Wild, remote and beautiful, a new dawn breaks on Bangkaru Island.
Text and images Alex Westover

This incredible drone shot shows Bangkaru Island from a new perspective. At the upmost capabilities of Alex Westover’s drone, this photo was captured as a last-minute decision just before leaving the island.
‘It was such a last-minute shot that I almost didn’t end up getting. I’m glad that didn’t happen!!’
In December 2019 a team of international wildlife photographers ventured to Bangkaru to capture the biodiversity and beauty of this wild and remote island. When we say remote, we mean remote. To get to Bangkaru, one must travel from Medan on mainland Sumatra – already quite remote – to Simeulue Island via small island-hopping plane. From Simeulue it is then an 8-hour boat ride, or at least it should be. On this occasion one of the boats motors failed, making the journey 12 hours.
‘Getting to Bangkaru is an adventure in itself. 14 hours from Australia, 3 hours in Medan, another flight, 12 hours on a boat and we made it! And it’s all so worth it to be in a place as beautiful as Bangkaru.’
None of this is easy, especially not with a camera crew and all the gear. After offloading the gear from the boat in a

sheltered bay, the equipment had to be carried through the jungle to the camp spot. A makeshift basecamp was set up on one of Bangkaru’s beaches and the team spent a week photographing and filming Bangkaru’s spectacular landscape and wildlife. The video footage of this expedition can be seen here on EcosystemImpact’s website.
There truly are very few places left in the world as unaltered by humans than Bangkaru. This does not however, mean that Bangkaru’s wildlife is safe. In fact, far from it. Before setting up the Bangkaru Ranger Programme, close to 100% of turtle eggs were poached and it is estimated thousands of birds captured of the pet trade.
Ranger programmes work because the ranger’s presence and ability to enforce the law deters poachers. In 2016, EAZA, EcosystemImpact and partners Forest, Nature and Environment Aceh (HAkA) and Balai Konservasi Sumber Daya Alam (BKSDA) successfully implemented the first capture and legal prosecuting of poachers in the area. This action showed local communities we are serious about conserving Bangkaru’s wildlife and we are happy to report that since this intervention there has been no recorded turtle egg poaching and a noticeable reduction in bird poacher activity.
EcosystemImpact and EAZA’s Silent Forest campaign is continuing to develop and strengthen our ranger presence on Bangkaru. We are also working with local communities to bring environmental education to schools to heighten environmental awareness and further reduce poaching.











Construction on complex 6 in February 2020. Photo PCBA
Wangi-Wangi White-eye with the very first chick. Photo PCBA
This has the added benefit of enabling relatively straightforward monitoring of breeding productivity, although it is still demanding work that takes time and patience throughout the breeding season, and an in-depth understanding of behaviour to ensure disturbance to birds is minimised. Mas Untung, Andri and Sasmita have taken on this task of detailed monitoring of the nestboxes and natural nest cavities used by Bali myna in close cooperation with national park staff. They are collecting extremely valuable breeding data, and with the help of an endoscope (or “snake camera”), have been able to collect some of the first definitive data on clutch size, numbers of chicks, and nesting success from wild birds.
This work will continue until the end of the breeding season, thought to be around May/June, although some birds may actually continue to breed after this period, one reason for this important work to be a continual effort.
The use of coloured plastic rings now means that birds need not be re-caught to know their identity, reducing disturbance. Using these methods in Bali Barat on a sub-sample of the Bali myna population has helped us to understand the movement of birds between release sites – indeed, we have confirmed that birds are moving more than we expected! Furthermore, through continual monitoring and repeated registrations of the same birds over time, we are able to measure the birds’ apparent rate of survival, an important metric required to help build a population viability analysis.





