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Makrofossilanalys av en järnåldersboplats i Gamla UppsalaArdakani, Daniel January 2016 (has links)
I Gamla Uppsala har det förekommit arkeologiska utgrävningar i omgångar i flera år och decennier då platsen är känd för att ha varit bebodd så långt bak i tiden som järnåldern. Den senaste utgrävningen utfördes i samband med bygget av en järnvägstunnel som är en del av Ostkustbanan. Arkeologiska utgrävningar har delvis syftet att ta reda på hur folk har levt på en plats dvs. vilka grödor som odlades, vilka redskap som användes osv. För att få fram information från förhistoriska boplatser använder arkeologerna sig av olika metoder. En av dessa metoder är makrofossilanalys. Makrofossilanalys går ut på att fröer av bland annat sädesslag och ogräs extraheras, kvantifieras och artbestäms. Denna metod har legat till grund för detta projekt i syfte att funktionsbestämma tre hus från en järnåldersboplats i Gamla Uppsala. Metoden visade sig vara väldigt användbar i detta projekt då resultatet i viss utsträckning har kunnat användas för funktionsbestämning men det blev uppenbart att metoden enbart ger antydningar och fungerar bäst i kombination med andra metoder exempelvis fosfatanalys i en kombination med en tolkning av det övriga arkeologiska materialet. / There have been several excavations in Old Uppsala over the years and decades since the area has been inhabited since the Iron Age. The most recent excavation took place in connection with the construction of a railway tunnel, which is a part of the East Link project. The object of an archaeological excavation is to obtain information about the way in which previous civilizations lived in a specific location, what kind of crops were cultivated, what kind of tool were being used, and so forth. In order to obtain information about prehistoric settlements, archaeologists use a variety of different methods. One of these methods is called macrofossil analysis. By using macrofossil analysis, seeds and cereals, in the shape of macrofossils, can be extracted from soil samples. By analysing macrofossils, it is possible to obtain information about buildings and thereby establishing their purposes, for instance residence, barn, and so forth. In this thesis work, macrofossil analysis was used as a way to establish the different functions of three buildings from an Iron Age settlement in Old Uppsala.
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Boplatser från järnålderns Gamla Uppsala - en makrofossilanalysÅhlin, Ida January 2017 (has links)
No description available.
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Om säd och växter som gravgåva under yngre järnålder : En utökad undersökning och analys av växtmakrofossil från Bådstorpsgravfältet (Kvillinge sn, Östergötland)Högfors Lindståhl, Alicia January 2022 (has links)
Accompanying the rich and highly individualized Swedish Late Iron age graves are often charred remains of plants and food together with the other grave-goods. These remains have long been known but often overlooked, mainly due to low preservation. Some relatively well preserved finds are cultivated cereal grains, which have become a common archeobotanical find in Iron Age cremation graves and are a massive source of information regarding agriculture and food culture. But what do they say of the buried individual? This thesis aims to investigate the cereal grains, plants and food remains by treating the archaeobotanical remains as grave-goods in a statistical study made on macrofossil remains from Bådstorpsgravfältet, a vendel and viking age burial ground in Östergötland, Sweden. With the results from 79 graves it is researched if plant remains can be linked to certain demographics and the changings of its role in the burial practices over time.
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Ostkustbanans konsekvenser : En makrofossilanalys i Gamla Uppsala / The consequences of Ostkustbanan : A macrofossil analysis in Gamla UppsalaMeijer, Patrik January 2018 (has links)
Gamla Uppsala is a spectacular area filled with archeological remains dating back to the Iron Age. There have been several excavations in the area, the biggest one carried out between 2012 and 2013 with the construction of a tunnel that is a part of the railroad Ostkustbanan.An important tool in understanding the Iron Age civilization in Gamla Uppsala is to know what houses were used for. This is where a method called macrofossil analysis can be used with great success. By analyzing earth samples from postholes, graves, wells and hearths macrofossils like seeds and slag can be found and used to interpret a house based on the material.This study is going to use samples that were not prioritized during the excavations for the analysis in order to answer what function these houses had.The macrofossil analysis conducted during this study showed a lot of fresh seeds but also charred material that consisted mostly of grain seeds. An interpretation of the houses using the material found within the earth samples was made and the postholes was likely dwelling houses.Hopefully this study can contribute to a further understanding of Gamla Uppsala during the Iron Ages.
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Makrofossilanalys som ekologiskt verktyg : En metodutvärderingPettersson, Siri January 2017 (has links)
Approximately 50 percent of all endangered species in Scandinavia are associated with old agricultural landscapes. During the agricultural industrialization of the past century the traditional practices and methods that created these environments have been phased out. This has brought on a serious decline and fragmentation of biomes that many endangered species depend on. Knowledge of traditional agricultural landscapes and their species dynamics is needed to make well informed decisions regarding their care and restoration. One way to acquire such knowledge is to study fossil plant remnants from old agricultural contexts. In this study sub-fossil Cyperaceae achenes were analyzed in an attempt to identify them. The achenes had been preserved in three Iron Age wells (80-980 AD) at the Gilltuna settlement in central Sweden and were found during an archeological investigation in 2010. The purpose of this study was to identify the achenes to species level, make conclusions about the ecology of the surrounding landscape, and construct simple species identification key as well as evaluate archaeobotany as an ecological tool. The identification attempt resulted in 14 determined species, which were in consistency with previous landscape analyses made using ecological species distribution. The resulting identification key is a suggestion, to be expanded in the future. This method can undoubtedly provide further knowledge of prehistoric and historical biomes, but in order to draw useful conclusions the identification technique further as well as knowledge of present regional ecology must be developed, especially concerning different Cyperaceae species‟ response to different kinds of stress.
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