NJ and NY Shark Attack - May 11, 2026 | All Information

An adult great white shark, identified as a mature female, was tracked by marine researchers off the coasts of New Jersey and New York on May 10, 2026. This significant sighting, confirmed via satellite tagging data, highlights the seasonal migration patterns of these apex predators and underscores the importance of public awareness for ocean safety. The shark, named "Andromache" by the research team, is a well-known individual in the scientific community, previously tagged off the Massachusetts coast. Her presence in these popular coastal waters serves as a timely reminder for beachgoers and mariners about potential shark activity in the region.

What Happened

The great white shark, Andromache, registered multiple pings from her satellite tag indicating her presence off the coastlines of New Jersey and New York. The data points show her moving southward from the waters near Long Island, New York, into the northern waters of New Jersey. This migratory path is consistent with known movements of adult great white sharks during late spring. Researchers at the Atlantic Shark Conservancy, who have been monitoring Andromache for over three years, confirmed the pings occurred primarily during daylight hours between 8:00 AM and 5:00 PM UTC-4. There were no direct human interactions reported, and the tracking data merely reflects her natural movement through her oceanic habitat.

The specific pings placed Andromache approximately 15 miles offshore from Long Beach, New York, and subsequently about 10 miles east of Manasquan, New Jersey. The tracking information provides valuable insights into the migratory routes and behaviors of these large sharks. Such movements are part of their annual cycle, often in pursuit of prey like seals and other schooling fish that are also found in these temperate waters during this time of year. For more information on shark movements, visit our shark activity forecast.

Location Details

The reported location spans a busy stretch of the East Coast, encompassing some of the most popular recreational beaches and fishing grounds in the Northeastern United States. The waters off Long Island, New York, particularly around Nassau and Suffolk Counties, are frequented by surfers, swimmers, and boaters. Similarly, the coastal areas of New Jersey, from Sandy Hook down through Monmouth and Ocean Counties, experience high seasonal traffic. These zones are characterized by relatively shallow continental shelf waters that can attract various marine life, including both the prey of sharks and the sharks themselves. Water temperatures in early May typically range from 55 to 60 degrees Fahrenheit, which is within the comfortable range for great white sharks seeking food sources.

• Long Island, NY: Known for its extensive barrier beaches and busy boating channels.
• Coastal New Jersey: Features numerous resort towns and popular fishing spots.
• Water Depth: Typically ranges from 50 to 150 feet in the areas where Andromache was tracked.

Shark Species Involved

The shark in question is an adult female great white shark, scientifically known as Carcharodon carcharias. Great white sharks are the largest predatory fish in the world, capable of reaching lengths of over 20 feet and weighing more than 4,000 pounds. Andromache, estimated to be around 14 feet long, is a formidable but natural part of the marine ecosystem. These sharks are recognized by their distinct conical snouts, powerful crescent-shaped tails, and countershaded coloration—dark grey on top and white underneath—which provides camouflage in the water. They are highly migratory, traveling thousands of miles each year between their feeding and breeding grounds. Their diet primarily consists of marine mammals like seals and sea lions, though they also prey on large fish. It is important to note that unprovoked attacks on humans are rare, but awareness of their presence is always recommended.

Victim Condition

There was no human victim involved in this incident. The report details the tracking of a great white shark and not an interaction. The satellite pings simply indicate the shark's proximity to the coast, following its natural migratory patterns. This is a crucial distinction to make, as the presence of a shark does not automatically equate to a threat or an attack. The purpose of such tracking efforts is primarily for scientific research and public education.

Historical Context

The presence of great white sharks off the coasts of New Jersey and New York is not unprecedented. Historically, these waters have been part of their migratory routes, particularly during the spring and summer months when prey populations are abundant. Advances in satellite tagging technology have simply allowed researchers to monitor these movements with greater precision. While shark attacks in these regions are uncommon, several notable incidents have occurred over the decades, most famously the 1916 shark attacks in New Jersey. However, improved understanding of shark behavior, combined with enhanced public safety measures, have significantly reduced risks today. SafeWaters.ai provides comprehensive data on latest shark attack news.

How to Stay Safe

Understanding shark behavior and taking common-sense precautions can significantly reduce the risk of an encounter. While unprovoked shark attacks are rare, staying informed about marine conditions is always advisable. The SafeWaters.ai application provides real-time alerts and forecasts. You can download SafeWaters.ai for comprehensive ocean safety information.

• Swim in groups: Sharks are more likely to approach solitary individuals.
• Avoid swimming at dawn or dusk: These are peak feeding times for many shark species.
• Do not wear shiny jewelry: It can resemble fish scales to a shark.
• Stay out of murky water: Reduced visibility makes it harder for you to spot a shark, and for a shark to identify you properly.
• Avoid areas with known seal or schooling fish activity: These are common food sources for sharks.

coastline, often in response to changes in water temperature and prey distribution.