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Hadashot Arkheologiyot - Excavations and Surveys in Israel, 2023
In February–March 2020, an archaeological survey was conducted in the sand dunes between ancient Caesarea and the Orot Rabin power station, and was followed by three excavation seasons in November 2020, November 2021 and November 2022 (License Nos. S-1006/2020, Z-9/2021, Z-27/2022, Permit No. A-8717; map ref. 189465–90762/709013–10470; Fig. 1).
Itamar Taxel, Joel Roskin
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In February–March 2020, an archaeological survey was conducted in the sand dunes between ancient Caesarea and the Orot Rabin power station, and was followed by three excavation seasons in November 2020, November 2021 and November 2022 (License Nos. S-1006/2020, Z-9/2021, Z-27/2022, Permit No. A-8717; map ref. 189465–90762/709013–10470; Fig. 1).
Itamar Taxel, Joel Roskin
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1911
https://corescholar.libraries.wright.edu/special_ms1_photographs/1186/thumbnail ...
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https://corescholar.libraries.wright.edu/special_ms1_photographs/1186/thumbnail ...
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1997
Abstract Coastal sand dunes protect the land from extreme waves and tides, and they store sediment used to replenish beaches during and after storms. Large prograding dunefields develop on straight, sandy coasts exposed to prevailing and dominant onshore winds, while smaller, crescentic fields form at the-back of bays enclosed by rocky ...
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Abstract Coastal sand dunes protect the land from extreme waves and tides, and they store sediment used to replenish beaches during and after storms. Large prograding dunefields develop on straight, sandy coasts exposed to prevailing and dominant onshore winds, while smaller, crescentic fields form at the-back of bays enclosed by rocky ...
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Remote Sensing Techniques in the Investigation of Aeolian Sand Dunes: A Review of Recent Advances
Remote Sensing of Environment, 2022Xiuyuan Zhang +2 more
exaly
2010
"Booming" sand dunes are able to produce low-frequency sound that resembles a pure note from a music instrument. The sound has a dominant audible frequency (70-105 Hz) and several higher harmonics and may be heard from far distances away. A natural or induced avalanche from a slip face of the booming dune triggers the emission that may last for several
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"Booming" sand dunes are able to produce low-frequency sound that resembles a pure note from a music instrument. The sound has a dominant audible frequency (70-105 Hz) and several higher harmonics and may be heard from far distances away. A natural or induced avalanche from a slip face of the booming dune triggers the emission that may last for several
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