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TENCER, Tomáš, Peter MILO, Jan HAVELKA, Anna Mária REKEMOVÁ, Dávid ŠÁLKA a Michal VÁGNER. Application of the archaeological prospection in the Czech republic and Slovakia. In KEA - konference environmentální archeologie 2023, 26.-28.1.2023, Brno. 2023.

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TY  - CONF
ID  - 2251558
AU  - Tencer, Tomáš - Milo, Peter - Havelka, Jan - Rekemová, Anna Mária - Šálka, Dávid - Vágner, Michal
PY  - 2023
TI  - Application of the archaeological prospection in the Czech republic and Slovakia
KW  - archaeological prospection
KW  - preventive archaeology
KW  - development-led archaeology
KW  - magnetometry
UR  - https://www.iansa.eu/cea
N2  - In development-led (rescue or preventive) archaeology, the management and conducting of excavation have become increasingly complex due to tight schedules, limited human resources, and budgets. As a result, archaeological prospection methods, such as geophysics, have become necessary in planning large construction projects. While the benefits of archaeogeophysical surveys are well known, their integration into Czech preventive archaeology is still uncommon due to a lack of legislative support and missing standards. However, several cultural heritage management bodies and archaeological authorities have recognized the potential of archaeogeophysical prospection. Traditional non-destructive methods such as archive research, aerial archaeology and artefact survey can improve the accuracy of construction schedules and cost estimates. However, they are time-consuming and limited in scope. Moreover, it is only possible to cover part of the area systematically; thus, we create knowledge gaps. In development-led archaeology, it is crucial to investigate the entire area to prevent destruction, and this is where archaeogeophysical prospection can help fill in the gaps. Motorised magnetometry systems can quickly and effectively cover large open landscape construction sites. Integrating large-scale magnetometry into the planning process leads to cost and time savings for field archaeologists and investors. Last couple of years. The cooperation with archaeological and heritage management bodies and investors clearly demonstrates the advantages of archaeogeophysical prospection. Our paper will present the application of archaeogeophysical prospection in preventive archaeology projects in the Czech Republic and Slovakia, focusing on geomagnetic surveys. The study was supported by the TACR ETA project Optimized archaeological prediction in the process of large-scale construction sites (TL03000537).
ER  -

Základní údaje
Originální název	Application of the archaeological prospection in the Czech republic and Slovakia
Název česky	Aplikace archeologické prospekce v České republice a na Slovensku
Autoři	TENCER, Tomáš (703 Slovensko, domácí), Peter MILO (703 Slovensko, garant, domácí), Jan HAVELKA (203 Česká republika, domácí), Anna Mária REKEMOVÁ (703 Slovensko, domácí), Dávid ŠÁLKA (703 Slovensko, domácí) a Michal VÁGNER (203 Česká republika, domácí).
Vydání	KEA - konference environmentální archeologie 2023, 26.-28.1.2023, Brno, 2023.

Další údaje
Originální jazyk	angličtina
Typ výsledku	Prezentace na konferencích
Obor	60102 Archaeology
Stát vydavatele	Česká republika
Utajení	není předmětem státního či obchodního tajemství
WWW	Oficiální stránka konference
Kód RIV	RIV/00216224:14210/23:00134446
Organizační jednotka	Filozofická fakulta
Klíčová slova česky	archeologická prospekce; záchranná archeologie; archeologie staveb velkého rozsahu; magnetometrie
Klíčová slova anglicky	archaeological prospection; preventive archaeology; development-led archaeology; magnetometry
Štítky	rivok
Změnil	Změnila: Mgr. Renata Macholdová, učo 216933. Změněno: 11. 3. 2024 14:23.

Anotace
In development-led (rescue or preventive) archaeology, the management and conducting of excavation have become increasingly complex due to tight schedules, limited human resources, and budgets. As a result, archaeological prospection methods, such as geophysics, have become necessary in planning large construction projects. While the benefits of archaeogeophysical surveys are well known, their integration into Czech preventive archaeology is still uncommon due to a lack of legislative support and missing standards. However, several cultural heritage management bodies and archaeological authorities have recognized the potential of archaeogeophysical prospection. Traditional non-destructive methods such as archive research, aerial archaeology and artefact survey can improve the accuracy of construction schedules and cost estimates. However, they are time-consuming and limited in scope. Moreover, it is only possible to cover part of the area systematically; thus, we create knowledge gaps. In development-led archaeology, it is crucial to investigate the entire area to prevent destruction, and this is where archaeogeophysical prospection can help fill in the gaps. Motorised magnetometry systems can quickly and effectively cover large open landscape construction sites. Integrating large-scale magnetometry into the planning process leads to cost and time savings for field archaeologists and investors. Last couple of years. The cooperation with archaeological and heritage management bodies and investors clearly demonstrates the advantages of archaeogeophysical prospection. Our paper will present the application of archaeogeophysical prospection in preventive archaeology projects in the Czech Republic and Slovakia, focusing on geomagnetic surveys. The study was supported by the TACR ETA project Optimized archaeological prediction in the process of large-scale construction sites (TL03000537).

Anotace

In development-led (rescue or preventive) archaeology, the management and conducting of excavation have become increasingly complex due to tight schedules, limited human resources, and budgets. As a result, archaeological prospection methods, such as geophysics, have become necessary in planning large construction projects. While the benefits of archaeogeophysical surveys are well known, their integration into Czech preventive archaeology is still uncommon due to a lack of legislative support and missing standards. However, several cultural heritage management bodies and archaeological authorities have recognized the potential of archaeogeophysical prospection. Traditional non-destructive methods such as archive research, aerial archaeology and artefact survey can improve the accuracy of construction schedules and cost estimates. However, they are time-consuming and limited in scope. Moreover, it is only possible to cover part of the area systematically; thus, we create knowledge gaps. In development-led archaeology, it is crucial to investigate the entire area to prevent destruction, and this is where archaeogeophysical prospection can help fill in the gaps. Motorised magnetometry systems can quickly and effectively cover large open landscape construction sites. Integrating large-scale magnetometry into the planning process leads to cost and time savings for field archaeologists and investors. Last couple of years. The cooperation with archaeological and heritage management bodies and investors clearly demonstrates the advantages of archaeogeophysical prospection. Our paper will present the application of archaeogeophysical prospection in preventive archaeology projects in the Czech Republic and Slovakia, focusing on geomagnetic surveys. The study was supported by the TACR ETA project Optimized archaeological prediction in the process of large-scale construction sites (TL03000537).

Návaznosti
TL03000537, projekt VaV	Název: Optimalizovaná archeologická predikce v procesu přípravy staveb velkého rozsahu (Akronym: Archeopredikce)
TL03000537, projekt VaV	Investor: Technologická agentura ČR, Optimalizovaná archeologická predikce v procesu přípravy staveb velkého rozsahu