As Climate Changes, Sami Herders Need to Feed Reindeer as Rain Creates Ice Layer 

Reindeer that belong to Sami reindeer herder Nils Mathis Sara, 65, eat supplementary feed pellets near Geadgebarjavri, up on the Finnmark plateau, Norway, March 13, 2024. (Reuters)
Reindeer that belong to Sami reindeer herder Nils Mathis Sara, 65, eat supplementary feed pellets near Geadgebarjavri, up on the Finnmark plateau, Norway, March 13, 2024. (Reuters)
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As Climate Changes, Sami Herders Need to Feed Reindeer as Rain Creates Ice Layer 

Reindeer that belong to Sami reindeer herder Nils Mathis Sara, 65, eat supplementary feed pellets near Geadgebarjavri, up on the Finnmark plateau, Norway, March 13, 2024. (Reuters)
Reindeer that belong to Sami reindeer herder Nils Mathis Sara, 65, eat supplementary feed pellets near Geadgebarjavri, up on the Finnmark plateau, Norway, March 13, 2024. (Reuters)

Driving slowly on his snowmobile, reindeer herder Nils Mathis Sara spreads animal feed for hundreds of his reindeer gathered in the Finnmark mountain plateau in Arctic Norway - something he wished he did not have to do.

"This is an emergency situation," said the 65-year-old Indigenous Sami herder. "I am not supposed to feed them. They are supposed to feed me."

Normally reindeer find their own food, digging through the snow with their hooves to eat the lichen buried underneath.

But every winter for the past decade Sara has had to buy animal feed to supplement their diet so they can make it through winter, when temperatures can drop to minus 40 degrees Celsius (minus 40 degrees Fahrenheit).

Until recently Finnmark experienced stable, below-freezing conditions, meaning precipitation came as snow only in winter. But in recent years, there have been milder periods, with temperatures rising above freezing.

That means rain, rather than snow, falling on the ground, which then freezes when it gets colder, creating a layer of ice that makes it tough for the reindeer to reach the lichen.

"It is especially hard for the younger reindeer as their hooves are not strong enough to break through," Sara said.

One morning in March when temperatures reached minus 10 C, Sara and his nephew Nils Olav Lango spread 1.6 metric tons of tiny brown pellets across the pastures where the family's herd graze. They have been doing it every other day since February.

"I should really be doing this every day but economically it does not make sense," said Sara.

Feeding the animals also leads to unintended consequences.

Later that day, Sara spots hundreds of reindeer that are not his family's on his district's pastures - each herding group has the right to use a specific area and each keep to their own.

Sara races on his snowmobile to talk to the herder in charge and ask him to move the animals away. They had been attracted by the smell of the feed that Sara had spread.

In addition, feeding the reindeer, which are semi-wild, turns them progressively into fully domesticated animals and thus turns herders into farmers, going against centuries-long Sami traditions.

"When we feed the reindeer, they change their behavior and become more accustomed to humans," Sara said. "This is not our way."



French Scientists Find New Blood Type in Guadeloupe Woman

A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type. (AFP)
A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type. (AFP)
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French Scientists Find New Blood Type in Guadeloupe Woman

A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type. (AFP)
A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type. (AFP)

A French woman from the Caribbean island of Guadeloupe has been identified as the only known carrier of a new blood type, dubbed "Gwada negative," France's blood supply agency has announced.

The announcement was made 15 years after researchers received a blood sample from a patient who was undergoing routine tests ahead of surgery, the French Blood Establishment (EFS) said on Friday.

"The EFS has just discovered the 48th blood group system in the world!" the agency said in a statement on social network LinkedIn.

"This discovery was officially recognized in early June in Milan by the International Society of Blood Transfusion (ISBT)."

The scientific association had until now recognized 47 blood group systems.

Thierry Peyrard, a medical biologist at the EFS involved in the discovery, told AFP that a "very unusual" antibody was first found in the patient in 2011.

However, resources at the time did not allow for further research, he added.

Scientists were finally able to unravel the mystery in 2019 thanks to "high-throughput DNA sequencing", which highlighted a genetic mutation, Peyrard said.

The patient, who was 54 at the time and lived in Paris, was undergoing routine tests before surgery when the unknown antibody was detected, Peyrard said.

This woman "is undoubtedly the only known case in the world," said the expert.

"She is the only person in the world who is compatible with herself," he said.

Peyrard said the woman inherited the blood type from her father and mother, who each had the mutated gene.

The name "Gwada negative", which refers to the patient's origins and "sounds good in all languages", has been popular with the experts, said Peyrard.

The ABO blood group system was first discovered in the early 1900s. Thanks to DNA sequencing, the discovery of new blood groups has accelerated in recent years.

Peyrard and colleagues are now hoping to find other people with the same blood group.

"Discovering new blood groups means offering patients with rare blood types a better level of care," the EFS said.