Wild At Life Project

Squid Fishing in the Northwest Indian Ocean: Clear as Ink

Activity status: Ongoing
Area of Activity: Northwest Indian Ocean

Each year, as our team flies to Sri Lanka for our conservation projects, we are struck by a mesmerizing but deeply troubling sight: an expanse of white-green lights in the Arabian Sea, visible for 20–30 minutes from the air. These lights are not from cities or offshore platforms, but from hundreds of Chinese industrial fishing vessels operating in unregulated waters that can even be seen from space!

our view from the Cockpit

With each passing year, the number and intensity of these lights increase.

The fishing activity is taking place just outside the exclusive economic zones (EEZs) of India, Pakistan, Oman, and Yemen—technically legal, but entirely unregulated. These fleets, largely Chinese, are exploiting a regulatory gap, leading to the unchecked harvest of squid in the northwest Indian Ocean. The implications of this activity are vast, affecting biodiversity, regional economies, food security, and global sustainability efforts.

What Are Squid and Why Do They Matter?

Squid are cephalopods with soft, elongated bodies, large eyes, and ten limbs (eight arms and two tentacles). They are vital to marine ecosystems, serving as prey for sharks, whales, seabirds, and large fish like tuna. Squid have bilateral symmetry, a distinct head, and a chitinous internal skeleton. Though soft-bodied, their ecological importance is hard-hitting.

Squid fisheries support human consumption and supply fishmeal for aquaculture. But overfishing threatens their populations, which in turn jeopardizes marine food webs. Without squid, the predators that depend on them—from sperm whales to commercially valuable fish—face food shortages, potentially collapsing interconnected fisheries.

An Industrial Fishing Boom

Using satellite data, organizations like NASA, Global Fishing Watch, and Trygg Mat Tracking have mapped the explosion of fishing vessels in the Arabian Sea. These ships use high-intensity lights—sometimes more than 100 lamps per boat—to lure squid to the surface, where they are caught with nets and jigging lines. This technique creates vast constellations of light across the ocean, resembling cities from space.

Between 2015 and 2019, the number of vessels in the region increased from about 30 to nearly 300. The fishing season, initially limited to November through January, now stretches from September to May. Most vessels leave only during the monsoon season.

The recent analysis revealed a troubling twist: these vessels are not using traditional jigging methods but newer, less selective net gear. This has led to significant bycatch, including tuna and other species not authorized for harvest—further compounding the ecological damage.

The vessels from space

Ecological Impacts

  • Overfishing depletes squid stocks faster than they can reproduce.

  • Bycatch results in the unintended capture of non-target species like tuna.

  • Habitat damage occurs from destructive gear that disturbs seamounts and coral habitats.

  • Food chain disruption weakens populations of predators that rely on squid.

  • Biodiversity loss may follow as ecosystems destabilize.

These environmental issues are exacerbated by a lack of accountability and transparency in industrial fishing operations, particularly in international waters.

Economic and Social Impacts

Local fishing communities across India, Pakistan, Oman, and eastern Africa are at risk. These communities rely on small-scale, traditional fishing practices that cannot compete with industrial fleets. Key economic concerns include:

  • Loss of income for small-scale fishers

  • Decreased local catch due to competition and stock depletion

  • Unfair trade advantages benefiting foreign corporations

  • Widening inequality between industrial fleets and local communities

Furthermore, labor concerns have been raised, including poor working conditions and potential exploitation aboard industrial vessels.

Regulatory and Geopolitical Vacuum

This fishery operates in a legal gray zone:

  • It falls outside the Southern Indian Ocean Fisheries Agreement (SIOFA) and beyond the Indian Ocean Tuna Commission’s (IOTC) species mandate.

  • China, the flag and port state of the majority fleet, holds most of the operational data and bears key responsibility.

  • There is no enforceable regional framework for squid fisheries in this part of the Indian Ocean.

  • Automatic Identification Systems (AIS) and Vessel Monitoring Systems (VMS) help track ships, but many vessels disable these systems.

As a result, monitoring, control, and enforcement (MCS) efforts are limited, allowing unregulated activities to continue unchecked.

Connecting to the Sustainable Development Goals (SDGs)

The Chinese industrial squid fishery undermines several UN SDGs:

  • SDG 14: Life Below Water – Overfishing and habitat degradation threaten ocean biodiversity and health.

  • SDG 8: Decent Work and Economic Growth – Local fisheries lose jobs and income; labor abuses may occur on industrial vessels.

  • SDG 12: Responsible Consumption and Production – Unsustainable harvest practices deplete resources and reduce long-term yields.

  • SDG 17: Partnerships for the Goals – A lack of international cooperation weakens responses to shared marine challenges.

Solutions and Policy Recommendations

A sustainable and equitable response to the unregulated squid fishery in the northwest Indian Ocean requires coordinated action at multiple levels:

Regulatory Measures:
Establish a regional governance framework under SIOFA or a new treaty. Enforce science-based catch limits, seasonal closures, and stricter monitoring through satellites and independent observers.

Industry Reforms:
Promote eco-certification (e.g., MSC), require selective gear to reduce bycatch, and mandate digital tracking for full catch traceability.

Policy Leadership:
China must enhance transparency and share data. Coastal developing nations should strengthen domestic regulations, while global organizations like the FAO and IUCN must foster international cooperation.

Community Engagement:
Support local co-management, train small-scale fishers in sustainable practices, and increase consumer awareness of responsible seafood.

Technology and Monitoring:
Use VIIRS satellite data to detect unregulated fleets, expand AIS/VMS mandates, and apply AI tools for real-time monitoring and enforcement.

How You can Help

At Wild at Life, we are committed to protecting our oceans and the communities that depend on them. But we cannot do this alone. Without collective action, stronger regulations, and support from partners, governments, and the public, the damage will continue unchecked. Together, we can shine a light on this crisis — and turn awareness into lasting change.

Update: December 20, 2024

Sea Turtle Mission

Implementation of sustainable conservation strategies to increase sea turtle populations in Sri Lanka and also in any countries we are needed.

Marine Turtles are a successful group of animals that have witnessed the rise and fall of the dinosaurs. They have inhabited the earth for over 100 million years and survived in huge numbers until the recent past. They have evolved from large, land-living tortoise-like animals. Their body consists of a head, a short neck, a pair of long fore-flippers & a pair of short and rounded hind flippers, and a tail. The upper carapace and lower plastron make a protective structure (box) for internal organs. Unlike tortoises and freshwater terrapins, sea turtles cannot withdraw their head and limbs into their box. Instead of teeth, sea turtles have beak-like sharp jaws that can crush, tear or bite their prey and food items which vary according to species.

Turtles are cold-blooded reptiles (Class: Reptilia, Order: Chelonia), meaning their body temperature is determined by their environment. To warm up, marine turtles “sunbathe” at the sea surface, increasing their body heat. They breathe air through their lungs and must surface every 30 minutes to take a breath. Over millions of years, they have become highly adapted to marine life. With long, muscular fore flippers like oars, rudder-like hind flippers, and streamlined shells, they are agile and fast swimmers. The only time marine turtles leave the ocean is when females come ashore to nest, although some can be seen sunbathing on beaches or rocks. Males, however, remain at sea, and little is known about their behavior.

Most species are migratory, traveling long distances between nesting and feeding grounds, sometimes thousands of kilometers apart. Turtles are believed to live over 80 years, though their exact lifespan is uncertain. Sexual maturity varies by species—Olive Ridley turtles mature in 7-15 years, Green turtles take up to 50 years, while the largest species, the Leatherback, matures in 20-30 years. Male turtles develop long claws on each fore flipper and a longer tail upon reaching maturity. The way females find their nesting beaches remains a mystery, though some scientists believe they navigate using the Earth’s magnetic field. Turtles often return to the same stretch of beach each year to nest.

Seven species of marine turtles remain, representing two families—Cheloniidae and Dermochelyidae—all of which are threatened by human activity. Unlike some reptiles, mother turtles do not care for their young. After laying eggs, they leave them to incubate in the sand, heated by the sun. The incubation period lasts about 60 days, after which the hatchlings emerge. As they move in the nest, sand falls, creating an “elevator-like” platform that pushes the hatchlings to the surface. They emerge at night when it’s cooler and safer from predators like rats, crabs, and birds.

Upon reaching the ocean, the hatchlings are not free from danger. Inshore waters are home to sharks, large fish, and seabirds. They swim continuously for about 48 hours, relying on the remains of the egg yolk in their stomachs for nourishment. This “juvenile frenzy” helps them escape predator-rich inshore waters and get swept into open ocean currents. During this time, they feed on tiny sea animals. Much about their first year, often called the “lost year,” remains a mystery.

It is believed that once female turtles reach maturity, they return to the same beach where they hatched to nest. However, only one in a thousand eggs survives to become an adult turtle in the wild.

Our Mission

Our goal is to rescue distressed sea turtles and provide them with the care they need through our rehabilitation program, in collaboration with local organizations. We carefully assess each turtle’s condition, provide necessary medical treatment, and create a safe environment for their recovery. Once they are fully healed, we work towards releasing them back into the wild. This partnership is essential to ensuring the survival and well-being of sea turtles in our region, helping them return to their natural habitat and thrive.

How Endangered Are Sea Turtles?

There are seven species of sea turtles, each facing varying levels of threat. According to the IUCN Red List, two are critically endangered, one is endangered, three are vulnerable, and one is data deficient:

 

Kemp’s Ridley Turtle – Critically Endangered

Hawksbill Turtle – Critically Endangered

Green Turtle – Endangered

Olive Ridley Turtle – Vulnerable

Leatherback Turtle – Vulnerable

Loggerhead Turtle – Vulnerable

Flatback Turtle – Data Deficient

What Threats Are Sea Turtles Facing?

Sea turtles face several significant threats that impact their survival, including:

 

Habitat Destruction caused by coastal development, including construction, leads to the destruction of critical nesting beaches. Erosion, along with the loss of coral reefs and seagrass beds, further contributes to the loss of vital habitats for sea turtles.

Climate Change poses major risks through rising temperatures, sea levels, and ocean acidification. Higher sand temperatures at nesting sites can alter the sex ratios of hatchlings, as turtle sex is temperature-dependent during incubation. Additionally, climate change disrupts ocean currents, affecting sea turtle migration patterns and food availability.

Pollution, particularly plastic debris, severely threatens sea turtles. Ingesting plastic, often mistaken for food, can lead to internal injuries or death. Chemical pollutants, such as oil spills and pesticides, contaminate both their habitat and food sources.

Bycatch is another significant threat, as sea turtles are unintentionally caught in fishing gear like nets, longlines, and trawls. Bycatch can result in severe injuries or death due to drowning, as turtles must surface for air.

Illegal Trade and Poaching continue to threaten sea turtles, with their meat, shells, and eggs harvested for use in traditional medicine and as delicacies.

Light Pollution on beaches can disorient hatchlings, leading them away from the sea and into danger. Light pollution also discourages females from nesting, negatively impacting reproduction rates.

Predation of eggs and hatchlings by birds, crabs, raccoons, and dogs further endangers sea turtle populations, especially in their early stages of life.

Boat Strikes are a severe threat, as collisions with boats and ships often result in severe injuries or death, particularly in areas with heavy boat traffic.

Our Rescue and Rehabilitation Efforts

We are dedicated to rescuing sea turtles that have been harmed by human activity, including boat strikes, plastic pollution, and fishing-related injuries. Many of the turtles we rescue have lost their fins due to boat collisions, leaving them vulnerable. We provide a safe space for them to recover and ensure they can hatch their eggs without the risk of destruction on land.

For the wounded turtles, we take them into our care, treat their injuries, and, whenever possible, release them back into the wild. However, those that are too injured to be released are given a permanent home in our sanctuary, where they are cared for and protected.

How Can I Help Sea Turtles?

You can help protect sea turtles by preserving their habitats, reducing plastic use, and properly recycling to prevent pollution. Advocate for turtle-friendly legislation, respect nesting areas, and raise awareness about the importance of turtle conservation. You can also adopt a turtle through conservation programs, volunteer to patrol nesting beaches, collect eggs, record data, release hatchlings, and educate local communities.

This project is carried out in the following activity areas
Protecting Sea Life & Mangroves

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