Quotulatiousness

August 3, 2023

Behind Japanese lines in Burma – SOE and Karen tribal guerillas in 1944/45

Filed under: Asia, Britain, History, India, Japan, Military, WW2 — Tags: , , , — Nicholas @ 04:00

Bill Lyman outlines one of the significant factors assisting General Slim’s XIVth Army to recapture Burma from the Japanese during late 1944 and early 1945:

If Lieutenant General Sir Bill Slim (he had been knighted by General Archibald Wavell, the Viceroy, the previous October, at Imphal) had been asked in January 1945 to describe the situation in Burma at the onset of the next monsoon period in May, I do not believe that in his wildest imaginings he could have conceived that the whole of Burma would be about to fall into his hands. After all, his army wasn’t yet fully across the Chindwin. Nearly 800 miles of tough country with few roads lay before him, not least the entire Burma Area Army under a new commander, General Kimura. The Arakanese coastline needed to be captured too, to allow aircraft to use the vital airfields at Akyab as a stepping stone to Rangoon. Likewise, I’m not sure that he would have imagined that a primary reason for the success of his Army was the work of 12,000 native levies from the Karen Hills, under the leadership of SOE, whose guerrilla activities prevented the Japanese from reaching, reinforcing and defending the key town of Toungoo on the Sittang river. It was the loss of this town, more than any other, which handed Burma to Slim on a plate, and it was SOE and their native Karen guerrillas which made it all possible.

In January 1945 Slim was given operational responsibility for Force 136 (i.e. Special Operations Executive, or SOE). It had operated in front of 20 Indian Division along the Chindwin between 1943 and early 1944 and did sterling work reporting on Japanese activity facing 4 Corps. Persuaded that similar groups working among the Karens in Burma’s eastern hills – an area known as the Karenni States – could achieve significant support for a land offensive in Burma, Slim authorised an operation to the Karens. Its task was not merely to undertake intelligence missions watching the road and railways between Mandalay and Rangoon, but to determine whether they would fight. If the Karens were prepared to do so, SOE would be responsible for training and organising them as armed groups able to deliver battlefield intelligence directly in support of the advancing 14 Army. In fact, the resulting operation – Character – was so spectacularly successful that it far outweighed what had been achieved by Operation Thursday the previous year in terms of its impact on the course of military operations in pursuit of the strategy to defeat the Japanese in the whole of Burma. It has been strangely forgotten, or ignored, by most historians ever since, drowned out perhaps by the noise made by the drama and heroism of Thursday, the second Chindit expedition. Over the course of Slim’s advance in 1945 some 2,000 British, Indian and Burmese officers and soldiers, along with 1,430 tons of supplies, were dropped into Burma for the purposes of providing intelligence about the Japanese that would be useful for the fighting formations of 14 Army, as well as undertaking limited guerrilla operations. As Richard Duckett has observed, this found SOE operating not merely as intelligence gatherers in the traditional sense, but as Special Forces with a defined military mission as part of conventional operations linked directly to a military strategic outcome. For Operation Character specifically, about 110 British officers and NCOs and over 100 men of all Burmese ethnicities, dominated interestingly by Burmans mobilised as many as 12,000 Karens over an area of 7,000 square miles to the anti-Japanese cause. Some 3,000 weapons were dropped into the Karenni States. Operating in five distinct groups (“Walrus”, “Ferret”, “Otter”, “Mongoose” and “Hyena”) the Karen irregulars trained and led by Force 136, waited the moment when 14 Army instructed them to attack.

Between 30 March and 10 April 1945 14 Army drove hard for Rangoon after its victories at Mandalay and Meiktila, with Lt General Frank Messervy’s 4 Indian Corps in the van. Pyawbe saw the first battle of 14 Army’s drive to Rangoon, and it proved as decisive in 1945 as the Japanese attack on Prome had been in 1942. Otherwise strong Japanese defensive positions around the town with limited capability for counter attack meant that the Japanese were sitting targets for Allied tanks, artillery and airpower. Messervy’s plan was simple: to bypass the defended points that lay before Pyawbe, allowing them to be dealt with by subsequent attack from the air, and surround Pyawbe from all points of the compass by 17 Indian Division before squeezing it like a lemon with his tanks and artillery. With nowhere to go, and with no effective means to counter-attack, the Japanese were exterminated bunker by bunker by the Shermans of 255 Tank Brigade, now slick with the experience of battle gained at Meiktila. Infantry, armour and aircraft cleared General Honda’s primary blocking point before Toungoo with coordinated precision. This single battle, which killed over 1,000 Japanese, entirely removed Honda’s ability to prevent 4 Corps from exploiting the road to Toungoo. Messervy grasped the opportunity, leapfrogging 5 Indian Division (the vanguard of the advance comprising an armoured regiment and armoured reconnaissance group from 255 Tank Brigade) southwards, capturing Shwemyo on 16 April, Pyinmana on 19 April and Lewe on 21 April. Toungoo was the immediate target, attractive because it boasted three airfields, from where No 224 Group could provide air support to Operation Dracula, the planned amphibious attack against Rangoon. Messervy drove his armour on, reaching Toungoo, much to the surprise of the Japanese, the following day. After three days of fighting, supported by heavy attack from the air by B24 Liberators, the town and its airfields fell to Messervy. On the very day of its capture, 100 C47s and C46 Commando transports landed the air transportable elements of 17 Indian Division to join their armoured comrades. They now took the lead from 5 Indian Division, accompanied by 255 Tank Brigade, for whom rations in their supporting vehicles had had been substituted for petrol, pressing on via Pegu to Rangoon.

“Tech giants” obey the law and block access to Canadian news sites to Canadian users

Filed under: Cancon, Government, Law, Media, Technology — Tags: , , , , , , — Nicholas @ 03:00

For some reason — despite a clamour of warnings from sensible observers — the Canadian government still seems shocked and surprised that the much-reviled “tech giants” have chosen to obey the new Online News Act and are actively blocking links to Canadian media outlets just as the law requires:

For months, supporters of Bill C-18, the Online News Act, assured the government that Meta and Google were bluffing when they warned that a bill based on mandated payments for links was unworkable and they would comply with it by removing links to news from their platforms. However, what has been readily apparent for months became reality yesterday: Meta is now actively blocking news links and sharing on its Facebook and Instagram platforms. The announcement does not reference Threads, but it would not surprise if news links are ultimately blocked on that platform as well. The company says that the blocking will take several weeks to fully roll out to all users, suggesting that it has learned from the over-blocking mistakes made in Australia and is proceeding more cautiously in Canada. By the end of the month, the world’s largest social media platform will become a news desert in Canada, with links to all news – both Canadian and foreign – blocked on the platform.

It is worth revisiting that it was only a couple of months ago that some industry leaders, lobbyists, and academics were assuring the Senate that the Meta threat was just a bluff. Kevin Desjardins of the Canadian Association of Broadcasters, referenced the Australian experience, and told the Senate committee studying the bill that “when legislated to do so, they will come to the table”. Sylvain Poisson of Hebdos Quebec confidently said “they made those threats in Australia and elsewhere and every time they back down”. Chris Pedigo of the U.S.-based Digital Context Next assured the committee “it’s important to understand what happens when these bills become law. In Australia, they moved quickly to secure deals. They have done similar work in Europe, and I expect it would happen quickly in Canada as well.” And Carleton professor Dwayne Winseck said “I am not worried. The threats they are making, they are doing this all around the world.”

Despite the assurances, the company was true to its word and blocking news links is now here. If this is a negotiation tactic, it’s a pretty strange one given that reports indicate the company is not talking to the government about potential changes to a law that has already received royal assent. Indeed, while the new Heritage Minister Pascale St-Onge urged the company to participate in the regulatory process, there is nothing in the regulations that could alter the fundamental principle in the bill of mandated payments for links. At best, the government could toss aside its commitment to stay out of negotiations by using the regulations to dictate to the supposedly independent CRTC how much needs to be spent in order to avoid Bill C-18’s final offer arbitration provisions. Government negotiating total payment value and eviscerating the CRTC’s independence does not inspire confidence and Meta reasonably wants no part of it, since the time to fix Bill C-18 was before it received royal assent, not after.

Bolded section mine: I didn’t realize that it wasn’t just Canadian media links that were being blocked … it’s all news sites in the world being hidden from Canadian users. That’s an escalation from what I’d originally understood. I don’t blame the “tech giants” at all, but it will be tough on older Canadians who’ve been depending on social media to keep them up-to-date on domestic and foreign news.

Webley 1905

Filed under: Britain, History, Weapons — Tags: , , , — Nicholas @ 02:00

Forgotten Weapons
Published 12 Jun 2016

William Whiting was an engineer who spent his entire adult career with the Webley company, and was responsible for all of their in-house self-loading pistol designs. This work initially focused on a behemoth of a pistol, the Model 1904 intended for military contracts. The gun proved insufficiently attractive to the British military though, leaving Webley with a large R&D outlay with nothing to show for it. The solution was to scale the system way down and look to the civilian market with a pocket automatic in .32ACP.

The first version of this commercial pocket pistol was this model 1905 design. It proved to be a popular concept, and the gun was revised to address a few shortcomings and opportunities for simplification. In its final version, the Model 1908 would prove to be Webley’s best-selling automatic pistol, and it is still a relatively easy gun to find today. However, its 1905 predecessor is far scarcer, and it is interesting to examine the changes made between the two models.

QotD: Blacksmith forge techniques

Filed under: History, Quotations, Technology, Tools — Tags: , , — Nicholas @ 01:00

Fundamentally, each stage of forging iron revolves around a basic cycle: by heating the metal, the smith makes it soft enough to work (that is, hammer into shape). Technically, it is possible to shape relatively thin masses of iron by hammering when cold (this is called cold-working) but in contrast to other metals (tin, copper and bronze all come to mind) nearly all serious iron-working was done “hot”. In smithing terminology, each of these cycles is referred to as a “heat” – the more heats a given project requires, the more fuel it is going to consume, the longer and more expensive it is going to be (but a skilled smith can often finish the work in fewer heats than an unskilled smith).

A modern blacksmith can gauge the temperature of a metal using sophisticated modern thermometers, but pre-modern smiths had no recourse to such things (and most traditional smiths I’ve met don’t use them anyway). Instead, the temperature of the metal is gauged by looking at its color: as things get hotter, they glow from brown to dark red through to a light red into yellow and then finally white. For iron heated in a forge, a blacksmith can control the temperature of the forge’s fire by controlling the air-input through the bellows (pushing in more air means more combustion, which means more heat, but also more fuel consumed). As we’ve seen, charcoal (and we will need to use charcoal, not wood, to hit the necessary heat required), while not cripplingly expensive, was not trivial to produce either. A skilled smith is thus going to try to do the work in as few heats as possible and not excessively hot either (there are, in fact, other reasons to avoid excessive heats, this is just one).

Once hot the metal can be shaped by hammering. The thickness of a bar of metal could be thickened by upsetting (heating the center of the bar and them hammering down on it like a nail to compress the center, causing it to thicken) or thinned by drawing (hammering out the metal to create a longer, thinner shape). If the required shape needed the metal to be bent it could be heated and bent either over the side of the anvil or against a tool; many anvils had (and still have) a notch in the back where such a tool could be fitted. A good example of this kind of thing would be hammering out a sheet of iron over a dome-shape to create the bowl of a helmet (a task known as “raising” or “sinking” depending on precisely how it is done). A mass of iron can also be divided by heating it at the intended cutting point and then using a hammer and chisel to cut through the hot, soft metal.

But for understanding the entire process, the most important of these operations is the fire weld. Much like bloomery furnaces, the forges available to pre-modern blacksmiths could not reach the temperatures necessary to melt or cast iron, but it was necessary to be able to join smaller bits of iron into larger ones which was done through a fire weld (sometimes called a forge weld). In this process, the iron is heated very hot, typically to a “yellow” or “white” heat (around 1100 °C). The temperature range for the operation is quite precise: too cold and the iron will not weld, too hot and it will “burn” making the weld brittle. Once at the right temperature, the two pieces of iron are put next to each other and hammered into each other with heavy blows. If done properly, the two pieces of metal join completely, leaving a weld that is as strong as every other part of the bar.

Bret Devereaux, “Collections: Iron, How Did They Make It, Part III: Hammer-time”, A Collection of Unmitigated Pedantry, 2020-10-02.

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