Wrong, The Independent: A Flood in Fiji Is Weather, Not Proof of a Climate Crisis

The Independent, in its article “On the brink of ruin due to climate change, Pacific Islanders know who is to blame,” by Alex Croft, presents river flooding in Fiji, coastal erosion, and the supposed impending disappearance of Tuvalu as evidence that Pacific Islanders are already living on the “frontline of the climate crisis.” This is misleading.

Satirical cartoon showing a flooded Fiji village, a reporter holding a “Climate Crisis?” sign, and a weather forecast predicting heavy rain from a tropical cyclone.

From ClimateRealism

By Anthony Watts

Screenshot of an Independent climate article about Pacific Islanders, overlaid with a large red “FALSE” label and a man outdoors in Fiji.

The Independent, in its article “On the brink of ruin due to climate change, Pacific Islanders know who is to blame,” by Alex Croft, presents river flooding in Fiji, coastal erosion, and the supposed impending disappearance of Tuvalu as evidence that Pacific Islanders are already living on the “frontline of the climate crisis.” This is misleading. The observational record shows that floods caused by tropical cyclones and heavy rainfall are longstanding features of Fiji, the Intergovernmental Panel on Climate Change (IPCC) expresses low confidence in global changes in river-flood magnitude or frequency, and peer-reviewed research shows that Tuvalu has actually gained land area during decades of rising sea level.

The Independent begins with the story of a family living beside Fiji’s Nadi River, where four neighboring homes were reportedly swept away by flooding. The reporter immediately transforms that flood into climate change, calling the village the “frontline of the climate crisis” and later declaring that flooding is increasingly common in Fiji and other Pacific islands.

But a river flooding after heavy tropical rainfall is a weather event. Demonstrating that climate change caused it, or even materially worsened it, requires considerably more evidence than pointing at a flooded riverbank. Ironically, The Independent eventually provides a perfectly ordinary meteorological explanation for what is happening. The Sabeto Valley communities are located beside mountain streams only a few kilometers from the ocean, and, the article acknowledges, “During tropical cyclones, heavy rainfall causes disastrous sudden rises in the level of the river.”

Exactly. Tropical cyclone. Heavy rain. River rises. Flood. Where in that sequence did the reporter establish that carbon dioxide caused the flood? He didn’t.

Even the IPCC is far more cautious about flooding than The Independent. Section 11.5.2 of the IPCC Sixth Assessment Report, dealing specifically with observed flood trends, notes that its earlier assessments found “low confidence for observed changes in the magnitude or frequency of floods at the global scale.” AR6 says studies show increases in some regions and decreases in others, while the hydrological literature remains heterogeneous and difficult to synthesize globally. See the table from that report below, note the highlight in yellow.

Table showing climate impact drivers by category, historical emergence, and projected emergence by 2050 and 2100, with confidence levels for increases or decreases.

That is a long way from The Independent’s implication that a flooded Fijian riverbank can simply be labeled climate change.

There is also actual historical flood data from Fiji that The Independent might have consulted before declaring the case closed. A peer-reviewed study, “Flooding in Fiji: findings from a 100-year historical series,” reconstructed the Ba River flood record in northwestern Viti Levu from 1892 through 2002. Floodwaters reached the local sugar mill approximately once every four years, yet the researchers found no increase in the frequency of major floods during the 20th century, despite substantial land-use changes and river-channel siltation. The study found that major floods were produced by tropical cyclones and tropical rainstorms.

An even longer follow-up study examined a 122-year record of major flooding on Fiji’s Ba River. Once again, the researchers found no statistically significant increase in the frequency of major floods over time.

That is observational evidence extending back to the nineteenth century. It is considerably more informative than interviewing somebody standing beside a river and declaring the water to be climate change.

None of this means floods aren’t dangerous. Nadi has experienced numerous serious floods, and flood-control infrastructure is entirely sensible. The Australian Infrastructure Financing Facility for the Pacific reports 26 major floods in the Nadi catchment since 1991 alone, including the devastating January 2009 event that killed 11 people and left approximately 12,000 homeless. That is precisely why Australia is helping finance flood modeling and mitigation infrastructure there.

But the existence of floods does not establish a climate trend, much less attribution to greenhouse gases.

Even more remarkably, The Independent provides evidence of a major non-climate factor affecting local vulnerability. It reports that large mangrove swamps around Denarau Island once provided natural protection against severe weather. Then, according to the article, many of those century-old mangroves were removed to construct luxury hotels because they interfered with tourists’ access to the sea and didn’t fit the desired manicured landscape.

So natural flood protection was removed for coastal development, hotels were built in vulnerable locations, and now nearby flooding is presented to readers as evidence of the “climate crisis.”

You can’t make this stuff up.

Then The Independent trots out Tuvalu, the perennial poster child for supposedly disappearing Pacific islands. The article says the situation is so dire that Tuvalu has created a “digital nation” to preserve itself after its physical territory supposedly disappears beneath the waves.

There is just one problem with that narrative.

Tuvalu isn’t disappearing.

A landmark 2018 peer-reviewed study in Nature Communications, “Patterns of island change and persistence offer alternate adaptation pathways for atoll nations,” examined aerial and satellite imagery of all 101 islands of Tuvalu between 1971 and 2014. During that period, local sea level rose approximately 3.9 millimeters per year. Yet Tuvalu’s total land area increased by 73.5 hectares, or 2.9 percent. Eight of its nine atolls increased in land area, and 73 of its 101 individual islands grew.

Read that again. Sea level rose, and Tuvalu got bigger.

The researchers concluded that their findings “challenge perceptions of island loss” and show that atoll islands are dynamic landforms. Wave action moves sand, coral debris, and sediment around reef platforms. Islands can erode in one location, accrete in another, migrate across the reef surface, change shape, and in many cases increase in area.

This is the scientific reality behind the shorthand sometimes used to say coral atolls “float” with sea level. They don’t literally float like boats. Rather, living reefs, carbonate production, waves, currents, and sediment transport create dynamic landforms capable of changing with their surrounding environment. Climate at a Glance’s discussion of islands and sea-level rise explains the same process and highlights the Tuvalu evidence.

This doesn’t mean Tuvalu faces no problems from sea-level rise. It is extraordinarily low lying, coastal flooding is real, freshwater resources can be vulnerable to saltwater intrusion, and individual shorelines can erode even while total national land area increases. But “Tuvalu faces coastal hazards” is very different from “Tuvalu is disappearing.”

And the people running Tuvalu appear to understand that distinction rather better than Western climate journalists do, because they are building for the future.

The United Nations Development Programme’s Tuvalu Coastal Adaptation Project completed 7.8 hectares of raised, flood-free land in Funafuti in late 2023. A second phase was designed to reclaim another eight hectares and protect approximately 800 meters of shoreline.

That second phase has now produced another eight hectares of newly reclaimed and elevated land on Fogafale. According to UNDP’s announcement, the project cost approximately $17.5 million and was funded by Australia, New Zealand, and the United States.

In other words, while newspapers repeatedly tell Western readers that Tuvalu is destined to vanish, Tuvalu is literally making new land.

There is also a financial dimension that The Independent barely explores. Tuvalu has spent years making its threatened status central to its appeals for international climate financing. The Green Climate Fund’s own Tuvalu page lists tens of millions of dollars in project financing associated with the country, plus millions more in approved readiness support. The World Bank has also provided additional grants to support climate and disaster resilience.

Calling that a “grift” is a political judgment rather than a scientific conclusion. What can be documented is that the disappearing-island narrative has become highly useful in attracting international climate finance, while the inconvenient peer-reviewed finding that Tuvalu’s land area increased by 2.9 percent receives vastly less attention.

Indeed, The Independent itself reports that Pacific representatives say existing climate funds are insufficient and demand additional support. Readers might reasonably expect that demand to be reported alongside the millions of dollars already flowing into adaptation projects and the remarkable fact that Tuvalu is simultaneously reclaiming and elevating new land.

There is one final detail readers deserve to know. The Independent discloses at the very end that the reporting trip for this article was funded by Wellcome as part of its “All Rise!” and “Birthright!” campaigns ahead of COP31. The newspaper says Wellcome had no influence over editorial decisions, and there is no evidence establishing otherwise. Still, when a story built around demands for urgent climate action results from a reporting trip financed as part of campaigns promoting climate action ahead of a United Nations climate summit, readers are entitled to consider that context.

The people of Fiji deserve protection from floods. Build levees. Improve drainage. Preserve mangroves instead of bulldozing them for resorts. Strengthen bridges. Improve river management and cyclone warnings. Stop putting vulnerable infrastructure immediately beside eroding riverbanks. Likewise, Tuvalu can continue doing what it is already doing: reclaiming and elevating land, protecting shorelines, improving freshwater infrastructure, and adapting development to a dynamic atoll environment.

What Pacific Islanders don’t need is journalists pointing at every flooded river, eroded bank, or tropical cyclone and announcing that they have witnessed climate change. The IPCC’s own assessment is far more cautious about observed global flood trends. Fiji’s century-long flood record does not show an increase in major flood frequency. Tuvalu’s peer-reviewed land-area record shows the country grew while sea level rose.

Those are not obscure facts. They are readily available scientific evidence, and finding them requires little more than doing the basic research a climate reporter should have done before boarding the plane.

Instead, The Independent took a climate-campaign-funded reporting trip, found tropical cyclones, heavy rainfall, river flooding, eroding banks, removed mangroves, and low-lying coral islands, then packaged the entire collection as proof of a climate crisis. It substituted anecdotes for trend analysis, assumption for attribution, and a predetermined narrative for the inconvenient observational evidence sitting in plain sight.

That isn’t serious climate journalism. It is advocacy masquerading as reporting.

If this is The Independent’s standard for covering climate science, the thing most obviously in danger of going underwater isn’t Tuvalu. It’s The Independent’s journalistic credibility.

Blessed be global warming: There were more Big Cyclones in Fiji when it was cold 200 years ago

We are told cyclones and extreme storms will be more intense in a warmer world, will have stronger wind speeds, may retain their strength longer and do more damage, our homes will be uninsurable, and this is the new normal. But the evidence continues to grow that warm times are wonderful, and the last thing we want is a colder climate.

From JoNova

By Jo Nova

Cyclone Yasa, Fiji | Photo from Copernicus Sentinel-3 imagery

The worst 53 cyclones that hit Fiji in the last 2,000 years were more common in the coldest times, not the warmest ones.

We are told cyclones and extreme storms will be more intense in a warmer world, will have stronger wind speeds, may retain their strength longer and do more damage, our homes will be uninsurable, and this is the new normal. But the evidence continues to grow that warm times are wonderful, and the last thing we want is a colder climate.

There aren’t many long records of cyclones in the South Pacific, which hasn’t stopped climate experts blaming cars and burgers for horrible storms. But even though life on Earth depends upon understanding our climate, it’s only now, after 40 years of panic, that finally that researchers have studied things like pebble layers, shell fragments, and coral rubble in Fiji to find out what has happened there in the past. Yanan Li and others drilled cores to find debris pushed 120m into the mangroves by the worst of the worst tropical cyclones.  Handily, they also had two bad storms recorded in the last century to calibrate what they found.

Awkwardly, the big storms were more common in the Little Ice Age. Basically, if we want fewer storms, we should pay people to burn oil and gas or at least give them a taxable discount for saving the world. *

All those layers of rocks and shells and whatnot have been sitting there in the mud flats the whole time that the UN has been trying to save the world from “climate change”:

Fig 3: The course anomaly (%) means the percentage of coarse particles in that layer that are > 63 micrometer. The sediment core they dug is in protected mudflats in mangroves that are 120m above the current high tide line. Storms surges rarely go that far.  “Events” means only major Cat 4-5 strength cyclones/hurricanes per century. Obviously only the biggest storms (and presumably near direct hits) would leave sediments there. Some of the particles they found were > 1cm.  Fiji gets a few named cyclones every year. But these won’t have the energy to overtop the reef, break through mangroves, and carry sand and shells 120m inland.

These results also match what researchers in Australian found (Haig, Nott and Reichart). Likewise other researchers, looking at the Indian Ocean found cyclones have been decreasing as the world warmed in the last 70 years, which is also true in Australia since 1970.

BOM 

Instead of cyclones being driven by one kindergarten variable like sea-surface temperatures (or more stupidly, global temperatures), it turns out that wind shear, humidity, local weather patterns, and things like La Nina conditions are probably a lot more important. If climate modelers had even the faintest clue of what drives the Pacific Decadal Oscillation, we could pretend to reduce storms by reducing La Nina conditions.

Until then, any journalist claiming that extreme storms are the new-normal should be roasted for promoting misinformation, or just being a gormless mouthpiece for bankers, bureaucrats and The Blob.

Intense tropical cyclone activity over the past 2000 years at Bay of Islands, Fiji

Yanan Li et al…

In this paper, we present a sedimentary record from a coastal karst basin in Bay of Islands, Vanua Balavu, Fiji to provide insight into the regional intense TC activity over the past two millennia. A total of 53 intense storm events captured by this site are identified using coarse fraction (>63 μm) anomalies in sediment core retrieved from the basin, yielding an overall average event frequency of 2.6 events/century. Multiple centennial-scale quiescent periods (from 200 to 300 CE and 1000 to 1150 CE) and active periods (namely from 350 to 750 CE, 900 to 1000 CE, 1150 to 1250 CE, 1400 to 1500 CE, and 1650 to 2017 CE) are found in the reconstruction, and the most active interval spans from 1650 to 1800 CE at 4.5 events/century.

Big storms appear to be less frequent in the medieval warm period too.  

A comparison between existing paleostorm records and climate forcing indices suggests that the southward displacement of the South Pacific Convergence Zone (SPCZ) during the Little Ice Age with more La Niña events is responsible for the basin-wide increasing of tropical cyclone activity in the South Pacific. Decline of TC occurrence in the western SP during the Medieval Climate Anomaly is attributed to the northward movement of SPCZ.

*Obviously, we wouldn’t pay people much to emit CO2 because it wouldn’t save us from the next Little Ice Age anyhow, but it will make plants grow, and that’s worth something.

REFERENCES

Yanan Li et al (2025) Intense tropical cyclone activity over the past 2000 years at Bay of Islands, Fiji, Palaeogeography, Palaeoclimatology, Palaeoecology, Volume 675, 1 October 2025, 113090, https://doi.org/10.1016/j.palaeo.2025.113090

Haig, J., Nott, J. and Reichart, G. (2014)   Australian tropical cyclone activity lower than at any time over the past 550–1,500 years, Nature 505, 667–671  doi:10.1038/nature12882 [Abstract]

Roose, S., Ajayamohan, R.S., Ray, P. et al. Pacific decadal oscillation causes fewer near-equatorial cyclones in the North Indian Ocean. Nat Commun 14, 5099 (2023). https://doi.org/10.1038/s41467-023-40642-x

Tax-Fueled Renewables

I’ve been wondering how the Europeans can possibly afford to pay for all of the public benefits as well as putting big money into all kinds of renewable schemes. Where are the megabucks for the renewables coming from?

KREFELD, GERMANY – APRIL 21: Workers prepare to pour ductile iron casting molten iron into a mould at the Siempelkamp Giesserei foundry on April 21, 2022 in Krefeld, Germany. The Siempelkamp foundry is one of many companies in Germany’s manufacturing sector that would be acutely affected by a halt of Russian energy imports, especially natural gas. The company, which makes parts including for applications in the renewable energies sector, is one of the few in Europe that can cast pieces up to 300 tons. A company spokesman said that a disruption to Germany’s natural gas supply would bring much of the foundry’s manufacturing ability to a halt. In addition Siempelkamp is already facing multifold price increases for its raw materials, including scrap iron, nickel, aluminum and other metals, due to the current EU sanctions against Russia. The German government is currently wrestling with how it can reduce Germany’s heavy dependence on Russian energy imports in the wake of Russia’s military invasion of Ukraine. (Photo by Sascha Schuermann/Getty Images)

From Watts Up With That?

Guest Post by Willis Eschenbach

I’ve been wondering how the Europeans can possibly afford to pay for all of the public benefits as well as putting big money into all kinds of renewable schemes. Where are the megabucks for the renewables coming from?

Today I came across an interesting article entitled “The Death Of Europe” written by a Swede. In it he commented that in Sweden, “Average workers pay (a higher percentage of) taxes than you do if you make $400,000 here in the United States.”

I looked at that and said “Really?” That just didn’t seem possible.

So as is my habit, I went and got the information and to my great surprise …

… he’s right!

Makes me proud to be an American. Now we just gotta cut spending … and please, read the link above about how Europe died. Wise folks learn from the mistakes of other countries …

In any case, speaking of other countries (you like the segue?), on Tuesday I’m flying to Brisbane, Australia. One week on a farm north of there with old friends. Then on the 19th, from there to two weeks in Pacific Harbour in Fiji, lovely Fiji where I lived and worked for nine years. Hey, the waves aren’t going to surf themselves!

Then at the start of April it’s onward for a week in the Solomon Islands, where I lived and worked for eight years. Likely spend most of my time in Gizo, Western Province. Population of maybe 8,000, third largest city in the Solos … it’s a sleepy country.

And where is Gizo when it’s at home, you may ask? Here are the three stops on my bon voyage—Brisbane, Fiji, and Gizo in the Solomon Islands.

Solomons is malaria city. I had it four times. Zero stars would not recommend. Take the preventative medicine, sleep under the net, use mosquito repellent, hope for the best …

If you’re a climate scientist in one of those areas, whether amateur or professional, gimme a shout.

Then back home again. During my peregrinations I’ll likely post sporadically on my blog, “Skating Under The Ice“. And in the meantime, leave the weapons at the door, play fair, no eye gouging, and remember:

When you comment, please quote the exact words you’re referring to.

Best to each and to all,

w.

600 years of coral at Fiji shows the ocean was just as warm in 1400AD

For some reason our long climate proxies work for hundreds of years but always seem to stop working just before the man-made catastrophe appears. It seems to me that if a coral-tree-clam-sediment thermometer worked in 1393, it should work in 2020. It’s not like Earth has run out of trees, mud, pollen or corals.

From JoNova

By Jo Nova

For some reason our long climate proxies work for hundreds of years but always seem to stop working just before the man-made catastrophe appears. It seems to me that if a coral-tree-clam-sediment thermometer worked in 1393, it should work in 2020. It’s not like Earth has run out of trees, mud, pollen or corals.

So here we are again, this time with a new Fijian coral that runs 627 years continuously from 1380 to 1997. And the experts have to slap “an instrumental record” on for the last twenty years to find the catastrophe. The actual single coral core shows the water of Fiji was the same or even slightly warmer in the Medieval warm period as it was in the 1990s. There’s no sign at all, in 600 years of this coral, that man-made carbon dioxide has had any effect at all on the water around Fiji.

The new data comes from a coral core drilled in 1999, which explains why it suddenly stops. It does not explain why the world is about to end, but worried scientists waited 25 years to assess the coral core.

The apocalypse is upon us, but no one can find a new big coral to study it in real time?

Since the Pacific is a long way from Europe and Antarctica, we also confirm, yet again, that the Medieval Warm Period and the Little Ice Age were global events. Some force was warming the Earth 600+ years ago and the experts don’t know what it was. Then the Earth cooled, and the experts don’t know what caused that either, though the sun was suspiciously quiet, but we’re not supposed to mention that. The water around Fiji started warming in 1800AD, long before humans invented coal power or model T Fords.

The experts tell us this is a “significant departure” from natural variability, and the hottest in 600 years. But it’s only when they superimpose ocean buoys and other instruments that the “record” hottest ever temperature appears like magic at the end.

Despite the authors forgetting to label the instrument data in the key on the graph, the caption contains the fine print “Also shown is the most recent SST data for Fiji from ERSSTv5 (1998 to 2021) shown in (E) (black).” So the only data for the “record” spike in the last 20 years of corals, comes from thermometers (and statistical infilling) instead. Wouldn’t you know?

So yet again, even though I hear there is still coral living around Fiji, the key hottest ever record part of the graph is not from that coral.

I’ve been asking for years for a long proxy to show we have a crisis. One solitary proxy that assesses temperatures in 2020 as well as it did in 1703 or 1492. Does anyone know one?

If corals and clams work so well as thermometers do, surely Australia, with the worlds largest living reef, ought to have hundreds of old corals we can study? You’d think if our climate scientists cared about the climate and were given, say, $440 million dollars to spend, they could have found some?  But perhaps they have to leave them in drawers for 20 years so they have room to tack on the instrumental spikes at the end?

And here are lots more graphs from the paper showing that CO2 has made no difference to the climate. A is the Southwest Pacific. B is the Macassar Strait, D is from Palmyra, E is the central pacific, F is the Galapagos, and none of them show anything we should spend a trillion dollars on.

Paleo Hydrodynamics Data Assimilation product (PHYDA)

Fig. 2. Fiji coral composite annual Sr/Ca-SST record, WPWP model simulations and proxy reconstructions, and the SWCP SST gradient.
Annual (light gray) and 15-year moving average (dark gray) Fiji coral composite record compared to (A) simulated southwest tropical Pacific (10° to 22°S, 150° to 180°E) SST based on the average of 13 runs from the CESM LME (red) and their SD (light red); (B) Makassar Strait composite Indo-Pacific Warm Pool SST Mg/Ca reconstructions from (25) (Newton, pink) and (26) (Oppo, purple); (C) annual and 15-year moving average SSTs reconstructed for the southwest tropical Pacific from the PHYDA (orange); (D) annual and 15-year moving average SST derived from δ18O composite coral data from Palmyra (60); (E) annual and 15-year moving average SST reconstruction for the Niño 3.4 region in the central Pacific from (21) (PHYDA, yellow) and (56) (EG, green) based on the ERSSTv3; and (F) Mg/Ca foraminifera SST reconstruction from the Galapagos in the eastern Pacific (61) and inferred eastern Pacific SSTs from lake epiphytic diatom from El Junco Lake, Galápagos (62). (G) Annual and 15-year moving average SWCP gradient calculated as the difference between Fiji coral composite record and the Niño 3.4 SST reconstructions from the PHYDA (yellow) and EG (green) and their average (black). SST presented as anomalies relative to 1883 to 1996 except in (B) where values are relative to the common period between all three records (1370 to 1840). Extended warm (cold) periods in the Fiji composite highlighted in red (blue) based on the change point analysis from Fig. 1. Also shown in (G) is the change point analysis for the average SWCP gradient (dark red lines).

The propaganda from Phys Org:

Fijian coral reveals new 627-year record of Pacific Ocean climate

An international team of climate scientists have used a 627-year coral record from Fiji to reveal unprecedented insights into ocean temperatures and climate variability across the Pacific Ocean since 1370.

It’s not even phrased as a link or association, it’s so weak it’s an “interaction”:

The study published in Science Advances, co-authored by Dr. Ariaan Purich from Monash University and Professor Matthew England and Dr. Rishav Goyal from UNSW, shows how human-caused climate change is interacting with long-term patterns of climate variability in the Pacific

Follow the long tenuous wandering path to “human derived” blah:

The new coral record shows that the local ocean temperature was warm between 1380 and 1553, comparable to the late 20th and early 21st centuries. However, when combined with other coral records, the Pacific-wide warming observed since 1920, largely attributed to human-derived emissions, marks a significant departure from the natural variability recorded in earlier centuries.

No. The coral record does NOT show this:

The record also shows that present ocean temperature is the highest for the past 653 years.

And there are no implications for millions of people either, other than we should stop wasting money immediately:

The work provides new insights to understand how climate trends are leading to shifts in weather patterns and more extreme weather events that will have significant implications for millions of people living in the Indo-Pacific region.osystems across the vulnerable Pacific Island nations.”

The money line comes next– the whole point of gouging a hole in a 600 year old coral is to advertise the renewable industry and justify trillion dollar government policy mistakes. What is a line like this doing in a press release of a scientific coral study?

The study provides further motivation for the global community to keep working towards limiting warming to 1.5ºC by developing renewable energy resources at scale, to electrify the economy and phase out coal and gas.

Government funded scientists have become prostitutes for Big Government. I would love to be proved wrong. But we all know that no government funded professors could dare criticize this study.

Thanks to all the supporters who help fund me so I can.

REFERENCE

Juan P. D’Olivo et al, Coral Sr/Ca-SST reconstruction from Fiji extending to ~1370 CE reveals insights into the Interdecadal Pacific Oscillation, Science Advances (2024). DOI: 10.1126/sciadv.ado5107

J. E. Tierney, N. J. Abram, K. J. Anchukaitis, M. N. Evans, C. Giry, K. H. Kilbourne, C. P. Saenger, H. C. Wu, J. Zinke, Tropical sea surface temperatures for the past four centuries reconstructed from coral archives. Paleoceanography 30, 226–252 (2015).

Oceans2K records. (PS: When Steve McIntyre dissected the Oceans2K dataset he found many of the alkenone records in it were mysteriously cooling in the last fifty years.)

Image by Kanenori from Pixabay

The Pacific Ocean Was As Warm 600 Years Ago

An international team of climate scientists have used a 627-year coral record from Fiji to reveal unprecedented insights into ocean temperatures and climate variability across the Pacific Ocean since 1370.

From NOT A LOT OF PEOPLE KNOW THAT

By Paul Homewood

An international team of climate scientists have used a 627-year coral record from Fiji to reveal unprecedented insights into ocean temperatures and climate variability across the Pacific Ocean since 1370.

The new coral record shows that the local ocean temperature was warm between 1380 and 1553, comparable to the late 20th and early 21st centuries. However, when combined with other coral records, the Pacific-wide warming observed since 1920, largely attributed to human-derived emissions, marks a significant departure from the natural variability recorded in earlier centuries.

https://phys.org/news/2024-08-fijian-coral-reveals-year-pacific.html

Comparison of coral Sr/Ca-SST record with instrumental and reconstructed SST records. Credit: Science Advances (2024). DOI: 10.1126/sciadv.ado5107

We can safely ignore the usual contemptuous claim that it proves “climate change”. As ever, this study would not have been funded or published if it had not mentioned climate change. Hence the authors’ appeal:

Their graphs show there is no evidence of their attribution:

(D) Annually averaged Sr/Ca-SSTs for coral core F14 from Fiji (red) compared to the Fiji composite
coral record from records 1F and AB (23) (green) over their common period of 1781 to 1997. (E) Annual Fiji composite coral record (red) combining the records shown in
(D) compared to the Ocean2K SST anomaly reconstruction for the western Pacific (24) (blue) and the SST from the PHYDA close to Fiji (17°S, 117°E) (21) (green). Also shown
is the most recent SST data for Fiji from ERSSTv5 (1998 to 2021) shown in (E) (black). SST presented as anomalies relative to the period of 1883 to 1996. It should be noted
that records 1F and AB (23) from Fiji are also included in the PHYDA and O2KWP reconstructions. Triangles in (D) and (E) denote the timing of major volcanic events (<−3.5 W/
m2 values) (Fig. 2) (22) typically associated with a cooling response. Extended warm (cold) periods highlighted in (D) and (E) by red (blue) bars based on the change point
analysis for the Fiji composite shown in (E) are indicated by dark red vertical lines; dark red horizontal lines indicate the mean for each period.

Not only do we see the warmer period before the LIA set in. We can also clearly see that SSTs began rising again in the early 19thC, long before any possible man-made effect.

Plainly natural variability dominates the whole period, something which is hardly surprising, given that a warmer atmosphere cannot significantly increase ocean temperatures.

We should also ignore that black line, showing current SSTs – splicing of data in this way is a strict no-no in any statistical analysis.

Claim: Climate Activist Tourists are Helping to Save Fijian Mangroves

Imagine flying thousands of miles to a tropical island so you can spend all day digging holes.

From  Watts Up With That?

Essay by Eric Worrall

Imagine flying thousands of miles to a tropical island so you can spend all day digging holes.

Fijian tourists help islanders adapt to climate change

By Emily Woods
Updated January 8 2024 – 5:05am, first published 5:00am

…

But under the surface of this tropical paradise is a vulnerable archipelago living through the daily impacts of climate change.

Rising sea levels have caused saltwater intrusion, depriving some Fijian communities of their freshwater sources.

…

“We have some vulnerable communities, so we’re trying our best to adapt whatever we do to this current climate change,” Ilisapeci Botevou told AAP, while planting mangroves with dozens of tourists on the island of Senautari.

Mangroves protect Fiji’s Mamanuca Islands from rising sea levels, trap 10 times more carbon than other trees and are a source of food as a breeding ground for fish, mud crabs and oysters, Ms Botevou tells the group.

She hands out roots, from adult mangrove plants, which are then plunged into the shallow sea water and covered with stones to stop the seedlings from moving when waves and currents come in.

…Read more: https://www.canberratimes.com.au/story/8478860/fijian-tourists-help-islanders-adapt-to-climate-change/

I visited Fiji just before the Covid epidemic.

My overall recommendation, if you visit stick with the tourist resorts. I went walkabout in Suva, or rather asked the taxi driver to take us to a local cafe so we could see how ordinary people live. In my opinion Suva is one of the most dangerous place I’ve ever visited, far worse than more famous dangerous places like Manilla in the Phillipines. The taxi driver and the people in the cafe were decent, they warned us not to walk on the street. The driver stayed in his taxi with the key in the ignition, so he could move if things got tense. When we walked onto the street briefly to get back to our taxi after spending half an hour in the cafe, a gangster who’d been watching us from across the street started approaching, then changed his mind – I was too big, and he knew I knew what he was thinking, so he didn’t have the element of surprise. Thankfully he hadn’t had time to round up a crew, and didn’t have a gun. We got lucky, maybe by only a few minutes.

I had interesting conversations with the people I met, my impression is most Fijians are decent people who are trying to live normal lives in difficult circumstances. One conversation was particularly interesting, we bumped into someone who was highly educated, who was happy to talk about the local situation. He told me about why Fiji is so messed up.

The problem is twofold, their corrupt government and the drug Kava. Kava is legal in Fiji because it is a cultural drug, like coffee or beer, or coca leaf tea in some South American countries. 2-3 cups of Kava prepared the traditional way gives the drinker a moderate buzz, much the same as 2-3 glasses of strong wine. But drug dealers have taken advantage of this cultural acceptance, and now sell Kava concentrate, which from what I saw is as dangerous and addictive as concentrated cocaine. Many of Fiji’s teenagers are hooked on Kava, because in the train wreck Fijian economy, weighed down by government corruption, there is very little opportunity for the kids. So instead of trying to find a job, many teenagers spend all their time getting wasted, selling themselves or committing burglaries or mugging people to pay for their drugs.

The Kava concentrate shops in Fiji are obvious – they look like jail cells, they are the shops with heavy steel doors and steel window frames with bars on the windows. That glass looked really thick when I had a look at one up close, I wouldn’t be surprised if it was shatter resistant glass. The shop wasn’t open when we looked, but I’m guessing they had armed guards during opening hours. Given the meagre local income, they must sell a lot of Kava concentrate to make it worth paying for all those expensive protective measures. A lot of the locals would like these shops shut down – but the drug dealers have lots of well connected friends.

You know what? Deluded greens flying thousands of miles to plant a few mangrove roots probably aren’t hurting anyone, though I wouldn’t be surprised if the locals dig the roots up afterwards and hand them to the next bunch of tourists – much easier than walking a couple of miles through a nasty swamp and chopping fresh roots. But I doubt they are contributing significantly towards genuinely solving Fiji’s real problems.