TWO baby Komodo Dragons have been born at Chester Zoo, to the delight of reptile conservationists there.

The hatchlings arrived to mum Mezcal and dad Satali weighing around 74g and measuring just 40cm in length after being carefully incubated for six months.

The tiny youngsters will grow to be more than three metres long and weigh up to 90kg.

It’s the first time the zoo has successfully bred hatchlings from a pair of mating dragons. 

Previously, in 2007, experts at the conservation charity became the first in the world to discover that female Komodo dragons can fertilise their own eggs without mating – a process known as Parthenogenesis.

This sees only clutches of male young produced and was a global scientific breakthrough at the time.

Zookeepers say the two hatchlings will join a ‘vitally important’ international conservation breeding programme that is working to safeguard dwindling dragon numbers and build a healthy population in zoos to protect the species future.

Matt Cook, lead keeper of reptiles at the zoo, said: “Komodo dragons are fascinating creatures that have survived on this planet for tens of thousands of years, but despite their incredible resilience, populations in the wild have been pushed to the edge of existence in the last 50 years alone due to increased human activity, habitat loss and a rapidly changing climate.

“We have been eagerly awaiting this moment after we successfully introduced female dragon Mezcal with male Satali and they seemed to hit it off straight away.

"A month later we found a clutch of eggs that had been laid and we carefully placed them in a special incubator where they have been monitored closely for several months. Given the current plight of dragons, we couldn’t take any chances.

"The two youngsters are now thriving and will join a vitally important conservation breeding programme, spanning the globe, as zoos like ours work to preserve this true icon of the natural world and ensure their survival for generations to come.  

“As we work with global partners to secure a better future for the Komodo dragon, everything we have learned from this meticulous process will be shared to improve our overall knowledge and understanding of the world’s largest living lizard.”

For more than 14 years, the zoo has worked alongside its conservation partners, The Komodo Survival Program, and have mapped out the entire wild dragon population on the largest island where they are found – the island of Flores.

For the first time in history conservationists have a baseline of information to focus their efforts on the most fragile and fragmented populations on the island.

The project led to the species being re-categorised in 2021 as ‘endangered’ by The International Union for the Conservation of Nature (IUCN) – the world’s authority on the state of nature – in a bid to increase protection efforts for dragons living on the South East islands of Indonesia.

Dr. Gerardo Garcia, Head of Ectotherms at the zoo and co-ordinator of Europe’s entire zoo population of Komodo dragons, said: “The recent reclassification of the Komodo dragon has helped shine a spotlight on this incredible species and generate some urgency to help protect the dragons and their island habitat.

"Dragons are massively at risk to the changing climate as they live in a very specific areas, which is a small band of habitat that sits between the coast and steep forested hills where, up until very recently, the conditions were perfect for these giant lizards to thrive.

"Any small fluctuations, alongside other threats such as habitat loss and conflict with humans, are increasingly putting these giant reptiles at risk of extinction."

The Komodo dragon is the largest of the world’s 7,555 lizard species, with ancestors that date back more than 100 million years.

The giant reptiles are found on just a handful of small isolated islands in Indonesia, including Komodo and Flores, where experts say just 3,000 now remain.

Habitat loss, agricultural expansion and rising global temperatures have caused major decline in Komodo dragon populations – with their habitat expected to reduce by a further 30 per cent in the next 45 years.