Battle of Pydna

The Battle of Pydna in 168 BC between Rome and the Antigonid dynasty represents the start of the true power of Rome, and the end of the Antigonid line, Macedonian kings whose power traces to Alexander the Great. It is often also considered to be the classic example of the Macedonian phalanx vs. Roman legion systems of warfare, with the former proving inferior, though the latter conclusion is not so clear.

The Third Macedonian War started in 169 BC after a number of actions on the part of Perseus of Macedon incited Rome to declare war. At first the Romans achieved a number of small victories, largely due to Perseus' refusal to consolidate his armies. By the end of the year the tide had changed dramatically and Perseus had regained most of his losses, including the important religious city of Dion. Perseus then established himself in an unassailable position on the river Elpeus, in northeastern Greece.

The next year command of the Roman expeditionary force passed to Lucius Aemilius Paullus, an experienced solder who was one of the consuls for the year. In order to force Perseus from his ground, Paulus sent a small force (8,200 foot and 120 horse) under the command of Scipio Nasica to the coast, a feint to convince Perseus that they were attempting a riverborne flanking manuver. Instead, that night Scipio took his force south, and over the mountains to the west of the Roman and Macedonian armies. They moved as far as Pithium then swung northeast to take the Macedonians in the rear.

A Roman deserter, however, made his way to the Macedonian camp and Perseus sent Milo with a force of 12,000 to block the approach road. The encounter that followed sent Milo and his men back in disarray towards the main Macedonian army. After this Perseus moved his army northwards and took up a position near Katerini, a village south of Pydna. It was a fairly level plain and was very suited to the operation of the phalanx.

Paullus then had Scipio rejoin the main force, while Perseus deployed his forces for what appeared to be an attack from the south by Scipio. The Roman armies were actually to the west, and when they advanced they found Perseus fully deployed. Instead of joining battle with troops tired from the march, they encamped to the west in the foothills of Mount Olocrus.

Next day, the armies waited until the afternoon when fighting actually began. The exact cause of the start of the battle differs across reports; one story is that Paulus waited until late enough in the day for the sun not to be in the eyes of his troops, and then sent an unbridled horse forward to bring about alarm. More likely it was the result of some Roman foragers getting a little too close and being attacked by some Thracians in Perseus' army.

In terms of numbers the two armies appear quite evenly matched. The Romans had 38,000 men, of which 33,400 were infantry, including two legions. The Macedonians had 44,000 soldiers, of which 21,000 were phalangites. The cavalry numbers were roughly equal, about 4,000 each. The two armies were drawn up in their usual fashions. The Romans had placed the two legions in the middle, with the allied Latin, Italian and Greek infantry flanking them. The cavalry had been placed on the wings, with the Roman right being supplemented by 22 elephants. The phalanx took up the centre of the Macedonian line, with the elite 3,000-strong Guard formed to the left of the phalanx. Lighter peltasts, mercenaries and Thracian infantry guarded the two flanks of the phalanx, while the Macedonian cavalry were also, rather unevenly, split between the two wings. The strongest contingent was on the Macedonian right, where Perseus commanded the heavy cavalry (including his elite Sacred Squadron), and the Thracian Odrysian cavalry were deployed.

The two centres engaged at about 3pm, with the Macedonians advancing on the Romans a short distance from the Roman camp. Paulus claimed later that the sight of the phalanx had filled him with alarm and amazement. The Romans tried to beat down the enemy pikes or hack off their points, but with little success. Unable to get under the thick bristle of spikes, the Romans were beaten back, and some of their allies abandoned the field.

But as the phalanx pushed forward, the ground became more uneven as it moved into the foothills, and the line lost its cohesion. Paulus now ordered the legions into the gaps, attacking the phalangites on their exposed flanks. At close quarters the longer Roman sword and heavier shield easily prevailed over the short sword (more of a dagger) and lighter armor. They were soon joined by the Roman right, which had succeeded in routing the Macedonian left.

Seeing the tide of battle turn, Perseus fled with the cavalry on the Macedonian right. According to Plutarch, Perseus' cavalry had yet to engage, and both the King and his cavalry were accused of cowardice by the surviving infantry. There weren't too many of these, however; the 3,000 Guard fought to the death, and in total the Macedonians suffered about 25,000 dead or captured of their 40,000.

Perseus later surrendered to Paullus, and was paraded in triumph in Rome. He was then imprisoned. The Macedonian kingdom was dissolved, and replaced with three republics. In time these were also dissolved, and Macedonia became a Roman province.

Although the battle is often considered to be a victory of the Roman legion's flexibility over the phalanx's inflexibility, the loss is clearly due to a failure of command on the part of Perseus. The legion's move into the gaps on the flanks of the phalanx should not have been able to take place, since the Macedonian version of the phalanx had light troops to guard against just such a problem and Perseus had them on the field at the start of the battle. The phalanx had also clearly been doing what it was designed to do, hold the enemy center while the cavalry and other light forces form for a flanking attack. However, this attack never came, and Perseus' splitting of the cavalry to both flanks suggests it never could have. As an illustration of tactics, it demonstrates only that bad commanders lose battles.



In the News

New Antifreeze Protein Found In Fleas May Allow Longer Storage Of Tran
A new antifreeze protein discovered in tiny snow fleas by Queen's University researchers may lengthen the shelf life of human organs for transplantation.

NNSA/LLNL Supercomputer Breaks Computing Record: Exceeds 100 Teraflop
A supercomputer developed through the Advanced Simulation and Computing program for National Nuclear Security Administration's Stockpile Stewardship efforts has performed 135.3 trillion floating point operations per second (teraflops) on the industry standard LINPACK benchmark, making it the fastest supercomputer in the world.

WSJ: Google May Buy YouTube
It's still in the discussion phase, but Google is negotiating with YouTube with an eye to acquiring the popular online video site, according to the Wall Street Journal.

Auto Immune Response Creates Barrier To Fertility; Could Be A Step In
Plant biologists have discovered that an autoimmune response, triggered by a small number of genes, can be a barrier to producing a viable offspring. This could be a newly identified step toward speciation. This finding presents a new theory in the development of new species: two plants of the same species fail to reproduce not because of infestation or infection from an outside organism, nor from problems with reproductive organs. The biologist suggested that the necrotic plant is possibly analogous to a fertilized egg that fails to implant in the uterus. Infertility in couples might be explained by analogous auto-immune genetic profile. "How many couples can't produce progeny, but when they separate and find another mate, they do?"

More Than Half The US Population Is Sensitive To One Or More Allergens
More than fifty percent of the US population tested positive to one or more allergens, according to a large national study. The new findings, based on data from the third National Health and Nutrition Examination Survey (NHANES III), shows that 54.3% of individuals aged 6-59 years old had a positive skin test response to at least one of the 10 allergens tested.

How Plants Regulate Ripening And Decay
Ethylene tells plants when to germinate, bear fruit, drop their leaves and petals, and wither and die. Plants synthesize and release ethylene in response to changes in light and air temperature, and during the course of normal growth and development--as well as in response to pathogens or wounds. Recent research helps explain how plants regulate those all-important responses to ethylene, a body of knowledge that could help the food and cut-flower industries better control ripening and decay.

Mechanism For The Captation Of Nutrients In Plants -- Unknown To Date
Up to now it was thought that nutrients penetrated the interior of plant cells by means of substance-specific transporters. Nevertheless, researchers at the Agrobiotechnology Institute at the Public University of Navarra have shown that the nutrients (saccharose, amino-acids, etc.) penetrate the cells basically through an "endocitic", mechanism similar to fagocitosis, and induced by saccharose.

Evolutionary Origins Of Prion Disease Gene Uncovered
Scientists have uncovered the evolutionary ancestry of the prion gene, which may reveal new understandings of how the prion protein causes diseases such as bovine spongiform encephalopathy, also known as "mad cow disease."

[Ironic] An Italian pensioner committed suicide after his wife fell in
Recalling the end of Romeo and Juliet, the 70-year-old man, Ettore, who had sat by his wife's bedside for four months after she slipped into a coma following a heart attack, finally gave up hope and gassed himself in the garage of his family home.Less than a day later, his wife, Rossana, woke up in her hospital bed in Padua and immediately asked for him.

Mice Sing In The Presence Of Mates, Researchers Discover
Scientists have known for decades that female lab mice or their pheromones cause male lab mice to make ultrasonic vocalizations. But a new paper from researchers at Washington University School of Medicine in St. Louis establishes for the first time that the utterances of the male mice are songs. This finding adds mice to the roster of creatures that croon in the presence of the opposite sex, including songbirds, whales and some insects.




MP3 Music Downloads

Preview songs, Download Free Music,Burn CDs at ITunes.com
iTunes_RGB_9mm

 


Google




InformationQuickFind.com - Find Information Fast

Links | Privacy Policy | News |