Armadillos constitute a recurrent taphonomic agent in the disturbance of archaeological sites in the Pampas region of Argentina. Their burrows generate vertical and horizontal movement of archeological and modern materials, creating anomalous associations, both on the surface, as well as at the deep levels of a site. Measuring the potential impact of armadillo burrows on a local environment in direct proximity with an archaeological site may help to reconstruct its taphonomic history. The objective of this work is to evaluate the impact of armadillo burrows on the formation processes of the Hangar site. Point provenience and morphometric measurements were recorded on 169 armadillo burrows located in direct proximity to the Hangar site archa...
The present study analyses the taphonomic features of recent small mammal bone and teeth accumulatio...
The results of zooarchaeological study carried out on the bone remains of armadillos (Mammalia, Dasy...
The aim of this paper is to identify the potential accumulator of two modern non-digested bone assem...
The Plains vizcacha (Lagostomus maximus) is one of the largest rodents in South America. They live i...
Over the last decade, we have conducted an actualistic taphonomic research program in the Humid Pamp...
Microvertebrates are a major component of many assemblages recovered from the Quaternary of the Arge...
The use of the same spaces and prey by humans and carnivores often leads to the formation of complex...
Chaetophractus villosus is the most widespread armadillo inhabiting central Argentina. It has been p...
In agroecosystems, the use of cultivated plots by mammals depends on habitat structure as well as on...
Many cultural and natural processes form the archaeological record. Taphonomy, the study of the tran...
This paper presents the research achievements to understand the formation processes of north Patagon...
The movement of sediments generated by digging animals/burrowing mammals is one of the main formatio...
The Dasypodidae (commonly known as armadillos) are exclusively from the Americas and have a long evo...
To distinguish whether the presence of osteoderms of armadillos (Xenarthra, Dasypodidae) in the zooa...
The distinctive characteristic of theMonte Desert, the most arid rangeland of Argentina, is reflecte...
The present study analyses the taphonomic features of recent small mammal bone and teeth accumulatio...
The results of zooarchaeological study carried out on the bone remains of armadillos (Mammalia, Dasy...
The aim of this paper is to identify the potential accumulator of two modern non-digested bone assem...
The Plains vizcacha (Lagostomus maximus) is one of the largest rodents in South America. They live i...
Over the last decade, we have conducted an actualistic taphonomic research program in the Humid Pamp...
Microvertebrates are a major component of many assemblages recovered from the Quaternary of the Arge...
The use of the same spaces and prey by humans and carnivores often leads to the formation of complex...
Chaetophractus villosus is the most widespread armadillo inhabiting central Argentina. It has been p...
In agroecosystems, the use of cultivated plots by mammals depends on habitat structure as well as on...
Many cultural and natural processes form the archaeological record. Taphonomy, the study of the tran...
This paper presents the research achievements to understand the formation processes of north Patagon...
The movement of sediments generated by digging animals/burrowing mammals is one of the main formatio...
The Dasypodidae (commonly known as armadillos) are exclusively from the Americas and have a long evo...
To distinguish whether the presence of osteoderms of armadillos (Xenarthra, Dasypodidae) in the zooa...
The distinctive characteristic of theMonte Desert, the most arid rangeland of Argentina, is reflecte...
The present study analyses the taphonomic features of recent small mammal bone and teeth accumulatio...
The results of zooarchaeological study carried out on the bone remains of armadillos (Mammalia, Dasy...
The aim of this paper is to identify the potential accumulator of two modern non-digested bone assem...