Warfare in Ancient Greece: Arms and Armour from the Heroes of Homer to Alexander the Great
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Warfare in Ancient Greece: Arms and Armour from the Heroes of Homer to Alexander the Great
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| ISBN-13: | 9780752495064 |
|---|---|
| Publisher: | The History Press |
| Publication date: | 11/18/2004 |
| Sold by: | INDEPENDENT PUB GROUP - EPUB - EBKS |
| Format: | eBook |
| Pages: | 256 |
| File size: | 990 KB |
| Age Range: | 18 Years |
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Warfare in Ancient Greece
Arms and Armour from the Heroes of Homer to Alexander the Great
By Tim Everson
The History Press
Copyright © 2013 Tim EversonAll rights reserved.
ISBN: 978-0-7524-9506-4
CHAPTER 1
The Early Mycenaean Period, 1600–1300 bc
Civilisation in Greece developed rapidly under the influence of Crete in the second millennium BC, when trade was making Knossos, and Crete as a whole, wealthy. There is little evidence for warfare in the Aegean before about 1600, however, and it is sometimes assumed that a general peace existed under the thalassocracy, or sea-empire, of Cretan kings like the legendary Minos. What is perhaps more likely is that Mycenaean Greeks from the mainland wanted more of a share of the lucrative Aegean and eastern trade and that war became more common as a result after about 1650. Halfway through this period, in about 1400 BC, the palaces on Crete were destroyed and only Knossos was rebuilt. Here, the writing changed from local Linear A to Greek Linear B, and it is thought that mainland Greeks, probably from Mycenae, were responsible and that from c. 1400 onwards they ruled Crete, or at least central Crete, from Knossos.
For this early Mycenaean period we have much evidence in the way of finds of arms and armour and some useful artistic depictions, although these are not always clear. We also have small sketches called ideograms, which feature in the early Greek writing of the period: Linear B. What we do not have for this chapter and the next is 'proper history' telling us about military equipment and the battles in which it was used. We do have Homer, whose Iliad and Odyssey were written down in about the eighth century but which seem to refer, at least in part, back to Mycenaean times and which can offer us some help, especially for the late period discussed in Chapter 2. Greece followed Crete in having a society based around palaces, which were the centres of administration. The best known of these, because of excavations carried out, are Mycenae, Pylos and Knossos, but there were also palaces at Thebes and Gla in Boeotia, Athens, Tiryns and elsewhere. Each palace ruled over a hinterland in much the same way as the later city-states, and they were as likely to be at war with one another as with foreign enemies. This is another reason why we have more evidence for warfare at this time than previously.
This evidence shows us that the Greeks of the Mycenaean period fought on foot and in chariots. There is little evidence for horses being ridden and none for cavalry. Some of the Linear B 'chariot' tablets from Knossos show the issuing of armour and horse, but no chariot. This has been interpreted by Worley (1994, p. 7) as evidence for cavalry, but these tablets often show other pieces of equipment missing from the items issued and the chariot explanation is simpler. This theory has supplementary items being issued to a warrior who already has some equipment – for example a horse and cuirass – when he has the chariot, another horse and perhaps another cuirass. This armour is likely to be of a Dendra style (see below), which is completely unsuitable for cavalry use. The best-known evidence for a Mycenaean cavalryman is a thirteenth-century terracotta, but he is not clearly armed as a warrior (Hood 1953). The reason for the lack of soldiers on horseback is that horses of this period were not big enough or strong enough to carry warriors, especially armoured warriors: hence the chariot.
The chariot was devised and used throughout much of the ancient world as fast transport, in peace and war, but was rapidly replaced by ridden horses when these became strong enough to carry a rider. This does not appear to have happened in Greece until the tenth century (see Chapter 2). That chariots were used is clear from the grave stelae at Mycenae, the Linear B tablets at Knossos and various other depictions, although no remains have been found from this period. There is still much argument about how they were used. Greenhalgh (1973, ch. 1), using the evidence of the Dendra cuirass (see below), argues for heavily armed spearmen in chariots charging headlong at one another. Littauer and Crouwel, in their various works, argue that the evidence of Homer, writing several hundred years later, could be valid and that the chariots were used as a 'taxi service', taking warriors to and from battle. They then fought on foot. Littauer and Crouwel (1983) also try to show that charging the enemy with a thrusting spear would have been impractical. The spear is unlikely to have had the reach and, if it did, any contact would send the charioteer backwards out of the chariot. However, this argument was recently disproved by Loades in a Windfall Films documentary on the Hittite chariot (Machines Time Forgot: Chariot, 2003). Loades, a re-enactment specialist, had no trouble in using a thrusting spear from the side of the chariot at speed. Anderson (1975) argues for a usage similar to early British chariotry, for which we have good evidence from Caesar. Here the charioteers rode into battle on their chariots, but did not always dismount to fight. They fought from within their chariot as well as alongside it, and charged the enemy in it. Littauer and Crouwel dismiss the charge against infantry and other chariots as myth because it would harm the horses, but that is true of ordinary cavalry throughout history, and they still charged. The answer lies in the nature of the opposition. If a line of infantry holds firm, then chariots or cavalry will shy away from it and the chariot confers no advantage. However, this takes a great deal of discipline. If several hundred chariots are charging at once, it is likely that at least sections of the enemy will break and run. Fighting from the chariot with a spear is then possible, and that is certainly how the Hittites used their chariots, despite Drews's arguments (1993, p. 116) to the contrary. Drews considers that all chariots in the late Bronze Age were used as archery platforms, a stance that is quite irreconcilable with the evidence from Greece.
His idea that one of the Shaft Grave stela from Mycenae shows a charioteer with a bow case rather than a sword, which is the usual interpretation, does not convince (Laffineur 1999, pp. 28–9). Drews's other main claim (1993, p. 119) is that Greek armies were chariots and virtually nothing else. This he gets from Linear B, where chariots are listed but there is no sign of infantry. However, he is ignoring the Thera frescos, which show marching soldiers, and many warrior graves that show no evidence for their having been chariot warriors. An important point to make here is that the Linear B tablets do not, so far as we are aware, mention shields, the main defence of the infantry, although we know that shields were abundantly used. Either the correct section of a palace archive has not yet been uncovered, or palaces dealt only with the elite chariotry, leaving the infantry to supply themselves with equipment. Even Drews admits (1993, p. 137) that where figures are available for other Bronze Age armies in Egypt and Hatti, infantry outnumber chariots by three or four to one. Estimates for the population of Pylos vary between 50,000 and 120,000 (Drews 1993, p. 148), which would give a combat strength of at least 5,000 warriors, yet chariot numbers are mentioned only in hundreds.
The infantry fought with spear, sword and shield for the most part, whereas the chariot warriors dispensed with the shield and wore heavy body armour instead. Helmets were also reasonably abundant. Javelins were possibly used, and there is evidence for archery and slings. Let us now look at this equipment in more detail, starting with the armour.
Helmets
Helmets of beaten copper appeared at Ur in about 3000 BC and were the earliest form of armour developed, as the head is obviously the most vulnerable area. Bronze helmets would have been a natural progression, but many Near Eastern soldiers seem to have made do with protections made of leather or other material for the next thousand years or more, the expense of bronze probably being the cause. The Greeks, however, were not influenced by the Hittites or Egyptians when they developed their own unique helmet design in about 1650: the boars' tusk helmet. Over fifty graves have now been discovered containing small plates carved out of boars' tusks and drilled with holes for attachment to a leather or felt cap. They date from before 1600 to about 1150, and we also have illustrations of such helmets covering the same period, showing that they were the most widely used helmet type. Kilian-Dirlmeier (1997, pp. 35–50) has recently surveyed the fifty-plus known finds of tusks and tusk plates and divided them into two main types.
The earliest type is represented by helmets from Aegina, Eleusis, Argos and Thebes which have holes drilled through the tusk plates from front to back and a preponderance of trapezoidal plates to cover the crown of the head. All these predate the Shaft Graves of Mycenae, that is before 1600, and their grouping shows the helmet to have been a Greek invention (Kilian-Dirlmeier 1997, p. 47). Later helmets have between two and five rows of curved tusks aligned alternately, as we can see from illustrations and from actual finds.
These pieces are between 5cm and 8cm in length, depending on the number of rows. An example from Spata, near Athens, had two rows of 7cm and 8cm plates, whereas an example from Armenoi on Crete had three rows of 6.1cm, 5.5cm and 5cm (Kilian-Dirlmeier 1997, p. 76; helmets, nos 57, 64). The Spata helmet had forty tusk plates, whereas that from Armenoi had ninety. No evidence of the material onto which the boars' tusks were stitched survives, and the tusks themselves are often poorly preserved. A chamber tomb from Mycenae had only about a third of the tusks surviving (Wace 1932). These are the curved plates with holes drilled through from front to back on which Connolly (1977, p. 13) based his reconstruction of a helmet. Having the holes bored straight through leaves the lacing rather vulnerable and so, in his reconstruction, Connolly covers this with a leather strip, which gives a thin band similar to some of the illustrations. This would have been useful in covering the edges of the tusks as well to stop them catching on a sword edge, for example.
Three of the Shaft Graves at Mycenae had some boars' tusks in them, including a new type in which the holes were skilfully drilled from the side of the tusk plate through to the back. The rows of tusks could then be stitched onto a cap without the stitches being vulnerable (Kilian-Dirlmeier 1997, p. 45). It is this type that continued through to the twelfth century, the latest example known being some fragments in one of the Kallithea warrior graves which will be discussed in Chapter 2 and which date to about 1150. This type of helmet is even mentioned by Homer, writing perhaps three hundred years after it had gone out of use: 'a helm wrought of hide, and with many a tight-stretched thong was it made stiff within, while without the white teeth of a boar of gleaming tusks were set thick on this side and that, well and cunningly, and within was fixed a lining of felt' (Iliad, bk. X, ll. 261–5, Loeb translation).
The early helmet from Aegina has been reconstructed with cheek pieces, and cheek pieces often seem to feature, usually also made up of small rows of tusks.
The Linear B ideograms for helmets from Knossos dating to c. 1400 show a simple cap with cheek pieces. Another common later feature is the neck guard. The carved ivory heads from Mycenae and Cyprus dating to about 1350 seem to have neck guards made of a different material, which Connolly (1977, p. 15) has interpreted as leather strips coming down from the material cap. This seems likely, but the later frescos from Pylos of about 1200 seem to have neck guards also constructed of boars' tusks. The neck guard does not feature in the Linear B ideograms or other early depictions, although it may be one of the helmet accessories mentioned in Linear B text (see below). We may assume that it was a later addition after 1450, perhaps 1400, and may have been copied from contemporary bronze helmets.
The helmet is frequently depicted in art on frescos, gems and cups. One of the earliest depictions is on the frescos from Thera dating to about 1500 BC, showing that the helmet type was established early in the islands. These helmets have two rows of tusks, horsehair crests and uncertain other decorations, which look rather like pom-poms and perhaps stylised horns. The early example from Aegina had boars' tusks attached to the sides or front, and horned helmets are known later. A gem from Vapheio (Lorimer 1950, pp. 216–17) has an image of a helmet with two horns, which may be rams' horns on the sides, as well as a central, boxlike crest, which may be upright horsehair viewed from the front. The horns appear to end in pom-poms reminiscent of the Thera frescos. Another important depiction is on a silver cup from Mycenae, where two more crest styles are seen. These appear to be made of stiff horsehair pointing upwards, rather than the floppy horsehair crests of Thera, and are very elaborate in their execution. The similarity of one to the Vapheio example casts doubt on the side decorations of the latter being rams' horns. They may also be stiff horsehair. Later helmets on the Pylos frescos of about 1200 BC have small crests, which may be made of pieces of tusk or may be rams' horns.
The boars' tusk helmet was used throughout Greece and the islands and also Crete, although examples are fewer there, probably because there were no native boar. An ivory carving of the Mycenaean school has also been found on Cyprus (Borchhardt 1972, p. 75) and fragments of one or more helmets have been found in Egypt (Kilian-Dirlmeier 1997, p. 45; helmet, no. 82). Recently an important papyrus picture from El-Amarna in Egypt has been published, which also appears to show boars' tusk helmets. The soldiers wearing them are perhaps Mycenaean raiders or mercenaries in Egypt, and the date of the papyrus is c. 1450 BC (Parkinson and Schofield 1995).
A variation on the boars' tusk helmet is one reinforced with bronze discs instead of tusks. A clear illustration of such a helmet comes from an ivory from Knossos (Borchhardt 1972, p. 46, plate 8.3). This shows four rows of horizontal circles on a depiction of a helmet, which must surely represent bronze reinforcements on a material cap. Another interesting depiction of a helmet, or indeed helmets, comes from Katsamba, also in Crete (Alexiou 1954; Borchhardt 1972, plate 8.1). This is a three-handled amphora painted with four pictures of helmets. These helmets have horizontal bands on them, but while some bands have rows of boars' tusks, others have rows of rosettes, which again could represent metal discs. There are also rows with random zigzags, which may perhaps represent the material of the underlying cap. It is important to note that these examples came from Crete and were perhaps a local variant, because boars' tusks were harder to obtain in the island; but there is also one probable example from mainland Greece as well. Shaft Grave IV at Mycenae produced boars' tusks, but also some forty bronze discs, which may have come from a similar combination helmet (Snodgrass 1967, p. 18). Two or more helmets of different types in the same grave could also account for this, of course. A certain combination boars' tusk and bronze helmet comes from the chamber tomb at Dendra, which produced the famous suit of armour discussed later in this chapter. Here the cap of the helmet was made of tusks, now mostly corroded away, but there was also a pair of cheek pieces in bronze (Astrom 1977, p. 49).
Why boars' tusks? To us today it seems a strange material to make helmets from, but metal working was still being developed and, while bronze swords and spears were relatively simple to make, sheet bronze that was light enough to wear without being so thin as to be worthless was a much harder task. Body armour of bronze was developed during this period, but bronze helmets are rare; there is in fact only one definite example (from Knossos), because of the difficulty in hammering out the shape in the somewhat brittle bronze of the period. Also though, the boars' tusk helmet was well established by the time of bronze armour working, and must have been effective enough. Boar hunting seems to have been an important part of Mycenaean warrior culture (Morris 1990), and the decoration of helmets with the tusks of boars was probably done to show off prowess. This then developed into a practical protection. Boars' tusks are made of a much denser material than bone and would certainly have offered a great deal of protection. A blow on the helmet might well have smashed the tusks it hit, but the force would be dissipated in a similar way to the ceramic plates in modern flak jackets. A firm felt base to the cap was certainly essential. The number of tusk plates in a helmet varies from about forty to over 140 (Kilian-Dirlmeier 1997, p. 46), but generally about forty to fifty boars would have been killed to produce each helmet.
(Continues...)
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Table of Contents
Contents
Preface,Acknowledgements,
1 The Early Mycenaean Period, 1600–1300 bc,
2 The Late Mycenaean Period, the Dark Age and Homer, 1300–900 bc,
3 The Emergence of Hoplite Warfare, 900–525 bc,
4 The Persian and Peloponnesian Wars, 525–400 bc,
5 The Hellenistic Period, 400–150 bc,
Conclusion,
Glossary,
Bibliography of Ancient Authors,
References,