For the first time ever, humanity possesses the means to rectify our past missteps and heal nature on a massive scale. By building on the knowledge and successes of the conservationists that came before us, and utilizing breakthroughs in science and technology, we have an opportunity to turn the tide on extinction and secure a vibrant future for life on Earth.
At Colossal, nothing is more important than supporting species, balance and biodiversity in our planet’s ecosystems. That’s why our conservation efforts are ambitious and intentionally engineered to drive the development of technologies for the benefit of the future.
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Colossal joins BioRescue for the Northern White Rhino project, sequencing viable museum samples to restore genetic diversity. Gene editing tools are being developed to enhance cell lines for embryo transfer, ensuring the restoration of lost genetic diversity.
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The Critically Endangered Sumatran rhino faces severe population declines due to habitat loss and low genetic diversity. This collaboration seeks to enhance existing breeding programs and leverage genetic sequencing and assisted reproductive technologies to support and increase the population of rhinos in Indonesia.
Learn MoreThe vaquita is the world's smallest cetacean, and it is on the verge of extinction. With only a handful of vaquitas left, this project employs state-of-the-art monitoring techniques to track and study the remaining vaquitas in the Gulf of California. By analyzing this data, the initiative seeks to enhance conservation efforts and develop effective strategies to stabilize and increase the vaquita population.
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Partnering with Botswana’s Elephant Havens, we employ our AI platform to study orphaned elephants’ social development for eventual reintroduction. This aids Elephant Havens’ release strategies and provides valuable insights for rewilding elephants in herds lacking a strong adult presence.
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Deciphering the secrets of elephant behavior could revolutionize conservation for this iconic species. This project utilizes advanced drone technology and machine learning for tracking and studying African elephants, and aims to enhance conservation and research efforts by providing detailed insights into elephant behavior and social dynamics.
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Elephant Endotheliotropic Herpes Virus (EEHV) is a leading cause of death among juvenile elephants worldwide. This project aims to combat EEHV by developing vaccines and treatments to protect both captive and wild elephant populations.
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The introduction of invasive cane toads to Australia has wreaked havoc on native marsupial predators who have suffered severe population declines due to the toad’s deadly toxins. One of the species that has suffered most is the Endangered northern quoll. This project uses advanced gene-editing technologies to introduce genetic resistance to cane toad toxin in northern quolls. By developing genetically resilient populations, the initiative aims to prevent the extinction of the northern quoll and restore ecological balance.
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The pink pigeon, a bird native to the island of Mauritius, faces extinction in coming decades due to severe genetic erosion. This project employs cutting-edge gene editing techniques to genetically rescue the pink pigeon and reintroduce historic diversity into today’s population. Utilizing preserved DNA from museum specimens, the initiative seeks to strengthen the genetic resilience of the charismatic species, ensuring its long-term viability.
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This elusive tooth-billed pigeon, also known as the “little dodo,” is a bird native to the island of Samoa. It is classified as Critically Endangered and has not had a confirmed sighting since 2013. This collaboration is working to develop an A.I.-powered bioacoustic monitoring system aimed at locating the “lost” tooth-billed pigeon using the bird’s unique vocalization.
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The Victorian Grassland Earless Dragon is a Critically Endangered Australian lizard that was rediscovered in 2023 after not being seen for over 40 years. This project established an interim insurance and conservation breeding program for the recovered dragon population, and utilizes cutting-edge genomic technology to stabilize and grow its population.
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