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Barrows at the Core of Bronze Age Communities argues exactly that. Round barrows do not just represent the death side of Early Bronze Age communities placed in set-a-side ritual landscapes, but were instead central to existence in many ways. This study of the Rother Region, where the Weald meets the Wessex massif, reports the results of the People of the Heath project, 2014-18. It integrates a wealth of data from comprehensive field study of all relevant sites in the region with that from excavations into one of its major cemeteries - Petersfield Heath, Hampshire. Fourteen of 21 surviving barrows were sampled by excavation, one of the fullest records for such a cemetery in modern times. In addition to diverse burial rites, the site yielded a range of 'other significant deposits' and totally novel insights into the organic artefact repertoire thanks to mineral replacement.There are substantial repercussions for the conventional classification of barrows and in this region the key difference between mound barrows and enclosure barrows is seen to have a socio-cultural background. This and other differences of approach to the siting and aggregation of barrows contribute to the reconstruction of 16 settled communities across the region. These emerge from a strong Mesolithic to Neolithic presence, the latter documented for the first time, and evidence including solstitial alignments suggests direct continuity to the Middle Bronze Age fieldscapes of the region.This book is supported by a separate volume containing an extensive body of supplementary information and evaluation. Together they contain much new for those researching the period, early burial practices and the prehistoric occupation of the western Weald. They will also galvanise debates about variations in the character of barrowscapes across Britain and the place of the Wessex barrow foci.

Mounds.

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This special volume aims to collecg new ideas and contributions at the frontier between the fields of data handling, processing and modeling for volcanic and seismic systems. Technological evolution, as well as the increasing availability of new sensors and platforms, and freely available data, pose a new challenge to the scientific community in the development new tools and methods that can integrate and process different information. The recent growth in multi-sensor monitoring networks and satellites, along with the exponential increase in the spatiotemporal data, has revealed an increasingly compelling need to develop data processing, analysis and modeling tools. Data processing, analysis and modeling techniques may allow significant information to be identified and integrated into volcanic/seismological monitoring systems. The newly developed technology is expected to improve operational hazard detection, alerting, and management abilities.

Technology: general issues --- Environmental science, engineering & technology --- seismic swarm --- relocated aftershocks --- transition zone --- b value temporal variation --- central Ionian Islands (Greece) --- volcanic eruptions --- volcanic plumes --- CO2 flux --- DIAL-Lidar --- data processing techniques --- SAR --- InSAR --- ground deformation --- Sentinel-1 --- volcano monitoring --- GNSS --- seismicity --- slope instability --- MT-InSAR --- volcanoes --- ASTER --- Robust Satellite Techniques --- Google Earth Engine --- volcanic mounds --- seismic time and depth processing --- MVA --- CO2 storage --- volcano geodesy --- multidisciplinary monitoring --- paroxysms --- lava fountain --- volcanic eruption --- modeling --- tilt --- GPS --- seismic swarm --- relocated aftershocks --- transition zone --- b value temporal variation --- central Ionian Islands (Greece) --- volcanic eruptions --- volcanic plumes --- CO2 flux --- DIAL-Lidar --- data processing techniques --- SAR --- InSAR --- ground deformation --- Sentinel-1 --- volcano monitoring --- GNSS --- seismicity --- slope instability --- MT-InSAR --- volcanoes --- ASTER --- Robust Satellite Techniques --- Google Earth Engine --- volcanic mounds --- seismic time and depth processing --- MVA --- CO2 storage --- volcano geodesy --- multidisciplinary monitoring --- paroxysms --- lava fountain --- volcanic eruption --- modeling --- tilt --- GPS

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

This special volume aims to collecg new ideas and contributions at the frontier between the fields of data handling, processing and modeling for volcanic and seismic systems. Technological evolution, as well as the increasing availability of new sensors and platforms, and freely available data, pose a new challenge to the scientific community in the development new tools and methods that can integrate and process different information. The recent growth in multi-sensor monitoring networks and satellites, along with the exponential increase in the spatiotemporal data, has revealed an increasingly compelling need to develop data processing, analysis and modeling tools. Data processing, analysis and modeling techniques may allow significant information to be identified and integrated into volcanic/seismological monitoring systems. The newly developed technology is expected to improve operational hazard detection, alerting, and management abilities.

seismic swarm --- relocated aftershocks --- transition zone --- b value temporal variation --- central Ionian Islands (Greece) --- volcanic eruptions --- volcanic plumes --- CO2 flux --- DIAL-Lidar --- data processing techniques --- SAR --- InSAR --- ground deformation --- Sentinel-1 --- volcano monitoring --- GNSS --- seismicity --- slope instability --- MT-InSAR --- volcanoes --- ASTER --- Robust Satellite Techniques --- Google Earth Engine --- volcanic mounds --- seismic time and depth processing --- MVA --- CO2 storage --- volcano geodesy --- multidisciplinary monitoring --- paroxysms --- lava fountain --- volcanic eruption --- modeling --- tilt --- GPS --- n/a