At the 58 BC Battle of Vosges, Julius Caesar was surrounded. He had to force the Germanic army under Ariovistus into combat because the German was content to starve the Romans out. Cut off from supplies, Caesar’s legions may not last long enough to attack later. So, outnumbered and surrounded, Caesar struck.
He marched his entire force toward the weakest part of the Germanic army: its camp. When the legions arrived, the Germanic women were in the army’s wagon train, shouting, screaming, and wailing… at the Germanic men.
The Gallic Wars were an important moment in the history of Rome. It saw Julius Caesar’s rise in power and prestige as well as an important military and territorial expansion of the Roman Republic. But to the Romans’ well-organized and disciplined fighting force, the wailing Germanic women must have been an altogether strange experience.
Germanic women were forced to defend the wagon trains after many battles against the Romans.
If a tribe was caught up in a fight while migrating or moving for any reason, women would not be left behind. Germanic women would yell at their fighting men, sometimes with their children on hand to witness the fighting. The women encouraged their children to yell and, with bare breasts, shouted reminders at the men that they must be victorious in combat or their families would be captured and enslaved… or worse, slaughtered wholesale.
Their shouts encouraged their men to fight harder, as women were considered holy spirits. Letting them fall into enemy hands was the ultimate failure.
The Roman Senator and historian Tacitus wrote in his work, Germania:
A specially powerful incitement to valor is that the squadrons and divisions are not made up at random by the mustering of chance-comers, but are each composed of men of one family or clan. Close by them, too, are their nearest and dearest, so that they can hear the shrieks of their women-folk and the wailing of their children. These are the witnesses whom each man reverences most highly, whose praise he most desires. It is to their mothers and wives that they go to have their wounds treated, and the women are not afraid to count and compare the gashes. They also carry supplies of food to the combatants and encourage them.
It stands on record that armies already wavering and on the point of collapse have been rallied by the women, pleading heroically with their men, thrusting forward their bared bosoms, and making them realize the imminent prospect of enslavement — a fate which the Germans fear more desperately for their women than for themselves. Indeed, you can secure a surer hold on these nations if you compel them to include among a consignment of hostages some girls of noble family. More than this, they believe that there resides in women an element of holiness and a gift of prophecy; and so they do not scorn to ask their advice, or lightly disregard their replies.The women were more than just morale builders, though. They provided aid and comfort to their men after the battle was over, of course. And they would bring supplies and food to their male warriors in the middle of the fight.
If the battle didn’t go well, however, Germanic women could take on an entirely new role. They might kill any male members of the tribe who attempted retreat. They could even kill their children and then commit suicide rather than submit to enslavement by another tribe or army.
Women were captured en masse at the Battle of Aquaq Sextiae.
Vosges wasn’t the first time the Roman Republic encountered this phenomenon. At the 102 BC Battle of Aquae Sextiae a Roman army that was outnumbered by Germans 3-to-1 emerged victorious, according to the Roman historian Plutarch. He notes that 300 of the women captured that day killed themselves and their children rather than be taken back to Rome.
For the Germans at the Battle of Vosges, the situation wasn’t as desperate. They were all well-rested and their march from the Rhine River didn’t take a heavy toll on their strength. But the Romans were formidable and, thanks to a sudden moment of quick thinking by one of Caesar’s cavalry officers, they were able to drive the Germans back across the Rhine. When Caesar returned from Rome after the conquest of Gaul, he came back with a million slaves.
The Humvee (High-Mobility Multi-purpose Wheeled Vehicle) is a classic icon of today’s military, often seen wherever there is a war or a disaster. However, just as the Jeep proved to be not quite what would be needed for World War II, the Humvee proved to have some shortfalls during the War on Terror.
The Joint Light Tactical Vehicle from Oshkosh is intended to at least partially replace the Humvee. The Humvee will be sticking around – possibly until 2050 – in many of the support units, as opposed to fighting in front-line combat situations.
The big difference will be in the level of protection. Humvees, even when up-armored, couldn’t completely protect troops from the effects of roadside bombs and other improvised explosive devices. The JLTV addresses that through providing MRAP-level protection in a lightweight package that can be hoisted by a helicopter like the CH-47F Chinook or a CH-53K King Stallion.
The first of the JLTVs will be delivered to the 10th Mountain Division at Fort Drum, followed by the 173rd Airborne Brigade in Italy. Both units are expected to receive their vehicles in 2019.
The JLTV has four variants in service, the M1278 Heavy Gun Carrier, the M1279 Utility vehicle, the M1280 General Purpose, and the M1281 Close Combat Weapons Vehicle.
Check the video below to see how the JLTV and the Humvee stack up against each other.
Karuika asks: Who was the first person to figure out what dinosaur bones were?
From around 250 to 66 million years ago various dinosaurs roamed the Earth. Today the only dinosaurs left are birds, which are coelurosauria theropods — funny enough the same sub-group Tyrannosauruses belong to. (Think about that the next time you’re enjoying a McDinosaur sandwich or scrambling up some dinosaur eggs for breakfast.)
Beyond their avian progeny, all that mostly remains of these once dominate creatures are fossilized bones, footprints, and poop. While many dinosaurs were actually quite small, some were comparatively massive, bringing us to the question of the hour — what did people first think when they pulled huge dinosaur bones out of the earth?
To begin with, it is generally thought humans have been discovering dinosaur bones about as long as we’ve been humaning. And it appears that at least some of the giant creatures of ancient legend likely stemmed from the discovery of dinosaur bones and fossils, and the subsequent attempts of ancient peoples to explain what they were.
For example, 4th century BC Chinese historian Chang Qu reported the discovery of massive “dragon bones” in the region of Wuchen. At the time and indeed for many centuries after (including some still today), the Chinese felt that these bones had potent healing powers, resulting in many of them being ground down to be drunk in a special elixirs.
As for the exact medicinal purposes, in the 2nd century AD Shennong Bencaojing, it states,
Dragon bone… mainly treats heart and abdominal demonic influx, spiritual miasma, and old ghosts; it also treats cough and counterflow of qi, diarrhea and dysentery with pus and blood, vaginal discharge, hardness and binding in the abdomen, and fright epilepsy in children. Dragon teeth mainly treats epilepsy, madness, manic running about, binding qi below the heart, inability to catch one’s breath, and various kinds of spasms. It kills spiritual disrupters. Protracted taking may make the body light, enable one to communicate with the spirit light, and lengthen one’s life span.
While fossilized bones may not actually make such an effective cure-all, all things considered, the classic depictions of dragons and our modern understanding of what certain dinosaurs looked like are actually in the ballpark of accurate.
Moving over to the ancient Greeks, they are also believed to have stumbled across massive dinosaur bones and similarly assumed they came from long-dead giant creatures, in some cases seeming to think they came from giant human-like creatures.
Moving up to that better documented history, in the 16th through 19th centuries, the idea that the Earth was only about six thousand years old was firmly entrenched in the Western world, leading to these fossils creating a major puzzle for the scientists studying them. Even Meriwether Lewis of the famed Lewis and Clark expedition found a dinosaur bone in Billings Montana, but in his case, he decided it must have come from a massive fish, which was a common way they were explained away given that no creatures that then walked the earth seemed to match up.
The various ideas thrown around around during these centuries were described by Robert Plot in his 1677 Natural History of Oxfordshire:
[are] the Stones we find in the Forms of Shell-fish, be Lapides sui generis [fossils], naturally produced by some extraordinary plastic virtue, latent in the Earth or Quarries where they are found? Or, [do] they rather owe their Form and Figuration to the Shells of the Fishes they represent, brought to the places where they are now found by a Deluge, Earth-quake, or some other such means, and there being filled with Mud, Clay, and petrifying Juices, have in tract of time been turned into Stones, as we now find them, still retaining the same Shape in the whole, with the same Lineations, Sutures, Eminencies, Cavities, Orifices, Points, that they had whilst they were Shells?
Plot goes on to explain the idea behind the “plastic virtue” hypothesis was that the fossils were some form of salt crystals that had by some unknown process formed and grown in the ground and just happened to resemble bones.
Triceratops mounted skeleton at Los Angeles Museum of Natural History.
However, Plot argues against this then popular notion stating,
Come we next to such [stones] as concern the … Members of the Body: Amongst which, I have one… that has exactly the Figure of the lowermost part of the Thigh-Bone of a Man or at least of some other Animal…a little above the Sinus, where it seems to have been broken off, shewing the marrow within of a shining Spar-like Substance of its true Colour and Figure, in the hollow of the Bone…
After comparing the bone to an elephant’s, he decided it could not have come from one of them. He instead concluded,
It remains, that (notwithstanding their extravagant Magnitude) they must have been the bones of Men or Women: Nor doth any thing hinder but they may have been so, provided it be clearly made out, that there have been Men and Women of proportionable Stature in all Ages of the World, down even to our own Days
Thus, much like is thought to have happened with certain ancient peoples, he decided some of these bones must have come from giant humans of the past. During Plot’s era, the Bible’s mention of such giants was often put put forth as evidence, such as in Numbers where it states,
The land that we have gone through as spies is a land that devours its inhabitants; and all the people that we saw in it are of great size. There we saw the Nephilim… and to ourselves we seemed like grasshoppers, and so we seemed to them.
Though the bone Plot was describing has since been lost to history, he left detailed drawings, from which it’s thought to have come from the lower part of the femur of a Megalosaurus (literally, Great Lizard).
Modern restoration of Megalosaurus.
But before it was called the Megalosaurus, it had a rather more humorous name. You see, in 1763 a physician called Richard Brookes studying Plot’s drawings dubbed it “Scrotum Humanum” because he thought it looked like a set of petrified testicles. (To be clear, Brookes knew it wasn’t a fossil of a giant scrotum, but nevertheless decided to name it thus because apparently men of all eras of human history can’t help but make genital jokes at every opportunity.)
While hilarious, in the 20th century, this posed a problem for the International Commission for Zoological Nomenclature when it eventually came time to formally classify the Megalosaurus as such. The problem was, of course, that Brookes had named it first.
Eventually the ICZN decided that since nobody after Brookes had called it Scrotum Humanum, even though he was the first to name it, that name could safely be deemed invalid. Thus Megalosaurus won out, which is unfortunate because discussion of the rather large Scrotum Humanum would have provided great companion jokes to ones about Uranus in science classes the world over.
Moving swiftly on, humanity continued to have little clear idea of what dinosaurs were until William Buckland’s work on the aforementioned Megalosaurus in 1824.
As for the word “dinosaur” itself, this wouldn’t be coined until 1842 when British scientist Sir Richard Owen noted that the few dinosaur fossils that had been scientifically studied at that point all shared several characteristics. For the curious, those species were the Megalosaurus, Hylaeosaurus and Iguanodon. He further concluded that the fossils could not have come from any creature that currently roamed the Earth and thus came up with a new name — dinosaur, meaning “terrible/powerful/wondrous lizards”.
Of course, it should be noted that despite being knighted for his life’s work in 1883, Owen was renowned for stealing other people’s ideas and calling them his own, in at least one case even after having previously ridiculed the person he stole the ideas from — paleontologist Gideon Mantell. In several instances, Owen would attempt to take credit for some of Mantell’s pioneering work on the Iguanodon, while downplaying Mantell’s contributions in the process.
paleontologist Gideon Mantell.
To add insult to injury, it is speculated that the much more distinguished Owen actively worked to stop some of Mantell’s work and papers from getting published.
To further illustrate Owen’s character and rivalry with Mantell, after near financial ruin in 1838, his wife leaving him in 1839, and his daughter dying in 1840, Mantell would become crippled after a fall from a carriage on October 11, 1841. Previous to the accident, he had frequently suffered from leg and back pain, but the source of it was dismissed as likely due to the long hours of work he put in and the like. Things got worse when a coach he was on crashed, shortly before which Mantell leapt from it. In the aftermath, his former pain became extreme and he ceased to be able to use his legs properly. As he writes, “I cannot stoop, or use any exertion without producing loss of sensation and power in the limbs… and could I choose my destiny, I would gladly leave this weary pilgrimage.” He later laments in his journal, “my long probation of suffering will be terminated by a painful and lingering death.”
What does any of that have to do with Owen? To add insult to injury, after Mantell died from an opium overdose taken to help relieve some of his constant and extreme pain, several obituaries were published of Mantell, all glowing — except one…
This one was anonymously written, though analyses of the writing style and general tone left few among the local scientific community with any doubt of who had written it.
In it, Owen starts off praising Mantell, stating, “On Wednesday evening last, at the age of about 63 or 64, died the renowned geologist, Gideon Algernon Mantell…” It goes on to note how Mantell’s memoir on the Iguanodon saw him the recipient of the prestigious Royal Medal. Of course, later in the article, Owen claims Mantell’s work for which he won that medal was actually stolen from others, including himself:
The history of the fossil reptile for the discovery of which Dr. Mantell’s name will be longest recollected in science, is a remarkable instance of this. Few who have become acquainted with the Iguanodon, by the perusal of the Medals of Creation would suspect that to Covier we owe the first recognition of its reptilian character, to Clift the first perception of the resemblance of its teeth to those of the Iguano, to Conybear its name, and to Owen its true affinities among reptiles, and the correction of the error respecting its build and alleged horn…
The article then goes on to outline Dr. Mantell’s supposed various failings as a scientist such as his “reluctance to the revelation of a truth when it dispossessed him of a pretty illustration”, as well as accusing him of once again stealing people’s work:
To touch lightly on other weaknesses of this enthusiastic diffuser of geological knowledge… we must also notice that a consciousness of the intrinsic want of exact scientific, and especially anatomical, knowledge, which compelled him privately to have recourse to those possessing it… produced extreme susceptibility of any doubt expressed of the accuracy or originality of that which he advanced; and in his popular summaries of geological facts, he was too apt to forget the sources of information which he had acknowledge in his original memoirs.
It finally concludes as it started — on a compliment, “Dr. Mantell has, however, done much after his kind for the advancement of geology, and certainly more than any man living to bring it into attractive popular notice.”
It’s commonly stated from here that, out of spite, Owen also had a piece of Mantell’s deformed spine pickled and put on a shelf in the Hunterian Museum in London where Owen was the curator. However, while this was done, the examination and study of his spine was done at the behest of Mantell himself.
British scientist Sir Richard Owen.
Thus, an autopsy was performed and an examination of Mantell’s spine showed he had a rather severe and, at least at the time, peculiar case of scoliosis. As to what was so interesting about this case, one of the physicians involved, Dr. William Adams, states, it was discovered “that the severest degree of deformity of the spine may exist internally, without the usual indications in respect of the deviation of the spinous processes externally.”
In other words, in other such cases, it was clear the spine was not straight from visual observation of the person’s back where a curve could be observed. Mantell’s spine, however, exhibited severe scoliosis, but in such a way that upon external examination methods of the day where the person was lying down or standing up, it otherwise appeared straight.
To Adam’s knowledge, such a thing had never been observed before, but if Mantell had this particular brand of scoliosis, surely many others did as well. But how to detect it. Mulling over the problem inspired Dr. Adams to come up with a method to make such a deformity visible with external examination, thus giving the world the Adam’s forward bend test which many a school student even today has no doubt recollections of being subjected to periodically.
Going back to Owen, as to why he seems to have hated Mantell so much, this isn’t fully clear, though it may have simply been Mantell’s work sometimes resulted in showing Owen’s to be incorrect in various assumptions, jealousy of a scientist he deemed inferior to himself, or it could just be that Owen was a bit of a dick. As noted by famed biologist Thomas Henry Huxley, “[I]t is astonishing with what an intense feeling of hatred Owen is regarded by the majority of his contemporaries, with Mantell as arch-hater. The truth is, [Owen] is the superior of most, and does not conceal that he knows it, and it must be confessed that he does some very ill-natured tricks now and then.”
Of course, if you steal other people’s work long enough, eventually you’ll get caught, especially when you’re one of the world’s leading scientists in your field. Owen’s misstep occurred when he was awarded the prestigious Royal Medal from the Royal Society for his supposedly pioneering discovery and analyses of belemnites, which he called the Belemnites owenii, after himself and gave no credit to anyone else for the ideas in the paper. It turns out, however, four years previous he’d attended a Geological Society get together in which an amateur scientist by the name of Chaning Pearce gave a lecture and published a paper on that very same creature…
While Owen was allowed to keep his medal even after it was revealed he’d stolen the work of Pearce, the rumors that he’d similarly “borrowed” other ideas without credit and this subsequent proof resulted in the loss of much of his former academic prestige. Things didn’t improve over the following years and Owen was eventually given the boot from the Royal Society in 1862 despite his long and rather distinguished career.
While he would never again do any scientific work of significance, his post plagiarist career did prove to be a huge boon for those who enjoy museums. You see, up until this point, museums were not places readily open to the public, and to get access, you usually needed to be an academic. They were places for research, not for random plebeians to gawk at things.
After losing any shred of respect from his peers, he eventually devoted his energies into his role as the superintendent of the natural history department of the British Museum. Among other things, as superintendent, he pushed for and helped develop London’s now famed Natural History Museum, London. He also instituted a number of changes such as encouraging the general public to come visit the museum at their leisure, devoted the majority of the displays for public use, had labels and descriptions added below each display explaining what each was of so anybody, not just the educated, could understand what they were looking at, etc. Many among the scientific community fought against these changes, but he did it anyway, giving us the modern idea of a museum in the process.
In any event, after Owen, Mantell’s, and their contemporaries’ work finally revealed these long extinct creatures for what they were, interest in dinosaurs exploded resulting in what has come to be known as the “Bone Wars” between rival paleontologists in the 1890s which got so heated, some paleontologists literally resorted to dynamiting mines to beat their rivals in discoveries.
The most famous such rivals were Othniel Marsh of the Peabody Museum of Natural History at Yale and Edward Cope of the Academy of Natural Sciences of Philadelphia.
While the pair started out friendly, even choosing to name species after one another, they eventually became bitter enemies, and when they weren’t doing everything in their power to find dinosaur bones as fast as possible, they were writing and giving talks insulting one another’s work, attempting to get each other’s funding canceled, stealing discoveries from one another or, when not possible, trying to destroy the other’s work. In the end, the product of this rivalry was the discovery of a whopping 142 different species of dinosaurs. (For the record, Marsh discovered 86 and Cope 56.)
Before ending, any discussion of this wild west era of dinosaur bone hunting and scholarship would be remiss without noting the unsung hero of it all — Mary Anning, who is credited with finding many of the fossils used by other scientists for “their” discoveries like of the long-extinct Ichthyosaur, Plesiosaurus (in fact finding the first complete Plesiosaurus), and the flying Pterosaur.
Anning was also noted to be popularly consulted by scientists the world over for her expertise in identifying types of dinosaurs from their bones and various insights she had on them, with many world renowned scientists actually choosing to make the journey to her little shop in person where she sold these bones in Dorset England.
Almost completely uneducated formally and having grown up relatively poor, with her father dying when she was 11, Anning’s expertise came from literally a lifetime of practice, as her family lived near the cliffs near Lyme Regis and from a little girl she helped dig out bones and sell them in their shop.
Portrait of Mary Anning.
Without access to a formal scientific education, she eventually took to dissecting many modern animals to learn more about anatomy. She also was an insatiable reader of every scientific paper she could get her hands on related to geology, palaeontology and animals. In many cases, unable to afford to buy copies of the papers, she’d simply borrow them from others and then meticulously copy them herself, with reportedly astoundingly exact replication of technical illustrations.
On that note, Lady Harriet Silvester would describe Anning in 1824,
The extraordinary thing in this young woman is that she has made herself so thoroughly acquainted with the science that the moment she finds any bones she knows to what tribe they belong. She fixes the bones on a frame with cement and then makes drawings and has them engraved… It is certainly a wonderful instance of divine favour—that this poor, ignorant girl should be so blessed, for by reading and application she has arrived to that degree of knowledge as to be in the habit of writing and talking with professors and other clever men on the subject, and they all acknowledge that she understands more of the science than anyone else in this kingdom.
Despite finding some of the best known specimens of these creatures and risking her life on a daily basis during her hunt for fossils around the dangerous cliffs, Anning got little public credit for her discoveries owing to a number of factors including that she was a woman, from a dissenting religious sect against the Church of England, and otherwise, as noted, had no real formal education. So it was quite easy for scientists to take any ideas she had and the bones she dug up and claim all of it as their own discovery. As Anning herself would lament, “The world has used me so unkindly, I fear it has made me suspicious of everyone.”
A companion of hers, Anna Inney, would go on to state, “these men of learning have sucked her brains, and made a great deal of publishing works, of which she furnished the contents, while she derived none of the advantages.”
That said, given the esteem she was regarded among many scientists, some of them did desire she be given credit for her contributions, such as famed Swiss palaeontologist Louis Agassiz who was one of many to visit Anning’s shop and to pick her brain about various things, ultimately crediting her in his book Studies of Fossil Fish.
Further praising her work a few years later was an article in The Bristol Mirror, stating,
This persevering female has for years gone daily in search of fossil remains of importance at every tide, for many miles under the hanging cliffs at Lyme, whose fallen masses are her immediate object, as they alone contain these valuable relics of a former world, which must be snatched at the moment of their fall, at the continual risk of being crushed by the half suspended fragments they leave behind, or be left to be destroyed by the returning tide: – to her exertions we owe nearly all the fine specimens of Ichthyosauri of the great collections …
Of the dangers of her work, Anning once wrote to a friend, Charlotte Murchison, in 1833,
Perhaps you will laugh when I say that the death of my old faithful dog has quite upset me, the cliff that fell upon him and killed him in a moment before my eyes, and close to my feet … it was but a moment between me and the same fate.
Beyond academic credit, in one lean stretch where Anning’s family was unable to find any new fossils and they had to start selling off all their worldy possessions just to eat and keep a roof over their heads, one of their best customers, Lieutenant-Colonel Thomas James Birch, decided to auction off many of the bones he’d bought from them and instead of keeping the money, gave it to Anning’s family.
Of this, in a letter to the Gideon Mantell, Birch stated the auction was,
for the benefit of the poor woman… who… in truth found almost all the fine things which have been submitted to scientific investigation … I may never again possess what I am about to part with, yet in doing it I shall have the satisfaction of knowing that the money will be well applied.
Beyond the approximately £400 this brought in (about £48,000 today), this also significantly raised the awareness among the scientific community of the family’s contributions to this particular branch of science.
Further, when she lost her life savings apparently after being swindled by a conman in 1835, the aforementioned William Buckland managed to convince the British government and the British Association for the Advancement of Science to give her a pension of £25 per year (about £3,000 today) in recognition of her work’s importance to science.
On top of this, when she was dying of breast cancer in the 1840s and couldn’t continue on in her work as before, the Geological Society provided additional financial support to make sure she was taken care of.
After her death, they also commemorated a stained-glass window in 1850 in her memory with the inscription:
This window is sacred to the memory of Mary Anning of this parish, who died 9 March AD 1847 and is erected by the vicar and some members of the Geological Society of London in commemoration of her usefulness in furthering the science of geology, as also of her benevolence of heart and integrity of life.
The president of the Geological Society, Henry De la Beche, would also write a eulogy for her, which stated in part,
I cannot close this notice of our losses by death without adverting to that of one, who though not placed among even the easier classes of society, but one who had to earn her daily bread by her labour, yet contributed by her talents and untiring researches in no small degree to our knowledge…
This was the first eulogy for a woman the society had ever published, and the first time such a eulogy had been given for a non-fellow.
This article originally appeared on Today I Found Out. Follow @TodayIFoundOut on Twitter.
Lt. Cesar Mize became the first Anti-Submarine Warfare/Anti-Surface Warfare (ASW/SUW) Warfare Tactics Instructor (WTI) in the Navy Reserve during a ceremony on Oct. 26, 2018. Capt. Joseph Cahill, director of Naval Surface and Mine Warfighting Development Center (SMWDC’s) Sea Combat Division administered Mize’s oath of office into the Navy Reserve.
“I’m thrilled to be part of this tremendous team of young officers raising the Combat capability of Naval Surface Forces,” said Cahill. “Cesar’s exceptional skills, qualifications, and experience as an ASW/SUW WTI make him a critical asset to the Nation. As the first Reserve ASW/SUW WTI, Lt. Mize will continue to play a vital role for our Navy and our Nation. He is the first of what will eventually be many ASW/SUW WTI’s who choose to continue to serve as reserve enablers after they transition from active duty.”
Mize served under Cahill’s command aboard the guided missile cruiser USS Bunker Hill (CG 52), completing a 5th and 7th Fleet deployment in 2018.
“It’s exciting that the Navy is investing in our tactical talent. I’m tremendously excited to join the reserve component of SMWDC,” said Mize. “The ability to surge a tactically lethal surface warfare force in wartime is critically important. This reserve force will continue to rigorously train, learn, and teach to be able to answer the nations call at a moment’s notice.”
Lt. Cesar Mize, left, shakes hands with Capt. Joseph Cahill, right, director of Naval Surface and Mine Warfighting Development Center™s (SMWDC) Sea Combat Division after being commissioned into the Navy Reserve and SMWDC™s Reserve Component, Oct. 26, 2018.
Currently there are five reserve units at SMWDC, corresponding to the headquarters and its four divisions. Mize is one of three reserve SWOs qualified as a WTI. The others are qualified as Integrated Air and Missile Defense (IAMD) WTIs.
While the three reserve WTIs earned their patches on active duty and later transitioned into the Navy Reserves, SMWDC is on track to expand WTI training and qualification opportunities to highly motivated reserve SWOs who demonstrate exceptional tactical skill and potential. SMWDC reserve component recently selected its first reserve SWO to complete the ASW/USW WTI course of instruction in 2019.
SMWDC is a subordinate command of Commander U.S. Naval Surface Forces, and is headquartered at Naval Base San Diego with four divisions in Virginia and California focused on IAMD, ASW/SUW, Mine Warfare, and Amphibious Warfare.
The Air Force basically owned the market on drones for decades, so it must’ve come as quite the shock last year when the Super Bowl LI light show featured a few hundred drones making beautiful designs in the sky, eclipsing the best of the Air Force’s drone choreography (but falling well short of the Air Force’s best light shows).
The men and women at Travis Air Force Base got to enjoy a similar light show on July 5, though, when Intel brought their drones to the installation for a special Independence Day Celebration. We’ve got some photos from the event below.
Emus are the second largest birds in the world, right behind their cousin, the ostrich. Unable to fly but able to run at 30 miles per hour, these big creatures are considerably useless and extremely dorky. But appearances can often belie great (inadvertent) military prowess, as is proven by that time the Australian army lost a “war” to a massive herd of emus in 1932.
Western Australia, still undergoing a settlement period, found itself in an economic mess tied to an abysmal agricultural situation. Farmers, already beleaguered by falling wheat prices, were further affected by a horde of 20,000 emus converging on their lands. These emus began eating crops and seeds, destroying planted land, and causing a general ruckus.
Something had to be done, and it had to be done fast. To that end, in late 1932, Australian Defense Minister Sir George Pearce dispatched three soldiers and a pair of machine guns with the hopes of curbing the emu population, so that the settlers wouldn’t starve.
An officer of the Royal Australian Artillery, Major G. Meredith, was granted command of the operation and ordered to terminate any emu on sight with extreme prejudice. Additionally, he was to return with the skins of 100 emus so that farmers could make hats out of them — an obviously enviable mission for any military officer aspiring to higher ranks.
Placed in charge of two soldiers, Sergeant S. McMurray and Trooper J. O’Halloran, Meredith was to lead this elite emu-slaying strike team into the lands surrounding the town of Campion, set up his guns, and unleash unholy hell on the unsuspecting, dimwitted birds.
McMurray and O’Halloran carried one Lewis gun apiece — a First World War-era machine gun able to spit out between 500 to 600 rounds per minute. The team carried with them around 10,000 rounds of ammunition to feed their guns, and marched into town with a plan of merely walking up to the birds and spraying fire randomly until their pan magazines ran dry.
Oddly enough, the emus somehow outsmarted the trio.
On Nov. 2, Meredith and company happened upon a herd of approximately 50 emus just outside of Campion. Sighting them with their emu-blasters, McMurray and O’Halloran started shooting, aiming for larger groups of the flightless birds. However, the emus split up into smaller groups and used their speed to their advantage, quickly running out of the Lewis guns’ effective ranges.
When the smoke cleared, only 12 emus lay dead, the rest had successfully escaped. Undeterred, Meredith and his team carried on with their mission. On Nov. 4, another opportunity appeared near a dam. Deciding to use textbook tactics instead of random gunfire, Meredith and crew set up an ambush.
After spotting a herd of over 1000 emus heading in their general direction, McMurray and O’Halloran readied a gun and waited patiently. This time, they would hold their fire until the emus got closer, giving them more of an opportunity to drop their targets before they ran off.
Soon, they opened fire… and their guns jammed. The birds fled and the trio only accounted for around 12 confirmed kills. Meredith began noticing a peculiar smartness about the way the emus evacuated the kill box, saying that, “each mob has its leader… who keeps watch while his fellows busy themselves with the wheat.”
According to Meredith, as soon as the “leader” emus noticed something suspicious, they would alert the rest of the herd, which would then scramble off to safety. Weirdly, these leader emus always stayed behind until all the other birds reached safety, then ran away themselves.
Instead of giving into frustration, Meredith decided to go mobile to try and keep up with the emus as they ran off. Borrowing a truck, he mounted a Lewis gun in the rear and had his two subordinates drive and fire when chasing after their feathered prey.
And still, they proved to be no match for the emus.
The truck could neither keep up with the fast birds nor could the gunner aim and fire a round decently — the ride was far too bumpy for that. By Nov. 8, the team had expended over 2,500 rounds with the majority of the emu population surviving the conflict.
Sir George Pearce, now sarcastically dubbed the Minister of the Emu War, pulled the team from the field, signaling an unofficial victory for the emus. A stunned Meredith later commented, “if we had a military division with the bullet-carrying capacity of these birds, it would face any army in the world … They can face machine guns with the invulnerability of tanks.”
Meredith would be sent back into emu combat soon afterward, as he was the only officer who actually had any experience in fighting these weird creatures. By mid-December, Meredith had earned the title, “Slayer of Emus,” having accounted for 986 kills. However, he was recalled once more. Repeated requests for military intervention from farmers in later years were shot down by the Australian government.
There were just too many emus.
Today, emus still roam the Australian Outback, though they’re far less of a problem to Aussie farmers today than they were to their predecessors back in the 1930s. This remains the only recorded instance in military history where birds unwittingly won a military engagement.
Interestingly enough, no military force has tried to mess with these dorky warrior-birds (or any other flightless bird) since.
Aircraft carriers are the largest warships on the sea, and the U.S. Navy’s carriers are considered the world’s most elite. They’re so big they have their own ZIP code, and their reach and technological sophistication are unrivaled across the world.
On this date 96 years ago, the first aircraft carrier – the USS Langley – was commissioned in Norfolk, Virginia. The carrier had been converted from the collier USS Jupiter, which was the Navy’s first surface ship propelled by electric motors.
The Wright connection
Cmdr. Kenneth Whiting was the Langley’s executive officer. He was a submarine commander turned aviator who was one of the last to take personal training from famed aviator Orville Wright, one of the two brothers credited with inventing, building, and flying the world’s first airplane.
The Langley was named for Samuel Pierpont Langley, a former U.S. Naval Academy assistant professor who eventually became secretary of the Smithsonian Institution. He was also a massive aviation enthusiast. Ironically, Langley had the same spirit as the famed Wright brothers, but never quite had their success. He built his own airplane that he tried on several occasions to launch off ships.
While he didn’t succeed, he did inspire the Navy’s desire to launch and land aircraft from ships at sea. Sailors took up where he left off.
USS Langley’s career
The Langley was built primarily for testing and experimentation for seaborne aviation in the Pacific. It became the test platform for developing carrier operation techniques and tactics, notably helping the Navy learn to better land and launch aircraft more quickly.
Fifteen years after its commissioning, in 1937, the Langley was reclassified as a seaplane tender because newer aircraft carriers were available. It stayed stationed in the Pacific to support seaplane patrols and aircraft transportation services during the early months of World War II.
On Feb. 27, 1942, the Langley was transporting U.S. Army P-40s off the coast of Indonesia when it was attacked by nine Japanese dive bombers. The escorting destroyers surrounding the carrier tried their best to help, but it wasn’t enough. The Langley’s crew was ordered to abandon ship, and the escort destroyers eventually torpedoed the Langley so it wouldn’t fall into enemy hands.
More fun facts
• Despite being an aircraft carrier, the Langley didn’t have a control tower – now known as “the island” – as the modern-day carriers do.
• It was nicknamed the “covered wagon” because its flight deck, which covered the entire ship, resembled a giant canopy.
• The first plane launch from the flight deck of the Langley was Oct. 17, 1922. The first landing was nine days later.
Thousands of active-duty and National Guard troops are using amphibious vehicles and search-and-rescue aircraft to move people and equipment after Hurricane Florence battered the East Coast, even as some of their own bases were damaged by the storm.
Rainfall and rising water levels continue to threaten areas of North and South Carolina four days after Florence made landfall as a Category 1 storm.
Air Force Gen. Terrence O’Shaughnessy, head of U.S. Northern Command, said the military has been able to work seamlessly with state and federal authorities leading relief efforts; 13,000 service members are responding to some of those agencies’ requests, including 6,000 active-duty forces and about 7,000 National Guard members, he said Tuesday from Raleigh, North Carolina.
In coordination with local, state and federal authorities, the Defense Department not only pre-staged meals and water, but also vehicles that could operate in floodwaters and helicopters for search-and-rescue and transport missions.
“As it turns out, that’s exactly what we needed to have,” O’Shaughnessy said.
Members of the 106th Rescue Squadron, 106th Rescue Wing, New York Air National Guard, drop from an HH-60 Pavehawk during a rescue mission during Hurricane Florence, Sept. 17, 2018.
(U.S. Air Force photo by Senior Airman Kyle Hagan)
Army personnel in high-water vehicles have helped evacuate about 300 people. And Marines from Camp Lejeune used amphibious vehicles to assist people stranded by floodwaters. In one mission, they were able to rescue 20 people at once, O’Shaughnessy said.
Cherry Point was also turned into a makeshift shelter after another nearby began to flood.
“A local state center was flooding so we took them to Cherry Point where we could house them overnight and feed them,” he added.
The storm didn’t bring the damaging winds initially feared, but it hovered over land for days, moving at just 2 mph and dumping about 3 feet of rain in some of the hardest-hit areas. That has caused rivers and streams to swell and spill over. In some areas where waterways haven’t crested yet, the threat still exists.
“The concern has turned to flooding, and that’s still the concern over the next 48 hours,” O’Shaughnessy said.
That threat even led the Defense Department to move some of its own supplies and equipment out of the danger zone, he added, since some of the trucks and food were stored at Fort Bragg, which was affected by the storm.
Members of Coast Guard Maritime Safety and Security Team Miami and Coast Guard Tactical Law Enforcement Team South rescue an elderly woman
(U.S. Coast Guard photo by Petty Officer 3rd Class Trevor Lilburn)
There are MV-22B Ospreys aboard the Kearsarge, O’Shaughnessy said, which can help move people and materials in hard-to-reach areas.
Overall, the coordination between the states, the Federal Emergency Management Agency and Defense Department has been “executed exactly as designed,” he said. “My hat is off to the first responders, the local counties. The collaboration between the state and FEMA and FEMA and the Department of Defense has been phenomenal.
“That’s what has allowed us … to have such a strong response,” he added.
Featured image: Staff Sgt. Nick Carey from the 102nd Rescue squadron, New York Air National Guard, scans for people in need of rescue over Kinston, North Carolina, Sept. 16, 2018.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.
American and Afghan forces were briefing each other at a forward operating base on March 11, 2013, about that day’s mission when machine gun rounds suddenly rained down on them.
The group immediately looked to see where the shots were coming from. The lone airman in the group, then-Tech. Sgt. Delorean Sheridan, identified the source of the shots, which turned out to be coming from a truck in the base’s motor pool.
The shooter was a new member of the Afghan National Police who had slipped unnoticed to the bed of the truck and taken control of its machine gun.
It was a so-called “green-on-blue attack” — when supposed allies attack friendly forces. Meanwhile, insurgents from outside the base joined what was clearly a coordinated attack, sending more rounds into the grouped-up men. Bullet fragments even struck Sheridan’s body armor.
Sheridan decided that Afghan National Police officer or not, anyone who fired on him from within hand grenade range was conducting a near ambush and it was time to respond with force. He sprinted 25 feet to the truck and fired at his attacker up close and personal.
Listen, condoms will save your life. You may not believe it, but the condom is a multipurpose force multiplier that does more than protect one’s little trooper from NBC threats during unarmed combat. The idea of having condoms isn’t even all that new, so this may be old news to many readers. Even the Army’s official survival handbook lists condoms as a necessary item for survival kits.
The reasons are many, and I’m going to list them without a single dick joke. Sorry.
Water is the number one reason you should carry condoms in your survival kit as a U.S. troop. Water is the number two reason you should carry condoms in your survival kit as a civilian. Condoms, of course, are designed to keep fluids in – and they are really, really good at it. When properly handled, a condom can carry two liters of water. Just tie it off with a stick and wrap it in a sock, and you’ve got yourself a durable water container.
You should probably use non-lubricated condoms for this purpose.
I don’t mean you should be using condoms just for the Tinder dating app (although you should definitely be using condoms if you’re on the Tinder dating app). A condom can carry a lot of flammable material and – as I mentioned – the condom is totally waterproof so it will keep your cotton, newspaper, Doritos, whatever you use as tinder, dry.
Also, be advised that a condom will go up in flames faster than you’re going to be comfortable watching. You can use them as tinder themselves and will even start a fire.
Turns out condoms are good at protecting a rifle and a gun, whether you’re fighting or having fun. This is actually a fairly common use among survivalists who spend a lot of time outdoors. You may see (again, non-lubricated) condoms over the barrel of a weapon to keep mud, dirt, and water out. They even make little condoms for this purpose.
If you haven’t noticed by now, the condom’s greatest strengths are its elasticity and waterproofing. You can use the condom as a crude tourniquet in case of injury, but you can also use it as a rubber glove to protect both yourself from blood-borne disease and protect your patient from whatever muck is on your grubby little hands.
A 9th Expeditionary Bomb Squadron B-1B Lancer conducts a training mission in the vicinity of Japan where they integrated with Japan Air Self Defense Force assets, May 12, 2020. (U.S. Air Force/Senior Airman River Bruce)
The Air Force‘s B-1B Lancer bomber is about to move front and center in the U.S. military’s power-projection mission in the Pacific.
As part of its mission “reset” for the B-1 fleet, the Air Force is not only making its supersonic bombers more visible with multiple flights around the world, it’s also getting back into the habit of having them practice stand-off precision strikes in the Pacific, a dramatic pivot following years of flying close-air support missions in the Middle East.
The “nice thing about the B-1 is it can carry [the Long-Range Anti-Ship Missile], and that’s perfectly suited for the Pacific theater,” Maj. Gen. Jim Dawkins Jr., commander of the Eighth Air Force and the Joint-Global Strike Operations Center at Barksdale Air Force Base, Louisiana, said in an interview Tuesday.
“Not only are we resetting the airplane’s mission-capability rates and the training done for the aircraft, we’re also resetting how we employ the airplane to get more toward great power competition to align with the National Defense Strategy,” added Dawkins, who supports the warfighting air component to U.S. Strategic Command, as well as operations within Air Force Global Strike Command.
According to the 2018 NDS, “China is a strategic competitor using predatory economics to intimidate its neighbors while militarizing features in the South China Sea.”
Former Air Force Secretary Heather Wilson stated that China has become “a pacing threat for the U.S. Air Force because of the pace of their modernization” in the region.
The Pentagon’s strategy prioritizes deterring adversaries by denying their use of force in the first place.
During a simulated strike, crews “will pick a notional target, and then they will do some mission planning and flying through an area that they are able to hold that target at risk, at range,” Dawkins said.
Close-air support, the B-1’s primary mission in recent years, is a much different skill set than “shooting standoff weapons like JASSM-ER and LRASM,” he said, referring to the Long-Range Anti-Ship Missile and Joint Air to Surface Stand-Off Missiles-Extended Range.
While Dawkins wouldn’t get into specifics of how crews are conducting the practice runs in the Pacific, the non-nuclear B-1s have been spotted recently carrying Joint Air to Surface Stand-Off Missiles.
Photos recently posted on DVIDS, the U.S. military’s multimedia distribution website, show Dyess’ 9th Expeditionary Bomb Squadron Aircraft Maintenance Unit weapons crew members loading a JASSM into the belly of a plane. The B-1 is capable of carrying 75,000 pounds — 5,000 pounds more than the B-52 Stratofortress — of both precision-guided and conventional bombs.
The JASSM’s newer variant, JASSM-ER, has a higher survivability rate — meaning it’s less likely to be detected and shot down — due to low-observable technology incorporated into the conventional air-to-ground precision-guided missile. It is said to have a range of roughly 600 miles, compared with the 230-mile reach of JASSM, according to The Drive.
The LRASM, a Navy missile integrated on both the B-1 and F/A-18 Super Hornet, is able to autonomously locate and track targets while avoiding friendly forces.
Joint air-to-surface standoff missiles are loaded into a 9th Expeditionary Bomb Squadron B-1B Lancer on the flightline at Andersen Air Force Base, Guam, May 9, 2020. The B-1Bs carry the largest conventional payload of both guided and unguided weapons in the Air Force inventory. (U.S. Air Force photo by Senior Airman River Bruce)
The precision-guided, anti-ship standoff missile was first tested on a B-1 in August 2017. A single B-1 can carry up to 24 LRASMs, or the same number of JASSM-ERs. The LRASM missile achieved early operational capability on the bomber in 2018.
The vast expanses of the Pacific are well-suited for training with these kinds of missiles, Dawkins explained. Stateside ranges, which may lack surface waters or enough distance between two points, depending on location, cannot always accommodate the needs of bomber crews training with these long-range weapons.
Also, “[when] we deploy, for instance to Guam, taking off from [the U.S.] and going to the Pacific, it allows us to do some integration with our allies, as well as exercise the command-and-control … and also allows us to practice our long-duration flights and work with the tankers,” he said.
The flight was part of the Air Force’s new unpredictable deployment experiment to test crews’ agility when sending heavy aircraft forces around the world, since the need to improve the bombers’ deployability rate is also crucial, Dawkins said.
Mission-capability rates refers to how many aircraft are deployable at a given time. The B-1 has been on a slow and steady track to improve its rate — which hovers around 50% — after being broken down by back-to-back missions in the desert, officials have said.
The B-1 could become the face of the Pacific for the foreseeable future, Dawkins said.
“We want … to be the roving linebacker, if you will, particularly in the Pacific,” he said, adding the mission could also pave the way for incorporating hypersonic weapons into the bomber’s arsenal.
Gen. Tim Ray, head of Air Force Global Strike Command, has expressed support for the B-1 as a future hypersonic weapons platform.
“Basically, the configuration we’re seeking is external hardpoints that can allow us to add six Air-Launched Rapid Response Weapons [ARRW, pronounced “Arrow”], and then you still have the bomb bay where you can carry the LRASM or the JASSM-ER,” Ray told reporters last month. LRASM or JASSM-ER could also be carried externally, he added.
“They’re not doing any testing with the hypersonic on the B-1, but that’s definitely in the mix,” Dawkins said.
If configured with that payload in the future, that would be “quite a bit of air power coming off that airplane, whether it’s JASSMs, JASSM-ERs or some combination of those, and hypersonics,” he said.
Just how strong is SLA resin for printing? Robert Silvers, formerly of AAC and Remington, sought to find out exactly that. After performing some experiments Silvers determined that Siraya Blu was the strongest. And he further tested it by designing a .22LR silencer out of it.
Here is the description from his YouTube video:
I have seen people say that FDM (filament) printers make strong parts, but SLA resin printers do not. That is only true if you use typical resins. After much testing, I have discovered which resin is the strongest and it is Siraya Blu. This video is a case study in using this resin to prototype tough functional parts, such as a gun / firearms silencer / suppressor, for experimental and research purposes. I have also used this resin on an Anycubic Photon, a Zortrax Inkspire, A Peoply Moai, and an EPAX X1. Everyone involved has a manufacturing license with the BATF.
Spoiler Alert: It worked. Well, at least for the 50 rounds used during testing.
You can watch the video below, but he warned that it is not short on technical detail. Silvers demonstrates the materials testing he did, discusses types of printers, and goes into the legality of building your own suppressor. If you just want to see the silencer, skip ahead to around the six minute mark.
This article originally appeared on Recoilweb. Follow @RecoilMag on Twitter.
World War II was over. Defense manufacturers had armories full of new goodies that they wanted to sell to the U.S. as it entered the Cold War, but America was no longer desperate for every piece of materiel it could get its hands on thanks to Hitler’s suicide and Japan’s surrender.
A company-owned Sikorsky S-51 Dragonfly helicopter lands on the USS Princeton during trials with the U.S. Navy.
So Sikorsky, looking to sell its new helicopters to the Navy in 1947, did the hard work to find customers. It sent a flight team with the Navy in the Mediterranean for exercises and offered to have its helicopter do all sorts of tasks like delivering mail, ferrying personnel, and even rescuing pilots from the sea if it became necessary.
It did become necessary, and so a civilian pilot conducting what was essentially a sales call conducted the first helicopter rescue of a pilot in the water in history while a fleet of sailors looked on in surprise.
The flight was conducted by D. D. Viner, an employee of Sikorsky. He made it to the fleet in his S-51 helicopter and began flying from the carrier USS Franklin D. Roosevelt. Viner was immediately assigned a Navy observer, Lt. Joe Rullo, and the two were told to go and deliver the mail.
So they took the mail bags and began going to all the outlying ships, even landing on the gun turrets of the larger ships like the battleship USS Missouri. But the fleet quickly needed more dire service from the helicopter. On February 9, Lt. Robert A. Shields had to ditch his Curtiss SB2C Helldiver because of an engine failure.
Typically, this would’ve resulted in the pilot and his radioman, Don K. Little, floating for hours until a ship or boat could come alongside for a rescue. Instead, the S-51 roared to life and flew directly to the floating crew, scooping them up and delivering them safely back aboard in less than 10 minutes.
The rescue took fast so quickly that the flight control officer reportedly didn’t initially believe it when Shields reported back aboard the carrier. He thought there was simply no way that the man, who had radioed his distress just minutes prior, could be out of the water.
A U.S. Navy S-51 takes off from the deck of the Australian aircraft carrier HMAS Sydney in 1951.
(R. Miller, Public Domain)
The next rescue took place just nine days later when another Helldiver suffered a failure during a low altitude turn. The helicopter swooped into action again and hovered just over the water. The radioman didn’t make it out of the sinking plane. The pilot, Lt. Cmdr. George R. Stablein was badly hurt, and his life vest didn’t inflate.
Viner got the helicopter over the officer so quickly that Stablein had no chance to sink, and Viner got the rescue hoist directly into the officer’s hands. Stablein got his hands pinched at the top of the hoist and almost fell back into the water, but Viner tipped the helicopter back under him as Rullo, that Navy observer, grabbed onto the superior officer.
The three men flew back to the carrier safely.
Viner conducted a third, more routine rescue later in the exercises and another Sikorsky pilot conducted a fourth.
At the end of Sikorsky’s participation with the fleet, officers were lining up to praise the helicopter’s performance, and the carrier crew decided to honor Viner and Rullo with a Navy tradition. Carriers in World War II had gotten in the practice of gifting 10 gallons of ice cream to any ship crew that rescued one of their pilots.
The carrier counted Viner and Russo as a ship crew and gifted them 30 gallons of ice cream on the day that Viner was scheduled to leave the FDR. They couldn’t possibly consume all of that sugary goodness, so they stashed it all in the ready room and opened it up for anyone to eat.
The Navy soon began buying helicopters to conduct all the same missions that Viner had been doing for the fleet.