Recent Oarfish (Regalecus) Sightings Primarily Occur in the Region of the Tectonic Plate Boundaries

Rachel Grant, PierFrancesco Biagi

Research output: Contribution to conference typesPoster

Abstract

The oarfish (Regalecus spp. Teleostei, lampridiformes) is a deep sea fish primarily found from 100-1000m. Although the distribution is wide, samples are rarely found. Most sightings occur when oarfish strand on coastal beaches. There is bias in reporting of oarfish sightings with most sightings (prior to the age of the internet) being reported near to sites of news media and and in the English Language (USA, Australia, South Africa, Japan). Traditionally oarfish have been known as earthquake fish in Japanese indigenous folklore, as they are thought to be sighted before earthquakes. While this association is unproven, data analysed from 1995 onwards show that sightings do occur (more often than would be expected by chance) close to tectonic plate boundaries.
Original languageEnglish
Publication statusPublished - 2018

Fingerprint

tectonic plate
plate boundary
earthquake
fish
deep sea
beach
distribution
Africa
folklore

Cite this

@conference{1f7e98dc4d1c4af1a98aa2ed131f6e95,
title = "Recent Oarfish (Regalecus) Sightings Primarily Occur in the Region of the Tectonic Plate Boundaries",
abstract = "The oarfish (Regalecus spp. Teleostei, lampridiformes) is a deep sea fish primarily found from 100-1000m. Although the distribution is wide, samples are rarely found. Most sightings occur when oarfish strand on coastal beaches. There is bias in reporting of oarfish sightings with most sightings (prior to the age of the internet) being reported near to sites of news media and and in the English Language (USA, Australia, South Africa, Japan). Traditionally oarfish have been known as earthquake fish in Japanese indigenous folklore, as they are thought to be sighted before earthquakes. While this association is unproven, data analysed from 1995 onwards show that sightings do occur (more often than would be expected by chance) close to tectonic plate boundaries.",
author = "Rachel Grant and PierFrancesco Biagi",
year = "2018",
language = "English",

}

Recent Oarfish (Regalecus) Sightings Primarily Occur in the Region of the Tectonic Plate Boundaries. / Grant, Rachel; Biagi, PierFrancesco .

2018.

Research output: Contribution to conference typesPoster

TY - CONF

T1 - Recent Oarfish (Regalecus) Sightings Primarily Occur in the Region of the Tectonic Plate Boundaries

AU - Grant, Rachel

AU - Biagi, PierFrancesco

PY - 2018

Y1 - 2018

N2 - The oarfish (Regalecus spp. Teleostei, lampridiformes) is a deep sea fish primarily found from 100-1000m. Although the distribution is wide, samples are rarely found. Most sightings occur when oarfish strand on coastal beaches. There is bias in reporting of oarfish sightings with most sightings (prior to the age of the internet) being reported near to sites of news media and and in the English Language (USA, Australia, South Africa, Japan). Traditionally oarfish have been known as earthquake fish in Japanese indigenous folklore, as they are thought to be sighted before earthquakes. While this association is unproven, data analysed from 1995 onwards show that sightings do occur (more often than would be expected by chance) close to tectonic plate boundaries.

AB - The oarfish (Regalecus spp. Teleostei, lampridiformes) is a deep sea fish primarily found from 100-1000m. Although the distribution is wide, samples are rarely found. Most sightings occur when oarfish strand on coastal beaches. There is bias in reporting of oarfish sightings with most sightings (prior to the age of the internet) being reported near to sites of news media and and in the English Language (USA, Australia, South Africa, Japan). Traditionally oarfish have been known as earthquake fish in Japanese indigenous folklore, as they are thought to be sighted before earthquakes. While this association is unproven, data analysed from 1995 onwards show that sightings do occur (more often than would be expected by chance) close to tectonic plate boundaries.

M3 - Poster

ER -