logo
How to move a rhino

How to move a rhino

France 2415 hours ago

The rhino was supposed to be transferred to another park in Kenya on Saturday, but outsmarted the humans.
A few minutes later, rangers in 4x4 vehicles searched through thickets too dense for the crane truck that was meant to carry her away.
A decision was quickly made to administer the antidote to the tranquilise to prevent her from collapsing. If she fell the wrong way, she could suffocate.
The young female will therefore remain where she was born.
"The rhino is the worst one to translocate," said Taru Sheldrick, who was piloting the helicopter in Nakuru National Park in northwest Kenya, an oasis of greenery surrounding a deep blue lake.
"When you dart them, if you don't have long enough, they're running straight for thick bush, which is their security," he said.
"Whenever you're darting a rhino, you have a little bit of fear. Because it's a species in danger. Every animal is just so important."
Rhinos, which can weigh up to two tonnes, were once abundant in sub-Saharan Africa. But hunting by European colonisers and later large-scale poaching pushed them to the brink of extinction.
Race against time
The International Rhino Foundation (IRF) says there are about 28,000 left in the world, nearly 24,000 in Africa.
Kenya is home to more than 2,000 of them.
Rhinos reproduce less efficiently if too many of its kin live in the same location, according to the Kenya Wildlife Service (KWS), which manages the country's parks.
Moving them is therefore important, but rhinos are vulnerable to tranquilisers that slow their breathing, increase their body temperature and affect their heart rate, said Dr Dominic Mijele from KWS.
So it is a race against time as soon as a veterinarian, aboard a helicopter, administers the drug using a dart gun.
Five to seven minutes after injection, the rhino begins to feel groggy.
Then it collapses, as AFP observed on Saturday: after the first female retreated into the bush, three other black rhinos were anaesthetised within the span of a few hours in Nakuru.
A rescue team arrived on-site within two minutes of each shot, moving like a well-oiled machine.
About a dozen caregivers surrounded the animals, spraying them with water to cool their body temperature, rolling them onto their sides to ensure their respiration was not obstructed, administering oxygen and monitoring their vital signs.
Simultaneously, several other rangers secured the animals with straps threaded through the transport cage and attached to the front bumper of a jeep.
Fifteen minutes after the rescue team's arrival, the antidote was administered.
The animal then jolted to its feet and was promptly guided into a cage, which a crane loaded onto the flatbed of a truck.
'Number one'
Mijele boasted of Kenya's unmatched expertise.
"We are number one in the world. We have done so many rhino translocations successfully," he said.
Jochen Zeitz, the owner of the private Segera Reserve, where about 20 rhinos have been relocated in the past two weeks, could not hide his relief after the latest operation.
On his 200 square kilometres of land, elephants, buffalos, lions, leopards, cheetahs and more roam freely, said the former Puma CEO and current Harley-Davidson executive.
But the reserve lacked "this iconic species" which were present up until 60 years ago in Segera, but have since disappeared.
Welcoming rhinos back is "completing the conservation work that we've done as a foundation over the last 22 years" since acquiring the land, he told AFP.
Due to the high risk of poaching for their horns, security measures had to be significantly enhanced with 100-150 new security staff, Zeitz said.
Late Saturday, a small group witnessed the release of the three rhinos from Nakuru, who had arrived in Segera after a six-hour drive.
In the dense night darkness, they listened as the metal bars of the transport cages were removed, doors creaked open, and heavy stomping accompanied by guttural growls rang out.
The rhinos had finally arrived at their new home.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

The mystery of white-nose syndrome, which is killing US bats, is beginning to unravel
The mystery of white-nose syndrome, which is killing US bats, is beginning to unravel

LeMonde

time3 hours ago

  • LeMonde

The mystery of white-nose syndrome, which is killing US bats, is beginning to unravel

One of the last mysteries of "white-nose syndrome," which has been decimating bats in the United States since the winter of 2006-2007, has been solved. A European team, whose study was published in the May 28 issue of the journal Nature, has discovered that the fungus responsible for this epidemic was a double agent from Ukraine. Let's go back to that American winter. Thousands of bats were dying during hibernation in caves in the northeastern United States. Their snouts and wings were covered with a powdery white mold. This was just the beginning of white-nose syndrome, which "caused one of the highest disease-driven death tolls documented in nonhuman mammals," explained the study. Colonies were decimated and some bat species were even threatened with extinction. The mass die-off triggered a chain reaction. A study published in Science in September found that, in response to the collapse of these insect-eating populations, farmers in affected counties used more insecticides, which in turn led to a rise in infant mortality over several years. The culprit was quickly identified: Pseudogymnoascus destructans is a fungus found in Europe and Asia. Adapted to life in darkness, it feeds on the skin of bats.

How to move a rhino
How to move a rhino

France 24

time15 hours ago

  • France 24

How to move a rhino

The rhino was supposed to be transferred to another park in Kenya on Saturday, but outsmarted the humans. A few minutes later, rangers in 4x4 vehicles searched through thickets too dense for the crane truck that was meant to carry her away. A decision was quickly made to administer the antidote to the tranquilise to prevent her from collapsing. If she fell the wrong way, she could suffocate. The young female will therefore remain where she was born. "The rhino is the worst one to translocate," said Taru Sheldrick, who was piloting the helicopter in Nakuru National Park in northwest Kenya, an oasis of greenery surrounding a deep blue lake. "When you dart them, if you don't have long enough, they're running straight for thick bush, which is their security," he said. "Whenever you're darting a rhino, you have a little bit of fear. Because it's a species in danger. Every animal is just so important." Rhinos, which can weigh up to two tonnes, were once abundant in sub-Saharan Africa. But hunting by European colonisers and later large-scale poaching pushed them to the brink of extinction. Race against time The International Rhino Foundation (IRF) says there are about 28,000 left in the world, nearly 24,000 in Africa. Kenya is home to more than 2,000 of them. Rhinos reproduce less efficiently if too many of its kin live in the same location, according to the Kenya Wildlife Service (KWS), which manages the country's parks. Moving them is therefore important, but rhinos are vulnerable to tranquilisers that slow their breathing, increase their body temperature and affect their heart rate, said Dr Dominic Mijele from KWS. So it is a race against time as soon as a veterinarian, aboard a helicopter, administers the drug using a dart gun. Five to seven minutes after injection, the rhino begins to feel groggy. Then it collapses, as AFP observed on Saturday: after the first female retreated into the bush, three other black rhinos were anaesthetised within the span of a few hours in Nakuru. A rescue team arrived on-site within two minutes of each shot, moving like a well-oiled machine. About a dozen caregivers surrounded the animals, spraying them with water to cool their body temperature, rolling them onto their sides to ensure their respiration was not obstructed, administering oxygen and monitoring their vital signs. Simultaneously, several other rangers secured the animals with straps threaded through the transport cage and attached to the front bumper of a jeep. Fifteen minutes after the rescue team's arrival, the antidote was administered. The animal then jolted to its feet and was promptly guided into a cage, which a crane loaded onto the flatbed of a truck. 'Number one' Mijele boasted of Kenya's unmatched expertise. "We are number one in the world. We have done so many rhino translocations successfully," he said. Jochen Zeitz, the owner of the private Segera Reserve, where about 20 rhinos have been relocated in the past two weeks, could not hide his relief after the latest operation. On his 200 square kilometres of land, elephants, buffalos, lions, leopards, cheetahs and more roam freely, said the former Puma CEO and current Harley-Davidson executive. But the reserve lacked "this iconic species" which were present up until 60 years ago in Segera, but have since disappeared. Welcoming rhinos back is "completing the conservation work that we've done as a foundation over the last 22 years" since acquiring the land, he told AFP. Due to the high risk of poaching for their horns, security measures had to be significantly enhanced with 100-150 new security staff, Zeitz said. Late Saturday, a small group witnessed the release of the three rhinos from Nakuru, who had arrived in Segera after a six-hour drive. In the dense night darkness, they listened as the metal bars of the transport cages were removed, doors creaked open, and heavy stomping accompanied by guttural growls rang out. The rhinos had finally arrived at their new home.

'Radioactive Dust From the Desert': Nuclear-Contaminated Saharan Sand Rains Down on France, Shocking Scientists and Alarming the Public
'Radioactive Dust From the Desert': Nuclear-Contaminated Saharan Sand Rains Down on France, Shocking Scientists and Alarming the Public

Sustainability Times

time3 days ago

  • Sustainability Times

'Radioactive Dust From the Desert': Nuclear-Contaminated Saharan Sand Rains Down on France, Shocking Scientists and Alarming the Public

IN A NUTSHELL 🌍 The Sahara regularly transports sand to Europe, sometimes carrying invisible particles that can be hazardous. regularly transports sand to Europe, sometimes carrying that can be hazardous. 🔍 In March 2022, cesium-137 was detected in sand that fell on France, initially linked to French nuclear tests. was detected in sand that fell on France, initially linked to French nuclear tests. 💡 Recent research identified that the radioactivity originated from international nuclear tests during the Cold War. during the Cold War. 🌱 Climate change may increase the transport of radioactive materials, necessitating international cooperation for monitoring. In March 2022, a striking phenomenon captivated both scientists and the public in Western Europe. A Saharan sandstorm swept across the region, painting the sky an ominous orange. While visually arresting, this event unveiled a hidden danger: the presence of radioactive particles in the sand deposits. Initially, authorities attributed this radioactivity to French nuclear tests conducted in the 1960s in Algeria. However, recent research has uncovered far more complex and concerning origins for this contamination. The Supposed Origins of Radioactivity in Saharan Sand The Sahara, often seen as a timeless traveler, regularly transports vast quantities of sand to Europe. This sand, laden with invisible particles, can occasionally prove hazardous. In March 2022, Parisian skies turned ochre, prompting scientists to analyze air quality. The findings revealed the presence of cesium-137, a radioactive particle. Initially, the contamination was linked to French nuclear tests in Algeria, with traces believed to have persisted, still tainting European skies. However, this explanation turned out to be incomplete. Researchers discovered that the source of this radioactivity was far more global. Analyses highlighted that the cesium-137 originated from international nuclear tests conducted during the Cold War. This discovery underscores a far more complex and worldwide history of contamination than previously believed. Avian Apocalypse in the Desert: Saudi Arabia's 105-Mile-Long Megastructure Threatens Mass Bird Deaths Along Key Migration Corridors Scientific Analysis of Radioactive Particles Researchers measured a median concentration of 14 becquerels per kilogram of cesium-137 in the sand, with peaks reaching up to 1,000 Bq/kg. While these figures are significant, they remain below the safety thresholds defined by the European Union. Nonetheless, vigilance is essential, as even low concentrations can have long-term effects on public health. To determine the origin of this radioactivity, scientists employed advanced isotopic analysis techniques. Each nuclear test leaves a unique chemical signature, enabling identification of precise sources of contamination. This expertise revealed that the radioactive particles stemmed from atmospheric residues left by American and Soviet tests, raising questions about international responsibility for radioactive pollution. 'Jurassic Tree Lives Again': 200-Million-Year-Old 'Dinosaur Tree' Successfully Bred in Stunning Scientific Breakthrough Environmental Impact and Climate Change With climate change, Saharan sandstorms may become more frequent, increasing the transport of radioactive materials. Growing erosion and shifting climate conditions exacerbate this phenomenon. Experts estimate that global warming is altering weather patterns, thereby facilitating the dispersion of toxic particles over distant territories. This raises concerns about the already fragile global ecological balance. Deposits of radioactive dust could have worrying ecological and health impacts if these episodes become more frequent. Consequently, international cooperation is crucial to monitor and understand these natural processes, which have become involuntary vectors of health risks. '268 Olympic Pools Below Ground': World's Largest Hidden Reservoir Discovered in Shocking Subterranean Water Breakthrough What Are the Stakes for Tomorrow? In light of these challenges, it is imperative to strengthen interdisciplinary research to anticipate the effects of climate change on the dispersion of radioactivity. This situation calls for close cooperation between countries to ensure continuous monitoring and develop reliable atmospheric predictive methods. Decision-makers and communities must be prepared to implement effective adaptation strategies. The question remains: how can we balance environmental protection and health risk management in a context where climate and nuclear issues are increasingly intertwined? Our author used artificial intelligence to enhance this article. Did you like it? 4.4/5 (21)

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store