OPERATION: SHARKLIFT  In the busy harbour of Noumea, a tropical paradise is under threat from an influx of huge, hand-fed Bull Sharks. New Caledonian scientist Dr Laurent Vigliola needs the help of Australian shark scientist Dr Will Robbins, who will travel from Australia to apply their groundbreaking shark relocation technique. Together, they will trial a world-first plan to save the sharks, and learn their secrets, as they catch, crane-lift, and relocate several Bull sharks from the main harbour to a pristine coral reef. Vigliola and Robbins’ combined scientific innovation will show us if the sharks can adapt to their new home away from people, and learn to feed in the wild.   Broadcaster: National Geographic Channel
       
     
 Dr Laurent Vigliola records his observations on a dive to inspect the health of a New Caledonian reef.
       
     
 Australian shark scientist Dr Will Robbins documents his observations on a diver down to the reef.
       
     
 The tail of a large Bull shark juts out from the left side of the sling as she’s crane-lifted aboard the R/V Amborella, for transport away from people.
       
     
 Dr Will Robbins and Dr Laurent Vigliola carefully roll a large female Bull shark in a sling. Once the shark is on her back she will enter ‘tonic immobility’, a trance-like state that will allow Robbins and Vigliola to surgically insert an acoustic transmitter to her underside.
       
     
 OPERATION: SHARKLIFT  In the busy harbour of Noumea, a tropical paradise is under threat from an influx of huge, hand-fed Bull Sharks. New Caledonian scientist Dr Laurent Vigliola needs the help of Australian shark scientist Dr Will Robbins, who will travel from Australia to apply their groundbreaking shark relocation technique. Together, they will trial a world-first plan to save the sharks, and learn their secrets, as they catch, crane-lift, and relocate several Bull sharks from the main harbour to a pristine coral reef. Vigliola and Robbins’ combined scientific innovation will show us if the sharks can adapt to their new home away from people, and learn to feed in the wild.   Broadcaster: National Geographic Channel
       
     

OPERATION: SHARKLIFT

In the busy harbour of Noumea, a tropical paradise is under threat from an influx of huge, hand-fed Bull Sharks. New Caledonian scientist Dr Laurent Vigliola needs the help of Australian shark scientist Dr Will Robbins, who will travel from Australia to apply their groundbreaking shark relocation technique. Together, they will trial a world-first plan to save the sharks, and learn their secrets, as they catch, crane-lift, and relocate several Bull sharks from the main harbour to a pristine coral reef. Vigliola and Robbins’ combined scientific innovation will show us if the sharks can adapt to their new home away from people, and learn to feed in the wild.

Broadcaster: National Geographic Channel

 Dr Laurent Vigliola records his observations on a dive to inspect the health of a New Caledonian reef.
       
     

Dr Laurent Vigliola records his observations on a dive to inspect the health of a New Caledonian reef.

 Australian shark scientist Dr Will Robbins documents his observations on a diver down to the reef.
       
     

Australian shark scientist Dr Will Robbins documents his observations on a diver down to the reef.

 The tail of a large Bull shark juts out from the left side of the sling as she’s crane-lifted aboard the R/V Amborella, for transport away from people.
       
     

The tail of a large Bull shark juts out from the left side of the sling as she’s crane-lifted aboard the R/V Amborella, for transport away from people.

 Dr Will Robbins and Dr Laurent Vigliola carefully roll a large female Bull shark in a sling. Once the shark is on her back she will enter ‘tonic immobility’, a trance-like state that will allow Robbins and Vigliola to surgically insert an acoustic transmitter to her underside.
       
     

Dr Will Robbins and Dr Laurent Vigliola carefully roll a large female Bull shark in a sling. Once the shark is on her back she will enter ‘tonic immobility’, a trance-like state that will allow Robbins and Vigliola to surgically insert an acoustic transmitter to her underside.