pioneering research

with the help of shark fishermen

  • surya

    MALE, name meaning the sun. The first shark we tagged, enjoys fish and showing us his location.

  • RAISA

    FEMALE, named after the daughter of crew member, Sam. At the risk of fat shaming, she was a big girl.

  • AZUA

    FEMALE, named after the daughter of crew member, Ari. Spends a lot of time at the surface which is great news for us and our data.

  • SAKILA

    FEMALE, named after the daughter of crew member, Harra. Her name is as pretty as her face.

  • KHALISA

    FEMALE, named after the daughter of crew member, Mammar. She expressed great interest in making our life as difficult as possible during release.

  • SAMARA

    FEMALE, named after the daughter of crew member, Manan. Second shark we tagged, likes to travel great distances, has potential to be an influencer.

  • WESLEY

    MALE, named after a very special donor. Wesley is a lucky one of two sharks to receive a miniPAT tag.

  • FARIS

    MALE, names after the son of crew member, Hassan. Did not behave but loves the camera.

10 TAGS HAVE BEEN DEPLOYED ALREADY!

HELP US tag MORE SHARKs…

MiniPAT tags allow us to gather more information than just satalite tags... we can get insights into not only movement, but also temperature & depth. The additional data makes these tags a little more expensive! Please donate to help us obtain the tags we need and research the oceans most at risk shark species! 

why tag sharks?

While some marine protected areas exist in Indonesia, they are few and far between and were not designed with sharks in mind. Satellite tracking will provide a glimpse into the daily lives of sharks, revealing what areas in Indonesia they frequent. We will be able to determine what environmental factors (sea surface temperature, currents..etc) they prefer, and predict their future movements based on this new knowledge. A study of this magnitude has never been conducted here before, and our research will provide novel insights into the behaviour and life history of Indonesian sharks.

  • Indonesia is home to over 25% of the world’s known shark species and serves as a hotspot for marine biodiversity. Unfortunately, it is also home to one of the most heavily fished areas of the ocean and is one of the most dangerous places to be a shark. Many shark species are slow growing, taking decades to mature before reproducing. As profitable targets for the fin trade, sharks are often captured and killed before they can give birth to the next generation of sharks. Unable to reproduce faster than they are being fished, shark populations have declined by 70% over the last 50 years and are in a constant battle against extinction. As top predators, sharks keep our oceans healthy through a β€œtrophic cascade”, balancing out underwater environments. The loss of sharks in ocean ecosystems will be fatal to a multitude of marine species and cause rippling effects that we would feel on land, including a decline in healthy fish stocks that most of the world relies on for economic stability.

  • The clock is ticking for sharks and to protect them we need to understand their movements to determine where to focus conservation efforts. Through tracking endangered sharks, we will be able to monitor their movements over time and identify areas critical to their survival such as feeding and mating grounds. The identification of these areas will become highlighted as potential protected areas restricted from fishing, protecting sharks when and where they need it most. We have already made history by tagging the first tiger sharks ever in these waters, with our work even more unique through our partnership with the Indonesian shark fishermen themselves. While we work to understand shark movements, we also work to change the relationship that locals have with sharks to mitigate the threat at the source. The men who once fished and killed these sharks are now helping to save them.

  • To tag sharks we need to fish sharks- so we basically follow the fishermen’s lead (with a few changes to their equipment to ensure the sharks best chance of survival upon release). Once caught, we secure the sharks to place the tags and then release them. We do our best to only catch the sharks we want to tag and release the others. Without our research, these sharks would be killed for the fin trade & without the fishermen, we would never know where to find the sharks…

  • Tiger sharks present a population of sharks with the best chance for survival when it comes to fishing in this area, although they are fished, they aren’t directly targeted as their fins are of low value. So choosing them gives our data the best chance for survival. We’ve also taken steps to ensure the maximum survival rate of our sharks, offering rewards for the release of tagged sharks and communicating with the select vessels fishing in the area. Tigers are known to be highly migratory, hopefully this means a short amount of time spent in the dangerous zone where they can be fished. But of course it’s a risk we are aware of, and will spend everyday hoping our sharks do not fall victim to a monstrous trade that’s decimating our oceans.

Meet the Team

The scientific side of Project Hiu is made possible with the help of our amazing scientific team operating under research permits granted by the Indonesian government through an MOU with Mataram University.

Chelsea recently finished her masters degree with SRC that focused on shark immunology. This year, Chelsea began her Ph.D. research at University of Miami's Rosenstiel School of Marine & Atmospheric Science satellite tracking marine megafauna to iden
  • Chelsea finished her masters degree with University of Miami that focused on shark immunology & began her Ph.D. research at University of Miami's Rosenstiel School of Marine & Atmospheric Science satellite tracking marine megafauna to identify biodiversity hotspots and areas of vulnerability. With seven years of shark tagging experience, she leads our field expeditions & telemetry data analysis.

  • Dika is a lecturer at the Fisheries and Marine Science Department, Faculty of Agriculture, University of Mataram. He has been working in marine megafauna research and conservation since 2013. He works with a variety of different species, like shark and rays, and with an extensive array of methods including telemetry, genetics and photo identification. He has also been working on coastal biodiversity and the marine environment regarding coral reefs, seagrass, and mangrove.

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