
Alok Kanungo
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Books by Alok Kanungo
The Mesolithic Age in South Asia: Tradition and Transition tries to evaluate the cultural and environmental factors, which necessitated a transition from hunting-gathering to food-producing stage; and the material culture, technology, subsistence, art, religious beliefs, disposal of the dead, biological composition, dietary habits, pathology and social organization of the then inhabitants, drawing data from the excavated finds, ethnography and author’s own understanding of this phase for last five decades.
Evidence for the microlithic tradition in India, which now has a duration of over forty millennia, is much richer than for the preceding Palaeolithic period which lasted nearly from 1.0 to 1.5 million years. In the Mesolithic period, microlithic and composite tools took the centre stage resulting in a better economy and sedentary lifestyle and laying the foundation for a settled agricultural life. The book discusses the Origins and Evolution of the Mesolithic Culture with its chronological details.
The five papers in the volume cover a period from the Palaeolithic to the early historic period in India. There is also one paper on the early historic period of Nepal.
The 20 papers in the volume cover a period from the Palaeolithic to the early historic period in India. There is also one paper on the Archaeology of Bangladesh. In addition, there are three papers evaluating Prof. V.N. Misra as an archaeologist and his contributions.
It concludes "Given that glass beads constitute an important antiquity, with a high survival rate, and a size and usage pattern that ensures wide dispersal, it is important to correlate archaeological evidence with current knowledge of production processes involved in bead production. In doing so we begin to understand how the whole life-cycle of beads, from the first stages of production to the various end-uses, traverses a spatially wide area, with possibility of ‘debitage-like’ deposits accumulating at various stages. However, while the beads, once produced, tend to ‘travel’ to distant places, their production requires a complex web of processes, techniques and skills which are likely to be available at only limited number of locations. Thus the dispersal is of the artifact, not of the whole web of production processes, implying that care has to be exercised before any site with bead debitage can be considered a bead ‘production centre’."
The 22 papers in the volume cover a period from the Palaeolithic to the early historic period in India. There is also one paper each on the early historic period of Bangladesh and Nepal. Region-wise in India, four papers are related to the south; three to north; two to the centre; four to west; one to northwest; and five to the east. Thus, one not limited to a particular region. In terms of cultural periods, six papers are cover prehistory (i.e. Paleolithic and Mesolithic); three to Protohistory; three Prehistory and Protohistory together; one to Rock Art; six the Early Historic; one to Archaeozoology; and one to Ethnoarchaeology. One covers the period from the prehistoric to the early historic. In addition, there are three papers evaluating Prof. V.N. Misra as an archaeologist and his contributions.
It concludes "Given that glass beads constitute an important antiquity, with a high survival rate, and a size and usage pattern that ensures wide dispersal, it is important to correlate archaeological evidence with current knowledge of production processes involved in bead production. In doing so we begin to understand how the whole life-cycle of beads, from the first stages of production to the various end-uses, traverses a spatially wide area, with possibility of ‘debitage-like’ deposits accumulating at various stages. However, while the beads, once produced, tend to ‘travel’ to distant places, their production requires a complex web of processes, techniques and skills which are likely to be available at only limited number of locations. Thus the dispersal is of the artifact, not of the whole web of production processes, implying that care has to be exercised before any site with bead debitage can be considered a bead ‘production centre’."
The academic interests Dr. S.P. Gupta, were varied. They included prehistory, protohistory, with special reference to the Indus/ Harappan Civilization, which he christened Indus-Saraswati Civilization, Copper Hoards, Early Historic Art, and Museum Studies
This volume is a modest attempt to tracing the growth of Dr. Gupta’s career as an archaeologist and his contribution to different branches of archaeology and history. It also carries reminiscences of Dr. Gupta’s close colleagues and admirers.
This is for the first time in Indian context on an early historic site each rim sherds is incorporated in the pottery analysis and a detailed statistics of pottery starting from sub-shape to shape to wares to layers for each locality are made; micro vertebrates are analysed; 30 AMS radiocarbon dates obtained from four different laboratories; chemical analysis, x-ray diffraction and strontium isotope analyses were carried out on 38 glass related artefacts; LA - ICP - MS analysis was performed on 22 glass related artefacts and four agate beads samples; SEM analyses was carried out on 11 stone beads drill’s impressions; and one lapis was put into strontium isotope analysis. Incorporating all these reports and numerous maps, line drawings, statistics, charts and photographs this report makes an attempt to say the archaeology and history of Kopia in as scientific manner as it could be.
The Nagas were first reported by surveyors and explorers and later by administrators and trained anthropologists. As soon as the Naga Hills were accessed in the 1830s the area became one of the anthropological paradises and the occupants' material culture attracted all leading ethnology museums and the anthropologists from around the world. Right from the beginning, three groups comprising American Missionaries, British Administrators, and German speaking Anthropologists have worked on and in the Naga Hills. However, due to various reasons, neither the collection of artifacts from Naga Hills to Germany has ever been exhibited in Germany nor the rich anthropological literature published in German language ever got its dues share amongst the English speaking academia in general and Nagas in particular. This book attempts to bring the essence of German literature on the Nagas for the public at large.
by different chapters ranges from the development of faience to the techniques developed for the manufacture of glass beads, glass bangles or glass mirrors at different times in South Asia, a major glass-producing region and the regional distribution of key artefacts both within India and outside the region, in Africa, Europe or Southeast Asia. Some chapters also include extended examples of the archaeometry of ancient glasses. It makes an important contribution to archaeological, anthropological and
analytical aspects of glass in South Asia. As such, it represents an invaluable resource for students through academic and industry researchers working in archaeological sciences, ancient knowledge system, pyrotechnology, historical archaeology, social archaeology and student of anthropology and history with an interest in glass and the archaeology of South Asia.
Stone beads have gained the reputation of being one of the most important markers of prehistoric technological complexity, especially in South Asia. Their study is crucial for understanding our past contacts, technology and trade, besides comprehending our mastery over material culture and the procurement of diverse raw materials. Keeping this in mind, this book discusses, with the help of literary and epigraphical references, the development of stone beads through the ages, the utility and fruitfulness of typologies, the techniques historically used in their production and finally the modern scientific procedures which can be used in their study to better understand and interpret the past technology. It also deals with ethnohistorical studies of Khambhat (Cambay) to understand the historical development of the city—the most prominent traditional stone bead industry of the world—since the crafts started there, and ethnographical studies to know the symbolism behind the aggressive use of particular products.
The combined output of this book is a result of long-term fieldwork and experimental and scientific studies in laboratories in not only answering the statics of beads like 'when' and 'where' but also cognitivism, that is, 'why' and 'how'.
Papers by Alok Kanungo
understanding this heritage to a respectable extent, yet a comprehensive knowledge about the evolution of iron making through time and space in India eludes us. In this work, a comparative study of iron artefacts from
two Iron Age/Megalithic-Early Historic sites of Tamil Nadu, south India, that is, Mangadu (burial site) and Ambal (habitation-cum-burial site) is carried out to understand the iron thermal-processing capabilities. The retrieved artefacts were examined using X-ray fluorescence (XRF) for elemental composition. The imaging of the artefacts was done using Scanning Electron Microscopy (SEM), Electron Backscatter Diffraction
(EBSD), and Optical Microscopy (OM). In addition, phase identification was performed using X-ray diffraction (XRD) and Energy Dispersive X-ray
Spectroscopy (EDS). Combination of these analyses illustrates that inhabitants of Mangadu and Ambal were aware of the iron alloy manufacturing/processing techniques such as forging and hammering.
The Mesolithic Age in South Asia: Tradition and Transition tries to evaluate the cultural and environmental factors, which necessitated a transition from hunting-gathering to food-producing stage; and the material culture, technology, subsistence, art, religious beliefs, disposal of the dead, biological composition, dietary habits, pathology and social organization of the then inhabitants, drawing data from the excavated finds, ethnography and author’s own understanding of this phase for last five decades.
Evidence for the microlithic tradition in India, which now has a duration of over forty millennia, is much richer than for the preceding Palaeolithic period which lasted nearly from 1.0 to 1.5 million years. In the Mesolithic period, microlithic and composite tools took the centre stage resulting in a better economy and sedentary lifestyle and laying the foundation for a settled agricultural life. The book discusses the Origins and Evolution of the Mesolithic Culture with its chronological details.
The five papers in the volume cover a period from the Palaeolithic to the early historic period in India. There is also one paper on the early historic period of Nepal.
The 20 papers in the volume cover a period from the Palaeolithic to the early historic period in India. There is also one paper on the Archaeology of Bangladesh. In addition, there are three papers evaluating Prof. V.N. Misra as an archaeologist and his contributions.
It concludes "Given that glass beads constitute an important antiquity, with a high survival rate, and a size and usage pattern that ensures wide dispersal, it is important to correlate archaeological evidence with current knowledge of production processes involved in bead production. In doing so we begin to understand how the whole life-cycle of beads, from the first stages of production to the various end-uses, traverses a spatially wide area, with possibility of ‘debitage-like’ deposits accumulating at various stages. However, while the beads, once produced, tend to ‘travel’ to distant places, their production requires a complex web of processes, techniques and skills which are likely to be available at only limited number of locations. Thus the dispersal is of the artifact, not of the whole web of production processes, implying that care has to be exercised before any site with bead debitage can be considered a bead ‘production centre’."
The 22 papers in the volume cover a period from the Palaeolithic to the early historic period in India. There is also one paper each on the early historic period of Bangladesh and Nepal. Region-wise in India, four papers are related to the south; three to north; two to the centre; four to west; one to northwest; and five to the east. Thus, one not limited to a particular region. In terms of cultural periods, six papers are cover prehistory (i.e. Paleolithic and Mesolithic); three to Protohistory; three Prehistory and Protohistory together; one to Rock Art; six the Early Historic; one to Archaeozoology; and one to Ethnoarchaeology. One covers the period from the prehistoric to the early historic. In addition, there are three papers evaluating Prof. V.N. Misra as an archaeologist and his contributions.
It concludes "Given that glass beads constitute an important antiquity, with a high survival rate, and a size and usage pattern that ensures wide dispersal, it is important to correlate archaeological evidence with current knowledge of production processes involved in bead production. In doing so we begin to understand how the whole life-cycle of beads, from the first stages of production to the various end-uses, traverses a spatially wide area, with possibility of ‘debitage-like’ deposits accumulating at various stages. However, while the beads, once produced, tend to ‘travel’ to distant places, their production requires a complex web of processes, techniques and skills which are likely to be available at only limited number of locations. Thus the dispersal is of the artifact, not of the whole web of production processes, implying that care has to be exercised before any site with bead debitage can be considered a bead ‘production centre’."
The academic interests Dr. S.P. Gupta, were varied. They included prehistory, protohistory, with special reference to the Indus/ Harappan Civilization, which he christened Indus-Saraswati Civilization, Copper Hoards, Early Historic Art, and Museum Studies
This volume is a modest attempt to tracing the growth of Dr. Gupta’s career as an archaeologist and his contribution to different branches of archaeology and history. It also carries reminiscences of Dr. Gupta’s close colleagues and admirers.
This is for the first time in Indian context on an early historic site each rim sherds is incorporated in the pottery analysis and a detailed statistics of pottery starting from sub-shape to shape to wares to layers for each locality are made; micro vertebrates are analysed; 30 AMS radiocarbon dates obtained from four different laboratories; chemical analysis, x-ray diffraction and strontium isotope analyses were carried out on 38 glass related artefacts; LA - ICP - MS analysis was performed on 22 glass related artefacts and four agate beads samples; SEM analyses was carried out on 11 stone beads drill’s impressions; and one lapis was put into strontium isotope analysis. Incorporating all these reports and numerous maps, line drawings, statistics, charts and photographs this report makes an attempt to say the archaeology and history of Kopia in as scientific manner as it could be.
The Nagas were first reported by surveyors and explorers and later by administrators and trained anthropologists. As soon as the Naga Hills were accessed in the 1830s the area became one of the anthropological paradises and the occupants' material culture attracted all leading ethnology museums and the anthropologists from around the world. Right from the beginning, three groups comprising American Missionaries, British Administrators, and German speaking Anthropologists have worked on and in the Naga Hills. However, due to various reasons, neither the collection of artifacts from Naga Hills to Germany has ever been exhibited in Germany nor the rich anthropological literature published in German language ever got its dues share amongst the English speaking academia in general and Nagas in particular. This book attempts to bring the essence of German literature on the Nagas for the public at large.
by different chapters ranges from the development of faience to the techniques developed for the manufacture of glass beads, glass bangles or glass mirrors at different times in South Asia, a major glass-producing region and the regional distribution of key artefacts both within India and outside the region, in Africa, Europe or Southeast Asia. Some chapters also include extended examples of the archaeometry of ancient glasses. It makes an important contribution to archaeological, anthropological and
analytical aspects of glass in South Asia. As such, it represents an invaluable resource for students through academic and industry researchers working in archaeological sciences, ancient knowledge system, pyrotechnology, historical archaeology, social archaeology and student of anthropology and history with an interest in glass and the archaeology of South Asia.
Stone beads have gained the reputation of being one of the most important markers of prehistoric technological complexity, especially in South Asia. Their study is crucial for understanding our past contacts, technology and trade, besides comprehending our mastery over material culture and the procurement of diverse raw materials. Keeping this in mind, this book discusses, with the help of literary and epigraphical references, the development of stone beads through the ages, the utility and fruitfulness of typologies, the techniques historically used in their production and finally the modern scientific procedures which can be used in their study to better understand and interpret the past technology. It also deals with ethnohistorical studies of Khambhat (Cambay) to understand the historical development of the city—the most prominent traditional stone bead industry of the world—since the crafts started there, and ethnographical studies to know the symbolism behind the aggressive use of particular products.
The combined output of this book is a result of long-term fieldwork and experimental and scientific studies in laboratories in not only answering the statics of beads like 'when' and 'where' but also cognitivism, that is, 'why' and 'how'.
understanding this heritage to a respectable extent, yet a comprehensive knowledge about the evolution of iron making through time and space in India eludes us. In this work, a comparative study of iron artefacts from
two Iron Age/Megalithic-Early Historic sites of Tamil Nadu, south India, that is, Mangadu (burial site) and Ambal (habitation-cum-burial site) is carried out to understand the iron thermal-processing capabilities. The retrieved artefacts were examined using X-ray fluorescence (XRF) for elemental composition. The imaging of the artefacts was done using Scanning Electron Microscopy (SEM), Electron Backscatter Diffraction
(EBSD), and Optical Microscopy (OM). In addition, phase identification was performed using X-ray diffraction (XRD) and Energy Dispersive X-ray
Spectroscopy (EDS). Combination of these analyses illustrates that inhabitants of Mangadu and Ambal were aware of the iron alloy manufacturing/processing techniques such as forging and hammering.
include books, edited volumes, research articles, short notes, popular articles, book reviews, reminiscences, and obituaries. However, this annotated bibliography is limited to only the research articles in English. A list of all other publications has been given in Section II.