Stingrays at St Andrews State Park showcase season signs and shuffle safety for visitors enjoying the water.

Stingrays at St. Andrews State Park: Season, Signs, and Shuffle Safety

Stingrays belong in the coastal waters around St. Andrews State Park. Seeing one glide over the sand near the jetty can be a memorable part of snorkeling here. The encounter changes when a ray is resting beneath a thin layer of sand and a wader unknowingly steps toward it. Most stingray injuries begin this way: accidental pressure followed by a defensive movement, not a ray pursuing a swimmer.

The practical response is simple. Watch the bottom when visibility allows, give every ray room to move, and use the stingray shuffle from the first step into shallow water until the last step back onto shore. Clear water helps, but it does not replace careful foot movement.

The useful rule: Keep the soles of your feet close to the sand and slide forward instead of lifting and planting each foot. The movement warns a resting ray before your weight comes down on it.

Is There a Stingray Season at St. Andrews?

St. Andrews State Park does not publish an official date when a stingray season begins or ends. You will sometimes see broad Florida season ranges online, but those dates should not be treated like a park calendar. Water temperature, bottom type, visibility and animal movement do not change on one fixed day.

Encounters tend to receive more attention during the warmer part of the year. Shallow coastal water is warmer, more visitors are wading and snorkeling, and rays may be easier to notice near sandy feeding or resting areas. Early fall can still feel much like summer in the water, so changing the page on a calendar is no reason to stop shuffling.

Cooler weather may reduce how often visitors notice rays in the shallows, yet it does not make the chance zero. A ray can move through a beach, bay, estuary or inlet whenever local conditions suit it. Use the shuffle year-round whenever your feet are touching a sandy or muddy bottom.

Time of YearWhat May ChangeHow to Enter the Water
Late Winter and Early SpringWater is often cooler, but rays may still use coastal and estuarine habitat.Begin shuffling as soon as your feet reach wet sand.
Late Spring and SummerWarm shallows and heavier beach use make encounters more noticeable.Use short sliding movements even when the bottom looks clear.
Early FallCoastal water may remain warm after air temperatures begin changing.Keep the same habits used during summer.
Cooler Fall and Winter PeriodsActivity and location may shift, rather than disappear.Do not assume an empty-looking beach is ray-free.

This seasonal pattern is a practical description, not a prediction of daily animal activity. No visitor can tell how many rays are present from the month alone.

Why the Park Has Suitable Ray Habitat

St. Andrews is not one uniform beach. Its mainland peninsula meets the open Gulf-facing shoreline, the St. Andrew Bay entrance and Grand Lagoon. There are exposed surf zones, protected shallows, sandy pockets beside rock structures and quieter estuarine edges. Those transitions create several kinds of bottom habitat within a relatively small area.

The park’s 2016 management plan recorded about 13 miles of combined shoreline, including roughly 4.6 miles of Gulf beach. Its natural-community mapping also identified 119.55 acres of marine unconsolidated substrate and 24.83 acres of estuarine unconsolidated substrate. These terms describe open sand, shell, mud and similar loose bottom material rather than a fixed reef surface.[a]

Those measurements do not tell us where a ray will be on a given morning. They do explain why bottom-dwelling marine animals fit naturally into this setting. Sand that looks empty from above may serve as a resting surface, camouflage or a place to search for buried prey.

The Gulf Beach

On the Gulf-facing beach, wave wash can cover and uncover the same patch of sand within seconds. A ray may be visible while a wave recedes, then almost vanish when foam, glare or suspended sand crosses the area. The step-risk zone is often not deep water. It is the ankle-to-knee-deep band where people still walk upright.

Sand Beside the Jetty

The rock jetty supports a wide range of marine life and is one of the park’s main snorkeling areas. Florida State Parks specifically notes that snorkelers may see rays around the jetty, along with angelfish, redfish, sheepshead, octopus, sponges and other animals.[b]

The rocks are only part of the scene. Pay close attention to the sandy pockets beside and behind them. A snorkeler concentrating on fish between the stones can easily forget where a knee, hand or foot is about to land.

Protected Shallows and Lagoon Edges

Calmer water may improve visibility, but calm does not mean empty. Sandy and muddy areas in protected water can suit resting rays, and a smooth surface may make the area feel safer than it really is. Here, slow movement matters. Do not switch to normal steps merely because there are no breaking waves.

What a Resting Stingray May Look Like

A fully exposed ray is usually easy to recognize: a flattened body, broad pectoral fins and a tail extending behind it. A partly buried ray is different. Sand softens the outline and hides much of the body, sometimes leaving only tiny features visible.

A Faint Diamond or Rounded Outline

Look for a low, symmetrical shape that does not match the random contours around it. The border may resemble a soft diamond, oval or rounded disc. Often only one edge is visible. A passing ripple may reveal it briefly before the shape blends into the bottom again.

Two Small Raised Points

Rays have eyes and breathing openings called spiracles on the upper side of the head. This placement lets them draw in water while partly covered by sand. From standing height, the exposed points may look like two dark pebbles or small shell fragments.[c]

A Thin Edge That Moves

A buried fin margin may lift slightly as water moves across it. Watch whether the edge follows the surrounding current. If a thin line flexes in a different rhythm, treat the area as occupied and change direction.

A Short Puff of Sand

A ray leaving the bottom may produce a small cloud of sand. The cloud alone does not identify an animal—feet, fish and waves can do the same—but it is a good reason to stop taking forward steps. Wait for the water to clear and look again.

A Gliding Shadow

An exposed ray often moves with smooth waves of its broad fins. Its shadow travels with the body rather than breaking apart like surface glare. If the shadow has a disc-like front and a narrow line behind it, give it space rather than following for a closer look.

Visibility is never proof that the bottom is clear. Camouflage works well on pale sand, and the first sign of a ray may be movement rather than a complete body outline.

Conditions That Hide Rays From View

St. Andrews can have remarkably clear water, especially when conditions settle. Even then, several small things can erase the contrast between a ray and the bottom.

  • Surface glare: Midday reflection can turn the water surface into a bright mirror.
  • Small wind ripples: Constantly moving highlights break up the animal’s outline.
  • Suspended sand: Waves, running children and groups of waders can cloud water that was clear moments earlier.
  • Foam and backwash: A thin wash of white water can hide the exact place where the next foot will land.
  • Low-angle light: Morning and late-day light can create long shadows that resemble bottom shapes.
  • Carried equipment: Coolers, floats, masks and children can draw a visitor’s attention away from the sand.
  • Walking backward: A person pulling a float or adjusting fins cannot see the area behind the heels.

When the bottom disappears, do not probe ahead with a hard downward step. Slow the shuffle instead. Shorter movement gives both you and a resting animal more time to respond.

How to Do the Stingray Shuffle

The shuffle is not a stomp, kick or scraping contest. Its purpose is to create a gentle disturbance along the bottom before your full weight moves forward. Florida Fish and Wildlife Conservation Commission guidance describes stingrays as non-aggressive and recommends the shuffle to reduce the chance of stepping on one.[d]

Start at the First Wet Steps

Do not wait until the water reaches your knees. Begin as soon as you are walking across submerged sand. Rays can rest in very shallow water, especially where a thin wash crosses a flat beach.

Keep Each Foot Near the Bottom

Move one foot forward without lifting it into a normal stride. Let the sole remain close to the sand. A light contact is enough; there is no need to dig your toes down.

Slide Before Shifting Your Weight

Push the foot ahead in a short, controlled motion. Once the space immediately in front has been disturbed, transfer your weight and bring the other foot forward. The sequence is slide, feel, shift.

Continue While Turning and Leaving

Many people remember the shuffle while entering and forget it while returning to shore. Keep sliding when you turn, move sideways, retrieve a toy or leave the water. A ray can move into an area after you passed through it earlier.

Normal Beach StepStingray Shuffle
The foot lifts clear of the bottom.The foot remains close to or lightly against the sand.
The next landing point is not felt first.The foot disturbs the area before body weight moves forward.
The heel may come down sharply.Weight transfers gradually after the slide.
Long strides cover more unseen bottom.Short movements keep the next area within reach.

A June 2026 UF/IFAS Extension beach-safety update gives the same practical direction: shuffle along the seafloor rather than taking full forward steps, particularly in calm sandy water and lagoon-like settings.[e]

Movements That Reduce the Shuffle’s Value

  • Lifting the feet high: This returns to the same unseen landing pattern the shuffle is meant to avoid.
  • Stomping: Heavy downward force does not create a safer path and may place pressure directly on an animal.
  • Running through shin-deep water: Speed removes the time needed to observe the bottom.
  • Jumping over waves: The landing point may be hidden by foam or stirred sand.
  • Using a stick to poke the bottom: Prodding can corner or disturb wildlife and should not replace careful foot movement.
  • Following directly behind another person: A ray may cross into the path after the first person passes.
  • Trusting water shoes as armor: Shoes may help with shells and rough surfaces, but they should not be treated as puncture-proof protection from a defensive spine.

Helping Children Move Safely

“Shuffle your feet” may not mean much to a young child. A clearer instruction is, “Push the sand forward without picking up your feet.” Demonstrate the motion before the child reaches deeper water.

  1. Hold the child’s hand while crossing the first shallow section.
  2. Keep the pace slow enough for short sliding movements.
  3. Stop running, hopping and wave-jumping until the child is swimming rather than standing.
  4. After a pause, remind the child to shuffle again before moving.
  5. Use the same motion while leaving the water.

Carrying a small child changes the adult’s balance, so extra-large strides are tempting. Avoid them. Short and steady is easier to control.

What to Do When You See a Ray

A visible stingray does not automatically mean everyone must leave the water. It means the animal needs an open route and visitors need to avoid crowding it.

  1. Stop taking normal steps. Stay balanced without jumping or making a sudden lunge.
  2. Locate the tail. Do not step over the animal or pass close behind it.
  3. Leave open water around it. A ray should not have to pass between legs, rocks or a group of swimmers.
  4. Move away with sliding steps. Reverse direction slowly while keeping your feet near the bottom.
  5. Choose another entry line. Walk along the dry beach before re-entering rather than circling closely in the water.
  6. Do not touch or follow it. A camera view is not worth pressing an animal toward the rocks or shoreline.

Snorkelers should avoid resting their hands or knees on sand they have not examined. When adjusting a mask or fin, float if possible or move to a clearly open area. Hands need the same caution as feet.

What the Shuffle Can and Cannot Do

The shuffle lowers the chance of placing a full step directly onto a buried ray. It also gives the animal warning through contact, vibration and nearby water movement. Usually, that creates time for the ray to move away.

It cannot guarantee that every encounter will be avoided. It does not protect someone who reaches into the sand, handles a ray, kneels without looking or jumps from a rock onto an unseen bottom. Nor does it turn cloudy water into a known path.

The goal is not to chase rays from the shallows. It is to give them enough notice and space that neither the visitor nor the animal is forced into close contact.

Recognizing a Possible Sting

A passing ray may brush a foot without causing an injury. A possible sting is more likely to involve sudden sharp pain, a cut or puncture, bleeding and swelling around the foot, ankle or lower leg. The person may never have seen the animal beneath the sand.

Severe pain can develop quickly. Weakness, fainting, breathing difficulty, widespread swelling, vomiting or heavy bleeding require urgent emergency help. Injuries to the chest, abdomen, neck or another sensitive area also need immediate care.

What to Do After a Sting

Leave the water and contact park staff or emergency services. A stingray puncture is not something to “walk off” on the beach. Professional evaluation matters because the wound may contain debris or part of a spine, and punctures exposed to coastal water can become infected.

  1. Move to a safe place out of the water.
  2. Call for medical help. Call 911 for severe symptoms, uncontrolled bleeding, collapse, breathing problems or a wound away from an arm or leg.
  3. Control bleeding. Apply direct pressure with a clean cloth or bandage unless an object is embedded in the wound.
  4. Do not pull out a deeply embedded spine. Leave removal to medical professionals.
  5. Use hot water only as directed. For a superficial arm or leg sting, MedlinePlus advises water at 104°F to 113°F (40°C to 45°C) for 30 to no longer than 90 minutes while waiting for care. Test the temperature carefully to prevent a burn.
  6. Arrange medical assessment. Pain relief does not confirm that the wound is clean or free of retained material.

The national Poison Help number in the United States is 1-800-222-1222. MedlinePlus advises seeking medical help right away after a sting and provides the hot-water range as initial care for superficial limb injuries while help is being arranged.[f]

A Short Routine Before Wading

  • Pause at the waterline and watch the intended entry path.
  • Change your viewing angle if glare hides the bottom.
  • Look for a disc outline, exposed eyes, a moving edge or a gliding shadow.
  • Begin sliding your feet before the water reaches your ankles.
  • Keep children beside you rather than letting them run ahead.
  • Continue shuffling while turning, standing up after snorkeling and walking back to shore.
  • Give any visible ray a wide route to open water.

Done consistently, this routine becomes as ordinary as checking the water before a dive. No drama needed. Just careful feet, open space and steady movement.

Questions About Stingrays at St. Andrews

Are stingrays present at St. Andrews State Park?

Yes. Florida State Parks identifies rays among the marine animals snorkelers may see around the park’s rock jetty. Their location and visibility can change from one visit to another.

What months are considered stingray season?

The park does not publish an official start and end date. Encounters may be more noticeable during warm months and early fall, but visitors should shuffle in sandy shallows throughout the year.

Can stingrays be present in the protected water near the jetty?

Yes. Protected or calm water should not be treated as ray-free. Sandy pockets beside rock structures and quiet shallow areas still require careful foot movement.

Do water shoes prevent a stingray injury?

Water shoes may protect against shells, hot sand and rough surfaces, but they should not be treated as full protection from a stingray spine. The shuffle remains the main preventive habit.

Should I shuffle only while entering the water?

No. Continue while changing direction, walking sideways, returning after a pause and leaving the water. A ray may move into an area that was clear earlier.

Do I need to leave the water after seeing a stingray?

Not necessarily. Stop approaching, identify a clear route away from the animal and move back slowly with sliding steps. Change your entry area if the ray remains in the same shallow path.

Sources and Verification

  1. [a] Florida Department of Environmental Protection — St. Andrews State Park Approved Unit Management Plan (Used for park shoreline length, Gulf beach length, mapped substrates and coastal layout. Reliable because it is the state-approved management document prepared for the park.)
  2. [b] Florida State Parks — Snorkeling at St. Andrews State Park (Used for the official description of rays and other marine life around the rock jetty. Reliable because it is published by the state park system.)
  3. [c] Florida Museum of Natural History — Skate and Ray Biology (Used to explain the position of the eyes and spiracles and how rays breathe while partly buried. Reliable because the Florida Museum is a University of Florida research and collection institution.)
  4. [d] Florida Fish and Wildlife Conservation Commission — Southern Stingray (Used for coastal habitat, defensive spine behavior and the state recommendation to use the stingray shuffle. Reliable because FWC is Florida’s wildlife management authority.)
  5. [e] UF/IFAS Extension — Florida Beach Safety (Used for current 2026 guidance on shuffling in sandy calm water and lagoon settings. Reliable because UF/IFAS Extension publishes university-backed public education material.)
  6. [f] MedlinePlus — Stingray (Used for immediate-care guidance, emergency contact advice and the 104°F to 113°F hot-water range. Reliable because MedlinePlus is a service of the U.S. National Library of Medicine.)

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