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AI monitoring will help protect endangered spider monkeys - Earth.com
Geoffroy's spider monkeys live high in the rainforest canopy, and are difficult to observe. Their shy behavior makes it challenging for scientists to track and protect them effectively. To address this, biologist Jenna Lawson implemented an innovative solution in 2021. Lawson strategically placed
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AI will eavesdrop on world's wildest places to track and help protect endangered wildlife
PUERTO JIMÉNEZ, Costa Rica (AP) -- The endangered Geoffrey's spider monkeys that dangle high in the rainforest canopy are elusive and hard for scientists to track. So biologist Jenna Lawson hid 350 audio monitors in trees across Costa Rica's lush Osa Peninsula to spy on them. The devices recorded
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AI eavesdrops on world's wildest places to track, help protect endangered wildlife
PUERTO JIMÉNEZ, Costa Rica -- The endangered Geoffrey's spider monkeys that dangle high in the rainforest canopy are elusive and hard for scientists to track. So biologist Jenna Lawson hid 350 audio monitors in trees across Costa Rica's lush Osa Peninsula to spy on them. The devices recorded the
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AI will eavesdrop on world's wildest places to track and help protect endangered wildlife
PUERTO JIMÉNEZ, Costa Rica (AP) -- The endangered Geoffrey's spider monkeys that dangle high in the rainforest canopy are elusive and hard for scientists to track. So biologist Jenna Lawson hid 350 audio monitors in trees across Costa Rica's lush Osa Peninsula to spy on them. The devices recorded
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Rainforest rescue
COSTA RICA (AP) - The endangered Geoffrey's spider monkeys that dangle high in the rainforest canopy are elusive and hard for scientists to track. So biologist Jenna Lawson hid 350 audio monitors in trees across Costa Rica's lush Osa Peninsula to spy on them. The devices recorded the sounds of
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AI will eavesdrop on world's wildest places to track and help protect endangered wildlife
The endangered Geoffrey's spider monkeys that dangle high in the rainforest canopy are elusive and hard for scientists to track. So biologist Jenna Lawson hid 350 audio monitors in trees across Costa Rica's lush Osa Peninsula to spy on them. The devices recorded the sounds of the forest and
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AI will eavesdrop on world's wildest places to track and help protect endangered wildlife
Researchers from Dutch and Danish universities showed that machine-learning techniques can "handle huge amounts of data and uncover sound patterns, allowing for faster, cheaper, and better ecological studies" that can aid in biodiversity conservation. But many technical challenges remain. Tech
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AI-assisted wildlife surveillance is eavesdropping on endangered spider monkeys
The endangered Geoffrey's spider monkeys that dangle high in the rainforest canopy are elusive and hard for scientists to track. So biologist Jenna Lawson hid 350 audio monitors in trees across Costa Rica's lush Osa Peninsula to spy on them. The devices recorded the sounds of the forest and
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Innovative AI technology is revolutionizing wildlife conservation efforts, particularly in tracking endangered species like Geoffrey's spider monkeys in Costa Rica. This approach offers new insights into animal behavior and habitat health while minimizing human interference.

In a groundbreaking initiative, biologist Jenna Lawson has deployed 350 audio monitors across Costa Rica's Osa Peninsula to study the endangered Geoffrey's spider monkeys. This innovative approach, which began in 2021, has become one of the world's largest acoustic wildlife studies, offering valuable insights into the behavior and habitat preferences of these elusive primates
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.The audio monitors collected vast amounts of forest sounds over a week, generating data that would have taken years to analyze manually. Instead, Lawson utilized artificial intelligence systems trained to recognize spider monkey calls, enabling rapid analysis and detection of the animals' movements
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.The study's findings, published by the Royal Society of London in March 2023, revealed troubling information about the health of the wildlife refuge. Spider monkeys were found to avoid paved roads and plantations, indicating that government-designated wildlife corridors were not functioning as intended
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.With 28% of all plant and animal species currently at risk of extinction, researchers emphasize the urgent need for more AI-assisted wildlife surveillance. A paper published in the journal Science highlighted how machine-learning techniques can handle large datasets, allowing for faster, cheaper, and more effective ecological studies
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.To address technical challenges in wildlife monitoring, Microsoft's AI for Good Lab has introduced "Sparrow" (Solar-Powered Acoustic and Remote Recording Observation Watch). These innovative devices, powered by solar energy and efficient AI chips, can operate autonomously for years and transmit data via low-Earth orbit satellites
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.Microsoft plans to deploy Sparrow devices on all continents by late 2025, from the Amazon rainforest to gorilla habitats in the Democratic Republic of Congo. The collected data will be open-sourced, making it accessible to researchers worldwide while protecting sensitive location information
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.Related Stories
Despite the promising potential of AI-powered acoustic monitoring, several challenges remain. These include technical issues such as humidity damaging devices and accidental destruction by animals. Additionally, there are ethical concerns about data usage, particularly the risk of poachers exploiting the information
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.The technology's potential extends beyond rainforests. For instance, it could help prevent ship collisions with whales by detecting their presence in shipping lanes. This versatility demonstrates the wide-ranging impact of AI-assisted acoustic monitoring in various ecosystems
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.Geoffrey's spider monkeys play a crucial role as indicators of environmental health. Their sensitivity to habitat changes makes them "the most sensitive of the primates" in their ecosystem, according to Lawson. Their behavior provides valuable insights into forest health and the effectiveness of conservation efforts
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.As AI continues to evolve, its application in wildlife conservation offers hope for more effective protection of endangered species and their habitats. By combining cutting-edge technology with ecological expertise, researchers are opening new frontiers in our understanding and preservation of biodiversity.
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Borneo Bulletin Online
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