (juring the pe .d between A.o/"sOO and 1100 (Smith, 1989). G ually, mai!#/bec~~e the most important crop in ing fjitfumumnes throughout North America. In e,lresent-day southwestem United States,maizt;.. Itivation led to the development of speciali -land farming practices in Pueblo cultur '-such-the Hohokam, Anasazi, and Mogollo Some of .e most extensive agricultural techn ogy, focusing the cultivation of maize, beans nd squash, diffu through the Midwest, the ,,'.utheast, and eventua the Northeast, culmin fig in the Adena and Hewell cultures and t immense Mississ~ppiancuI al complex wit ts center at Cahokla (see Cha r 14). Some 0 e artwork and other artifacts ass' ted with ese societies suggest contact with Mesua rica across the Gulf of Mexico and through th 'ver systems connecting the Mississippi with the Ohio, Missouri, and Illinois rivers. other crops appears bet en 7000 d 5000 years ago. The llama, a .50 American pack animal, and "'the ;U'lnea pig -probably 3500 B,C. 154 been an independent locatcenter of domestication 1989). Archaeologists have uncovered evidence of the domestication of various starchy and oily seeds in what some researchers term the Eastern Agricultural Complex (Ford, 1985; Keegan, 1987). As in other New World areas, the ma tion of wild plants began early in the Arch. ;:riPU Consequences of Domes tit ation Although the precise reasons for the domestication of plants and animals remain uncertain, these activities clearly had important consequences. Most fundamental was the alteration of the environment. Although farming practices vary in different societies, all involve the modification of the natural environment by clearing the land. Although some agriculturalists periodically allow the ~ [:", ~y \ .;~c)J~- "'::i~*' ,." '*"=i~ New World culturesdevelopeda varietyof agricultural practicessuitable to many different environments.PuebloIndian farming communities,.suchasjhe-,o~ pictUl;ed,above.. ..flourishedfor hundreds ofyears by making effectiveuse ofthe limited water available. land to lie fallow (uncultivated), the land is eventually cleared again, preventing the regrowth of natural plants. Domesticated animals also alter the environment by grazing and preventing regrowth. Larger settlements and more intensive land use by humans frequently contributed to erosion and a decline in sou fenility. PopulationGrowth ..-"~ The development of agriculture led to increases in human populations. In general, the domestication of plants and animals probably made food supplies more stable or reliable. More importantly, agriculture allows more food to be produced per acre of land, enabling a given region to support a larger population. The increase in world population during the Neolithic period represents a major demographic shift in human history. The annual population growth rate 'increased dramatically, leading to a tenfold population increase from the end of the Paleolithic. By the year A.D. 1, some researchersestimate that the world population was approximately 300 million (Hassan, 1981). Health and Nutrition Although agricultural developments promoted population growth, they did not necessarily improve the quality of life in all respects. Evidence from a .number of areas suggeststhat the advent of domesticated crops actually contributed to a decline in human health (Cohen & Armelagos, 1984}. The larger settlements associated with the Neolithic increasingly brought people into contact with one another, thereby facilitating the spread of infectious disease.In some casespeople also became increasingly dependent on panicular domesticated plants such as com. This restricted diet did not fulfill nutritional requirements as well as those of hunter and gatherers, which included a wide variety of both plants and animals. The reliance THE ORIGINS OF DOMESTICATION AND SETTLEDLIFE 155 on..eae-:;Grop:ratherthan on a variety of wild resources also increased the risk of famine. Archaeologists can study the impact of Neolithic life by studying human skeletons (Goodman et al., 1984). Conditions such as poor nutrition, arrested growth, and disease leave identifiable traces on the bone. Evidence of physiological stress induced by food shortages is provided by Harris lines, lines in long bones indicating periods of arrested growth, and enamel hypoplasias,deficiency in tooth enamel. Calculations of the average height of people and age of death in prehistoric populations also provide imponant clues as to changes in general health. In a recent survey of worldwide data, Anna Cunenius Roosevelt concluded that there is evidence of food stress in Paleolithic and Mesolithic populations. However, she found more evidence of stress as well as other health and nutritional problems in sedentary Neolithic communities. Roosevelt concludes: ., ,. ..., ~ c . lt seems that a large proponion of most sedentary prehistoric populations under intensive agriculture underwent chronic and life-threateningmalnutrition and disease,especiallyduring infancy and childhood. The causesof the nutritional stressare likely to have been the poveny of the staplecrops in most nutrients except calories,periodic faminescausedby the instabilityof the agricultural system,and chronic lack of food due to both population growth and economicexpropriationby elites. The increasesin infectious diseaseprobably reflect both a poorer diet and increasedinterpersonalcontact in crowded settlements,and it (infectious disease] is, in turn, likely to have aggravatednutritional problems (1984: 573-74). forms and was also used-to make"sm()kihg-pipes~~" lamps, and sculptures. Plants cultivated by humans included cotton and flax, which could be woven into clothing. Many Neolithic artifacts are readily recognizable to modem-day humans.. For example, some sites contained remains of chairs, tables, and beds similar to those used today (Clark & Piggott, 1965). Ritual structures and ornamentation also became more elaborate. There were also innovations in transportation technology. In Southwest Asia the wheel was used to construct transportation vehicles. Although New World civilizations knew how to make wheels (they are found on toys in Mesoamerica), they did not use the wheel. Their failure to do so probably reflected the fact that, unlike Old World peoples, they had not domesticated oxen or cattle to pull vehicles. Moreover, in the mountainous region of the Andes where the llama was domesticated, wheeled transportation was inefficient. As populations settled permanently in villages and urban areas,.they -built durable dwellings of mud, brick, stone, and mortar. All of the structures within a particular settlement were not always the same. Some structures had many rooms with private courtyards and rich furnishings, whereas others were very modest. The nature of this housing reflected the growing divisions on the basis of wealth, prestige, and status found in some societies. IncreasingMaterial Complexity Technological developments that accompanied the Neolithic revolution indicate dramatic changes in food production, as well as in other economic and cultural activities. Archaeologically, the Neolithic is represented by an explosion of artifacts. Settlement sites often contain huge trash mounds, or middens, containing food remains, broken tools, and other garbage. The material culture represented by these artifacts becomes increasingly complex. Clay was shaped into a variety of vessel 156 CHAPTER7 As the preceding discussion of the Neolithic illustrates, societies during the past 10,000 years became increasingly varied and difficult to categorize in general terms. Some populations successfully maintained hunting and gathering subsistence strategies until modem times. Others employed relatively simple agricultural methods. Paleolithic societies generally appear to have been egalitarian, meaning that people had equal access to power and prestige. This does not mean that all people entirely equal. Some were betterht:lnters. or ~...oihe(,~~qp~~9~~B.ql?J!I.ation growth, however, gifted leaders than others. However, people led to the formation of large urban centers, or citsame sex and capabilities had a1;lputthe ies. In contrast to the small-scale settlements access to power and prestige. During the found in earlier societies, cities contained large, was an increasdense populations. These developments may have toward more variation in status in many contributed to the emergence of more complex areas. Certain individuals started to acquire forms of political organization. In areas such as influence than others in decision making Mesopotamia, Egypt, China, India, Mesoamerica, allocating agricultural surpluses and were and South America, cities grew dramatically and In addition, fullincorporated outlying regions and populations. In craft specialists, individuals who concensome world areas beginning almost 6000 years on the manufacture of panicular types of ago, these developments set the stage for the apgpods,became more common. pearance of the centralized political organization Most Neolithic farming communities were relacalled the state.The emergence of state systems is small and largely independent of one andiscussed in Chapter 15. Summary ..-,;, "",. " ,,",,' """'f.. "1'\"" "".. ". 'This chapter examines a fundamental change in provided more regular food supplies, allowing for human lifestyles, the shift from a reliance on natgrowth in human populations. However, the urally occurring plants and animals to that of food reasons why domestication took place remain production. This transition is seen in many world speculative. By exploiting a variety of naturally areas at different times. Food production is prooccurring resources, hunters and gatherers actuceeded by a period, known as the Mesolithic or ally invest much less time in subsistence activities Archaic, in which humans started to exploit plants than do food producers. Domesticated crops must and animals intensively within particular environbe planted, weeded, and watered for several ments: In some cases permanent or semipermamonths before they can be harvested. The chance nent settlements developed around these reof crop failure also makes agriculture a risky insources. Specialized tool technologies appeared for vestment. processing plant foods, hunting. and fishing. Archaeologists have offered many hypotheses Many Mesolithic and Archaic populations also to explain the origin of food production. These exstaned to plant wild seeds and capture "WUd ani- ,- planat!p.I:}~...!;.a_~ge _f1:9W climatic change at the end mals. The manipulation of wild species was the of the Pleistocene to population growth. Other in.first stage in the transition of food production. Afterpretations tend to view the transition as a comter a period of human selection some plants and plex process involving fundamental changes in the animals became domesticated-physically distinct way humans interacted with the environment. from wild varieties and dependent on humans for Food production clearly had important consequences for human history. Aside from a dramatic reproduction. The shift in subsistence to domesticated species increase in population, the Neolithic period is also marks the beginning of the Neolithic period. Bemarked by increasing material complexity, social cause people had to stay near their crops. Neostratification, and political complexity. These delithic people became more sedentary than earlier velopments set the stage for the emergence of hunting and gathering populations. Domestication states in many world areas. THE ORIGINS OF DOMESTICATION AND SETTLEDLIFE 157 (iiJ .~ ~'\.~~~ §1'tA r ~t\,.~::t; ~..p lA' '1)0 ~1(Y -I -. L- :J ~ 43 ~ATALHOYUK: ORTA ANADOLU'DA 9000 YILLIK KONUT VE YERLE~ME CATALHOYUK: 9000 YEAR OLD HOUSING AND SETTLEMENT ANATOLIA i;eviri: 1~llarKiir Ian Hodder CATALHOYUK (EAST MOUND) <;atalhoyuk zamanlna gore geni~ bir yerle~me alanldlr. ~,~ .'", ~, az 13.5 hektar olup, degi~ik donemlerde 5-10 bin le~melerinden ~ok daha eski alan <;atalhoyuk, A~lkll Hoyuk gibi onemli yerle~melerin gelenegini surdurur. i~ duzeni, Konya Ovasl'nln hemen dogusundaki A~lkll Hoyuk gibi, Gu- ~atalhoyiik is a large site for its early date. The east mound alone is 13.5 hectares at least and may have contained 5000 to 10 thousand people in some phases(Fig.1)*. All this is well before the growth of "urban" settlement in Mesopotamia and Egypt, although it continues on from important sites such as A~lkll Hoyiik. As at the latter site just to the east of the Konya Plain, the internal organisation of ~atalhoyiik is most similar to the pueblos of the American southwest. Housesare built up against each other with entrances through the roof. There are few streets and movementwas presumably mainly across the flat roofs. Housesare organised along terraces which encircle the summit of what came to be a 20 meter high mound. There is also radial organisation of houses(Fig.2) since channels had to be provided for water and drainage to flow down the slope and off the site. Although there are areas for refuse deposition, the overall organization of the site seemssimple, with no public buildings identified as yet. Perhaps the main enigma of the site is that this simple organization is associated with a complex art. Several of the houseshave paintings and reliefs showing complex scenes,often with narrative content. -~- Yalnlzca dogu hoyugu en ki~i barlndlrabilmi~ olmalldlr (Res.1).* Mezopotamya ve Mlslr'daki "kent" yer- IN CENTRAL , " '" ~ J\\\ )\1\ ~\\\~\ 1""'1 ,-I li ~!\~:\'\i ,,"" 0 \\\' ~))) I(---""' (I'ill! " '0001 {'-~"" 1 .[ (i'/':(; ~ 1 -:fif1JA,1(0' 1~ neybatl Amerika'daki klzllI oooJ derili yerle~melerine (puebc~;::~1 ~Jn:!' } ~ In 0 ,.-., los) benzemektedir. Dam,// (if dan giri~li evler birbirine biti~ik yapllml~tlr. Az saYI000f 1000 .-1,.., "SO da yol vardlr ve gorunu~e c O..."""" gore geli~ gidi~ler duz ~";"'.""""'c'1 R~s.lPlan ~atalhoyiik'te dogu hoyiigiiniin pl~n~: dam Ia rl n ustunden Yap rlFlg.l oftheeast mound at(;atalhoyuk. ml~tlr. Evler, 20 m yukseklige varan hoyugun tepesini ~evreleyen teraslar boyunca yerle~tirilmi~tir. Ayrlca, su g.ereksinimi ve drenajln baYlr a~agl ve yerle~im alanl dl~lna allnmasl i~in gerekli kanallar dolaYlslyla evler 1~lnsal duzenlenmi~tir (Res.2). Atlklar i~in yerler vardlr; ama, genelde duzenleme basittir ve ~imdiye dek kamu binalarl olarak tanlmlanacak yapllara rastlanmaml~tlr. Belki de bu yerle~im alanlnln gizlencesi bu basit duzenlemenin karma~lk bir sanatla baglantlll olmasldlr. Evlerin birka~lnda oykusel i~erikli resimler ve kabartmalar vardlr. ~= ~ ~.;qr ~iE". Yerle§me alanl ilk olarak, 1960'larln ba§larlnda Ankara'daki ingiliz Arkeoloji Enstitusu'nun destegiyle, James Meilaart'ln yonetiminde kazllml§; daha sonra, yakrn bir zamanda Turkiye, ingiltere, Yunanistan ve ABO'den ara§tlrmacllarln olu§turdugu uluslararasl bir ekip taraflndan tekrar kaZllml§tlr. Yeni proje, ara§tlrma komiteleri, Avrupa Birligi ve oze! sponsorlarln olu§turdugu geni§ bir I;evre taraflndan desteklenmektedir.l Amal; bu alanda 25 ill sureyle I;all§maktlr. ilk donem (1993-1995) yuzey ara§tlrmalarlnl kapsaml§tlr. ikinci be§ Yllilk donem, yerte§imin ba§langlcl, il; duzeni, il;inde sanat alan yapllarla olma- The site has been excavatedunder the auspices of ~ r , "it"1 , .."~;,t""!J!i?c , {1WJ;; ~1 ~-. 'iif , ; ~ ~L~~ Res.2 I;atalhoyuk'te dogu hoyugunun kuzeyinde yuzey topragmm kaldlrllmaslyla ortaya ~Ikartllml~ evlerin plan!. Fig.2 Plan of an area on the northern part of the east mound at t;atalhoyiik, showing the houses revealed by scraping (removal of the surface soil). ~ 44 CATALHOVUK:ORTAANAOOLU'OA9000 VILUK KONUTVE VERLE$ME ~ATALHiiYOK: 9000 YEAR OLD HOUSINGAND SETTLEMENTIN CENTRALANATOUA yanlarln farkl, zaman i~indeki gibi, belirli bulmak zilarl i~eriyor. Mellaart, yanlt yapllacak Ayrlca, anlayabilmek once kurulmu~ yerle~mele- excavation origin ama~)anl- thesiteoff;atalhiiyiik. nUl ba~kanllglnda projenin ilk ~ebilirlikleri bir ekip belirlemenin onune taraflndan ara~tlrllmaktadlr) de ozellikle a~amalarlndaYlz; goz to answer specific questions such as the of the site, its internal organization, the differences between buildings with and without art, Dr. ko~ullarlnl involved surface survey work. The second 5-year phase involves ugh ekonomik The aim is to work at the site for 25 years. The first phase (1993-1995) Res.3I;atalhoyiik'tekarbonla~ml~ bitki artlklarlnl toplamaki~in suda elemeteknigininkullanlll~l. Fig.3Useofaf/otationtechniquetocollectbotanicalremainsfrom Roberts'in from Greece and the USA. The new. councils, the European Union, and private sponsorship.l yor. C;atalhoyuk'un ~evreI b ~I (L hb se ag amlnl Dug oro- N. participants project is funded by a wide range of research i~in Universitesi'nden team including C;a- ya da daha first of James Turkey, Britain, donemde da at Ankara, ka- aynl ricsaptamak of Archaeology and then again more recently by an international talhoyuk'u ~evresel konumunda Institute in the early 1960s under the direction surekliligi sorulara i~in the British yapllarln uzerinde dolaYlslyla allnarak a~agldaki goru~ler, degi- through time. Also and earlier sites in order to understand !;atalhiiyuk in its identifying He- of buildings the aim is to locate other contemporary regional setting. ve duruluyor. and the continuity Emphasis is also being placed on the environmental context of the site (a team led by Dr. N. Roberts of Loughborough University) and its subsistence economy. We are thus at an early stage in the life of the project and degerlendirilmelidir. the comments below must be seen as preliminary C;;atalhoyuk'un pek ~ok bolgesindeki rulabilecek ler? jar. Daha ~agda~ olasltlgl bir neden anlatlmla, sanatlndan irdelememiz bi~imde Pleistosen insanlar sunuyor. tumunu en keskin bir~ok sorudur: C;atalhoyuk, goru~ larln kar~lmlza Ama aynl sonrasl ilk ni~in dolaYI ~Ikardlgl once daha yerle~im and provisional. dunyanln yeri i~in merkezlere de so- yerle~ti- ya da "medeni" bu konulara zamanda yerle~me buyuk "~ehirli" soru, alanlndaki raises most acutely is one that can be asked of many post-Pleistocene sites in many parts of the world: why did people first oldu- derinlemesine The question that !;atalhiiyuk settle down into larger centres? In contemporary bir terms, why did they become "urban" !;atalhiiyuk kanlt- or "civilised". offers the promise of a special insight into such questions because of its art. gerekiyor. But we also need to consider the full range of evidence from the Ornegin, belki de insanlarl toplu yerle~meye ~evre zorluyordu? sen sonrasl donemde ~atalhoyuk lerinin ayrlntllarlnl anlamaktan Pleisto- bolgesindeki iklim ve ~evre degi~iklikhala ~ok uzaglz. Bildigimiz, yerle~imin Konya Ovasl'nln kenarlnda olu~maya ba~layan aluvyon yelpazesinde konumlandlgldlr. ba~laml~tl. Pleistosen'de ovaYI dolduran gal bu u~tan yak olmaya Yerle~im alan I, ovaya iyi suzulmu~ aluvyon getiren ve zen- gin bir kaynak saglayan ~ar~amba Irmagl ~evre, yaklnlardaki batakllk kenarlnda bulunuyordu. alanlar dl~lnda klsmen aga~llkll olmallY- dl. Nispeten kaynak zengini alan bu ~evrede toplu yerle~im1 zorunlu kl- lacak herhangi bir neden gorunmemektedir. Ama belki bu toplu yerle~me, ~evreden ozellikle yogun ve duzenli bir ~ekilde yararlanma ihtiyaclnln sonucudur. Yerle~imin varllgl ile uretim araslnda onemli bir baglantl bulundugu kesin gorunuyor. Konya Ovasl'ndaki en buyuk Neolftik yerle~menin en geni~ aluvyal yelpazenin merkezinde yer aimasl bir rastlantl olamaz. Ancak ~u a~amada ya~ama ekonomisinin nasll duzenlendigi konusunda pek az fikir sahibiyiz. Levant (Dogu Akdeniz) ile kar~lla~tlrlldlglnda, bu buyuklukte ve bu tarihtel ~atalhoyuk ekonomisinin tamamen tarlmsal oldugu varsaYllabilir. Hem b61gede hem de tahll ambarlarlnda uretilmi~ tahillar bulunmu~tur, ama diger yandan, insan di~leri uzerinde yaf}llan mikro a~lnma etudleri ire insan kemikleri uzerinde yapllan analizler, ~ok az tahll tuketildiginde ve bitki beslenmesfnin fazlaslyla bakliyat ve kok bitkilere dayall oldugunda birle~mektedir. Ayrlca, ezici ve ogutucu ta~ az saYlda bulunmu~tur. Avclilk ve hayvanclllga gelince, kanltlar hala ~eli~kilidir. site. For example, was the environment to have forced settlement perhaps such as agglomeration? We are Res.4 Mikromorfoloji: ~alalhoyuk'un do~emelerindeki kallntllarln mikroskopik delayI do~emelerin kullarnmlrn aniamamizi sagllyor. Fig.4 Micromorphology: microscopic detail of what remains on the floors at t;atalh6yiik allows us to infer use of the floors. TARiHTEHGUHUMUZEAHADOLU'OAKOHUTVE YERl~ME 45 HOUSINGANO SETTLEMENTIN ANATOLIA:A HISTORICALPERSPECTIVE Av i~in kullanllml~ olabilecek pek ~ok alet vardlr, ama slglr, koyun, ke- still a long way from understanding the details of ~i veya domuzun evci1le~tirildigi konusunda fikir birligine varllamaml~tlr. Yalnlzca kazllarln surmesiyle ~ozulebilecek butun bu belirsizliklere climate and environmental kar~ln, toplu yerle~meyi doguracak bir ekonomi tipinin belirtisi henuz gorulmeml~tir. Ancak ~u ya da bu ~ekilde sulama faktoru hala bir o1aslllktir. had started to develop on the edge of the Konya Plain. The lake which had filled the plain in the DolaYlslyla en azlndan eldeki kanltlarln durumundan dolaYI sosyal etkenleri goz onune almak zorunda kallyoruz. Bununla <.;atl§ma ve savun- resource of well-drained region in the post-Pleistocene. Pleistocene had begun to diminish sec;kin yerle§menin bir mahalleye kazdlgl yuzde rastladlglnl one dortluk bolumunde surmu§tur.2 Ancak, dinsel daha brought alluvium by its end. The to the plain and provided a rich soils. The landscape would have been only partly wooded, perhaps with backswamps in areas near the site. The environment would have been relatively resource-rich and there is nothing to suggest crises of a type which might have forced settlements to agglomerate. Might the agglomeration have resulted from a need to exploit the environment and coordinated ya da production can ! yakln fan which site was located by the <;ar~amba River, which I Mellaart, What we do know is that the site was situated on an alluvial maYI kastetmiyorum, <.;unkuyerle§me buyuk bir olaslilkia duvarla <.;evrelenmemi§ti ve <.;atl§maya da sava§1 gosteren pek az kanlt vardlr. Ancak, belki de toplu yerle§me, se<.;kintabakanln, halkl ve onun kaynaklarlnl denetim altrna alma giri§iminin bir par<.;aslydl. ~atalhoyuk'te sosyal slnlfla§ma ne durumdaydl? Bugune kadar buyuk kamu binalarlna ya da toren merkezlerine rastlanmaml§tlr. J. change in the <;atalhoyuk be seems no in a particularly way? Certainly central accident that to the the intense some link with site's largest existence. It Neolithic site in the Konya Plain is situated at the centre of the largest alluvial fan. However, we have very little zamanda tam ters yapllan ucunda kazllarda karma§lk ve kabartmalarl ortaya Yapi rllml§ bir ic;inde duvar ogeler ve degi§ik yanml§ bir leri k buralarln ba§ka dedigi ba§ka .In I.Ikl er ..1C;ln k u II ani alC;1 ozenli yaplde bu- \'kutsal yaanaliz- normal Id ~ Iglnl boMella- yerlerinde kez slglr biC;i- klrmlzl C;lktl. Ayrlca, mikromorfolojik c;ogy bir \'kutu" Boylece, yapllar" ortaya zeminin boynuz- (Res.5), bulduk. yerle§menin lundugu pllar"ln buyuk geyik zamanlarda duvar yapi§tl- alC;lll, buyuk alc;/ bir C;lklntlSJ \'kutsal larln ustu olarak bulunan ~ 2, 6). du§mu§ "adak" minde art'ln yeri, ~ yapllar Slgl r boynuzu duvardan c;ene kemigi benzer (Res.l, I'de, oturma olaslilkia larl, bulunan C;lkartllml§t/r I995'te, yerle§imin iC; do§emeleri ev Re5.5<;atalhoyuk'teYapll'in ayaktaka/ml~ duvarlndaki kabartmarnn tabarnnda bulunan al~1"kutu". i~inde buyuk bir 51glr ~ene iC;i et- .. t .kemigi gas erlyor bulunmu~tur. Fig.5 Remainsofa plaster "box" at thebase idea as yet of how the subsistence economy was organized. It might be assumed, on comparison fully agricultural. (Res.4). "Kutsal" binanln slnda olsun kullanlm sanat olmasln surelerinin ic;erdikleri birc;ok bir aC;lkllk of~~/ieffigureont.he..survivingwallin BuIlding 1 at t;atalhoyuk. WIthin nokta- the "box" isalargecattlejaw. kazanm/~ ve "kutsal" Certainly, domesticated cereals have been recovered from the site and from grain storage bins, but on the other hand, initial olmayan the microwear birc;ok with the Levant, that a site of this size and date would be study of on the human teeth and initial analysis of trace elements in the human bones yaplda da yuksek lunmu~tur. makla kaliteli Sec;kin birlikte, volkanik ve sec;kin ku§kusuz, bir cam, olmayan dereceye seramik araslnda kadar ve zengin aC;lk bir sosyal gomuler ayrlm bu- olma- farkllilklar conspire to suggest that few cereals were consumed; the plant diet was based very much on pulses and vardl. tubers. In addition, few pounding or grinding stones are known. As regards animal hunting or husbandry, Toplu yerle~menin, lemek zordur. sosyal gucun yogunla~maslyla nasll dogdugunu 90Z- the evidence remains contradictory: there is much equipment which could have been used in hunting, but no consensus on whether the cattle, sheep, goat Asllnda §imdiye kadarki belirtiler, ~ok buyuk ve nispeten farkllla§maml§ bir k6y bi~iminde betimlenebilecek bir yerle§meyi g6steriyor. Ancak bu yerle§me buyuk olaslilkia b6lgelere, belki ikili bir yaplya b6lunmu§tu. Kullanlmlnln ana d6nemi boyunca, derin bir dere yataglyla kuley ve guney b61umlere ayrllml§tl. Kuzey b61umdeki Yapl l'in detaylarl, Meilaart'ln guney b61umde buldugu her §eyden a~lk~a farkllilk g65- and pig were domesticated. uncertainty, continuing Despite all the which can only be resolved by excavation, there is no indication as yet of a type of economy which could be said to have caused settlement agglomeration, irrigation although in some form remains a possibilty. So we are prompted to consider, at least in the -J ~ ~A!~L~Y~: ORTA ANA~OLU'OA 9000 YILUK 46 KONUT VE YERLE~ME termektedir. Ornegin, Oda 71 'deki ku~uk bolme, Meilaart'ln alanlnda rastlanan bir ozellik degildi; bir duvar kabartmaslnln tabanl ~evresine yerle~tirilmi~ ince cidarll al~1 kutu ya da Oda 70'te bulunan yuksek duvarll ocak da. insan yaplml belirli alet tipleri de yerle~im alanlnln butununde yerelle~mi~ ayrlmlarl gosteriyor. Belki yerle~im alan I, kulturel farkllilklarl torpuleyebilecek bir merkezi otorite olmadan biraraya gelmi~ bir gruplar toplulugunu (klanlar ya da a~iretler gibi) barlndlrlyordu. 71 ~ Qatalhoyuk'teki toplu yerle~meyi a~lklama bilmecesi sanat ve ideolojiyi goz o,nune aldlglmlzda derinle~iyor. Her ev, uretim, alet yaplml ve baklml q{lslndan nispeten kendi kendine yeterli gorunuyor. Buna ek olarak, ~' "'-i , Res.6 GatalhoyOk'te dogu hoyOgOnOnkuzeyindeki Yapi I'in piano. Fig.6 Plan of Building 1 on the northern part of the east mound at l;atalh6ytik. ...~i.j *"~""--::: .-.",~ '" ~, Res.? Bir r;atalhoyiik "kutsal yaplsl"nda akbabalarl ve ba~slz oliileri gosteren resimler. Fig. 7 Paintings of vultures and headless corpses from a I;atalhoyiik "shrine". birbirine kom~u binalarda uretilen sanat, gene Ie yaygln bir slkllkta ve dOzen i~inde olmakla birlikte birbirinden olduk~a farklldlr. Heryeni ev onceki bir evin duvarlarl ustune in~a edilmi~tir. Surekliligin derecesi dikkate degerdir; yuzlerce hatta binlerce ill boyunca duvarlar, duvarlar ustune in~a edilmi~tir. Mekan kullanlmlnda degi~iklik azdlr. Ku~kusuz, aynl evde bin ill boyunca aynl "aile"nin ya~adlglndan em in olamaYlz ama, olulerin ev do~emelerinin altlna gomulmesi nedeniyle boyle bir varsaYlm da olasldlr. Ger~ekten de ev atalarlna buyuk saygl gosterilir. Gluier; kolyeler, silahlar, aynalar ve benzeri gibi ~eylerle bir platformun altlna gomulmu~ ve yapl, en azlndan bir durumda, ev kullanlmlndan torensel bir i~leve ge~mi~tir. Kullanlml sonunda (belki her 100 Yllda bir) yap I temizlenmi~, e~yasl bo~altllml~ ve denetim altlnda yak.llml~. Ardlndan i~i doldurulup, yeni duvarlar ve do~emeler eskinin kallntllarl ustune in~a edilmi~. Duvarlarln in~asl slk slk, tuglalar araslna ku~uk heykelciklerin yerle~tirilmesiyle ili~kilidir. C;;atalhoyuk'te yerle~me yaplslnl buyuk oranda belirleyenin evlerin surekliliginin pratigi ve ideolojisi oldugu a~lktlr. Sanata ~ogunlukla, tahll ambarlarlnda bulunan kadln heykelcikleri gibi verimliligi ve uremeyi vurgulama, ya da akbabalarln ba~slz insan vucutlarlndan et kopardlgl karma~lk cenaze torenlerini betimleme (Res.?) a~!larlndan bakllml~tlr. Evlerin birbirinden baglmslz surekliligi uzerindeki turn bu vurgu, yalnlzca, insanlarln neden buyuk bir toplu yerle~me merkezinde biraraya gelme zorunlulugu duydugu sorununu derinle~tirmeye yarlyor. Sanat yalnlzca bir tek kesin ipucu veriyor. C;;oksaYlda insanl (genellikle erkek), buyuk bogalarln ya da ba~ka efsanevi vah~i hayvanlarln taciz present state of our evidence, social factors. I do not mean by this conflict and defensebecausethe site is probably not walled and there is little secure evidence of fighting and warfare. However, the agglomeration might have been part of an attempt by an elite to control a population and its resources. How ranked was I;atalhiiyiik? So far there has been no indication of large public buildings or ceremonial centres.J. Mellaart argued that in the 4% of the site that he had excavated he had come across the quarter of a priestly caste or elite.2 However, the more recent excavations have discovered buildings with equally complex internal fittings and reliefs in an area at the opposite end of the site (Figs.l, 2, 6). In 1995, in Building 1, we found a bench with a cattle horn attached, deer horns with plaster which had probably fallen off the wall, a wall relief with a plaster "box" beneath containing an "offering" of a large cattle jaw (Fig.5), other plaster features and a wall painted red on numerousoccasions. It appears then that the elaborate buildings Mellaart called "shrines"are also found elsewhereon the site. In addition, micromorphological analysis of the floors in the "shrines" shows that they were often used for normal domestic activities (Fig.4). It has also becomeclear that many buildings, "shrines" and non-"shrines", contained art at some point in their use-lives, and that many non-"shrines" contained concentrations of high quality obsidian and ceramics as well as rich burials. There was no clear separation between elite and non-elite although social variation undoubtedly existed to somedegree. It is difficult to see how settlement agglomeration could have been produced by the concentration of social power. In fact the evidenceso far suggestsa settlement best described as a very large and relatively undifferentiated village. It was, however, probably divided into zones, perhaps into a dual structure. Throughout its main period of use the settlement was divided by a deep gully into northern and southern sectors. The details of Building 1 in the northern sector differ clearly from anything found by Mellaart in the southern sector. For example, the small enclosure in Room 71 was not a feature found 47 edilmesi ya da onlara eziyet edilmesi ~evresinde geli§en ayinlerde betimleyen resimler var. Bunlar bireysel erkek yurekliligini i~eren erkek grup etkinliklerini gostermektedir. ~atalhoyuk sakinlerinin ya§amlnda merkezi bir rolu oldugunu bildigimiz ziyafetler ve all§veri§, belki ortak mekanlarda ger~ekle§iyordu. Ama boyle sahneler, butunuyle efsanevi degillerse, yerle§im alanlnda bu tOr ayinlerin ger~ekle§ebilecegi a~lk alan bulunmadlglna gore, yerle§me dl§lnda ger~ekle§iyor olmalldlr. Boyle anonim etkinlikler yerle§im alanl dl§lnda ger~ekle§tigine gore, toplu yerle§me olgusunu a~lklayamaz. area, and neither was the thin-walled placed around the base of a wall relief, nor the high-walled Specific artifact distributions bakmallYlz. Her §eyden once, sanat bir karanllk i~ bolumlerine gizlenmi§ti. Buraa~lk ~atl ustlerinden dola§lp bir merdivenBurasl olumle (Bazen duvarlarlnda alum oven found in Room 70. types also show localised within the site as a whole. Perhaps the site was inhabited by a collection of groups (clans or moieties) who had come together without any central authority which might have erased cultural differences. The conundrum at I;atalhoyiik Eger sanat toplu yerle§me a§amalarlnl anlamamlza yardimci olacaksa, nasll tecrube edildigine daha yaklndan ve ~atalhoyuk'te ya§amln nasll olduguna daha genel olarak toplu gosteri degildi. Evlerin ya ula§mak isteyen, herkese Ie karanllk i~ me kana inerdi. in Mellaart's plaster "box" of how to explain the agglomeration is deepened when we consider the art and ideology. Each household seems to have been relatively self-sufficient manufacture in terms of production, and maintenance. produced in neighbouring In addition, buildings tool the art is often quite different within an overall canon. Each new house is built on the walls of a previous house. The degree of continuity is remarkable; walls are built on top of walls for many hundreds, even thousands, of years. There is little change in the use of space. Of course --1 we cannot be sure that the same "family" - In the same house over a millennium, supposition is likely because the deceased were buried beneath the floors of the houses. Indeed, great respect is shown to the household ancestors. ~- The bodies are placed beneath a platform necklaces, weapons, mirrors ~ : r' ~ "-"'= ~~ least one case the building ,. with and so on, and in at then shifted in use from a domestic to a ritual function. :I~j=--~';;;'-., it': ~~ lived in but such a At the end of its use (perhaps every 100 years or so) the building cleaned, dismantled is and burned in a controHed way. It is then filled in and new waHs and floors are ~~:~: ~\ ~ --"""'-- j'- Ir~.::.,~J ~ -iP'i" ~ i ',\\11' '., c", "fi! V'~ constructed on the remains of the old. The construction placing of walls is often associated with the of figurines in the bricks. There is clearly a practice and an ideology of continuity of individual of the patterning households dominating at I;atalhoyiik. been seen in these terms, emphasising reproduction as in the finding grain bins, or depicting much Much of the art has fertility and of female figurines in of complex burial rites in which the flesh is torn off headless human corpses ~ Res.8 J. Meilaart'ln <;atalhoyiik "kutsal yapllarr'ndan birine ail rekonstruksiyonu. Fig.8 Reconstruction by J. Mellaart of one of the £;atalh6yiik "shrines". by vultures (Fig.7). AH this emphasis on the continuity of individual households only serves to deepen the problem of why imgeleri vardl), tanrllarla ve atalarla ili~kiliydi. Bu "oze/" dOnyada her ev biriminin sOrekliligi vurgulanlrdl. insan/ar kendilerini ev atalarlnln alOmO ve yeniden yapllanmaslyla ili~kili garOrlerdi. people should have come together to live in a large agglomerated centre. The art gives only one direct clue. There are paintings around the baiting Boyle inanl~lar toplu yerle~meyi nasI! dogurdu? Geli~im, basit olmu~ olabilir. C;atalhoyuk'un en erken katlarl hakklnda hi~bir ~ey bilmiyoruz. Ama eger evlerin yerle~medeki sosyal rolu hakklnda yanllmlyorsam, aluvyon alanlnda ba~langl~ta ku~uk bir grup insan oldugunu du~unebiliriz. Aileler geni~ledik~e eski duvarlar kullanllarak yeni evler in~a edilir. Ama~, bagl, olunan atalara ve ev tanrllarlna yakln olmaktlr. Eski evler kallr; bu nedenle yeniler onlarln ~evresine ve araslna slkl~mak zorundadlr. Sonu~, sosyal ve dinsel baglarla birarada tutulan bir toplu yerle~me. Sosyal, ideolojik ve mekansal yaklnllk ortu~ur ve turn yerle~im, basit olarak, geni~lemi~ bir buyuk koye donu~ur; belki klan- ;":,.!c..r ~ w-' ~~- of large numbers of people (largely men) involved in rituals which centre mythical or teasing of large buHs or other wild animals. group activities The paintings involving individual suggest male male prowess. Perhaps feasting and exchange -which we know played a central part in the lives of the inhabitantstook place in public settings. Nevertheless, such scenes, if they are not entirely mythical, must have taken place off the site since there are no large open spaces on site where such rituals could have taken place. Because such corporate activities took place off site, they cannot explain the agglomeration phenomenon. If the art is going to help us understand the proceses of settlement agglomeration, we have to look more lara larl , ve a~.iretlere bolunmu~tur, ama buyuk aranda, ayinleri ve tarihleriyle artan ~eki Ide baglmslz kendi duvar Slnlrbi reysel evlere daya II d Ir. DolaYlslyla ..' 1111k, haklar, closelyathowitwasexperienced,andmore generally at what life was like at !;atalhiiyuk. Above all, the art was not a public spectacle. It was hidden in the darker inner zones of houses. A person would bu bugunku slnlrlar, herhangi safllk, ayinler ve inan~lar i~inde zer du~uncelere Sudan'ln maktadlr, ama \\ kent" benzeri Qatalhoyuk bi r ol~ege bi r toplum ..'then temlzllk tabularl tipinden farklldl vb hakklnda r. surek- karma~lk bi~imlenmi~ bir toplumdur. Gunumuzde benNuba'sl3 gibi ku~uk topluluklarda rastlanr. w te dlkkate deger alan bu du~uncelerln buyutulmu~ olmasldl r. Bu varsaYlmln dogrulugunu gormek i~in C;atalhoyuk'te yeni ~all~malara ihtiya~ vardlr. Yerle~imin erken geli~imi onerilen modele uyuyor mu? Ger~ekten, kaynaklar ayrl evler taraflndan ml elde tutuluyordu? Her evdeki toren ve resimler zaman i~inde benzerlik gosteriyor mu? C;atalhoyuk'un gizlencesi spekulasyonu davet ediyor. \\Torensel" mekanln kullanlml, bitkilerin ve hayvanlarln evcille~tirilmesi, bin ill boyunca aynl eve gomulen insanlarln genetik ili~kileri gibi sorulara ancak uzun sureli, ayrlntllr bilimsel ~all~malar cevap verebilir. OiPNOTLAR: * Butun fotograflar Qatalhoyuk Ara§tlrma Vakfl'nm projesine aittir. 1. Qatalhoyuk ara§tlrma projesi, Visa International, Glaxo Wellcome, Merko ve Shell tarafmdan mali olarak desteklenmi§tir. 2. J. Mellaart, f;atafhiiyiik: a Neolithic town in Anatolia, Londra, 19b7. 3. I. Hodder, Symbols in action, Cambridge, 1982 have moved around on the pub!iC roof spa~e an? descendeddown a ladder Into a dark Interior, an interior associatedwith death (sometimes with images of death on the walls), the gods and the ancestors. In this "private" world the continuity of each household unit was emphasised. People saw themselvesin relation to the death and regeneration of their householdancestors. How could such beliefs produce agglomeration? The processmay have been a simple one. We know nothing of the earliest levels at !;atalhiiyuk. But, if I am right about the social role of housesat the site, we might initially anticipate a small group of people on the alluvial fan. As families grow new housesare built using earlier walls. The concern is to stay close to the ancestors and the householdgods with which they are associated. Older housesremain so new ones have to fit around and betweenthem. The end result is an agglomeration held together by social I and religious ties. Social, ideological and spatial I propinquity coincide, so the whole site grows into what is simply an enormous extendedvillage, perhaps divided into clans and moieties, but largely based on individual households,each increasingly independent,with its own wall boundaries, rituals and history. So this would have been a different type of society from anything we might experience today -a society steeped in complex rituals and beliefs about continuity, rights, boundaries, purity, cleanliness taboos, etc. Such ideas are found today in smaller communities such as the Nuba of Sudan,3 but the remarkable thing about !;atalhiiyuk is that such ideas were extended to a "town"-like scale. New work is neededat !;atalhiiyuk to see if this hypothesis is correct. Does the early development of the site fall into the proposed pattern? Is it really the case that resourceswere held by separate households?Are the rites and paintings in each housesimilar over time? The enigma of !;atalhiiyuk invites speculation. Only detailed long-term scientific analysis can answer questions about the use of "ritual" space, the domestication of plants, animals and the genetic (kin) relationships between people buried in one houseover a millennium. NOTES: * All photographsbelong to the I;atalhoyiik ResearchTrust i.e. the project. 1. The I;atalhoyiik research project is sponsoredby Visa International, Glaxo Wellcome, Merko and Shell. 2. J. Mellaart, r;atalhoyiik: a Neolithic town in Anatolia, London, 1967. 3. I. Hodder, Symbols in action, Cambridge,1982.