COOKIES: By using this website you agree that we can place Google Analytics Cookies on your device for performance monitoring. |
University of Cambridge > Talks.cam > Computational and Digital Archaeology Lab (CDAL) > Harvesting Proxies: The ecological niche for rice in Yayoi period Japan via multi-proxy species distribution modelling
Harvesting Proxies: The ecological niche for rice in Yayoi period Japan via multi-proxy species distribution modellingAdd to your list(s) Download to your calendar using vCal
If you have a question about this talk, please contact Simon Carrignon. During the 1st millennium BCE , migrant communities from the Korean Peninsula entered Japan, introducing an extensive culture package which significantly changed life within the archipelago. A substantial element of this cultural package was rice and millet agriculture; the dispersal of which occurred through a mixture of demic and cultural diffusion across Japan. This process led to different responses amongst the incumbent population of complex hunter-gatherers, the Jomon people. Some areas saw marked delays in adoption compared with others in this new subsistence strategy and in others the early adoption of farming was followed by reversion to a predominantly hunting and gathering economy. The geographically diverse response to the introduction of rice and millet agriculture is generally assumed to be reflecting the underlying variation in the environmental and climatic settings of the Japanese islands. However, this assumption remains untested, and further exploration of the relationship between environmental and social factors is required to illustrate the diversity of local responses. This paper contributes to this research agenda by exploring how environmental suitability for rice agriculture impacted the spatial distribution of archaeological sites in the Yayoi period. We employ both mechanistic and correlative ecological niche models to elucidate on the suitability of the environment of Japan to rice and the spread of agriculture. The mechanistic through modelling of temperature via the accumulated heat unit growing degree days. The correlative through Bayesian species distribution modelling for Japonica rice using three distinct proxies for its presence: paddy field sites, charred remains of rice grains, and stone sickles The comparison and exploration of these different lines of archaeological evidence will offer a robust inferential framework for reconstructing the ecological and cultural factors that promoted or hindered the diffusion of rice farming in prehistoric Japan. All talks are hybrid, to assist online you will need to register for the event by sign-up here This talk is part of the Computational and Digital Archaeology Lab (CDAL) series. This talk is included in these lists:
Note that ex-directory lists are not shown. |
Other listsCombining chemical-genetic with metabolic profiling to study a dynamic metabolic transition Cambridge AI Social CRUKCC Neuro-oncology Programme eventsOther talksThe method of random rays for wave propagation Gateway A grazing reflection on some canonical problems in diffraction theory and their investigators Full-waveform inversion for ground penetrating radar via ensemble Kalman inversion Changes in the functional organisation of somatosensory cortex following surgical repair of the major nerves of the hand CANCELLED: ‘Rendered much cheaper, than our work-people can make’; Women’s employment in textile manufacturing and English political economy, 1688-1722 |