News Update on Archaeology Research: May – 2019

Aerial and Remote Sensing Archaeology

New techniques and method procedures, which might permit at a brief time and at low price for the identification of a brand new archaeologic web site, were continually within the interest of archaeologists. during this paper, aerial and remote sensing archeology problems are going to be analyzed, each as measurement tools for the documentation of existing archaeologic structures yet as tools of archeology prospection, that are supported the looks of the reflection of lined structures in pictures, i.e. the alleged marks. [1]

Precision farming and archaeology

With a big growth within the agricultural technology trade, an enormous quantity of agricultural information is currently being collected on farms throughout the globe. Farmers aim to apply these technologies to frequently record and manage the variation of crops and soils among their fields, to scale back inputs, increase yields and enhance environmental property. during this paper, we tend to aim to focus on the variability of various information sorts and method processes concerned in fashionable exactitude farming systems and explore however probably interconnected these systems are with the archaeologic community. At present, no analysis has studied the consequences of archaeologic sites on soils within the context of exactitude farming practices. nevertheless from fashionable geology, geochemical and remote sensing techniques, a way larger volume of soil- and crop-related mapping is being undertaken, with large potential for every kind of archaeologic study. From heritage management to archaeologic prospection, however can the longer term of archaeologic studies work into this ever-changing agricultural landscape? [2]

Archaeology and Sclerochronology of Marine Bivalves

In a quickly dynamic  world, maintenance of the great health of the marine setting needs a close understanding of its mechanisms of amendment, and also the ability to discover early signals of a shift aloof from the equilibrium state that we tend to assume characterised it before there was any vital human impact. provided that instrumental measurements of the oceans return no more than some decades, the sole means within which we will assess the long baseline variability that characterizes the pre-perturbation equilibrium state of the marine setting is by the utilization of proxy records contained in stratified or stratified  natural archives like corals, fish otoliths and bivalve invertebrate shells.

In this chapter we are going to observe the ways in which within which the environmental signals recorded within the shells of bivalve molluscs are often wont to shed lightweight on marine variability each in the gift and over past centuries and millennia, and specifically however they will be wont to study marine climate, the marine setting and also the economic and cultural history of the connection between humans and the oceans.

The chapter is split into 2 parts: section one describes the morphological, geochemical and crystallographic techniques that are wont to acquire info from the shells, whereas section 2 covers the utilization of bivalve shells during a wide selection of applications, together with system services, environmental observation, anthropology, climate reconstruction, and climate modeling. [3]

Primate archaeology evolves

Since its origin, archeology has historically targeted completely on humans and our direct ancestors. However, recent years have seen archeological techniques applied to material proof left behind by non-human animals. Here, we have a tendency to review advances created by the foremost distinguished field investigation past non-human tool use: primate archeology. This field combines survey of untamed primate activity areas with ethological observations, excavations and analyses that permit the reconstruction of past primate behaviour. as a result of the Primates includes humans, new insights into the behavioral evolution of apes and monkeys can also be wont to higher interrogate the record of early tool use in our own, hominin, lineage. This work has recently doubled the set of primate lineages with associate degree excavated archeological record, adding recent World macaques and New World capuchin monkeys to chimpanzees and humans, and it’s shown that tool choice and transport, and distinct web site formation, are universal among wild stone-tool-using primates. it’s additionally unconcealed that wild capuchins frequently break stone tools in an exceedingly manner that may build them tough to tell apart from easy early hominin tools. Ultimately, this analysis reveal opportunities for the event of a broader animal archeology, marking the tip of archaeology’s partiality era. [4]

Approaching the Origins of Rice in China and Its Spread towards Indus Valley Civilization (Pakistan, India): An Archaeobotanical Perspective

The rice (Oryza sativa) was the central crop of the traditional Civilizations. Most of the economy of ancient societies was supported rice. within the gift Era, archaeobotany and ecology make the traditional rice domestication in a very systematic manner. Historical and archaeobotanical records establish the very fact that early rice farming was started at the Southern a part of the China (Yangtze watercourse basin), and presently rice was unfold towards Indus natural depression Civilization (Pakistan, India). it’s additionally the very fact that rice has been an important crop of each river natural depression and China. The journey of earliest rice from China to Indus natural depression Civilization (Pakistan, India) is that the focusing of this manuscript. With this, the traditional rice agriculture of China, likewise as Asian country and India, is additionally the central a part of the writing. totally different phases of archaeobotany and its progress in Asian country and India has additionally been conferred within the writing. The origin of ancient rice and its spreading is appealing dialogue that has been mentioned during this paper hypothetically and consistently. [5]


[1] Kaimaris, D., Georgiadis, C., Patias, P. and Tsioukas, V., 2019. Aerial and remote sensing archaeology. In Environmental Information Systems: Concepts, Methodologies, Tools, and Applications (pp. 642-660). IGI Global. (Web Link)

[2] Webber, H., Heyd, V., Horton, M., Bell, M., Matthews, W. and Chadburn, A., 2019. Precision farming and archaeology. Archaeological and Anthropological Sciences11(2), pp.727-734. (Web Link)

[3] Butler, P.G., Freitas, P.S., Burchell, M. and Chauvaud, L., 2019. Archaeology and sclerochronology of marine bivalves. In Goods and Services of Marine Bivalves (pp. 413-444). Springer, Cham. (Web Link)

[4] Primate archaeology evolves

Michael Haslam,R. Adriana Hernandez-Aguilar,Tomos Proffitt,Adrian Arroyo,Tiago Falótico,Dorothy Fragaszy,Michael Gumert,John W. K. Harris,Michael A. Huffman,Ammie K. Kalan,Suchinda Malaivijitnond,Tetsuro Matsuzawa,William McGrew,Eduardo B. Ottoni,Alejandra Pascual-Garrido,Alex Piel,Jill Pruetz,Caroline Schuppli,Fiona Stewart,Amanda Tan,Elisabetta Visalberghi &Lydia V. Luncz 

Nature Ecology & Evolutionvolume 1, pages1431–1437 (2017) (Web Link)

[5] Sameer, M. A., Juzhong, Z. and Miao, Y. M. (2018) “Approaching the Origins of Rice in China and Its Spread towards Indus Valley Civilization (Pakistan, India): An Archaeobotanical Perspective”, Asian Journal of Research in Crop Science, 2(3), pp. 1-14. doi: 10.9734/AJRCS/2018/45749. (Web Link)

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