AT-0219

The Storegga Slide tsunami—comparing field observations with numerical simulations

DOI · Academic research

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This is one canonical bibliographic record with topic-scoped research-use entries. It does not reproduce the paper, book, text, dataset, image, or manuscript and does not imply that full text was reviewed.

Canonical source ID: AT-0219
Accepted usage IDs: AT-0219
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Roles: Academic research
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Recorded research uses

AT-0219

Storegga Slide

Why Ancient Inquiry uses this citation here

Field-to-model control for wave propagation and local run-up claims

What this usage does not establish

Bibliographic verification does not by itself establish that the full text was read.

Topics citing it and claims using it

Topic citing this source

Storegga Slide

Supporting citation for public claim

Around 8.2 ka, the Storegga slide generated a tsunami documented on multiple northern European and North Atlantic coastlines.

The Storegga Slide is one of the best evidence-based catastrophe topics in this part of the map. The event was real, the tsunami was real, and its physical trace can be studied. It should be treated as a strong geological case study, not as vague flood lore.

Open claim topic

Supporting citation for public claim

The Storegga slide and tsunami are supported by marine mapping and morphometry, field deposits and chronology, and numerical modeling.

The Storegga Slide is one of the best evidence-based catastrophe topics in this part of the map. The event was real, the tsunami was real, and its physical trace can be studied. It should be treated as a strong geological case study, not as vague flood lore.

Open claim topic

Supporting citation for public claim

Storegga inundated some coastal zones, while archaeological reassessment cautions that its effects on Doggerland were locally variable and were not the sole process of landscape loss.

The Storegga Slide is one of the best evidence-based catastrophe topics in this part of the map. The event was real, the tsunami was real, and its physical trace can be studied. It should be treated as a strong geological case study, not as vague flood lore.

Open claim topic

Supporting citation for public claim

It is one of the strongest prehistoric tsunami cases because it has a mapped source slide, sediment deposits, dates, coastal evidence, and numerical models.

Answer / theory: Yes. The slide and tsunami are strongly supported by geological evidence. What supports it: Seafloor mapping, slide deposits, tsunami sand layers, radiocarbon dating, and numerical modeling. What is weak or disputed: Exact local wave heights and human impact vary by location and reconstruction. Evidence level: Strong Evidence

Open claim topic

Supporting citation for public claim

The Storegga Slide generated an early-Holocene regional tsunami documented at northern European and North Atlantic coasts.

Claim extracted from the installed dossier scorecard.

Open claim topic

Access and actions

The Storegga Slide tsunami—comparing field observations with numerical simulations