Komodo Dragons are not only the largest lizard on Earth but also one of the most ferocious species with a fearsome reputation. The carnivorous beast can grow up to 10 feet long and can detect flesh from miles away. However, the Komodo Dragon’s serrated teeth, armored scales, and venom-laced saliva are still being outmatched by its biggest competitor: extinction.
The Komodo Dragon was previously named a “vulnerable” species by the conservation organization before being reclassified as “endangered.” There is hope that this change in status will encourage policymakers and conservation groups to strengthen and expand protections.
25 years ago, there were somewhere between 5,000 and 8,000 Komodo Dragons. Today, there are an estimated 1,380 adults and 2,000 juveniles in the wild. The Komodo Dragon is moving towards extinction.
On September 4th, 2021 we celebrate National Wildlife Day. This day helps cherish our planet’s biodiversity and recognize issues that impact wildlife. Take a look at three Promega blogs that highlight preservation and conservation efforts being made to support our natural world.
On May 21st, 2021 we celebrate National Endangered Species Day. This day helps raise awareness and increase knowledge of endangered species and wildlife, in hopes to save them. We have been lucky enough to collaborate with organizations and partners to help save species that were on the brink of extinction. Take a look at some species that are hoping for a second chance to survive and thrive.
Kit Elizabeth Ann the Black-Footed Ferret
In February 2018, resurrection efforts began for the then endangered black-footed ferret. With the help of the U.S. Fish and Wildlife Service, Revive and Restore, partners ViaGen Pets & Equine, San Diego Zoo Global, and the Association of Zoos and Aquariums, the successful cloning of a black-footed ferret was announced in February 2021. “Elizabeth Ann” was cloned from Willa, a female ferret that died in 1988, using somatic cell nuclear transfer (SCNT). Elizabeth Ann’s genetic variants reveal a lot of much-needed hope for the genetic diversity of wild ferrets. Check out the full story on Elizabeth Ann’s journey here!
Although it is easy to get swept up in the dark year that was 2020, one advantage of overwhelming darkness is it makes it easier to find the bright spots, the beacons of hope, the people working to make the world a better place. One of these bright spots was the launch of Wild Genomes, a new biobanking and genome sequencing program through Revive & Restore.
Back in 2018, the Catalyst Science Fund was established by Revive & Restore with a 3-year pledge from Promega for $1 million annually. The purpose of the fund is to help support proof-of-concept projects and to advance the development of new biotechnology tools to address some of the most challenging and urgent problems in conservation that currently lack viable solutions, including genetic bottlenecks, invasive species, climate change and wildlife diseases.
Through this fund, the Wild Genomes program was launched, with the goal of getting sequencing and biobanking tools into the hands of people working to protect biodiversity right now, and to help support them in applying genomic technologies towards their wildlife conservation efforts.
In their first request for proposals , the competitive Wild Genomes program received over 58 applications from researchers in 19 different countries, all of which aimed to address various species conservation issues using applied genomic technologies. The second round of projects, to be announced this Spring, will focus solely on marine species. Take a look at these first 11 amazing projects that have been awarded funding and the species conservation challenges they are taking on below:
Wildlife conservation is a major focus around the world. With habitat loss and climate change, Asian elephant populations are under severe pressure. Add in an infectious disease that is fatal to the young and you have a recipe for disaster. Even with efforts to breed the endangered Asian elephants in zoos to build the population, elephant endotheliotropic herpesvirus (EEHV) thwarts conservation efforts. EEHV causes hemorrhagic disease in Asian elephants younger than 10 years old, a disease with rapid onset and high mortality. In fact, some numbers indicate EEHV is the cause of death for at least 25% of Asian elephants born in zoos and the wild globally.
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