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Consiglio Nazionale delle Ricerche (CNR), Institute of Atmospheric Sciences and Climate (ISAC), Post-DocUniversità di Bologna, Dipartimento di Archeologia Ravenna, Department Member, and 3 more add
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Medieval Archaeology, Ancient Topography (Archaeology), Topografia Antica, Archeologia dei paesaggi, Archaeological survey, Landscape Archaeology, and 75 moreTopography of Ancient Rome (Archaeology), Archeologia medievale, Field Archaeology, Ricognizione Archeologica, Storia Degli Insediamenti; Archaeological Survey, Settlement History, Archaeology, Beni Culturali, History, Geographic Information Systems (GIS), Cultural Resource Management (Archaeology), Spatial analysis (Archaeology), Survey (Archaeological Method & Theory), Statistical Methods in Archaeology, Archaeological Predictive Modeling, Archaeological GIS, LiDAR for Landscape Archaeology, GIS and Landscape Archaeology, Computer Applications & Quantitative Methods in Archaeology (CAA), Spatial archaeology, Medieval Studies, Early Medieval Archaeology, Postclassical archaeology, Archaeological Method & Theory, Mediterranean archaeology, GRASS GIS, Spatial Analysis and Predictive Modelling in Archaeology, Geoarchaeology, Palaeoenvironment, Climate Change, Climate Change Adaptation, Adaptation, Predictivity In Archaeology, Spatial Analyses, Computer Applications in Archaeology, Spatial Analysis, Agricultural landscapes, Roman rural settlements, Satellite remote sensing, Survey Research, Off-site archaeology, Historical Geography, Archaeological Conservation, Virtual Reconstruction, Blender, Archaeology, History of Archaeology, Classical Archaeology, Palaeogeography, Holocene Deposits, Open Data, Postmedieval Archaeology, Least Cost Path Analysis, Archeologia, Web GIS, Late Antique Archaeology, Material Culture Studies, Urban archaeology, Medieval Cities and Urbanism, Archaeological Site Formation Processes, Digital Archaeology, Past Global Changes, Archaeological Prospection, Archaeological Geophysics, Ground Penetrating Radar, Archaeological Methodology, Archaeological Fieldwork, Geophysics, Roman Archaeology, Open Access, MERC (Medieval Europe Research Community), Chemical Engineering, Geomorphology, Quaternary Geology, Remote Sensing, Radiocarbon Dating (Earth Sciences), and Hydraulic Archaeology edit
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I am currently a Postdoctoral Research Fellow at Ca' Foscari University of Venice in Environmental Archaeology within... moreI am currently a Postdoctoral Research Fellow at Ca' Foscari University of Venice in Environmental Archaeology within the Science, Society and Environmental Change in the First Millennium CE (SSE1K) project, an ERC Consolidator Grant awarded to Prof. Helen Foxhall Forbes.
In 2023, I obtained a PhD in Archaeology at Ghent University (BE), within a Joint Programme with the University of Verona (IT), with research on reconstructing the diachronic evolution of the hinterland of Ravenna through geoarchaeological methods. Between 2022 and 2023, I was a Post-graduate research fellow at the Institute of Atmospheric Sciences and Climate (ISAC), National Research Council (CNR) of Italy as European Young Scientist of the ESA-MOST Dragon-5 SARchaeology project, working on remotely sensed data for archaeological mapping, including optical, multispectral and SAR data. Before my PhD, I worked in commercial archaeology for six months (LIMES soc coop), after getting a BA and MA in Archaeology at Bologna University (2011-2017), with research stays at the University of Leicester (UK) and Leiden University (Netherlands).
Currently PI of GEOARCHAMMI (GEOARCHAeological Mapping with VHR Multispectral Imagery) project supported by ESA. Moreover, I am the co-director of the RECLANDS Project and field director of the Faventia Project, which study settlement patterns in the plain north of Ravenna and Faenza (RA, Italy), respectively, with a strong focus on human-environmental interactions in the longue durée. I have also collaborated with several archaeological projects in Italy spanning several regions (Marche, Lazio, Calabria) as a field archaeologist or geoarchaeologist
My main interests are landscape archaeology, geoarchaeology, medieval archaeology, incastellamento, alluvial landscapes, GIS, predictive modelling, geophysics and remote sensing. edit -
Helen Foxhall Forbesedit
The nucleation of the rural population was a widespread phenomenon during the Middle Ages that interested many areas of Western Europe. However, many of these sites are now deserted with the underlying phenomena causing these... more
The nucleation of the rural population was a widespread phenomenon during the Middle Ages that interested many areas of Western Europe. However, many of these sites are now deserted with the underlying phenomena causing these abandonments not always easy to reconstruct. Archaeologists have been interested in these medieval settlements since the middle of the 19th century, and remote sensing has played a decisive role in mapping hundreds of them. This also applies to many parts of the Po Valley but not the Romagna plain, where hundreds of medieval sites are known but almost exclusively based on written sources. However, the increasing availability of aerial and satellite images offers a valuable opportunity to bridge this knowledge gap. The systematic study of legacy images allowed the mapping of new defensive elements and reconstruction of the general plan of six deserted medieval fortified settlements in the broader hinterland of Ravenna. PlanetScope 3m resolution images were later exploited to continuously monitor these sites during periods prone to crop marks formation to detect the presence of wide crop/soil marks (e.g. ditches). Six successful field verifications demonstrate that these ‘coarse’ images are sufficient to plan drone surveys that can allow the mapping of additional smaller features.
Research Interests:
Remote Sensing, Medieval History, Medieval Studies, Digital Archaeology, Archaeological Method & Theory, and 15 moreMedieval Archaeology, Archaeological GIS, Survey (Archaeological Method & Theory), Remote sensing and GIS, Remote Sensing (Archaeology), Satellite Remote Sensing (Archaeology), Archaeological Methodology, Archaeological survey, Castle Studies, Ravenna, Remote Sensing & GIS, Medieval castles, Castles and Fortifications, Drones, and Archaeology and Drones
Optical and Synthetic Aperture Radar (SAR) remote sensing has a long history of use and reached a good level of maturity in archaeological and cultural heritage applications, yet further advances are viable through the exploitation of... more
Optical and Synthetic Aperture Radar (SAR) remote sensing has a long history of use and reached a good level of maturity in archaeological and cultural heritage applications, yet further advances are viable through the exploitation of novel sensor data and imaging modes, big data and high-performance computing, advanced and automated analysis methods. This paper showcases the main research avenues in this field, with a focus on archaeological prospection and heritage site protection. Six demonstration use-cases with a wealth of heritage asset types (e.g. excavated and still buried archaeological features, standing monuments, natural reserves, burial mounds, paleo-channels) and respective scientific research objectives are presented: the Ostia-Portus area and the wider Province of Rome (Italy), the city of Wuhan and the Jiuzhaigou National Park (China), and the Siberian “Valley of the Kings” (Russia). Input data encompass both archive and newly tasked medium to very high-resolution imagery acquired over the last decade from satellite (e.g. Copernicus Sentinels and ESA Third Party Missions) and aerial (e.g. Unmanned Aerial Vehicles, UAV) platforms, as well as field-based evidence and ground truth, auxiliary topographic data, Digital Elevation Models (DEM), and monitoring data from geodetic campaigns and networks. The novel results achieved for the use-cases contribute to the discussion on the advantages and limitations of optical and SAR-based archaeological and heritage applications aimed to detect buried and sub-surface archaeological assets across rural and semi-vegetated landscapes, identify threats to cultural heritage assets due to ground instability and urban development in large metropolises, and monitor post-disaster impacts in natural reserves.
Research Interests:
Cultural Studies, Cultural Heritage, Aerial Archaeology, Multispectral Imaging, Landscape Archaeology, and 14 moreArchaeological Method & Theory, Ostia (Archaeology), Cultural Heritage Management, Archaeological Prospection, Satellite Remote Sensing (Archaeology), Archaeological Methodology, Mediterranean archaeology, Unmanned Aerial Vehicles, GIS and Landscape Archaeology, Synthetic Aperture Radar, Synthetic Aperture Radar Interferometry, Unmanned Aerial Vehicle (UAV), Ostia Antica, and Roman Archaeology
Research Interests:
Research Interests:
Geography, Historical Geography, Physical Geography, Late Middle Ages, Geoarchaeology, and 11 moreLandscape Archaeology, Remote sensing and GIS applications in Landscape Research, Landscape, Geografia, early Middle Ages, Ravenna, Middle Ages, Geoarchaeology and Paleoenvironmental Reconstructions, Archeologia dei paesaggi, Storia Del Paesaggio, and Geographic Information Systems (GIS)
Numerous studies have attempted to reconstruct the palaeogeographic evolution of the southern Po delta in the Late Holocene, thanks to a combination of various methods, including geology, geoarchaeology and remote sensing (Bruno et al.... more
Numerous studies have attempted to reconstruct the palaeogeographic evolution of the southern Po delta in the Late Holocene, thanks to a combination of various methods, including geology, geoarchaeology and remote sensing (Bruno et al. 2017, Greggio et al. 2018). At the same time, it is much more complex to reconstruct the relationship of the Apennine rivers with the Po River, mainly because of the thick alluvial sedimentation connected with the reclamation of large parts of the Romagna plain.
About this, an integrated approach between geology and archaeology can be extremely helpful to investigate this crucial area, important from both a historical and archaeological point of view due to the presence of the city of Ravenna, located in the southernmost part of the delta. This city had a central role already in Roman times when it hosted the Adriatic fleet in the nearby Classe and then became even more important in the Mediterranean scene from 402 CE, firstly as the capital of the Western Roman Empire and later of the Byzantine Exarchate.
Indeed, although it is currently impossible to prove a direct physical relationship between the river Po and the city of Ravenna in Roman times, the connection was certainly ensured through the Fossa Augusta reported by Pliny the Elder, a probable artificial canal resulting from the arrangement of endo lagoon routes. Later on, the Badareno/Padoreno, a new and more easterly channel, most likely replaced the Fossa between Late Antiquity and the 8th century (Bortoluzzi & Cavalazzi 2022). This new watercourse was likely a way to adapt to the new, more southerly course of the Po known as Primaro. Its existence caused coastal progression and sedimentary accretion, physically interrupting and/or determining the silting up of the Augustan canal.
In this regard, two cores carried out respectively near the archaeological site of Butrium, to the north of Ravenna, and within the so-called centuriation of Bagnacavallo, in association with targeted absolute dating and geochemical analyses, seem to shed some light on the transformations that occurred in the southern Po delta between the Roman period and Late Antiquity. Firstly, they bear witness to a crucial palaeogeographical change in the area to the north of Ravenna as early as the 2nd-4th centuries CE, so previously compared to what is thought today. Secondly, they attest to consistent sedimentary growth inland before the 5th-6th centuries CE. Together, these data open up the possibility of better detailing the peculiar palaeogeographical evolution of this portion of the Po plain and its function as a crucial catchment area for the sediments of the Po and the Apennine rivers during historical times.
About this, an integrated approach between geology and archaeology can be extremely helpful to investigate this crucial area, important from both a historical and archaeological point of view due to the presence of the city of Ravenna, located in the southernmost part of the delta. This city had a central role already in Roman times when it hosted the Adriatic fleet in the nearby Classe and then became even more important in the Mediterranean scene from 402 CE, firstly as the capital of the Western Roman Empire and later of the Byzantine Exarchate.
Indeed, although it is currently impossible to prove a direct physical relationship between the river Po and the city of Ravenna in Roman times, the connection was certainly ensured through the Fossa Augusta reported by Pliny the Elder, a probable artificial canal resulting from the arrangement of endo lagoon routes. Later on, the Badareno/Padoreno, a new and more easterly channel, most likely replaced the Fossa between Late Antiquity and the 8th century (Bortoluzzi & Cavalazzi 2022). This new watercourse was likely a way to adapt to the new, more southerly course of the Po known as Primaro. Its existence caused coastal progression and sedimentary accretion, physically interrupting and/or determining the silting up of the Augustan canal.
In this regard, two cores carried out respectively near the archaeological site of Butrium, to the north of Ravenna, and within the so-called centuriation of Bagnacavallo, in association with targeted absolute dating and geochemical analyses, seem to shed some light on the transformations that occurred in the southern Po delta between the Roman period and Late Antiquity. Firstly, they bear witness to a crucial palaeogeographical change in the area to the north of Ravenna as early as the 2nd-4th centuries CE, so previously compared to what is thought today. Secondly, they attest to consistent sedimentary growth inland before the 5th-6th centuries CE. Together, these data open up the possibility of better detailing the peculiar palaeogeographical evolution of this portion of the Po plain and its function as a crucial catchment area for the sediments of the Po and the Apennine rivers during historical times.
Research Interests:
Programma della seconda edizione di Faentival - Archeologia e storia della pianura faentina. L'edizione 2020 si terrà completamente online con dirette su Facebook e Youtube, tra il 5 e il 13 Dicembre 2020, ore 18:00. La manifestazione è... more
Programma della seconda edizione di Faentival - Archeologia e storia della pianura faentina. L'edizione 2020 si terrà completamente online con dirette su Facebook e Youtube, tra il 5 e il 13 Dicembre 2020, ore 18:00.
La manifestazione è organizzata dal progetto Faventia, all'interno del Progetto di Archeologia dei Paesaggi di Ravenna promosso dal DISCI dell'Università di Bologna.
Ulteriori informazioni sul sito: www.faentival.it
La manifestazione è organizzata dal progetto Faventia, all'interno del Progetto di Archeologia dei Paesaggi di Ravenna promosso dal DISCI dell'Università di Bologna.
Ulteriori informazioni sul sito: www.faentival.it
Research Interests:
While Italian archaeology is still struggling to find a way to embrace open data policies, reports from rescue/preventive archaeology are increasing day by day. Unfortunately, these datasets remain largely unpublished and are usually... more
While Italian archaeology is still struggling to find a way to embrace open data policies, reports from rescue/preventive archaeology are increasing day by day. Unfortunately, these datasets remain largely unpublished and are usually "locked" in physical archives, even though the recent release of the Geoportale Nazionale per l'Archeologia (GNA) in July 2023 may further promote their exploitation. Despite the difficulties in accessing these reports, they contain novel archaeological evidence that helps update our historical knowledge. Furthermore, they provide a wealth of palaeosols attestations, precious geological markers widespread within floodplains subject to sudden changes in the river network and relevant rates of vertical accretion. To exploit these data, a digital workflow has been developed to include several hundreds of stratigraphies collected from both unpublished archaeological reports, published geological records and legacy geological data, as well as sites from archaeological maps, to model the evolution of the palaeolandscapes of a floodplain subject to intense morphological changes such as the hinterland of Ravenna. These models gave us new insights into human-environment relationships, especially in terms of settlement patterns, changes in the river network and reclamation processes, more precise representation of the physical environment in the past as well as a better understanding of the geomorphological biases affecting our current archaeological knowledge.
Research Interests:
Remote Sensing, Geoarchaeology, Landscape Archaeology, Archaeological Method & Theory, Landscape History, and 14 moreMedieval Archaeology, Archaeological GIS, Satellite remote sensing, Remote Sensing (Earth Sciences), Remote sensing and GIS applications in Landscape Research, Remote sensing and GIS, Archaeological Predictive Modeling, Quaternary Sedimentology and Geomorphology, Coastal geoarchaeology, Geoarchaeology and Paleoenvironmental Reconstructions, Remote Sensing & GIS, Quaternary Geoarchaeology, Landscape modelling, and Geographic Information Systems (GIS)
Research Interests:
Geoarchaeology, Landscape Archaeology, Archaeological Method & Theory, Landscape History, Medieval Archaeology, and 11 moreArchaeological GIS, Remote sensing and GIS applications in Landscape Research, Landscape, Remote sensing and GIS, Archaeological Predictive Modeling, Coastal geoarchaeology, Geoarchaeology and Paleoenvironmental Reconstructions, Remote Sensing & GIS, Quaternary Geoarchaeology, Landscape modelling, and Geographic Information Systems (GIS)
Contributo presentato al LXXIV Convegno Internazionale di Studi Romagnoli, Cervia (RA), 6-8 ottobre 2023
Research Interests:
Palaeogeography, Archaeology, Historical Archaeology, Geoarchaeology, GeoArcheology, and 8 moreLandscape Archaeology, Medieval Archaeology, Quaternary Geology, Palaeobotany, Quaternary Sedimentology and Geomorphology, Quaternary environments, Geoarchaeology and Paleoenvironmental Reconstructions, and Quaternary Geoarchaeology
In this paper, I will present some of the results of my ongoing PhD research, which aims to reconstruct how the alluvial plain around Ravenna was shaped by both natural and anthropic factors during the last few millennia. Indeed, since at... more
In this paper, I will present some of the results of my ongoing PhD research, which aims to reconstruct how the alluvial plain around Ravenna was shaped by both natural and anthropic factors during the last few millennia. Indeed, since at least the Roman period, a long but intermittent process of reclamation was started in the area, driven by a continuously growing demand for farmable and “healthy” land, which caused the almost completely disappearance of the many marshlands, lagoons and woodlands that used to cover large parts of the landscape and that still represented an important resources for the communities living in the area before their disappearance.
How this reclamation process took place in the last few centuries is fairly well known, but to be able to investigate more ancient periods for which historical cartography is not available, I am combining various data: existing aerial and satellite images have been used to identify old palaeochannels and other traces of fluvial activities; geological and pedological data from the regional dataset, archaeological grey literature and targeted geoarchaeological investigations to gain more information about the deposits that lay beneath the present ground level; archaeological data to evaluate the changes in the settlement patterns.
Modelling all these data together has allowed mapping several areas of the landscape that even in historical times have experienced the formation of marshlands, but which have left little or no evidence of their existence before they were reclaimed. Combining these models with the archaeological and historical evidence has allowed to gain crucial information on how medieval societies have gained an advantage from fluvial changes, in some cases inducing themselves the discharge of sediments in order to “conquer” new arable land.
How this reclamation process took place in the last few centuries is fairly well known, but to be able to investigate more ancient periods for which historical cartography is not available, I am combining various data: existing aerial and satellite images have been used to identify old palaeochannels and other traces of fluvial activities; geological and pedological data from the regional dataset, archaeological grey literature and targeted geoarchaeological investigations to gain more information about the deposits that lay beneath the present ground level; archaeological data to evaluate the changes in the settlement patterns.
Modelling all these data together has allowed mapping several areas of the landscape that even in historical times have experienced the formation of marshlands, but which have left little or no evidence of their existence before they were reclaimed. Combining these models with the archaeological and historical evidence has allowed to gain crucial information on how medieval societies have gained an advantage from fluvial changes, in some cases inducing themselves the discharge of sediments in order to “conquer” new arable land.
Research Interests:
Medieval History, Geoarchaeology, Wetlands, Landscape Archaeology, Medieval Archaeology, and 7 moreRemote sensing and GIS applications in Landscape Research, Wetland Archaeology, GIS and Landscape Archaeology, Ravenna, Geoarchaeology and Paleoenvironmental Reconstructions, Land Reclamation, and Reclamation
Results of my MA thesis, discussed at Bologna University in March 2017 and presented at the TMA - Transnational Meetings in Archaeology (Zurich, 6-8 April 2018)