
‘Curious' great white shark approaches camera off New Zealand. See ‘very rare' video
When scientists in New Zealand checked the footage from an underwater camera, they expected to see a variety of fish and some sharks, and they did. But, much to their surprise, they had also recorded a 'very rare' video of a great white shark.
Researchers visited Dusky Sound in February to conduct a Baited Remote Underwater Video survey, or BRUV survey. The project involved dropping a baited camera unit to the seafloor, leaving it to record and then collecting it and checking the footage, New Zealand's Department of Conservation said in a March 13 news release.
'It's a great opportunity to collect valuable data and to see what species are attracted to the bait,' Richard Kinsey, a senior ranger with the department, said in the release.
In total, the team recorded over 200 hours of footage, officials said. But a roughly two-minute-long clip stood out.
The video showed an adult male great white shark approaching the camera, scaring away another smaller shark and some fish in the process. The shark circled the camera several times, tried to eat the bait and knocked the contraption around. Eventually, the shark seems to give up and swims away.
'It was quite a shock!' Adam Smith, a researcher with Sea Through Science involved in the project, said in the release. 'We had been laughing about how cool it would be to see something like that. It's very rare to get such great footage.'
'We've only seen a white shark once before during our surveys, at the Kermadec Islands, the other end of New Zealand,' Smith said. 'It's great to see these majestic creatures in their natural environment and to see how curious they are around the BRUVs.'
New Zealand is considered 'one of the world's hot spots' for great white sharks, officials said. These iconic oceanic predators frequent the coasts, harbors and nearby open ocean as part of their migration patterns. Still, great white sharks are considered endangered in New Zealand and protected by law.
Surveys at Dusky Sound have finished, but researchers are still studying their footage.
Dusky Sound is along the southwestern coast of New Zealand's South Island and on the opposite end of the country from Auckland.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
6 days ago
- Yahoo
This Giant Snail Lays Eggs Out of Its Neck… Yes, Seriously
If you thought human birth was seriously twisted, get a load of the Mount Augustus snail from New Zealand. This giant carnivorous gastropod pushes 5-millimeter-wide eggs out of a pore just below its head. The pain-in-the-neck form of reproduction was recently caught on camera by Lisa Flanagan, a ranger at NZ's Department of Conservation (DOC), who has been caring for a captive population of these snails (Powelliphanta augusta) since 2006. "It's remarkable that in all the time we've spent caring for the snails, this is the first time we've seen one lay an egg," says Flanagan. "We caught the action when we were weighing the snail. We turned it over to be weighed and saw the egg just starting to emerge from the snail." Powelliphanta are among the largest snails in the world, and they comb through NZ's forest and grasslands slurping up earthworms like spaghetti. P. augusta is one of the more famous species (nearly 10 centimeters in length), and it was only discovered by the DOC in 2005, when most of the snail's habitat was subject to mining. The wild population is now confined to just a few introduced sites, where the snail hasn't lived historically, but a captive colony exists of roughly 2,000 individuals as a genetic insurance policy. These are some of the longest-living snails in the world – some of the captive snails under Flanagan's care are between 25 and 30 years old. "I just love watching their progress each month, weighing them, how their shells develop, and all the interesting things they do," says Flanagan. While they usually lay around five eggs per year, starting from about the age of eight, this is the first time scientists in New Zealand have seen the egg-laying in action. The species is a hermaphrodite, meaning each individual has male and female genitalia. To mate, each snail pushes out a penis from its neck pore and pokes it into the pore of the other snail. Both individuals exchange sperm and then store it for later fertilization. It is from this same neck pore that a fertilized egg later emerges. Talk about evolutionary efficiency. Cephalopods Passed a Cognitive Test Designed For Human Children Study Reveals How Your Cat Remembers Who You Are 'Lost City' Deep Beneath The Ocean Is Unlike Anything We've Seen Before on Earth


Miami Herald
27-05-2025
- Miami Herald
Deep-sea footage reveals ‘mysterious' untouched world off New Zealand. See it
A remotely operated vehicle ventured to the depths of the ocean off the coast of southern New Zealand and captured 'mesmerizing' footage of the never-before-seen ecosystems thriving in the darkness. Diving over half a mile down, the ROV recorded an 'incredible variety of life,' specifically coral communities, along the ocean floor, according to a May 27 news release from New Zealand's Department of Conservation. The footage, which officials called a 'rare glimpse into a mysterious and rarely explored world,' showed coral species previously not known to exist the region and several possible new species. The footage was captured during a joint German-New Zealand expedition aboard the RV Sonne, a German research vessel, according to the release. 'This was an amazing opportunity to use cutting-edge technology to observe areas of the seafloor that are rarely accessible, including seamounts, the depths of Fiordland, offshore areas of Rakiura and the Chatham Rise,' said Lyndsey Holland, a senior science advisor with New Zealand's Department of Conservation who was part of the expedition. 'We still don't fully understand what's down there,' Holland said. Officials said these fragile coral formations 'have remained untouched for hundreds of years.' Corals are legally protected in New Zealand, according to the release. Experts will continue to analyze the footage and data collected during the expedition, officials said.
Yahoo
22-05-2025
- Yahoo
Artificial insemination helps endangered parrots breed again after near extinction
As global bird populations face a severe crisis, a new conservation effort in New Zealand has brought a glimmer of hope. According to a 2024 study, over 1,300 bird species are expected to go extinct in the next 200 years due to habitat destruction, climate change, and invasive predators. Among the most endangered is the Kākāpō, a large, flightless parrot native to New Zealand. But now, a team of researchers has made a significant breakthrough using advanced artificial insemination techniques to increase the species' chances of survival. A group comprising conservationists, zoologists, and veterinary medicine experts from Justus Liebig University Giessen in Germany, and the Department of Conservation, Kākāpō Recovery, and the University of Otago in New Zealand, successfully bred wild Kākāpō using an improved method of artificial insemination. The Kākāpō is the world's largest parrot and one of the few that cannot fly. These birds once thrived across New Zealand. But since the arrival of Europeans and the invasive species they brought, like rats, weasels, and stoats, the Kākāpō population has plummeted. With fewer than 250 individuals alive today, every chick matters. Kākāpō are also naturally slow breeders. They follow a rare lek-breeding system, where males dig bowl-shaped holes and call loudly into them. The calls echo across valleys to attract females. But modern threats, including predation and limited gene pools, have disrupted the species' already fragile reproductive process. Efforts to help the Kākāpō reproduce artificially began in 2009. Until now, success remained limited due to poor semen quality and high embryo mortality. In their latest attempt, researchers introduced a more assertive artificial insemination method. The team used a new semen-collection technique that combines abdominal massage with electric stimulation. They collected semen from 20 male Kākāpō and screened it for quality. They then selected the best samples to inseminate 12 females. This method significantly improved success rates. Fertility rose from 29.4% in the first clutch to 70% in the second. Four chicks born during the breeding season were confirmed to be the direct result of the artificial insemination. The success marks a hopeful turn in a long conservation battle. 'We're encouraged by the results,' said the team in their published study. 'This method offers a viable way to increase fertility in endangered birds like the Kākāpō.' Scientists plan to refine the technique and repeat it in the next breeding season. If successful, it could become a standard tool in global avian conservation. While Kākāpō numbers have increased, survival remains uncertain without human intervention. The recent breakthrough shows that targeted reproductive assistance can make a difference, even for species on the brink. As threats to bird biodiversity grow worldwide, methods like this could play a critical role in reversing extinction trends. Their findings are published in the open-access journal PLOS ONE.