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DUK10125765_012
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
A rubblefield after severe coral bleaching on Australia's Great Barrier Reef. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469038
(c) Dukas -
DUK10125765_011
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
A school of damselfish on a coral reef. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469039
(c) Dukas -
DUK10125765_010
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
Blue-green damselfish. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469040
(c) Dukas -
DUK10125765_008
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
Lemon damselfish shelter in a coral. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469042
(c) Dukas -
DUK10125765_007
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
Clownfish shelter in an anemone. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469043
(c) Dukas -
DUK10125765_006
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
An underwater loudspeaker on a coral reef. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469034
(c) Dukas -
DUK10125765_005
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
Tim Gordon deploys an underwater loudspeaker on a coral reef. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469035
(c) Dukas -
DUK10125765_004
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
A coral rubblefield in Sulawesi, Indonesia. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469036
(c) Dukas -
DUK10125765_003
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
A loudspeaker on a coral reef. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469037
(c) Dukas -
DUK10125765_002
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
A clownfish in an anemone. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469032
(c) Dukas -
DUK10125765_001
FEATURE - Geräuschkulisse: Revitalisierung sterbender Korallenriffe durch Beschallung
Young cardinal fish on the Great Barrier Reef. According to scientists from the University of Exeter and University of Bristol, dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish. See National News story NNcoral. Dying coral could be restored by playing the sounds of healthy reefs via underwater loudspeakers to attract young fish, suggests a new study. Experts say the "acoustic enrichment" could be a valuable tool in helping to restore damaged coral reefs. The international research team was made up of scientists from the University of Exeter and University of Bristol, and Australia's James Cook University and the Australian Institute of Marine Science. Working on Australia's recently devastated Great Barrier Reef, the team placed loudspeakers underwater playing healthy reef recordings in patches of dead coral. *** Local Caption *** *** Local Caption *** 30469033
(c) Dukas