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KAUST Develops Robotic System to Improve Date Palm Harvesting

The robotic arms of the system will be able to move as quickly as a human farmer while precisely picking each date without damage to itself or the fruit - SPA
The robotic arms of the system will be able to move as quickly as a human farmer while precisely picking each date without damage to itself or the fruit - SPA
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KAUST Develops Robotic System to Improve Date Palm Harvesting

The robotic arms of the system will be able to move as quickly as a human farmer while precisely picking each date without damage to itself or the fruit - SPA
The robotic arms of the system will be able to move as quickly as a human farmer while precisely picking each date without damage to itself or the fruit - SPA

The King Abdullah University of Science and Technology (KAUST) has been developing a new robotic system designed to automate date palm harvesting, SPA reported.
According to a KAUST press release, the system aims to revolutionize the agriculture industry and establish Saudi Arabia as a leader in agriculture innovation. The research, led by KAUST Assistant Professor Shinkyu Park, focuses on automating key processes in date farming, such as harvesting, pollination, and tree maintenance through AI-powered robotics, and promises to yield larger quantities of more nutritious dates.
Park's "robotic farmers" solution combines robotics for reliable farming and AI for greater efficiency. The robotic arms of the system will be able to move as quickly as a human farmer while precisely picking each date without damage to itself or the fruit. Equipped with high-precision visual sensors, the robotic farmers can identify individual dates, flowers, and tree structures to perform tasks such as harvesting, spraying, and pruning, ensuring tree health, productivity, and longevity while reducing the risk of pest infestations and diseases.
Field trials are scheduled to begin during the 2025 harvest season, with full operational capability expected within three years. Park suggested that a Robots-as-a-Service (RaaS) model could allow smaller farmers to access the technology without the burden of purchasing the robots outright.
The project is one of many at KAUST that will benefit date farming and food security. Such projects provide Saudi Arabia an advantage not only in agricultural technology but also in agricultural expertise, as leaders in farming and robotics are drawn to the region, while laborers will be the first to engage with the new technologies developed by Park and his team, according to the release.
"I am excited that this initiative extends beyond engineering solutions and cultivates research and development opportunities for local talent, contributing to the long-term sustainable educational and economic growth of the Kingdom," he said.

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Cutting Off Rhinos' Horns is a Contentious Last Resort to Stop Poaching. New Study Found it Works

A de-horned rhino grazes in South Africa's Pilanesberg National Park, Feb. 25, 2025. (AP Photo/Jerome Delay)
A de-horned rhino grazes in South Africa's Pilanesberg National Park, Feb. 25, 2025. (AP Photo/Jerome Delay)
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Cutting Off Rhinos' Horns is a Contentious Last Resort to Stop Poaching. New Study Found it Works

A de-horned rhino grazes in South Africa's Pilanesberg National Park, Feb. 25, 2025. (AP Photo/Jerome Delay)
A de-horned rhino grazes in South Africa's Pilanesberg National Park, Feb. 25, 2025. (AP Photo/Jerome Delay)

Cutting off the horns of sedated rhinos with a chainsaw has been viewed by wildlife conservationists in Africa for more than 30 years as a necessary evil to save the iconic endangered species from poaching.

They hoped the drastic action was working, but evidence was scarce.

Now, a study published Thursday in the academic journal Science has found that dehorning rhinos has led to a large reduction in poaching in game reserves in and around the Kruger National Park in northern South Africa — an area that's home to 25% of the world's rhinos and is especially vulnerable to poaching.

The results of the seven-year study that ended in 2023 are seen as long-awaited evidence that removing rhinos' horns — which needs to be done every one to two years because they grow back — helps them survive, even if the animals lose part of their makeup.

Consistently reduced poaching The conclusions seem obvious. Lucrative illegal markets in parts of southeast Asia and China crave rhino horns for use in traditional medicines, and removing the rhinos' horns take away what poachers are after.

But Tim Kuiper, a biodiversity scientist at South Africa's Nelson Mandela University and the lead author of the study, said it was new to have long-term data from multiple sites on dehorning rhinos. He said the study, conducted between January 2017 and December 2023, focused on 11 reserves in the Kruger area and compared data from eight that dehorned their rhinos against the three that didn't.

It also analyzed data from the reserves before and after they dehorned their rhinos.

The study showed that dehorning consistently reduced poaching, Kuiper said. It found that the dehorning of more than 2,000 rhinos resulted in a 78% reduction in poaching in those eight reserves, providing some confirmation that such an invasive intervention was worth it.

“It is a big part of what a rhino is, having a horn,” The Associated Press quoted Kuiper as saying. “So having to remove it is kind of a necessary evil, if I can put it that way. But it’s very effective. There’s no doubt it saved hundreds of rhinos' lives.”

South Africa has the largest numbers of black and white rhinos. Namibia, Zimbabwe and Kenya also have significant populations. There are around 17,500 white rhinos and 6,500 black rhinos left in the world, with black rhino numbers reduced from 70,000 in 1970 to less than 2,500 by the time poaching reached a crisis point in the mid-1990s, according to the Save the Rhino organization.

Dehorning was not always accepted Dehorning rhinos started in southern Africa as early as 1989. It has not been accepted without question.

There has been opposition from animal rights activists but also questions from conservationists over what impact it has on a rhino's wellbeing, and what a future might look like with more hornless rhinos.

Vanessa Duthe, a rhino researcher in South Africa not involved in the study, said rhinos use their horns to defend themselves against predators, to compete for territory and, in the case of black rhinos, to look for food. There is also evidence that dehorned rhinos adjust their movements to live in smaller ranges, she said.

She said conservationists don't know the full impacts of dehorning, but research had found it had no adverse effect on rhinos' breeding rates or mortality rates.

“What we do know is that the benefits of dehorning by far outweigh any ecological cost that we’re aware of today,” Duthe said. She said dehorning a rhino now takes around 10 minutes and the process causes minimum distress.

Blindfolds and earmuffs are put on sedated rhinos during dehorning, which also provides an opportunity to microchip rhinos and collect samples that aid research.

Only one part of the battle Conservationists agree that dehorning alone will not end rhino poaching and Kuiper said he saw it as a short-to-mid-term solution.

Other efforts like more effective law enforcement and better support for game rangers on the frontline are key.

While South Africa has helped pull rhinos back from the threat of extinction, more than 400 rhinos a year are still killed by poachers in the country.

The dehorning study was a collaboration between scientists from three South African universities, Oxford University in England and game reserve managers and rangers. It also involved the South African National Parks department, the World Wildlife Fund and the Rhino Recovery Fund.