-
Kenya's economy faces climate change risks: World Bank
-
UK experiences sunniest year on record
-
Australia holds first funerals for Bondi Beach attack victims
-
Netflix boss promises Warner Bros films would still be seen in cinemas
-
Tepid 2026 outlook dents Pfizer shares
-
EU weakens 2035 combustion-engine ban to boost car industry
-
Arctic sees unprecedented heat as climate impacts cascade
-
VW stops production at German site for first time
-
Rome's new Colosseum station reveals ancient treasures
-
EU eases 2035 combustion-engine ban to boost car industry
-
US unemployment rises further, hovering at highest since 2021
-
Shift in battle to tackle teens trapped in Marseille drug 'slavery'
-
Stocks retreat on US jobs, oil drops on Ukraine hopes
-
Stocks retreat ahead of US jobs, oil drops on Ukraine hopes
-
EU set to drop 2035 combustion-engine ban to boost car industry
-
Elusive December sun leaves Stockholm in the dark
-
Thousands of glaciers to melt each year by mid-century: study
-
China to impose anti-dumping duties on EU pork for five years
-
Nepal starts tiger census to track recovery
-
Economic losses from natural disasters down by a third in 2025: Swiss Re
-
Kenyan girls still afflicted by genital mutilation years after ban
-
Men's ATP tennis to apply extreme heat rule from 2026
-
Bank of Japan expected to hike rates to 30-year high
-
EU to unveil plan to tackle housing crisis
-
EU set to scrap 2035 combustion-engine ban in car industry boost
-
Asian markets retreat ahead of US jobs as tech worries weigh
-
Famed Jerusalem stone still sells despite West Bank economic woes
-
Will OpenAI be the next tech giant or next Netscape?
-
Eastman, AstraZeneca, Kraft Heinz, and P&G Recognized with OMP Supply Chain Awards
-
French minister urges angry farmers to trust cow culls, vaccines
-
Rob Reiner's death: what we know
-
Stock market optimism returns after tech selloff but Wall Street wobbles
-
Nobel winner Machado suffered vertebra fracture leaving Venezuela
-
Stock market optimism returns after tech sell-off
-
'Angry' Louvre workers' strike shuts out thousands of tourists
-
Showdown looms as EU-Mercosur deal nears finish line
-
Eurovision 2026 will feature 35 countries: organisers
-
German shipyard, rescued by the state, gets mega deal
-
'We are angry': Louvre Museum closed as workers strike
-
Stocks diverge ahead of central bank calls, US data
-
Louvre Museum closed as workers strike
-
Australia defends record on antisemitism after Bondi Beach attack
-
EU-Mercosur trade deal faces bumpy ride to finish line
-
Asian markets drop with Wall St as tech fears revive
-
France's Bardella slams 'hypocrisy' over return of brothels
-
Tokyo-bound United plane returns to Washington after engine fails
-
Deja vu? Trump accused of economic denial and physical decline
-
China's smaller manufacturers look to catch the automation wave
-
Hungary winemakers fear disease may 'wipe out' industry
-
Campaigning starts in Central African Republic quadruple election
Shy male albatrosses prefer divorce to confrontation: study
Most albatrosses mate for life but shy males who avoid confrontation are more likely to get dumped, researchers said Wednesday, adding it was the first time personality had been shown to predict divorce in a wild animal.
Wandering albatrosses, which traverse the Southern Hemisphere and have the largest wingspan of any bird at more than three metres (10 feet), are among the most monogamous animals.
They can live for more than 50 years, and while they spend much of that time on the wing, they meet up every two years with the same partner to breed.
Divorce is a "super rare event", occurring around 13 percent of the time, Ruijiao Sun, the lead author of a new study published in the journal Biology Letters, told AFP.
But "if they find that their breeding success is too low with a specific partner they may look for another one," said the PhD student at Woods Hole Oceanographic Institution in the US.
To find out how an individual bird's personality affects their likeliness of getting divorced, the researchers drew on a unique database.
Since 1959, scientists have been tracking a colony of wandering albatrosses on Possession Island, in the southern Indian Ocean's Crozet archipelago.
"We put a stainless ring on the leg with a number," marine biologist and study co-author Stephanie Jenouvrier told AFP.
"Because they're not really scared we can approach very slowly and we can read the number," she added, saying it allowed the team to "reconstruct the entire history of these birds".
Sun said the birds "breed every two years because they take a whole year to rear their chick and it's super energy-consuming, so they take a one-year sabbatical after to recover and they do not spend that time together".
- Shy guys finish last -
Over more than a decade, the researchers measured the boldness of nearly 2,000 birds by observing how they respond to a human approaching their nest.
They found that shyer male albatrosses were up to twice as likely to get divorced than their bolder rivals -- but no difference was found in females.
"We show for the first time the link between personality and divorce in a wild species, thanks to probably the best dataset in the world," Sun said.
Wandering albatrosses have "elaborate courtship processes", the study said, as the birds raise up their wings, squawk and generally dance around.
Sometimes during the process, a pushy outsider male couple tries to cut in. That is when the shyer males avoid confrontation -- and accept divorce.
However there are other factors affecting divorce rates, the researchers said.
There are more male than female albatrosses, because females tend to forage in areas where they are more likely to get caught up in fishing lines.
The surplus of males means that females quickly find a new mate, but it can take males more than four years, the study found.
Also, "individuals that are in a long-term relationship are less likely to divorce than the ones that are new to each other," Jenouvrier said.
Last year research indicated that climate change could also be driving albatrosses to divorce, as the birds have to travel farther to find decreasing numbers of fish.
X.Cheung--CPN