There's this pull I feel the morning after a big storm passes—like the ocean is whispering that everything's changed and I need to see it for myself. After fifteen years of giving in to that pull, though, I've learned something that fundamentally shifted how I think about post-storm snorkeling: the water after bad weather isn't just messier or cloudier. It's an entirely different ocean, operating under rules you don't know yet, demanding skills you might not have practiced.

This isn't one of those "is it safe or dangerous" conversations. That's too simple. What I want to talk about is how storms temporarily rewrite the marine environment in ways that make your hard-won experience suddenly obsolete. You need to approach the water like you're learning to snorkel all over again, because in a very real sense, you are.

When the Ocean Floor Disappears (Or Moves Ten Feet)

I'll never forget returning to my favorite Maui reef four days after Hurricane Lane in 2018. I'd been to this spot maybe fifty times. I knew where every coral head lived, which channels the turtles preferred, exactly where the bottom dropped from twelve feet to twenty. Except when I got in the water, none of that was true anymore.

The sand channel I always swam through? Filled completely with sediment from somewhere else. The rock formation I used as my turnaround landmark? Buried under three feet of new sand. The reef edge I trusted? Now ten feet further out—or more accurately, everything between me and it had been scraped away like someone took a giant shovel to the ocean floor.

Coastal researchers have a term for this: event-driven reshaping. A single significant storm moves more sediment than an entire year of normal wave action. Sandbars appear overnight. Channels you could swim through become walls. Rocky outcrops get exposed or vanish entirely. According to University of Hawaii's Coastal Geology Group, the underwater landscape you think you know becomes temporarily fictional after a major weather event.

Here's what this means when you're actually in the water: that comfortable spot where you could always touch bottom? Maybe it's eight feet deeper now. That shallow area you avoided last month? Could be a sandbar six inches under the surface. Your mental map of a familiar snorkeling site—the one you've built over months or years—becomes dangerously outdated.

This is why the advice to stay where you can touch bottom gets complicated after storms. The bottom moved. You need to rediscover it from scratch.

The Currents That Don't Make Sense Anymore

The choppy surface and murky visibility everyone notices after a storm? Those are honestly the least of your concerns. What really matters—and what stays invisible even after the surface calms down—is how storms completely reorganize the water itself into chaotic current patterns that can persist for a week or more.

I experienced this off Kona three days after a winter storm. Surface conditions looked totally reasonable—two-foot swells, maybe fifteen feet of visibility. But the moment I dropped below the surface, I felt myself being pulled in a direction that made zero sense. The wind was blowing from the north. The swells were rolling from the northwest. But I was drifting northeast at depth, moving diagonally across both.

Oceanographers call these "residual circulation patterns"—leftover energy from the storm creating currents that have nothing to do with what you can see from shore or feel at the surface. You can have water moving north at the surface, northeast at ten feet, and east at fifteen feet, all at the same time.

This completely breaks your normal navigation instincts. You're taught to monitor drift, track current direction, maintain awareness of your position relative to shore. All of those skills assume the water is moving in predictable directions. Post-storm currents don't care about your assumptions. You might surface twenty yards from where you expected based on where you thought you were drifting underwater.

The safety implication is straightforward: you need to check your position constantly. Not every few minutes. Every thirty seconds. Set a rhythm—look down at the reef, look up at shore landmarks, verify you're still where you think you are. The currents moving you around are faster and less predictable than anything you've experienced in normal conditions.

The Fish Don't Know Where They Are Either

Here's something most people don't think about: the marine life is just as disoriented as you are after a storm. Maybe more so.

Storm surge displaces fish from their territories. Sediment clouds reduce visibility for predators that hunt by sight. Current shifts separate schooling species. The entire social structure of the reef gets scrambled. I've watched normally skittish fish let me swim right up to them because they're so focused on figuring out where their territory went. I've seen typically docile species act aggressive and territorial in places they've never lived before.

Marine biologists study these "behavioral reorganization periods" where fish populations basically have to rebuild their entire social order from scratch. From our perspective as snorkelers, this means all those predictable animal behaviors you've learned to read—warning signs from territorial damselfish, flight distances for trumpet fish, aggregation patterns for tangs—temporarily stop applying.

I remember snorkeling maybe four days after a three-day storm and encountering a white-tip reef shark in four feet of water at noon in a zone where I'd never seen sharks. The animal seemed as confused to see me as I was to see it. Not aggressive, just... displaced. Out of context. Operating without its normal behavioral playbook.

That's not necessarily dangerous, but it's unpredictable in ways that demand heightened awareness. You're not just navigating a rearranged physical environment. You're moving through an ecosystem that's actively reorganizing itself around you.

Why Your Lungs Work Harder Than You Realize

Even when the surface looks manageable, post-storm wave patterns create a breathing environment that's fundamentally more demanding than normal ocean conditions.

In regular swells, you learn to time your breathing between waves. The pattern becomes predictable—inhale in the trough, small breath at the crest, deep breath when it's calm. Post-storm seas throw overlapping wave trains at you from different directions with different intervals. You get unexpected larger sets. Wind chop sits on top of residual groundswell. The breathing rhythm you've internalized stops working.

This matters because research on snorkel-related drownings has identified something called Snorkel-Induced Rapid Onset Pulmonary Edema. The mechanism is complex, but basically: resistance to inhalation through a snorkel can create negative pressure in your lungs, potentially allowing fluid to leak into the lung cavity. One of the key risk factors is increased exertion.

Here's what I realized: post-storm conditions dramatically increase your exertion level even when you think you're just casually snorkeling. You're working harder to maintain position against chaotic currents. You're constantly adjusting depth as swells pass over. You're breathing through a snorkel in conditions where timing your breath becomes genuinely difficult. All of that compounds into physiological stress you might not consciously notice until you're in trouble.

The research on near-drowning events shows a pattern that surprised me: aspiration—actually inhaling water—was rarely a factor. Instead, the typical sequence was sudden shortness of breath, fatigue, loss of strength, feeling of panic, and diminishing consciousness. That's not someone who accidentally got water in their snorkel. That's someone whose body couldn't handle the cumulative physiological demands.

If you experience shortness of breath while snorkeling, the recommendation is not subtle: stay calm, remove your snorkel or mask, breathe slowly and deeply, and get out of the water immediately. Don't try to push through it. Don't assume it will pass. Exit the water.

When I use my Seaview 180 mask in post-storm conditions, I'm especially vigilant about breathing comfort. The mask is designed to support comfortable surface breathing, and I appreciate those features. But I never forget that I'm using recreational equipment in conditions that demand constant self-monitoring and honest assessment of whether I should be out there at all.

When Clear Water Becomes Your Enemy

The most dangerous post-storm conditions I've encountered came after the water cleared.

Storms stir sediment through the entire water column. Immediately after, visibility might be five feet—conditions so obviously limiting that most people stay on the beach. But then, a day or two later, that sediment settles and suddenly you've got gorgeous crystal-clear blue water stretching out to the horizon.

Your brain sees that clarity and assumes everything's back to normal. The residual currents, the reshaped bottom, the displaced marine life, the chaotic wave patterns—all those invisible challenges are still there. But the water looks so inviting that you forget to account for them.

I've made this mistake. Checking conditions from shore, seeing beautiful visibility, I convinced myself the post-storm window had closed. Underwater, I found myself working three times harder than expected, getting pulled in unexpected directions, burning through energy at an unsustainable rate. The visual clarity masked the invisible complexity still reorganizing itself beneath the surface.

This is the treacherous window—roughly three to seven days after a storm—when conditions look perfect but the ocean hasn't actually finished settling. You need to resist the seduction of that clear water and remember that what you can see from shore tells maybe twenty percent of the actual story.

The Timeline Nobody Talks About

Different post-storm conditions resolve on completely different timelines. This isn't about waiting some standard "safe period." It's about understanding which specific challenges have resolved and which are still active.

Immediate (0-24 hours)

• Dangerous surface conditions obvious to anyone
• Maximum current chaos and unpredictability
• Worst visibility you'll see
• Debris field—both floating and submerged—at its densest
• Just don't. Not even a question.

Early Recovery (1-3 days)

• Surface conditions starting to moderate
• Visibility beginning to improve
• Residual currents still highly active and chaotic
• Bottom topography changes stabilizing but not predictable yet
• Marine life maximally disoriented
• Conditions may look significantly better than they actually are

Mid Recovery (3-7 days)

• Surface conditions appear normal to casual observation
• Visibility often excellent—the paradox window
• Residual currents decreasing but still significant
• Marine life starting to re-establish territories
• New bottom topography becoming learnable
• The most deceptive timeframe—requires extreme caution

Late Recovery (7-14 days)

• Most conditions genuinely returning to normal
• Residual currents minimal and predictable
• Marine life behavior patterns re-established
• New bottom topography stable and mappable
• Approaching normal conditions, but verify with local knowledge

These timelines shift dramatically based on storm intensity, local bathymetry, and whether you get additional weather before full recovery. A major hurricane might create effects lasting three weeks. A moderate storm might reset in five days. Coastal areas with steep drop-offs recover differently than gradual sloping beaches.

The critical insight: visual assessment from shore doesn't tell you where you are in this recovery timeline. You need to talk to locals, check with lifeguards, and understand the invisible progression of different environmental factors resolving at different rates.

The Statistics That Changed How I Think About Risk

Let me share some numbers that fundamentally altered my approach to snorkeling, especially in challenging conditions.

Between 2014 and 2023 in Hawaii, snorkeling accounted for 225 visitor drownings and 188 resident drownings. That's 413 people who died doing an activity most of us consider relaxing and low-risk. More than scuba diving. More than surfing. More than any ocean activity except swimming.

Here's the part that really stuck with me: lack of swimming or snorkeling experience was rarely a factor in people getting into trouble. Experience didn't protect them. In fact, some of the drowning victims were known free divers and spearfishermen—people with serious ocean skills who weren't even engaged in advanced activities when they died. They were just snorkeling.

A comprehensive study analyzing these incidents found patterns that contradicted most casual assumptions:

• Almost all events happened where people couldn't touch bottom
• 38% of people who got into trouble were using full-face masks
• Among those using full-face masks, 90% considered the mask a contributing factor to their difficulties
• Aspiration—actually inhaling water—was rarely the trigger or even a factor

The study identified that snorkel design creates measurable differences in breathing resistance. Generally, simpler designs generate less resistance, but factors like the diameter at the narrowest point or valve design—which you can't always see—make it impossible to determine resistance just by inspection.

For full-face masks specifically, the research identified several concerns that users need to understand:

• Can't be removed as quickly as spitting out a traditional mouthpiece, even with quick-release features
• Can't use standard emergency clearing techniques
• Can't clear water from the tube with a sharp exhalation
• Can't dive beneath the surface safely
• Valve malfunction can lead to serious consequences

I use a Seaview 180 mask regularly, and I genuinely value its design features that support comfortable breathing at the surface. But I'm also realistic about what these statistics mean. Full-face masks demand additional awareness and more conservative decision-making than traditional snorkels, especially in challenging conditions.

In post-storm environments, I'm much more selective about when and where I use my mask. I choose protected areas. I plan shorter sessions. I maintain hypervigilance about breathing comfort. And I never forget that proper fit and seal are critical—even more so when conditions amplify every small challenge.

The Air Travel Factor You've Never Considered

If you're visiting an island destination—Hawaii, Caribbean, anywhere you're flying to snorkel—there's a risk factor you probably haven't thought about: the flight itself.

Research suggests that prolonged air travel may temporarily increase your risk of pulmonary edema when snorkeling. The mechanism makes physiological sense even if the research isn't completely definitive yet. Long flights expose you to hours of mild oxygen reduction at cabin altitude. This can potentially compromise the delicate membranes in your lungs in subtle ways that don't cause symptoms on land but matter when you're working harder to breathe through a snorkel in challenging conditions.

The safety recommendation is straightforward: consider waiting two to three days after extended air travel before snorkeling. If you're planning to snorkel in post-storm conditions—which already increase exertion and breathing demands—that waiting period becomes even more important.

Combined with cardiovascular conditions—even mild ones you barely notice in daily life—recent air travel and post-storm conditions create compound risk that deserves serious consideration. The research is direct about this: if you're uncertain about your cardiovascular health, don't go out.

Why Post-Storm Snorkeling Is Actually Advanced Level

Here's my most controversial opinion: post-storm snorkeling isn't "normal snorkeling in worse conditions." It's an advanced skill set that requires specific experience you probably haven't developed yet.

We don't send novice surfers into post-storm swells. We don't recommend beginner kayakers paddle in wind-reorganized currents. But somehow there's this assumption that if you can snorkel when conditions are nice, you can snorkel whenever the surface looks calm enough.

That assumption kills people.

Post-storm snorkeling demands skills most recreational snorkelers haven't practiced:

• Advanced current reading and active position management
• Excellent body positioning to conserve energy in challenging conditions
• Sophisticated breathing rhythm adaptation to chaotic wave patterns
• Strong spatial awareness when normal landmarks have moved
• Constant physiological self-monitoring for early warning signs
• Sound judgment about when to abort despite having "just gotten in"
• The humility to recognize when conditions exceed your capability regardless of your general experience level

I spent years building these skills incrementally. I started in heavily protected areas with minimal post-storm effects. I gradually expanded to more exposed locations as I learned to read recovery timelines. I practiced position checking until it became automatic. That progression was intentional, patient, and conservative.

Even now, with extensive experience, I approach post-storm windows with caution I don't apply to normal conditions. I choose more protected spots. I stay closer to shore. I plan shorter sessions. I swim with a buddy and maintain constant—not occasional—visual contact. I check my position every thirty seconds without exception.

How Different Storms Create Different Challenges

Winter storms in Hawaii create fundamentally different post-conditions than summer tropical systems. Understanding these seasonal patterns has changed how I assess whether to go out.

Winter storms typically bring long-period northwest swells that persist for days. Residual currents align somewhat predictably with swell direction. Water temperatures drop, which increases physiological stress. Sediment redistribution focuses on north and west-facing coasts. Recovery timelines are relatively predictable because the storm system itself was more directional and consistent.

Summer tropical systems are chaos incarnate. Multi-directional swells from the storm's shifting position. Residual current patterns that make no geometric sense. Warmer water but often terrible visibility. Sediment impacts scattered across multiple coastlines. Recovery timelines that vary wildly because the storm energy came from everywhere at once.

Local knowledge becomes absolutely critical. A winter swell might make the south shore perfectly diveable while the north shore remains a washing machine. A tropical storm might trash visibility for two weeks while maintaining swimmable surface conditions that tempt you into water you shouldn't enter.

Talk to lifeguards. Talk to local dive shops. Talk to people who've snorkeled these specific spots after these specific types of weather. Their knowledge of how particular reef systems respond to particular storm patterns is worth more than any general guideline I can offer.

My Ten Non-Negotiable Rules for Post-Storm Snorkeling

Based on years of experience and informed by research on what actually causes snorkeling deaths, here are my personal rules that I don't bend:

1. Swim at a lifeguarded beach. This is always smart, but it's critical when rescue scenarios become more likely and more complex.
2. If you can't swim confidently, don't snorkel. Post-storm conditions demand stronger swimming skills than normal conditions. Period.
3. Test all equipment in shallow, calm water first. Verify mask seal, breathing comfort, and quick removal before entering challenging conditions.
4. Swim with a buddy and maintain constant visual contact. Not "stay in the general area." Constant eye contact. Close enough to assist immediately.
5. Stay where you can touch bottom—but verify the bottom is where you think it is. What was touchable last week might not be touchable now.
6. If you have any cardiovascular condition, seriously reconsider. The increased exertion creates demands that might be negligible normally but significant in challenging conditions.
7. Check your position every thirty seconds without exception. This isn't paranoia. Residual currents move you faster than you expect in directions you won't immediately feel.
8. Exit immediately at the first sign of breathing difficulty. Remove your mask, get on your back if needed, signal for help, and get out. Don't negotiate. Don't wait to see if it passes.
9. Never increase exertion while breathing through a snorkel. Conditions already increase your work rate. Don't compound that by trying to swim hard or fight current.
10. Wait two to three days after long flights before snorkeling. Give your body time to recover from mild cabin hypoxemia before adding snorkeling's breathing demands.

These aren't suggestions for nervous beginners. They're protocols for everyone, backed by research on what actually goes wrong when experienced snorkelers get into fatal trouble.

Choosing Equipment That Matches the Conditions

Equipment choice becomes critical in post-storm conditions because small differences in breathing resistance that don't matter normally can compound into significant physiological challenges when you're already working harder.

Research on snorkel airway resistance shows huge variability between designs—from minimal resistance to levels that significantly increase breathing work. In calm conditions, you might not notice. In chaotic post-storm wave patterns where you're timing breaths between unpredictable swells while fighting residual currents, that extra resistance matters.

For traditional snorkels, simpler designs generally create less resistance, but the diameter at the narrowest point and valve design—which aren't always visible—make it impossible to judge resistance by looking. Search for snorkels that specifically advertise low resistance testing. Try equipment in safe shallow water and pay attention to how hard you're working to breathe through it.

For full-face masks, the statistics I shared earlier demand serious consideration. Among snorkelers who experienced trouble, 38% were using full-face masks, and 90% of those people considered the mask a contributing factor.

I use my Seaview 180 mask regularly and value its design features intended to support comfortable surface breathing. But I'm also realistic about limitations that come with any full-face design. They require more deliberate effort to remove quickly compared to spitting out a traditional mouthpiece. You can't use the same emergency clearing techniques. You need exceptional vigilance about breathing comfort and any sense of resistance.

In post-storm conditions, I'm far more conservative about when and where I use a full-face mask. I choose protected areas with minimal current. I plan shorter sessions. I'm hypervigilant about breathing difficulty. And I never forget that environmental factors—waves, currents, water temperature, exertion—all affect breathing comfort, and post-storm conditions amplify every single one simultaneously.

The bottom line: choose equipment thoughtfully, understand its limitations honestly, and be realistic about whether it's appropriate for the specific conditions you're actually entering rather than the conditions you wish were present.

The Ecological Window (If You Really Know What You're Doing)

Despite everything I've said about caution and risk, I'll admit there's something genuinely compelling about post-storm snorkeling when approached with appropriate skill and conservative parameters.

The temporary reorganization of marine environments reveals ecological dynamics you'd never observe otherwise. I've watched octopuses hunting in broad daylight in shallow water because their usual deep crevices got filled with sediment. I've seen cleaning stations relocate entirely as fish populations temporarily redistribute. I've witnessed the remarkable speed at which coral polyps clear sediment and resume function after being buried.

Marine ecologists study these "disturbance events" as windows into ecological resilience and adaptation. As snorkelers, we get to witness those processes firsthand if—and this is crucial—we can do so safely and responsibly.

But here's the critical qualifier: these ecological insights are only worth pursuing if you have the advanced skills, conservative approach, and honest self-assessment to do so without putting yourself at elevated risk. The ocean isn't performing for your education. It's reorganizing itself with complete indifference to whether you're there to watch.

The fish don't care if you see their behavioral reorganization. The coral doesn't care if you observe its sediment-clearing mechanisms. Your desire to witness these processes doesn't obligate the ocean to make them safely accessible to you.

What the Ocean Teaches About Humility

I can spend years learning a reef system. Map its contours in my mind. Understand its rhythms and patterns. Recognize individual fish. Know exactly where the bottom transitions from sand to rock at every point along my usual route.

Then a single storm rewrites all of that in twelve hours.

That's the humility lesson post-storm snorkeling teaches: this environment operates on scales of power and complexity that dwarf my comfortable comprehension. My experience, my familiarity, my confidence—all of that becomes temporarily irrelevant when the ocean decides to reorganize itself.

That humility is protective. It's the antidote to the dangerous confidence that comes from extensive experience in normal conditions. The statistics are sobering: 225 visitor drownings and 188 resident drownings while snorkeling in Hawaii over a decade. Many were experienced swimmers. Many occurred in conditions that looked manageable. Almost all happened where people couldn't touch bottom.

The research is explicit: recreational snorkeling is not a benign, low-risk activity. This is true for both inexperienced and experienced swimmers and snorkelers. Experience alone doesn't protect you. You need experience in these specific conditions plus the wisdom to recognize when conditions exceed your capability.

Responsibility for personal safety lies primarily with the snorkeler. Not with the lifeguard who can't watch everyone simultaneously. Not with the tour operator who provided basic instruction. Not with the conditions that look deceptively calm from shore. With you.

That responsibility means honest assessment of your swimming ability in actual present conditions, your cardiovascular health and travel history, your equipment and its limitations, your experience level in challenging conditions specifically, and your ability to recognize early warning signs and exit immediately when they appear.

My Actual Pre-Entry Checklist

Before I enter post-storm water, I run through these questions honestly. If I can't answer yes to all of them, I don't go:

• Has it been at least five to seven days since the weather cleared?
• Have I talked to local lifeguards or experienced snorkelers about current conditions at this specific location?
• Have I watched the water from shore for at least fifteen minutes, observing wave patterns and surface currents?
• Is this a protected area with easy entry and multiple exit points?
• Can I clearly identify multiple landmarks for position checking?
• Is there a lifeguard on duty right now?
• Do I have a buddy who understands the risks and has agreed on signals and position-checking protocols?
• Have I tested my equipment in shallow water today and verified comfortable breathing and quick removal?
• Am I feeling genuinely good physically—well-rested, hydrated, no respiratory issues whatsoever?
• Has it been at least two to three days since any air travel?
• Have I honestly assessed my cardiovascular health and determined I'm cleared for increased exertion?
• Do I have a conservative time limit and genuine commitment to stick to it regardless of how good conditions seem once I'm out there?
• Am I prepared to exit immediately—without negotiation or "just five more minutes"—if I experience any breathing difficulty, unusual fatigue, or spatial disorientation?

Every single one needs to be yes. The ocean will still be there tomorrow, next week, next month. There is no shortage of future opportunities to snorkel in better conditions with lower risk.

The Hard Truth About Conservative Decisions

When I approach post-storm windows now, I treat them as advanced practice with strict parameters I set before I even look at the water:

I wait longer than feels necessary. If conditions look good on day three, I wait until day six or seven. If they look good on day six, I might go—but with reduced expectations and heightened caution that I maintain throughout the entire session.

I choose only protected areas. No exposed reefs. No channels with strong tidal influence. No spots where I can't easily exit. I look for natural breakwaters, gradual slopes, and multiple exit points I can reach without swimming through current.

I plan sessions that are half my normal length. Instead of ninety minutes, I'm out for thirty to forty-five maximum. This keeps exposure to unpredictable conditions limited and ensures I exit well before fatigue becomes any kind of factor.

I maintain position checking every thirty seconds without exception. I use multiple shore landmarks because single references can be deceiving with shifting currents. I literally count to thirty and look up. Count to thirty and look up. The entire session.

I exercise immediate exit protocols at the first sign of anything unexpected. Breathing resistance, unusual fatigue, spatial disorientation, encounter with displaced wildlife in unusual locations—any of these ends the session immediately. No negotiation with myself about whether it's really necessary.

I swim with a buddy and maintain visual contact close enough to assist immediately if needed. Not "in the general vicinity." Close. Constant eye contact. Pre-agreed signals that we both watch for.

Building Real Ocean Literacy Over Time

The goal isn't to conquer challenging conditions. The goal is to build genuine ocean literacy through patient, incremental learning and deep respect for complexity you don't fully understand yet.

Real ocean literacy means understanding that experience in normal conditions doesn't automatically transfer to challenging ones. It means recognizing early warning signs and responding immediately rather than seeing how far you can push. It means knowing your equipment's limitations as well as its capabilities. It means building skills progressively rather than testing limits aggressively. And it means accepting that some days the ocean is clearly saying "not today" and respecting that message.

I've been snorkeling for over fifteen years in conditions ranging from perfect Caribbean calm to challenging Pacific post-storm complexity. The most important thing I've learned? The ocean rewards patience, preparation, and respect. It has zero tolerance for overconfidence, shortcuts, or wishful thinking about what conditions actually are versus what you want them to be.

Post-storm snorkeling can offer remarkable ecological insights and the satisfaction of engaging with dynamic marine environments. But it demands advanced skills, conservative decision-making, and the wisdom to recognize that recreational equipment—even well-designed equipment like the Seaview 180 mask I use—is exactly that: recreational. It's designed to support comfortable surface snorkeling in appropriate conditions, not to enable ventures into environments that push or exceed safe parameters.

The choice is always yours. The responsibility is always yours. And the ocean, in its vast indifference, will teach you either wisdom or consequences.

Choose wisdom. Choose patience. Choose to wait for genuinely appropriate conditions rather than forcing yourself into marginal ones because you're on vacation, because you flew all this way, because the water looks okay from the beach, because you "should be fine."

The best snorkeling session is always the one you return from safely, with memories instead of regrets and anticipation for next time instead of gratitude that you survived. The water will clear. The currents will settle. The marine life will re-establish its patterns. And when conditions truly return to normal—not when they merely appear to from shore—the ocean will welcome you back to the underwater world you love.

Until then, practice the hardest skill of all: the patience to wait.