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    • CURRENT LOCAL NOTICES TO MARINERS

      Here are the latest Local Notices to Mariners and NAV ALERTS that are relevant to ICW cruising in Districts 5, 7 and 8, the OBX, AICW, OWW, Keys, GIWW and adjacent waters. Open each LNM link for the USCG notice and a chart for each location. Listed north to south to north. NAV ALERTS will also be posted on our Homepage.

      For previous Local Notices, go to the Specific State or Region on our Homepage

       

      Week 20/26

      LNM: Off , Pungoteague Creek Channel Daybeacon 14 Leaning

      LNM: Off AIWW MM:267.4, Banks Channel Daybeacon 5 Temporarily Discontinued

      LNM: AIWW MM:806.7, Fox Cut Light 3 Destroyed

      LNM: AIWW MM:280.2, New River – Cape Fear River Buoy 121 Re-Established

      LNM: Off AIWW MM:270.0, Banks Slough Channel Buoy 2BS Missing

      LNM: Off AIWW MM:270.0, Banks Slough Channel Buoy 2BS Missing

      LNM: Off AIWW MM:269.9, Banks Slough Channel Buoy 3BS Missing

      LNM: AIWW MM:266.5, Banks Channel Buoy 9 Missing

      LNM: AIWW MM:263.7, Banks Channel Daybeacon 19 Missing

      LNM: Off , Chickahominy River Channel Buoy 14 Offstation

      LNM: AIWW MM:274.6, New River – Cape Fear River Daybeacon 108 Missing

      LNM: Off WW, Chickahominy River Channel Buoy 10 Offstation

      LNM: Off , Chickahominy River Channel Buoy 8 Offstation

      LNM: OWW MM:137.6, Caloosahatchee River Daybeacon 60 Missing

      LNM: AIWW MM:806.7, Fox Cut Light 3 Destroyed

      LNM: GIWW-West MM:629.7, Port Mansfield Channel Daybeacon 30 Destroyed

      LNM: GIWW-West MM:455.6, Matagorda Bay Light 3 TRLB

      LNM: GIWW MM:28.4, Boca Grande Yacht Basin Channel Light 7 Set TRLB

      LNM: GIWW-East MM:98.2, Round Island South Channel Light 3 Missing

      LNM: Off GIWW-East, Arlington Channel Range Front Light Extinguished

      LNM: GIWW-West MM:549.6, Corpus Christi Baffin Bay Buoy 9 Offstation

      LNM: GIWW-West MM:549.6, Corpus Christi Baffin Bay Buoy 10 Offstation

      LNM: OWW MM 122 Franklin Lock Closure, TODAY, 8am-Noon, May 13

      LNM: GIWW-West MM:470.5, Matagorda Bay Buoy 50 Missing

      LNM: GIWW-West MM:455.6, Matagorda Bay Light 3 Destroyed

      LNM: Off AIWW MM:226.8, Bogue Inlet Entrance Lighted Whistle Buoy BI Missing

      LNM: Off AIWW MM:205.0, Beaufort Inlet Channel Lighted Buoy BM Missing

      LNM: Off AIWW, Hungar Creek Lighted Wreck Buoy WR7 Offstation

      LNM: Off AIWW, Hungar Creek Lighted Wreck Buoy WR5 Missing

      LNM: OWW MM 122 Franklin Lock Closure, TOMORROW, 8am-Noon, May 13

      LNM: AIWW MM:716.5, Amelia River Lighted Buoy 10 Improper Characteristics

      LNM: Off AIWW MM:244.7, New River Inlet Closed to Navigation

      LNM: GIWW MM:84.0, Siesta Key-Tampa Bay Daybeacon 34 Missing

      LNM: AIWW MM:989.5, Great Pocket Daybeacon 12 Destroyed

      LNM: Off AIWW, Cooper River Lighted Buoy 83 Extinguished

      LNM: Off WW, Milford Haven Light 12 Missing

      LNM: Off WW, Chincoteague Channel Lighted Buoy 24 Offstation

      LNM: OWW MM 122 Franklin Lock Closure, 8am-Noon, May 13

      LNM: Off WW, Outer Diamond Shoals Buoy 2 Offstation

      LNM: Off AIWW MM:250.2, New River – Restricted Areas Live Firing

       

      Week 19/26

      LNM: Off GIWW-West MM:540.5, La Quinta Channel Light 4 Missing

      LNM: Off WW, NWS Tropical Atlantic Marine Weather Briefing 17:45

      LNM: GIWW-West MM:537.6, Aransas-Corpus Christi Bay Cutoff Channel Daybeacon 39 Set TRUB

      LNM: Off GIWW-West MM:536.4, Corpus Christi Channel Light 14 Set TRUB

      LNM: AIWW MM:888.4, Indian River (North Section) Light 55 Destroyed

      LNM: Off OWW MM:145.8, San Carlos Bay Light SC Extinguished

      LNM: GIWW-West MM:652.9, Harlingen-Port Isabel Daybeacon 33 Offstation

      LNM: GIWW-West MM:650.8, Harlingen-Port Isabel Daybeacon 25 Offstation

      LNM: Off GIWW-West MM:536.4, Corpus Christi Channel Light 14 Missing

      LNM: GIWW MM:13.4, Redfish Pass Daybeacon 21 Destroyed

      LNM: GIWW-West MM:537.6, Aransas-Corpus Christi Bay Cutoff Channel Daybeacon 39 Offstation

      LNM: Off GIWW-West MM:540.5, La Quinta Channel Light 4 Extinguished

      LNM: Off GIWW-West MM:534.1, Corpus Christi Channel Light 7 Extinguished

      LNM: Off WW, Lynnhaven Inlet Lighted Buoy 4A Shoaling

      LNM: AIWW MM:960.8, Indian River (South Section) Daybeacon 172A Destroyed

      LNM: Off AIWW MM:897.8, Sykes Creek Daybeacon 28

      LNM: AIWW MM:330.5, Cape Fear River – Little River Buoy 81 Temporarily Discontinued

      LNM: Off GIWW, Hillsborough Cut C Channel Inbound Range Front Light is Dim

      LNM: Off AIWW MM:897.8, Sykes Creek Daybeacon 28 is Dim

      LNM: AIWW MM:848.9, New Smyrna Beach Daybeacon 51 Offstation

      LNM: Off WW, Upper Delaware River Channel Buoy 86 Changed

      LNM: Off AIWW, Oregon Inlet Channel Lighted Buoy 31 Relocated

      LNM: Off AIWW, Oregon Inlet Channel Buoy 30A Relocated

      LNM: Off AIWW, Oregon Inlet Channel Lighted Buoy 29 Relocated

      LNM: AIWW MM:848.9, New Smyrna Beach Daybeacon 51 Offstation

      LNM: Off WW, Hatteras Connector Buoy 7 Relocated

      LNM: Off WW, Hatteras Connector Buoy 7A Relocated

      LNM: Off WW, Hatteras Connector Buoy 6A Relocated

      LNM: AIWW MM:321.5, Cape Fear River – Little River Buoy 47A Temporarily Discontinued

      LNM: AIWW MM:321.5, Cape Fear River – Little River Buoy 46A Temporarily Discontinued

      LNM: Off GIWW-East MM:227.7, U. S. Coast Guard Base Daybeacon 2 Destroyed

      LNM: Off WW, Crystal River Daybeacon 6 Missing

      LNM: Off WW, Crystal River Daybeacon 7 Missing

      LNM: Off GIWW-East MM:96.4, Pascagoula River Light 10 Destroyed

      LNM: Off AIWW, Oregon Inlet Channel Light 54 Temporarily Established

      LNM: GIWW MM:4.4, Pine Island Sound Light 13 Extinguished

      LNM: GIWW-West MM:664.5, Port Isabel Small Boat Harbor Channel Buoy 4 Missing

      LNM: Off AIWW MM:579.7, Barnwell Island Flats Lighted Buoy 52 Offstation

      LNM: GIWW MM:50.7, Lemon Bay Channel Daybeacon 46 Set TRLB

      LNM: Off WW, Cedar Keys Northwest Channel Daybeacon 21 Set TRLB

      LNM: Off WW, Port Manatee Channel Inbound Range Front Light Extinguished

      LNM: Off AIWW, Fort Florida Daybeacon 106 Damaged

      LNM: Off OWW, Royal Harbor Daybeacon 2 Destroyed

       

      Week 18/26

      LNM: Off WW, Port Sutton Channel Light 1 Set TRLB

      LNM: Off AIWW MM:714.9, St Marys South Jetty Buoy D Missing

      LNM: Off WW, Wachapreague Channel Lighted Buoy 6 Offstation

      LNM: Off WW, Wachapreague Channel Lighted Wreck Buoy WR7 Offstation

      LNM: Off WW, NWS Tropical Atlantic Marine Weather Briefing 20:30

      LNM: GIWW MM:50.7, Lemon Bay Channel Daybeacon 46 Broken

      LNM: Off WW, Situational Update – Hazardous Weather Outlook for the Western Atlantic – Sun May 3, 2026 12:15 Dim

      LNM: St. Johns River MM:6.4, White Shells Cut Range Rear Light Extinguished

      LNM: Off WW, Port Sutton Channel Light 1 Missing

      LNM: Off WW, Situational Update – Hazardous Weather Outlook for the Western Atlantic – Sat May 2, 2026 12:45

      LNM: AIWW MM:712.8, St Marys Entrance Range Rear Light Extinguished

      LNM: Off AIWW MM:895.2, Sykes Creek Daybeacon 7 Off Station

      LNM: Off AIWW MM:988.9, St Lucie Inlet Lighted Buoy 8 Off Station

      LNM: Off WW, Cedar Keys Northwest Channel Daybeacon 21 Missing

      LNM: Off WW, Situational Update – Hazardous Weather Outlook for the Western Atlantic – Fri May 1, 2026 17:15

      LNM: Off GIWW MM:23.0, Jug Creek Channel Daybeacon 10 Missing

      LNM: Off GIWW MM:21.9, Matlacha Pass Daybeacon 81 Destroyed

      LNM: Off GIWW MM:23.4, Matlacha Pass Daybeacon 93 Destroyed

      LNM: Off GIWW MM:15.2, Matlacha Pass Daybeacon 58 Destroyed

      LNM: Off GIWW MM:23.8, Jug Creek Shoal Daybeacon 9 Extinguished

      LNM: Off GIWW MM:23.6, Jug Creek Shoal Light 8 Extinguished

      LNM: Off AIWW-DismalSwamp, Chesapeake Bay Southern Approach Lighted Whistle Buoy CB Changed

      LNM: Off AIWW MM:340.6, Little River Inlet Light 7 Extinguished

       

      Week 17/26

      LNM: Off WW, James River Channel Buoy 172 Off Station

       

      Week 39/23

      LNM: Alt ICW MM 7, Long Term Deep Creek Bridge Replacement, Dismal Swamp Canal, NC

      For previous Local Notices, go to the Specific State or Region on our Homepage

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    • LTM Additions So Far Today: Today (Fri, May 15)

      0 New LTM\’s Added Today. Note this post is updated hourly so check back as the day progresses for the lastest and updated information.

      SELECT LTM Area:

      SELECT Format:
       

      0 ALL Areas LTM\’s Added on 2026-05-15

      ALL Areas List for 2026-05-15 (0 Found)

      No LTM on 2026-05-15

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    • Southeast Marine Fuel Best Prices as of May 13

      This week’s lowest current marina fuel prices as of May 13
              Diesel Range: $4.70 to $7.39 Lowest @ Wacca Wache Marina in (South Carolina)
              Gas Range: $4.50 to $5.98 Lowest @ Delegal Creek Marina in (Georgia)
      Remember to always call the marina to verify the current price since prices may change at any time. Also please let us know if you find a marina’s fuel price has changed via the Submit News link.

      SELECT Fuel Type:
      SELECT Format:
      Lowest Diesel Price in Each Region

      Fuel Price Report Brought to you by:

      Ft. Pierce City Marina
      Ft. Pierce City Marina specializes in overnight dockage and 22 hour fueling.

      Lowest Diesel Prices Anywhere

      All Regions (Price Range $4.70 to $7.90)

      $4.70 Wacca Wache Marina (05/11)
      $4.85 Freeport Marina (05/11)
      $4.89 Dudley’s Marina (05/12)

      Lowest By Region

      Virginia to North Carolina (Price Range $5.20 to $5.70)

       

      North Carolina (Price Range $4.89 to $6.55)

      $4.89 Dudley’s Marina (05/12)
      $5.21 Albemarle Plantation Marina (05/11)
      $5.25 Sea Gate Marina (05/11)

       

      South Carolina (Price Range $4.70 to $7.39)

      $4.70 Wacca Wache Marina (05/11)
      $4.85 Freeport Marina (05/11)
      $4.99 Myrtle Beach Yacht Club (05/11)

       

      Georgia (Price Range $4.99 to $6.25)

       

      Eastern Florida (Price Range $4.91 to $7.19)

      $4.91 Port Consolidated (05/12)
      $5.09 Anchor Petroleum (05/11)
      $5.25 LukFuel (05/11)

       

      St Johns River (Price Range $5.15 to $7.90)

       

      Florida Keys (Price Range $5.20 to $7.20)

       

      Western Florida (Price Range $3.21 to $7.60)

      $3.21 Shields Marina (05/12)
      $5.09 Sea Hag Marina (05/11)
      $5.19 Twin Rivers Marina (05/11)

       

      Okeechobee (Price Range $5.45 to $6.41)

      $5.45 Gulf Harbour Marina (05/11)
      $6.41 Sunset Bay Marina (05/12)

       

      Northern Gulf (Price Range $5.39 to $6.24)

       

      Texas (Price Range $5.37 to $5.37)

       

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    • NHC: TROPICAL STORM CHARTS AND UPDATES

      The National Hurricane Center chart below updates automatically and shows the latest storm positions. Click the chart for the full NHC report. While port conditions are primarily for commercial mariners, they give a strong indication of the Coast Guard’s appraisal of the storm’s severity.

      Categories:
      • Category 1: winds between 74 m.p.h. and 95 m.p.h.
      • Category 2: winds between 96 m.p.h. and 110. m.p.h.
      • Category 3: winds between 111 m.p.h. and 129 m.p.h.
      • Category 4: winds between 130 m.p.h. and 156 m.p.h.
      • Category 5: winds of 157 m.p.h. or greater.
      Hurricane Season Port Condition Definitions 
      
      
      
      

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      1. Shawn Test -  May 11, 2026 - 10:35 pm

        Test Comments

        Reply to Shawn
    • LTM Additions: Yesterday (Thu, May 14)

      16 New LTM\’s Added Yesterday

      SELECT LTM Area:

      SELECT Format:

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    • Explainer: Navigational Realities Behind the Strait-of-Hormuz Standoff – Loose Cannon

      Cruisers Net publishes Loose Cannon articles with Captain Swanson’s permission in hopes that mariners with saltwater in their veins will subscribe. $7 per month or $56 for the year; you may cancel at any time.

       
       
         
       
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      Explainer: Navigational Realities Behind the Strait-of-Hormuz Standoff

      Terrain Analysis Complete With Maps, Charts and Photos

       
       
      Guest post
       
       
       
       
       

      READ IN APP

       
         
      An Iranian missile boat, one of a few hundred armed small craft deployed by the Iranian Revolutionary Guard Corps.

      The author is a boatbuilder, a former Navy SEAL and author of dystopian thriller fiction (Scroll to the bottom). This story was first published on May 5, 2026 in Matthew’s Substack and is reprinted here with permission.


      After following the latest news from both sides, and listening to this morning’s Pentagon brief, it’s becoming clear to me that the new American “safe passage guidance” plan is to steer shipping through the inshore southern “local traffic” channel near Oman. Jazirat Salamah is the northernmost outcropping of Omani Territory and guards this inshore shipping channel.

        Image  

      The chart below shows the entire Strait of Hormuz. The old official inbound and outbound channels ran through the middle. The current Iranian “toll route” is on the northern side in Iranian waters, and inbound ships must gain approval and then pass between the two Iranian islands shown. Outbound ships must also gain approval, and then pass near to Larak Island. Iran has implied that the center of the Strait of Hormuz has been mined, and the only safe route is the Iranian toll route.

         

      This morning General Caine wasn’t explicit, citing operational security reasons, but it seems clear to me that he is suggesting that shipping will be kept safe if it passes through Oman’s inshore channel. For now it appears we will not be sending our warships through it, but we will put a total safety zone above and around it using our persistent surveillance and air power.

      It remains to be seen if any non-U.S. ships will take up the offer to run through the inshore passage, without the physical presence of U.S. warships confidently escorting them, and sharing their danger.

      (I’m still unsure if our Burke-class DDGs, the Truxton and the Mason, actually entered the Persian Gulf via this southern route on May 4, or where they were when and if they were engaged by Iranian fire. The two American ships that escaped seem to have used this Omani inshore channel.)

      Below is the chart that Pete Hegseth and General Caine put up this morning. Note the crude free-hand green lines that are “Pentagon level and ready for the press.” It really does not give one confidence that this is a well-thought out plan.

      Share

        Image  

      The problem is that the most important ships that are blocked inside the Persian Gulf are the giant VLCCs. These are Very Large Crude Carriers, and they can carry about TWO MILLION barrels of oil.

         

      These ships are longer than our nuclear aircraft carriers, and 3 times as heavy. They take miles to plan their turns. With drafts of up to and 80’, they want to stay in very deep water at all times. This is even more true when they are low in the water and fully laden with their cargo of crude oil, which makes them even more difficult to turn, not to even mention to stop.

      This is why it’s helpful that the mandated Iranian outbound route passes on the open water side of Larak Island, for easier and safer maneuvering by fully laden tankers.

         

      Next, take a look at the Inshore Traffic Zone on the chart below. Note the location of Jazirat Salamah. (Jazirat is Arabic for Island.) It used to mark the south side of the old official outbound traffic channel. South of Salamah are two other smaller rocky islands, and then Ennerdale Rock, which comes up to within 50 feet of the surface of the water.

      Share

        Image  

      As we have just seen above, tankers need much more than that depth. And a hidden rock is even worse than a visible island that shows up on radar. So only local smaller traffic (motorized dhows and so on) are going to pass north of Ennerdale Rock.

      From Ennerdale Rock to the next tiny islet to the south is only 7.5 KM or 4 nautical miles. This area is notorious for tricky currents swirling around in eddies due to the underwater topography as the tides pour in and out of of the Persian Gulf. And it can also get windy here. Put a 20-knot wind against or sideways to a 3+ knot current (that shifts direction relative to the ship’s forward movement) and you have a channel that prudent mariners handling large ships will avoid at all costs.

      This is why the official traffic channels were right in the deep and wide middle of the Strait of Hormuz, where these tricky currents are not as hard to predict or to understand, and thereby to compensate for. Note that the old inbound channels were each miles wide, with miles between them, and miles of buffer outside of them.

      I can only imagine that ship traffic taking the inshore route, under optimal conditions, free from risk of missiles, drones or mines, will move in one direction at a time only, like the Suez Canal. There is no way that a pair of VLCCs will want to pass one another in the four-mile gap between Ennerdale Rock and Jazirat Abu Rashid to the south. Slight miscalculations by one ship, and a misunderstanding by the other, could easily result in a collision or grounding.

      Remember, our goal is to save the global economy, or at least lessen the damage, by getting back to the normal 100-plus ships per day passing through the Strait of Hormuz as soon as possible. That will not be easy to accomplish with ships passing both ways through a single four-mile-wide channel, making different radius turns at each end.

         

      For the sake of comparison, about 35 ships over 50,000 tons converge on or depart from the Panama Canal approaches daily. Only three or four ships over 100,000 tons use the Panama Canal per day. I’ve been through it on sailboats three times. On both the Pacific and Atlantic ends, it looks like all the ships in the world are coming together. And this traffic is nothing compared to what should be passing through the Strait of Hormuz every day, in numbers or in the size and tonnage of the ships. Persian Gulf VLCCs make the ship ahead of my boat seem like a toy.

         

      Maybe I’m wrong, and two-way traffic would be possible, if risky. But now add in the risk of Iranian missiles or drones, and ships taking emergency evasive actions. Hint: 300,000 ton VLCCs moving at 12 knots do not turn like Ferraris, and they essentially have no brakes. They basically just plan long in advance how to coast to a stop in safe place, where large tugs will take over. A full emergency crash stop, engine in full reverse, takes two miles!

      The Navy’s Case

      So far I’ve made the case against the southern Inshore Traffic Route. Next, I’ll make the U.S. Navy’s case for it.

      So why would the U.S. Navy even consider offering any form of safe passage through the risky Inshore Route? Well, first of all, it’s as far as a merchant ship, tanker or warship can get from Iran on the way in or out of the Persian Gulf. Greater distance means more warning time for incoming Iranian missiles or drones. Not much, but even an extra minute can matter a lot.

      But I think the main reason for considering an “air-safety umbrella” over this southern route lies in the geography and topography of the northern tip of Oman. Including it’s offshore islands, the northernmost being the previously mentioned Jazirat Salamah, not seen on this chart. Sure, Iran rings the Strait of Hormuz around 270 degrees of arc, all of it cliffs and mountains, bristling with hidden anti-ship guided missiles and Shahed drones, but the top of Oman is also pretty damn good fighting terrain, or at least defensive terrain.

        Image  

      Just look at this map of the northern tip of Oman, (and it does not even include the rocky islands that are 4 and 5 miles north of it.) From an old SEAL’s point of view, this is just about heaven in many ways. First, there are dozens of rocky cliff-edged coves to anchor patrol boats in, with beaches for your rigid hull inflatables. You can move and relocate and find all-around cover anytime you want, day or night.

      Naval Special Warfare is not just the SEALs, it also includes “the boat guys” in SWCC, and SpecWar’s own dedicated drone and ISR wing and commo elements. (Not to mention possibly also some MarSoc Marines and assorted other knuckle-dragging cutthroats and scallywags.) I have no particular recent knowledge, I’m just guessing, but that Musandam Peninsula is not where I would want to go today unless I wanted to meet some very tough and well armed American frogmen and Marines with no illusions about the battle that might be coming at any hour.

      Yes, Shahed drones can turn and maneuver, but they are slow, and I think our ISR guys will be ready for them. And being in a cave on the far side of a rocky cliff-sided mountain is very good protection from straight-line missiles.

      Now, I’m just going to pull in some pictures to give you an idea of the terrain around the Musandam Peninsula. Like I said, it’s “frogman heaven,” as long as somebody is bringing the water and ice, decent rations, and some smuggled cases of Beera Heineken would certainly not hurt. Too bad there’s an effin’ war going on. Looks like some nice diving, fishing and boating.

        Image  
        Image  
        Image  
        Image  

      And next, some snaps of the Salamah Islands. Lucky guys that pull that duty: Almost no officers! Sometimes none at all. Or only J.O.s, and you can handle them easy. And if anybody from “higher” is coming to visit, you’ll always know well ahead of time. Set up your hooch in a shady cave with a breeze blowing through, and leave us the hell alone until it’s go-time. We’ll find the fish, crabs, lobsters, octopi, clams etc. by the second day. Just bring your spice pack and hot sauce. Frogman heaven.

        Image  
      Jazirat Tadmur aka Little Quoin Island.
        Image  
        Image  

      Novels by Matt Bracken

         

      Bracken’s collection is available from Amazon for Kindle and Audible, but it’s better to get the printed books from him. He’ll sign ’em, Jeff Bezos won’t. And Amazon won’t get two-thirds of your moola. Snail mail works fine, but PayPal is quicker.


      LOOSE CANNON covers hard news, technical issues and nautical history. Every so often he tries to be funny. Subscribe for free to support the work. If you’ve been reading for a while—and you like it—consider upgrading to paid.

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    • Sécurité, Sécurité, Sécurité: Mean People Will Be Blocked – Loose Cannon

      Cruisers Net publishes Loose Cannon articles with Captain Swanson’s permission in hopes that mariners with saltwater in their veins will subscribe. $7 per month or $56 for the year; you may cancel at any time.

       
         
       
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      Sécurité, Sécurité, Sécurité: Mean People Will Be Blocked

      Just Ignoring Facebook Haters Ain’t Enough

       
       
       
       
       

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      No, that’s not meant to be me. I am kind and gentle (but a little fed up).

      Loose Cannon has an uncomfortable relationship with Facebook. On the one hand, it’s an important part of the business model because stories teased on Facebook bring in new readers, many of whom go on to become subscribers and later paying customers.

      On the other hand, all the stuff that sucks about Facebook.

      Facebook has given America’s stupid people a voice and mean people a sense of superiority. It took me a long time to train myself not to engage every lout that decided to have a go at us or our work.

      Because the only person who is really benefitting from any of that keyboard combat is a certified dipshit named Mark Zuckerberg.

      Share

      As of this month, Loose Cannon is escalating a policy of de-escalation. Before, we would just ignore the turd-chuckers out there in the belief that the good people of the boating community would recognize them for what they are. Then I asked myself, why not just block them?

      Not the thoughtful folks, mind you, those who question the evidence or have a different opinion, just the jerks who exhibit hostility to Loose Cannon or other commenters right out of the gate.

      If the idea is to recruit subscribers, these hateful people are probably unlikely to sign up anyway, and why would we even want them among us?

      We really don’t care if you are a boat-owning Trumper. Fine. Knock yourself out, but if your political belief system forms the basis for an attack on Loose Cannon, we’re going to block you. Find some other family whose Thanksgiving needs ruining.

      If you are a grifter, we’re going to block you. Ditto, a liar, an abuser of animals or someone selling passes to enter heaven. If you refer to one of our headlines as “click bait,” you will be blocked. (It’s only click bait if the story does not support the headline.) Same with “rage bait.” Be seeing ya, Bubba. Rage this.

      Also, to those of you that have something interesting to contribute or an error to correct, please don’t do so on Facebook. Come right to the comments section beneath every story and do it there. You will be more likely to reach people who have actually read the piece and stand a chance of understanding what you are trying to say.

      Which reminds me: If you post an opinion on one of our Facebook links or ask a question that reveals that you could not possibly have read the story, we’re just going to block you too.

      Loose Cannon out.

      “Send lawyers, guns and money. Dad, get me outta this.”


       

       

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      411 Walnut St. No. 1944, Green Cove Springs, FL 32043
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    • What’s Happening in Elizabeth City this weekend? – Elizabeth City


      Elizabeth City sits at the southern terminus of the Dismal Swamp Canal and has the well-earned reputation of being a transient-friendly town with free dockage for 72 hours.

       

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    • South Carolina Gears Up for Heat Safety Week as Temperatures Rise – SCDNR


       
       
      SCDNR color logo and South Carolina Department of Natural Resources in text on green background


      Extreme Heat Planning Timeline

      FOR IMMEDIATE RELEASE: MAY 12, 2026

      South Carolina Gears Up for Heat Safety Week as Temperatures Rise

      COLUMBIA, S.C. – Governor Henry McMaster has declared May 18 to May 22, 2026, as South Carolina Heat Safety Week. As temperatures start to rise across the state, officials are urging residents to focus on heat safety before the summer season.

      This statewide effort is a collaboration between the S.C. State Climatology Office, the S.C. Department of Natural Resources, the National Weather Service, the South Carolina Emergency Management Division, and the S.C. Department of Public Health.

      “Excessive heat is the number one weather-related killer in the United States. It doesn’t leave behind the visible destruction of a hurricane or tornado, so its danger is often overlooked,” said John Quagliariello, the Meteorologist-in-Charge of the Columbia National Weather Service Office. “The true tragedy is that, with proper awareness and preparation, the vast majority of these heat-related fatalities are entirely preventable.” Quagliariello noted that there is still a risk of heat-related illness at lower heat thresholds that may not trigger advisories or warnings, especially for heat-sensitive populations.

      South Carolina Heat Safety Week coincides with the National Heat Safety Campaign hosted by the National Integrated Heat Health Information System (NIHHIS), a collaboration of federal partners, including the National Oceanic and Atmospheric Administration and the Centers for Disease Control and Prevention. Each day during the week will feature daily themes to educate the public about the dangers of excessive heat and the steps they can take to stay safe.

      May 18: Heat-related illness awareness

      May 19: Heat safety tips

      May 20: Check on your family, friends, teammates, and neighbors

      May 21: Heat safety and outdoor recreation

      May 22: Staying safe in the sun (Don’t Fry Day)

      Assistant State Climatologist Melissa Griffin noted that last summer, overnight temperatures were up to 10 degrees above normal, heightening heat risks and providing little relief. Dangerously hot and humid conditions at the end of July prompted Extreme Heat Warnings for most of the Coastal Plain, while Heat Advisories were issued for the Midlands and Upstate, with heat indices ranging from 110 to 118 degrees. The National Weather Service station at the Mount Pleasant Airport recorded a heat index of 115 degrees on July 26, and the NWS station at the Greenville-Spartanburg International Airport reported a heat index of 107 degrees on July 27.

      The South Carolina Department of Public Health (DPH) places an emphasis on preventing vehicular heat stroke, especially among young children, who are particularly at risk. More than 50% of child heatstroke fatalities are the result of a child being forgotten in a vehicle. Additionally, more than 25% of child heatstroke fatalities happen because a child gains unauthorized access to a parked vehicle and becomes entrapped, like getting locked in the trunk of a car. 

      “Even on a mild day, the inside of a parked car can heat up to dangerous levels very quickly,” said Kevin Poore, Director of Safe Kids South Carolina and DPH’s Child Passenger Safety Coordinator. “Children and pets are especially vulnerable because their bodies can’t regulate heat as well as adults. To prevent tragedy, it’s essential to make a habit of always locking your doors when a vehicle is not in use and checking the back seat every time you exit your vehicle. A quick glance can save a life. If you ever see a child or pet alone in a car, take action immediately and call 911.”

      DPH has developed an interactive Heat Related Illness Dashboard, which includes interactive data pages that allow you to view data for the state and each county. There were 246 hospitalizations and 2,014 emergency department visits for heat-related illness in South Carolina from May to September in 2024, the most recent year for which data is available.

      Tips for Staying Safe in the Heat:

      • Stay hydrated by drinking plenty of water throughout the day.
      • Avoid strenuous activity during the hottest parts of the day (typically between 10 a.m. and 4 p.m.).
      • Wear lightweight, light-colored, and loose-fitting clothing.
      • Take frequent breaks in shaded or air-conditioned areas.
      • Never leave children or pets unattended in vehicles, even for a few minutes.
      • Check on neighbors or those without access to air conditioning.

      Additional resources can be found online at weather.gov/safety/heatscemd.org/prepare/, and dph.sc.gov/health-wellness/health-safety/heat-related-illnesses.

      For media inquiries, please contact:

      National Weather Service, Charleston – Emily McGraw (emily.mcgraw@noaa.gov)

      National Weather Service, Columbia – Steve Lavoie (steve.lavoie@noaa.gov), Brad Carlberg (brad.carlberg@noaa.gov), John Quagliariello (john.quagliariello@noaa.gov)

      National Weather Service, Greer – Clay Chaney (clay.chaney@noaa.gov)

      National Weather Service, Wilmington – Ian Boatman (ian.boatman@noaa.gov), Tim Armstrong (timothy.armstrong@noaa.gov)

      SCEMD – Bridget Frame (bframe@emd.sc.gov)

      SCDPH – Casey White (media@dph.sc.gov)

      SCDNR – Cheyenne Twilley (TwilleyC@dnr.sc.gov)

       

      Cheyenne Twilley

      Chief of Education, Outreach, and Information

      TwilleyC@dnr.sc.gov

      South Carolina Department of Natural Resources

       

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    • Fast-Boat Feds Should Have Seen His Dinghy, Lighted or Not- Loose Cannon

      Cruisers Net publishes Loose Cannon articles with Captain Swanson’s permission in hopes that mariners with saltwater in their veins will subscribe. $7 per month or $56 for the year; you may cancel at any time.

       
       
       

         
       
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      Fast-Boat Feds Should Have Seen His Dinghy, Lighted or Not

      Their Thermal Camera Would Have Shown USVI Crash Victim as Clear as Day

       
       
       
       
       

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      Minus a second person, this is how Shawn Leass’s dinghy would have appared on the FLIR camera each Customs and Border Protection Interceptor Class vessel carries as standard equipment.

      His friends say Shawn Leass always ran with a light when piloting his 12-foot dinghy after dark, but when it comes to assigning blame for the crash that killed him, that should hardly matter.

      The U.S. Customs & Border Protection vessel that witnesses say ran Leass down comes equipped with the same thermal imaging capabilities that have enabled American soldiers to dominate battlefields after dark. The CBP crew should have seen Leass and his running outboard—glowing white—against the cooler water of Hulover Cut.

      Hulover is a body of water at St. Thomas in the U.S. Virgin Islands. That’s where the accident happened about an hour after sunset on Saturday, May 2, between 7:30 and 7:45 p.m. This was during the period known as astronomical twilight, when stars become visible. Most people would consider the sky completely dark.

         

      Defense contractor Teledyne FLIR supplied thermal imaging cameras to each of the 52 Coastal Interceptor Vessels sold to CBP at a cost of about $930,000 each. FLIR cameras are a type of gear perfectly matched to counter-drug patrols, anti-human trafficking interdictions, and search-and-rescue missions—operations that tend to happen at night.

      Share

      According to witnesses quoted anonymously by local media outlets, the 41-foot government boat itself was going fast without lights when it hit Leass’ dinghy. Several other cruisers familiar with USVI waters have come forward and said it was common for CBP boats to run like that. They have a top speed of 58 knots.

      Naturally, given the mission, Coastal Interceptors have a full electronics suite, supplied by Garmin, which includes three multi-function display screens at the helm.

         
      The highly capable Coastal Interceptor Vessel is manufactured by SAFE Boats International of Bremerton, Washington. The hull is aluminum.

      We only know that the name of the commander of the CBP vessel is Brandon Martin because the Virgin Island Daily News reported that Martin’s testimony in an unrelated federal case had to be delayed because Martin might have been shaken up by the “tragic accident.”

      The FLIR camera, which appears to be mounted just ahead of the boat’s radar, can send a continuous video image of the boat’s surroundings through to a display screen, which is a lot like watching an old-fashioned black and white television.

      Running fast at night, a prudent commander would ensure that FLIR thermal imaging occupied one of those three displays, with radar and chartplotter data likely filling the other two. The Interceptors are designed to be operated by a crew of three, so Martin or someone assigned by him should have been monitoring all that real-time navigational data.

      One paragraph (in a total of only two) released by CBP about the accident announced that investigations were being conducted CBP’s Office of Professional Responsibility, the U.S. Coast Guard, and the National Transportation Safety Board.

      Questions they might ask are: Was the FLIR system operational and turned on? If so, whose job was it keep an eye on the thermal imagery? Why did he (or she) not see Leass and his dinghy ahead of them?

      All objects emit energy. Even in pitch black, FLIR cameras will can see the energy given out by the person or object. Because of that, the glow of an all-around white light or the beam of a flashlight would hardly have improved upon the thermal picture.

         
      Clear as day…after dark.

      LOOSE CANNON covers hard news, technical issues and nautical history. Sometimes he tries to be funny. Subscribe for free to support the work. If you’ve been reading for a while—and you like it—consider upgrading to paid.

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    • LNM: OWW MM 122 Franklin Lock Closure, TODAY, 8am-Noon, May 13


      The W P Franklin Lock is the western most lock on the Okeechobee Waterway. Our thanks to Specialist Jeffrey Prater for this notice. The lock will be closed Wednesday, May 12, 2026 from 8 am to Noon for an Electrical System Upgrade. 

       

      EFFECTIVE: 13 May 2026
      ATTN: CESAJ-OD-SN
      PO Box 4970
      JACKSONVILLE, FL 32232-0019

      POC: Kriss Zeller, Chief of Navigation (772) 380-6928

      www.saj.usace.army.mil/NTN

      REFERENCE:

      1. 33 CFR Navigation and Navigable Waters
      2. Notice to Navigation

      Attention all concerned boaters! W.P. Franklin Lock will be closed from 8:00 a.m. to 12:00 p.m. on May 13, 2026 for electrical system upgrades. Please plan accordingly and thank you for your patience.

      For the current Lake Okeechobee water levels, please see:  https://w3.saj.usace.army.mil/h2o/currentLL.shtml

      1. For up-to-date Lock information, contact the shift operator 7:00 a.m. to 5:00 p.m. at:

                      St Lucie Lock & Dam 772-287-2665 or 863-662-9148

                      Port Mayaca Lock & Dam 561-924-2858 or 863-662-9424

                      Julian Keen, Jr. Lock & Dam 863-946-0414 or 863-662-9533

                      Ortona Lock & Dam 863-675-0616 or 863- 662-9846

                      W.P. Franklin Lock & Dam 863-662-9908

                      Canaveral Lock 321-783-5421 or 863-662-0298 (6:00 a.m. to 10:00 p.m.)

       

      Thank you! Jeff

      Jeffrey D Prater
      Public Affairs Specialist
      Corporate Communications Office
      U.S. Army Corps of Engineers, Jacksonville District
      South Florida Office
      4400 PGA Blvd.
      Suite 501
      Palm Beach Gardens, FL 33410
      Cell: 561-801-5734
      jeffrey.d.prater@usace.army.mil
      Twitter @JaxStrong
      Jacksonville District Facebook:

      https://www.facebook.com/JacksonvilleDistrict

      Click Here To View the Okeechobee Waterway Cruisers Net Bridge Directory Listing For Franklin Lock

      Click Here To Open A Chart View Window Zoomed To the Location of Franklin Lock

       

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    • Alaska Expedition Ship Misses Titanic Tsunami by Just 12 Hours – Loose Cannon

      Cruisers Net publishes Loose Cannon articles with Captain Swanson’s permission in hopes that mariners with saltwater in their veins will subscribe. $7 per month or $56 for the year; you may cancel at any time.

       
         
       
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      Alaska Expedition Ship Misses Titanic Tsunami by Just 12 Hours

      Landslide Sends Wave 1,580 feet up Fjord Walls, Prompting Calls for Warning System

       
       
       
       
       

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      Hanse Explorer is described as a superyacht expedition cruise ship. Marketing materials describe as “one of the toughest, safest, and most comfortable ships of her size for expeditions to remote locations.” She is designed to carry just 12 passengers.

      Michael E. West is director of the Alaska Earthquake Center and Alaska state seismologist. Ezgi Karasözen is a research seismologist at the same place, part of the University of Alaska at Fairbanks. This story first appeared in The Conversation on May 6, 2026 and is reprinted here with permission.


      By MICHAEL E. WEST & EZGI KARASÖZEN

      On the evening of August 9, 2025, passengers on the Hanse Explorer finished taking selfies and videos of the South Sawyer Glacier, and the ship headed back down the fjord. Twelve hours later, a landslide from the adjacent mountain unexpectedly collapsed into the fjord, initiating the second-highest tsunami in recorded history.

      We conduct research on earthquakes and tsunamis at the Alaska Earthquake Center, and one of us serves as Alaska state seismologist. In a new study with colleagues, we detail how that landslide sent water and debris 1,580 feet (481 meters) up the other side of the fjord – higher than the top floor of the Taipei 101 skyscraper – and then continued down Tracy Arm. The force of the water stripped the fjord’s walls down to bare rock.

        An illustration compares the height of the tsunami's reach to some of the world's tallest buildings  
      The Tracy Arm landslide generated a tsunami that sent a wave so high up the opposite fjord wall that it would have overtopped some of the world’s tallest buildings. Here’s how it compares to other large tsunamis around the world. Steve Hicks/University College London

      It was just after 5 o’clock in the morning on a dreary day, and fortunately, no ships were nearby. In the months after, some cruise lines started avoiding Tracy Arm. However, the conditions that led to this event are not at all unique to this fjord.

      Share

      Landslides are common in the coastal mountains of Alaska where rapid uplift, caused by tectonic forces and long-term ice loss, converges with the erosive forces of precipitation and moving glaciers. But a curious pattern has emerged in recent years: Multiple major landslides have occurred precisely at the terminus of a retreating glacier.

      Though the mechanics are still poorly understood, these mountains appear to become unstable when the ice disappears. When the landslide hits the water, the momentum of millions of tons of rock is transferred into tsunami waves.

        Two illustrations of Tracy Arm and the glacier's extent over time.  
      Maps show how the glacier has retreated over the years, moving past the section of mountain that collapsed (outlined in white on the right) in the days prior to the slide. The map on the right shows the height the tsunami reached on the fjord walls. Planet Labs

      This same phenomenon is playing out from Alaska to Greenland and Norway, sometimes with deadly consequences. Across the Arctic, countries are trying to come to terms with this growing hazard. The options are not attractive: avoid vast swaths of coastline, or live with a poorly understood risk. We believe there is an obvious role for alert systems, but only if scientists have a better understanding of where and when landslides are likely to occur.

      Warning Signs

      The Tracy Arm landslide is a powerful example.

      The landslide occurred in August, when warm ocean waters and heavier precipitation favor both glacier retreat and slope failure. The glacier below the landslide area had experienced rapid calving—large chunks of ice breaking off and falling into the water —and it had retreated more than a third of a mile in the two months prior. Heavy rain had been falling. Rain enters fractures in the mountain and pushes them closer to failure by increasing the water pressure in cracks.

      Most provocative are the thousands of small seismic tremors that emanated from the area of the slide in the days prior to the mountainside collapsing.

         
      The view from the deck of the Hanse Explorer on August 9, 2025, shows the mountain where the landslide occurred just 12 hours before it happened. Hanse Explorer

      We believe that this combination of signs would have been sufficient to issue progressive alerts to any ships in the vicinity and homes and businesses that could have been harmed by a tsunami at least a day prior to the failure – had a monitoring program existed.

      Escalating alerts are used for everything from terrorism and nuclear plant safety to avalanches and volcanic unrest. They don’t remove the risk, but they do make it easier for people to safely coexist with hazards.

      For example, though people are still killed in avalanches, alert systems have played an essential role in making winter backcountry travel safer for more people. The collapse at Tracy Arm demonstrates what could be possible for landslides.

      Alert System Criteria

      We believe that the combination of weather and rapid glacier retreat in early August 2025 was likely sufficient to issue an alert notifying people that the hazard may be temporarily elevated in a general area. On a yellow-orange-red scale, this would be a yellow alert.

      In the hours prior to the landslide, the exponential increase in seismic events and telltale transition to what is known as seismic tremor—a continuous “hum” of seismic energy—were sufficient to communicate a time-sensitive warning for a specific region.

      These observations, recorded as a byproduct of regional earthquake monitoring, warranted an “orange” alert noting immediate concern. The signs were arguably sufficient to recommend keeping boats and ships out of the fjord.

      Our research over the past few years has demonstrated that once a large landslide has started, it is possible to detect and measure the event within a couple of minutes. In this amount of time, seismic waves in the surrounding area can indicate the rough size of the landslide and whether it occurred near open water.

      A monitoring program that could quickly communicate this would be able to issue a red alert, signaling an event in progress.

         
      The Coast Guard took this picture of the landslide area a few days after it caused the tsunami.

      The National Oceanic and Atmospheric Administration’s tsunami warning program has spent decades fine-tuning rapid message dissemination. A warning system would have offered little help for ships in the immediate vicinity, but it could have provided perhaps 10 minutes of warning for those who rode out the harrowing tsunami farther away.

      There is no landslide monitoring system operating yet at this scale in the U.S. Building one will require cooperation across state and federal agencies, and strengthened monitoring and communication networks. Even then, it will not be fail-proof.

      Understanding Risk

      Alert systems do not remove the risk entirely, but they are a better option than no warning at all. Over time, they also build awareness as communities and visitors get used to thinking about these hazards.

      Many of the most alluring places on Earth come with significant hazards. Arctic fjords are among them. The same processes that create this hazard—glacier retreat, steep terrain, dynamic geology—are also what make these landscapes so compelling. The mix of glaciers, ice-choked waters and steep mountains is exactly what draws people to these places. People will continue to visit and experience them.

      The question is not whether these places should be avoided altogether, but how to help people make more informed decisions. We believe that stronger geophysical and meteorological monitoring, coupled with new research and communication channels, is the first step.

      On August 9, visitors unknowingly passed through a landscape on the cusp of failure. An alert system might have given tour companies and people in the area the information they needed to make more informed choices and avoid being caught by surprise.

      LOOSE CANNON covers hard news, technical issues and nautical history. Sometimes he tries to be funny. Subscribe for free to support the work. If you’ve been reading for a while—and you like it—consider upgrading to paid.

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    • Our Coast: A Journey to Sleepy Creek – CoastalReview

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