{"id":4432,"date":"2025-11-01T15:30:59","date_gmt":"2025-11-01T15:30:59","guid":{"rendered":"http:\/\/versicolor.ca\/barbados\/?page_id=4432"},"modified":"2026-08-07T23:58:55","modified_gmt":"2026-08-07T23:58:55","slug":"snapshot-2025","status":"publish","type":"page","link":"https:\/\/versicolor.ca\/barbados\/observations-ii\/snapshot-2025\/","title":{"rendered":"Vauxhall Reef & Environs: Snapshot 2025"},"content":{"rendered":"

NAVIGATION
\nThis page is a sub-page of ObsII<\/a>, a top-level page on the website Barbados Fringing Reefs and Seagrass Beds<\/a>
\n(www.versicolor.ca\/barbados). Go to Obs II<\/a> for a list of other subpages in this section of the website.<\/small><\/p>\n

\n

CONTENTS OF THIS PAGE<\/p>\n\n\n\n
Summary<\/strong><\/a><\/p>\n

1. Introduction<\/strong><\/a><\/p>\n

2. Vauxhall reef: its remarkably healthy state 2015 to 2020<\/strong><\/a><\/p>\n

3. 2023: the “Years of the Vicissitudes” begin with SCTLD<\/strong><\/a><\/p>\n

4. Effects of extreme warming\/coral bleaching events\u00a0in the fall of 2023\u00a0<\/strong><\/a><\/td>\n

5. 2025: Impacts of Hurricane Beryl (June 30\/July 1, 2024)\u00a0<\/strong><\/a><\/p>\n

6.. Other conditions\/phenomena\/trends of possible note observed in 2025 (Feb-Apr) compared to earlier years<\/strong><\/a><\/p>\n

Postscript<\/strong><\/a><\/p>\n

Update<\/strong><\/a><\/a><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

<\/a><\/p>\n

SUMMARY<\/em><\/p>\n

I have observed the Vauxhall Fringing Reef in the early months of 2015 to 2020, 2023, 2024 and 2025. In these “snapshot views”, the reef was seen, and recorded in photos and videos, as very healthy until early 2023 when I observed the initial spread SCTLD on the reef. In 2024, I viewed the effects of extreme warming events in fall of 2023, those mostly on Acroporoid and Stinging corals. In 2025 I viewed the massive physical disruption of the outer spurs which had been 80-95% covered with living corals, this attributable to swells associated Hurricane Beryl of June 30\/July 1, 2024.<\/em><\/a><\/p>\n

\"\"<\/a>

Reefs of the Barbados MPA.\u00a0 “Vauxhall Reef” (as referenced on this website<\/a>) is reef #34.\u00a0Click on images for larger versions.\u00a0<\/em><\/p><\/div>\n

\"\"<\/a>

Zones on the Vauxhall Reef, after Lewis (1960)<\/strong>
Click on mages for larger versions<\/em><\/p><\/div>\n

1. INTRODUCTION<\/p>\n

My annual visits to the reefs of the Folkestone MPA<\/a> 2015 to 2025 (excluding 2021 an 2022 when I did not visit) occurred over 1 to 3 month periods within the months January to April, thus any observations I make on the state of the reefs are essentially snapshots taken in the winter months.\u00a0My focus has been on Vauxhall Reef (Reef # 34 in Maclean & Oxenford, 2016<\/a>), but I have also snorkelled throughout the area of fringing reefs in the MPA.*
\n*Vauxhall Reef, as observed 2015 to early 2023, had much higher cover and diversity of living corals than from other fringing reefs in the MPA which are highly degraded. See What differentiates Vauxhall Reef?<\/a><\/small><\/p>\n

I have summarized my observations and conclusions concerning Vauxhall Reef and other reefs in the MPA in the early months of 2015 to 2024 (2021 and 2022 excluded) in annotated slides from a presentation at the CORALL AGM in 2024<\/a>.<\/p>\n

Highlights of my observations in those years are given below, followed by “Snapshot 2025 ” which\u00a0 consists of reports & comments on my observations in early 2025. The basics are posted now (Dec 15, 2025); I will be adding more details over the next couple of months or so. – david p<\/em><\/p>\n

My reference to zones on the fringing reefs follows the delineations of Lewis (1960); see Zones<\/a> on this website for how the Lewis zones relate to the\u00a0 more generally applied CERMES zones.<\/a><\/p>\n

\n

2. VAUXHALL REEF: ITS REMARKABLY HEALTHY STATE 2015 TO 2020<\/p>\n

Over the 6 years 2015 to 2020, I marvelled at<\/p>\n

\"\"<\/a>

Colony of Acropora prolifera at the inner Reef Crest<\/strong> zone of Vauxhall Reef exposed on a very low tide on April 21, 2015. Snorkelling Boats in the background are anchored near ‘The Wreck”<\/p><\/div>\n

– the overall healthy state of the Vauxhall Reef<\/strong> from the Reef Flat to the Deep Water Communities;
\n– the high living coral cover and fish diversity on the Seaward Slope<\/strong>;
\n– the vigorous growth of the hybrid acroporoid, Acropora prolifer<\/em>a<\/strong> at the inner Reef Crest. A palmata <\/em>occurred as isolated colonies over a broad N-S strip within the Seaward Slope\u00a0 and A. cervicornis<\/em> in patches in a fairly restricted area within the Reef Front.<\/p>\n

I noted the significant economic benefits accruing from the visits of snorkelling boats to The Wreck and the adjacent outer fringing reef.<\/p>\n

I did not visit in 2021 and 2022.<\/a><\/p>\n

\n

3. 2023: THE “YEARS OF THE VICISSITUDES” BEGIN WITH SCTLD<\/p>\n

(Observations in 2023 Jan 8 to Apr 8)
\n2023 turned out to be the first \u201cYear of the Vicissitudes\u201d, when the all-good-news story about Vauxhall Reef would change due to causes originating well beyond the shores of Barbados.<\/p>\n

When I first arrived in January of 2023, I immediately looked for occurrence of SCTLD (Stony Tissue Loss Disease) which I had been on the lookout for* but did not find in 2020.
\n*re Post: Stony coral tissue loss disease heading towards Antilles 9Jul2019<\/a><\/small><\/p>\n

\"\"<\/a>

Corals on landward corner of The Wreck on Jan 11, 2023<\/strong><\/p><\/div>\n

“On January 11, 2023, conditions were perfect for snorkelling at the Vauxhall Reef* and I looked out for SCTLD-infected corals on a route approx. perpendicular from shore that took me across the Reef Flat, Diploria-Palythoa, Reef Crest, Seaward Slope and Reef Front zones (Lewis 1960), to \u2018The Wreck\u201d. I saw only one obviously infected coral, that in the outer Reef Crest zone, until I reached The Wreck where there were many, and at least some of them appeared to fit the description for Stony Coral Tissue Loss Disease.” (See Presumptive SCTLD on Vauxhall Reef & Environs in 2023<\/a>)<\/p>\n

It appears that the earliest reports<\/a> of presumptive SCTLD in Barbados were in late Nov 2022. I watched and documented rapid development of presumptive SCTLD corals over the period Jan-Apr 2023 submitting 26 reports to AGGRA<\/a>. AGGRA declared Barbados to be confirmed for SCTLD on May 8, 2023<\/a>.<\/p>\n

***To add some details re: coral species\u00a0 infected.<\/p>\n

I was relieved that the Acroporpoid corals at Vauxhall (A. palmata<\/em>, A cervicornis<\/em> and A prolifera<\/em>) and elsewhere in Barbados (near exclusively\u00a0A. palmata –\u00a0\u00a0s<\/em>ee Maclean & Oxenford, 2016) were untouched by SCTLD, as reported for acroporoids over the tropical Atlantic at large.<\/a><\/p>\n

\n

4. EFFECTS OF EXTREME WARMING\/CORAL BLEACHING EVENTS\u00a0IN THE FALL OF 2023 WERE ALL TOO EVIDENT<\/p>\n

\"\"<\/a>

Bleaching Alert Area and Outlook 2023-09-09
From CARIBBEAN CORAL REEF WATCH, SEPTEMBER – DECEMBER 2023<\/a><\/p><\/div>\n

(Observations Jan 14 to Apr 8)
\nExtreme warming\/coral bleaching events occurred in the fall of 2023. I looked for their impacts at Vauxhall immediately on my arrival in early 2024. Extreme warming has been reported to be especially hard on acroporoid and stinging corals, corals that are not impacted by SCTLD. Unfortunately, the impacts of the extreme warming events were all too evident. All specimens of the hybrid coral,\u00a0Acropora prolifera, at <\/em>Vauxhall Reef ware dead and darkened by overgrowth with epiphytes.\u00a0 A.\u00a0<\/em>palmata<\/em> fared much better, and there were a few vestiges of living coral on A. cervicornis<\/em> specimens. The very common stinging coral Millepora complanata<\/em> was heavily impacted – probably >90% mortality but the less common branched stinging coral M. alcicornis was largely untouched.<\/em><\/p>\n

The ravages of SCTLD continued in 2024.\u00a0To add some details<\/em>.<\/a><\/p>\n

\n

5. 2025:\u00a0 HURRICANE BERYL (JUNE 30\/JULY 1, 2024) HAD MASSIVELY DISRUPTED THE ONCE HIGH LIVING CORAL COVER OF VAUXHALL REEF SPURS<\/p>\n

(Observations Feb 4 to Apr 2, 2025)
\n“Between the night of 30th June and the first 12 hours of 01st July [2024], Barbadians watched and felt the passage of Hurricane Beryl as it tracked towards Barbados from an area to the southeast of the island. As was noted at the time, Beryl was the first hurricane to form in the Atlantic this early in the hurricane season…. In speaking to fisherfolk and those who make their living from the sea or along the coast, never in living memory has anyone seen sea swells like those which pounded the south coast and decimated much of the west coast. Even infrastructure designed decades ago to withstand severe weather systems proved little match for the destructive swells of Hurricane Beryl.” – Statement on the passage of Hurricane Beryl\u00a0\u00a0by Minister of Home Affairs and Information, Wilfred Abrahams<\/a>.<\/small><\/p>\n

Surely one of the most distinctive features of the Vauxhall Fringing Reef that I observed 2015 to 2024 was the high living coral cover on the spurs that extend out in the Seaward Slope zone onto the sands of the Reef Front; with the associated abundance and diversity of fish they afforded spectacular snorkelling to the many visitors arriving via west coast day cruises and mooring to fixtures in the area of “The Wreck”.<\/p>\n

Onset of SCTLD in 2023 and high mortality of stinging corals associated with extreme warming events in 2023 initiated large losses in living coral cover on spurs but did not affect the finger and pencil corals. There followed in 2024\u00a0 \u00a0extreme wave disturbance associated with Hurricane Beryl (June 30\/July 1, 2024); it was, by far, a much larger & more disruptive disturbance of the spurs than were SCTLD and coral bleaching because of its impact on the finger and pencil corals (Porites<\/em> and Madracis<\/em> spp)\u00a0 We can hope that it will not be repeated for some time, thereby allowing some significant re-building, at least by coral species not severely impacted by ongoing SCTLD and\u00a0 extreme warming events.<\/p>\n

\n\n\n\n
PHOTOS & VIDEOS OF SPURS BEFORE AND AFTER HURRICANE BERYL\"\"<\/a>
\nRight Top:\u00a0Tip of spur Vauxhall Reef, vicinity of\u00a0 The Wreck, early 2023 >85% living coral.<\/strong>\u00a0 Stinging Coral (Millepora complanata<\/em>, the platy corals in pic) would be completely killed by extreme warming in 2023 and 2024. The Porites<\/em> (finger) and Madracis<\/em> (pencil) corals are later physically broken and scattered by Hurricane Beryl (July 1, 2024).Right Bottom: Tip of spur (likely same spur; same area) in early 2025. Finger and pencil corals totally disrupted. Living coral cover <10%.<\/strong>View\u00a0related videos:<\/p>\n\n\n\n
\n

\n<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

6. OTHER CONDITIONS\/PHENOMENA\/TRENDS OF POSSIBLE NOTE OBSERVED IN 2025 (FEB-APR) COMPARED TO EARLIER YEARS<\/p>\n

These observations are in note form and are largely “imressions”\/anecdotal at this time; (Nov\/Dec 2025);\u00a0 I\u00a0 need to to elaborate, to confirm (or not) these observations through more detailed examination of my many photos and videos.<\/em><\/p>\n

\"\"<\/a>

Bleaching Alert Area and Outlook 2024-09-07
From CARIBBEAN CORAL REEF WATCH, SEPTEMBER – DECEMBER 2024<\/a><\/p><\/div>\n

Related to Extreme Warming<\/strong>
\n– Stinging Corals<\/strong>\u00a0In 2025, there continued to be very little recovery or survival of Millepora complanata\u00a0<\/em> following the extensive die-off and overgrowth by epiphytes (algae, fungi) that I had observed in 2024 and attributed to extreme heating events in 2023, such events perhaps ongoing*. The dead colonies appeared darker and to support lower levels and diversity of associated life. There were occasional living colonies, some young in appearance. There were fewer living M. alcicornis<\/em> than I had noted in 2024.
\n– Acroporoids<\/strong> There were absolutely no signs of any new growth on the hybrid coral\u00a0Acropora prolifera<\/em>\u00a0at Vauxhall Reef which in 2024 was observed to have been 100% killed off, apparently by extreme warming events in fall of 2023.
\n– Likewise, there appeared to be little recovery of A. cervicornis<\/em>, however visibility was continuously poor and\u00a0 I could not get a good look at the colonies on the Reef Front of Vauxhall Reef (they lay close to the limit of my snorkelling depth\u00a0 in 2025).
\n– I observed only dead A. palmata<\/em> on Vauxhall Reef in 2025, but as noted below\u00a0 A. palmata<\/em>\u00a0 on the Surfside Breakwater 2 remained healthy.<\/p>\n\n\n\n
*Extreme warming was indeed ongoing in 2024<\/strong>:<\/p>\n
\"\"

Screencapture of Fig 1B from Vall\u00e8s et al., 2026<\/p><\/div>\n

“…between 2023 and 2024 the world experienced the hottest marine heatwave on record, amplified by El Ni\u00f1o conditions, which translated into the highest cumulative temperature stress (as degree heating weeks (DHW)) on record for the Windward Islands, peaking in November 2024 for this subregion (Fig. 1B).\u00a0The 2023\u20132024 marine heatwave resulted in the 4th global mass coral bleaching event, with multiple reports confirming mass coral bleaching and mortality throughout the wider Caribbean, including a report from the Windward Island of Martinique during this period ”
\n– From Climate change-related disturbances in 2024 drive the largest known population of elkhorn coral (Acropora palmata) in Barbados to the brink of extirpation<\/a> by Henri Vall\u00e8s et al., in Coral Reefs<\/em>, May 22, 2026; full text available; reference citations are omitted in the extract above.<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n

\n
\"\"<\/a>

Pale yellow P. strigosa on breakwater, Feb 5, 2025.<\/p><\/div>\n

Brain Corals<\/strong> I noted on breakwaters and on fringing reefs proper many brain coral specimens that were pale green. I assume that these corals are in the process of losing their zooxanthellae and in some cases could recover.*.
\n*e.g., see Monitoring coral bleaching using a colour reference card<\/a>, U.E. Siebec et al., 2006 in Coral Reefs<\/em><\/small><\/p>\n

SCTLD<\/strong>
\n– Compared to 2024, there appeared to be more healthy brain coral specimens free of SCTLD on breakwaters and on the seaward slope of Vauxhall Reef.*
\n– Compared to 2024, spread of SCTLD on Orbicella annualaris <\/em>colonies appeared\u00a0 to have stopped\/not increased.*
\n– In 2025, all pillar coral colonies, save one, were 100% or close to 100% dead\/infected by SCTLD. One smaller colony<\/a> in the Seaward Slope zone towards the southern extremity of Vauxhall Reef was entirely healthy.
\n*Yet to be confirmed (or not) by reference to 2024 and 2025 photos.<\/small><\/p>\n

Fish<\/strong>
\nParrot fish, several species and a range of sizes, were still common and abundant on Vauxhall Reef in 2025. Notably absent were Scrawled Filefish which had been commonly seen in earlier years; ‘not sure about status other species of file fish, I think overall they were less abundant than in earlier years. Overall, there was much less fish activity around and within the “squarrose” stinging coral colonies which had died off when observed in 2024 but in 2024 were still hosting or were feeding grounds for large and diverse fish populations. TO ADD LINKS<\/p>\n

In 2025, I noted, as I had in 2024, common occurrence of schools of “garfish”\/needlefish tentatively identified as houndfish near the reef crest at Vauxhall, and particularly near the reef crest on the next fringing reef to the north (MPA Reef no 33). I have records of these fish in 2023, but not earlier; I do not recall seeing these fish 2015 to 2020. However\u00a0 when I did see them 2023 – to 2025, they were at locations close to the limit my vision, so it’s possible that in earlier years\u00a0 I just hadn’t been sensitized to their presence sufficiently to be on the lookout for them. View \u201cGar\u201d and \u201cGarfish\u201d in Barbados 4Oct2025<\/a><\/p>\n

Water Clarity<\/strong>
\nI did not encounter a day in 2025 (Feb 4 to Apr 1)\u00a0 when waters from the outer Reef Flat zone to the Deep Water Communities at Vauxhall and elsewhere in the MPA were “crystal clear”. Rather it seemed that, unlike in previous years – when often the near shore (on the Reef Flat, and open sandy areas nearer to shore) waters were cloudy, but waters from approx the Reef Crest and beyond were much clearer –\u00a0 in 2025, the reverse was often true: the outer waters were constantly “cloudy” even “milky”. I was very aware of the water clarity as I was always looking out for days when the outer waters would be crystal clear so I could obtain better photos and videos of the deeper areas of reef; such a day never materialized.\u00a0 ‘Need to look for reports on visibility in other areas of\u00a0 the Caribbean… I am wondering (out loud):\u00a0 are the massive influxes of Sargassum<\/em> creating some type of eutrophication (even though they rarely come in en masse<\/em> to the Holetown area)? Or are the overall seemingly more turbulent waters stirring things up more, releasing more nutrients perhaps??<\/p>\n

The “Surfside Breakwater Anomaly” <\/strong>
\n\"\"<\/a><\/p>\n

Eight\u00a0Acropora palmata<\/em>\u00a0specimens on “Breakwater 2:” in the SurfSide area exhibited little evidence of bleaching, even though there were many pale or bleached P. strigosa<\/em>, and heat killed Millepora complanata<\/em> on that breakwater.<\/p>\n

View A. palmata in nearshore MPA north of Vauxhall: SurfSide Breakwaters<\/a>.<\/p>\n

\n

Loss of Seagrass<\/strong><\/p>\n

\"\"<\/a>

Green Turtle in over sparse seagrass (Halodule wrightii)<\/em>, circa 20 feet depth, SurfSide area Jan 28, 2023<\/p><\/div>\n

It seems there was little of no seagrass\u00a0 (Halodule wrightii)<\/em>\u00a0left in the waters off of Surfside in 2025 – I assume a result of wave disturbance by Hurricane Beryl in 2024. It was sparse in earlier years, perhaps because of turtle grazing. The once rich seagrass beds at Bath on the east coast are no more (visited every year when I was in Barbados 2015 to 2025).<\/p>\n

Spread of exotic green alga<\/strong>
\nTo date, photos of a green alga from Barbados uploaded to iNaturalist that appear to be Boergesenia forbesii<\/em> have commonly been identified as Valonia utricularis<\/em> (some gaining Research Grade status), or a species of Ulva<\/em> or Caulerpa<\/em>. A suggestion that a specimen I had identified as Valonia sp. was in fact a species of Boergesenia<\/em> prompted me to investigate further.<\/p>\n

\"\"<\/a>

Boergesenia forbesii<\/em>\u00a0 filling a cavity in old coral bedrock in Reef Flat Zone at Vauxhall Reef. It’s the only occurrence I have viewed to date (Apr 2, 2025) at Vauxhall Reef<\/span><\/p><\/div>\n

The Conclusion: I agree with the ID of\u00a0Boergesenia forbesii<\/em>\u00a0for many of the specimens I had thought to be\u00a0Valonia utricularis.\u00a0<\/em>Overall, reports in the literature and on iNaturalist records suggest that the earliest occurrence of Boergesenia forbesii<\/em> in the Caribbean was in Puerto Rico (2008 reported collection date), and that it has spread southward reaching Barbados sometime between 2008 and 2016.<\/a><\/p>\n

Of Indo-Pacific origin, Boergesenia forbesii<\/em> is clearly a recent immigrant to Barbados. I have seen only one specimen of it in the MPA, but it is abundant on the nearshore reef flats on the south and east coast. More about it here<\/a>. While exotic in origin, I don’t think it is invasive in the sense of disrupting an existing ecosystem… but that’s a hypothesis at best!<\/p>\n

Postscript<\/strong><\/p>\n

\"\"<\/a>While I was putting together this “snapshot”, the GCRMN issued \u201cStatus and Trends of Caribbean Coral Reefs: 1970-2024<\/a>\u201d. It describes broadly similar changes to those I have noted above – but in much more detail – throughout the Caribbean region, including Barbados.<\/p>\n

They do conclude however, that there is “Hope & Opportunity”<\/p>\n

Despite the scale of decline, the report highlights evidence of recovery where local pressures are effectively managed. Protected or well-managed reefs show higher coral cover, greater biodiversity and stronger resilience to heat stress.<\/p><\/blockquote>\n

GCRMN lists “five priority recommendations for governments, partners and the private sector to strengthen reef resilience and protect coastal livelihoods.”<\/p>\n

Some components of those recommendations are already in place in Barbados. I firmly\u00a0 believe that the Barbados people have the competence, the imagination and the will* to implement all of them and more, indeed to contribute significantly to and provide leadership in, global efforts to “Save our Reefs”.<\/a>
\n*E.g., as expressed in the recently released Implementing Mission Barbados: A roadmap for state transformation<\/a><\/a><\/p>\n

UPDATE Mar 19, 2026
\n– Climate change-related disturbances in 2024 drive the largest known population of elkhorn coral (Acropora palmata<\/em>) in Barbados to the brink of extirpation<\/strong><\/a>
\nby Henri Vall\u00e8s, Kristen Clarke, Annabel J. Cox, Robert Bourne, Julian Walcott, Hazel A. Oxenford(University of the West Indies).\u00a0Preprint<\/em> posted on www.assets-eu.researchsquare.com on February 13th, 2026
\nAbstract [bolding inserted]
\nClimate change is leading to global increases in frequency and severity of marine heatwaves, increasingly contributing to coral reef degradation. In 2024, Barbados was impacted by the passage of Hurricane Beryl and the most severe marine heatwave to date. Here, we report on the fate of the largest known population of the foundational Caribbean reef building coral,\u00a0Acropora palmata<\/em>, in Barbados in the face of such disturbances. Between June 2024 and March 2025, we tagged, measured and monitored (biweekly to monthly) the health status of 33\u201341 A. palmata <\/em>colonies at Mullins Reef on Barbados\u2019 west coast. On July 1, Hurricane Beryl passed south of Barbados, causing the loss of 36.4% of tagged colonies. On August 4 and September 2 2024, average daily cumulative heat stress reached four and eight Degree Heating Weeks (DHW), respectively, peaking on November 12 at an unprecedented 24.2 DHW. After Beryl, tagged colonies that were not destroyed remained healthy until September 16, when some started to show bleaching signs. By October 29, all colonies were fully bleached and by December 18 most colonies had died. By February 14 2025, only one colony remained alive; it had regained full coloration, but lost > 50% of its live tissue. The collapse of the most important A. palmata<\/em> population on the west coast, coupled with the devastating impact of Hurricane Beryl on the south coast, provide a stark warning that A. palmata<\/em> might have now reached functional extinction in Barbados, abruptly ending two decades of slow A. palmata <\/em>recovery.<\/strong><\/p>\n

Page Finalized Dec 16, 2025<\/small>
\nUpdate<\/a> Mar 19,2026<\/small><\/p>\n","protected":false},"excerpt":{"rendered":"

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