Arms & Armour
ISSN: 1741-6124 (Print) 1749-6268 (Online) Journal homepage: https://www.tandfonline.com/loi/yaaa20
Two Twelfth-Century Kite Shields from Szczecin,
Poland
Keith Dowen, Lech Marek, Sławomir Słowiński, Anna Uciechowska-Gawron &
Elżbieta Myśkow
To cite this article: Keith Dowen, Lech Marek, Sławomir Słowiński, Anna Uciechowska-Gawron &
Elżbieta Myśkow (2019): Two Twelfth-Century Kite Shields from Szczecin, Poland, Arms & Armour,
DOI: 10.1080/17416124.2019.1667049
To link to this article: https://doi.org/10.1080/17416124.2019.1667049
Published online: 09 Oct 2019.
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ARMS & ARMOUR,
2019, 1–28
Two Twelfth-Century Kite Shields
from Szczecin, Poland
KEITH DOWEN
Assistant Curator of Armour, Royal Armouries, Leeds, UK
LECH MAREK
Lecturer in Mediaeval Archaeology, University of Wrocław,
Wrocław, Poland
SŁAWOMIR SŁOWINSKI
Archeologist at the Archaeological Department, National Museum,
Szczecin, Poland
ANNA UCIECHOWSKA-GAWRON
Archaeologist at the P.P. PKZ Archaeological Department of the Castle
of the Pomeranian Dukes, National Museum, Szczecin, Poland
_
ELZBIETA
MYSKOW
Assistant Professor at the Institute of Experimental Biology, University of
Wrocław, Wrocław, Poland
The Polish city of Szczecin, located on the Odra river in north-west Poland,
has a complex history which is reflected in its excavated material culture. The
most remarkable artefacts among the numerous finds of arms and armour
from the city are two late twelfth century kite shields found in the area of the
early medieval stronghold. Based on our current state of knowledge, these are
the only surviving examples of such shields in the world. Of the two shields
recovered from Szczecin, the painted example has been published several
times in Polish journals and yet it remains largely unknown to the wider
European audience. The unpainted shield, however, was only recently identified
and its importance fully appreciated. As such this study aims to update the
information on the painted shield based on the latest research, and integrate it
and the unpainted shield into the wider European archaeological context.
KEYWORDS
Szczecin, kite-shield, shields, leather, rawhide, medieval
# 2019 The Trustees of the Royal Armouries
DOI 10.1080/17416124.2019.1667049
2
K. DOWEN ET AL.
Introduction
Located in north-west Poland on the Odra river, in the twelfth century Szczecin
became the most important early urban centre in Western Pomerania. However, as
far as can be ascertained, no written accounts concerning the origin and early development of the medieval town have survived. As such our understanding of the town
is based only on archaeological evidence largely undertaken after the Second World
War. These excavations encompassed the early medieval stronghold (the area of the
later Castle Hill) and the extensive suburbium (called: the Castle Bailey—
Podzamcze), located along the Odra River valley (Figure 1). Archaeology has
revealed that by the end of the twelfth century defensive ramparts encircled the
FIGURE 1. Szczecin Podzamcze—site plan with kite shield find spots highlighted in red: marked
with I—the painted shield, marked with V—the unpainted shield. Ramparts of the early
mediaeval stronghold—blue hatched area. Drawing: A. Uciechowska Gawron.
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
3
nucleus of the urban settlement. Within this area the layout of the buildings followed the main roads which connected the main market squares inside as well as
river and land trade routes outside the town.
Between the turn of twelfth/thirteenth centuries and the mid-thirteenth century the
town’s infrastructure was already well developed with the residence of the ruling
duke, Warcisław (c. 1100–1135/36), established on the Castle Hill.1 At this early
stage the town was divided into a well-defined system of plots and a number of timber-paved road networks. Building plots consisted of log houses and occasionally
wattle-work constructions accompanied by free standing stoves or fire-places. In
addition, extensive suburbia was also developed along the Odra River valley at this
time. Following the mission of St Otto of Bamberg in 1124 and the conversion of the
town’s populace to Christianity two churches, dedicated to St Adalbert and Sts Peter
and Paul, were established. From 1186 Szczecin became home to a number of
German settlers who established their own church dedicated to St James the
Greater (1187).
However, the gradual and stable development of the town was disturbed by
Danish raids in 1173 and again in 1189. Although the inhabitants were able to successfully fight off the raid in 1173, a lack of provisions forced them to the negotiating
table which resulted in the town becoming a vassal of the Danish Crown. As the
result of further Danish raids in 1184–1185, Duke Bogusław I of Pomerania (c.
1135–1187) was forced to pay tribute to Canute VI of Denmark (1182–1202).2
However, following his death his widow, Duchess Anastazja (1164–1240), broke off
the alliance with Denmark; instead counting on the support of her father Mieszko III
Stary (c. 1126/27–1202) Duke of Greater Poland. Consequently Canute VI launched
a campaign against Szczecin in 1189 and successfully captured and burned the town
(the damage is recognisable in the archaeological record from the Castle Hill as well
as the quarter located along the Odra River bank). It is therefore highly likely that
the spectacular shield finds from the Castle Bailey area, which are the subject of this
paper, may be regarded as traces of one of these conflicts.
Kite shields
Prior to the unearthing of the Szczecin shields, our knowledge of the appearance of
kite shields was based exclusively on pictorial sources, as no other examples are
known to have survived. One shield apparently of kite-type had been kept in R€
oldal
church, Hardanger, Norway until the seventeenth or eighteenth century, when it was
lost.3 Although a drawing of it was reproduced by Thordeman, it is not possible to
determine its authenticity. The Pitt Rivers Museum in Oxford possesses a kite-shaped
shield (Inv. No. 1911.29.12), which was donated to the collection in 1911. Its manner of construction though, most likely indicates a nineteenth century date. In particular, the treatment of the back of the shield with its numerous pieces of oddly
shaped leather nailed to the boards and the arrangement of the leather grips is
4
K. DOWEN ET AL.
unusual in light of the evidence presented below.4 Another kite shield appeared at
auction in Switzerland in 2014 which was dated to between the eleventh and fourteenth centuries. However, the style of the iron fittings and the paint-scheme suggests
a nineteenth century date, particularly as the latter appear to have been printed onto
the shield.5 Prior to more detailed analysis, some scholars had believed that the triangular, or ‘heater,’ shield of Arnold von Brienz, in the Swiss abbey of Seedorf, had
originally been a kite shield which had been converted in the second quarter of the
thirteenth century into a more modern, knightly shield.6 This hypothesis, put forward by Hugo Schneider, remained unchallenged until Helmut Nickel expressed his
scepticism towards it in his doctoral thesis. Apart from other doubts raised by this
author, he pointed out correctly that the shape of the Seedorf shield was not unusual
and could be found on early thirteenth century seals.7 Eventually, on the basis of
archeometric analysis during conservation of the shield, Matthias Senn and Franz
Moser proved that neither the wooden board with its parchment coating, nor the
painted layers on the surface had been altered at any time.8 As such, there is no indication the Seedorf shield had been modified at a later date or should be viewed as
analagous to the Szczecin finds.9
Kite shields with their characteristic ogival or ‘tear-drop’ outline, most probably
appeared in the Byzantine and Islamic worlds around the middle of the tenth century.10 Their distribution across the Mediterranean appears to have been quite rapid,
as a number of early examples are known from Catalan bibles dated to the beginning
of the eleventh century.11 From around c. 1100, probably as a result of contact
with the Byzantine and Islamic worlds during the Norman conquest of Sicily
(1061–1091) and the First Crusade (1096–1099), the kite shield became widespread in Western Europe. The majority of early kite shields appear to have been
flat, as indicated by their use as improvised tables shown on the late eleventh
century Bayeux ‘Tapestry,’ although by the end of the eleventh century curved
shields were also coming into use; some of them being bent to form almost a
half-cylinder as depicted in the c. 1150–1175 D€
usseldorf ‘Bibla Sacra’ (ULB
D€
usseldorf Ms A-2 Bibla Sacra f.151v) and on the famous enamel plate depicting
Count Geoffrey of Anjou in Le Mans Cathedral. There is no evidence, however,
for the Szczecin shields having been curved. If they had been the weight of the
soil covering them would have caused the shield boards to break rather than
merely flatten.
A few depictions of kite shields show them with a sharp, well defined medial ridge,
such as those wielded by Prussian foot-soldiers on the twelfth century bronze-cast
doors from the Gniezno cathedral (Figure 2). Although used by both horsemen and
infantry, the kite shield is thought to have originally been developed for use by the
mounted warrior.12 The new sophisticated system of leather straps, in place of the
traditional central wooden grip, enabled the horseman to free both of his hands
when necessary, whilst still retaining the shield. Following the development of combat with the couched lance in the early to mid-eleventh century, the long kite shield
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
5
FIGURE 2. Kite shields as depicted on the doors of Gniezno Cathedral—drawing by Dr
Lech Marek.
was of particular importance in protecting the body and leg of the charging knight.13
The shield from Szczecin differs from the basic type in having a triangular top. Such
acutely shaped upper edges are not a common feature among kite shields, but examples are present in Byzantine art (Figure 3a,d). A number of depictions can also be
found in miniatures from Spanish manuscripts (Figure 3b) dated to the twelfth century, such as the ‘Avila Bible’ (Biblioteca Nacional Madrid, Cod. Vit.15-1, fol.
6
K. DOWEN ET AL.
3. Triangular topped shields in art: a—mural, church of the Agii Anargyroy, Kastoria,
late twelfth century; b—Avila Bible, late twelfth century, National Library Madrid; c—seal of
the city of Soissons, mid-twelfth century; d—mural, Monastery of Semen, mid-fourteenth
century; (a—after Grotowski 2011; b—after del Campo 1993, c—drawing by Dr Lech Marek
after Martin 1967; d—drawing by Dr Lech Marek after Nicolle 1999).
FIGURE
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
FIGURE
7
4. (a–c) The Wrocław chessman, twelfth/thirteenth centuries. Photo: L. Marek.
CCCXXIIII v), whilst others are known from twelfth century French pictorial sources, such as the seal of the city of Soissons (Figure 3c).14 The triangular top to the
Szczecin shield cannot therefore be considered particular to north-western Poland.
The closest example of a triangular topped kite shield may be found on a chessman
recovered during excavations at 9 Universytecka St. Wrocław, Poland. The figurine is
carved out of deer antler and depicts a knight sitting on his heels, wearing a skull
cap, a hauberk and holding a sword which is resting on his shoulder (Figure 4).
Based on its style and the arms and armour depicted, it has been dated to the latter
half of the twelfth century.15
Context
The painted shield (Inv. No. 175/1/S—Lm) was found in one of the log chambers
forming the inner construction of the bailey rampart of the main stronghold of
Szczecin (Figures 1, 5 and 6) during archaeological excavations undertaken in 2000.
Dendrochronological samples taken from the chamber’s logs (date range
1170–1197) confirmed that this part of the rampart must have been repaired at the
very end of the 12th or the beginning of the thirteenth century. At this time the shield
must have been considered unusable and was simply discarded as part of the infill of
the chamber. It is possible that the shield may have been related to one of the two
sieges undertaken by the Danes in 1173 and 1189.16 Interestingly, in his description
of the siege of 1173, the Danish historian and theologian Saxo Grammaticus noted
8
K. DOWEN ET AL.
5. Site plan of building block No. I, archaeological trench No. 13—across the early
mediaeval-stronghold-rampart. Archaeological contexts: XIV and XIVa are the fills of log
chambers in the inner rampart construction. The exact location of the painted shield-find is
marked with the shield symbol. Drawing: A. Uciechowska-Gawron.
FIGURE
how the Danish youths, in their desire for glory, stormed the ramparts of Szczecin
using only their shields as protection.17 The plain unpainted example (Inv. No. 6061/
VI/S) was found in the courtyard of the early medieval stronghold (Figures 7–9). The
ceramic context of the find points to a twelfth century date, which may again relate
to the period of the Danish attacks. Particularly interesting in the context of these
shields is the etymology of the name Szczecin. According to some scholars the origin
of the word (medieval: Szczycin) is connected either to the location of the stronghold
on tops of three hills—from old Slavonic szczyt—meaning apex, peak, or alternatively to szczyt—meaning a shield. If the latter is correct, one could hardly imagine a
better place to find the only surviving examples of early medieval kite shields than in
the ‘stronghold of shields’ according to its old Slavonic name.18
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
9
FIGURE 6. The painted kite shield from Szczecin, twelfth century: a—on site; b—after conservation; c—reconstruction; a,c—after: Kowalska, Uciechowska Gawron 2015; b—photo:
L. Marek.
Construction
The board of the painted shield is constructed of seven planks made of alder wood
(Figure 6b), simply laid side by side without connecting dowels, lap or dovetail joints.
Although the lower point of the shield is now missing, the estimated overall length is
125 cm. The shield measures 86 cm at its widest point, with the individual planks
measuring 6–17 cm wide and 0.4–0.8 cm thick. In comparison, most round AngloSaxon shields had a minimum diameter of between 35–45 cm and a maximum diameter of 49–73 cm, whereas all thirty two shields from the ninth century Gokstad ship
burial had a diameter of 94 cm.19 An example of a large, wide kite-type early
10
K. DOWEN ET AL.
FIGURE 7. Site plan of settlement level No. XXXIV, building block No. V, archaeological trench
No. VI, and building No. 81. The exact location of the unpainted shield-find is marked with
the shield symbol. Drawing: A. Uciechowska-Gawron.
medieval shield can be seen on a depiction of the martyrdom of archbishop Thomas
Becket on an early thirteenth century reliquary from Hedal church, Norway.
There are eight holes drilled through the board to take nails for fixing the
arm straps from which the left one, made of tanned leather and measuring
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
11
8. The unpainted kite shield from Szczecin, twelfth century: a—obverse, b—reverse;
a–b—drawing: N. Lenkow.
FIGURE
12
K. DOWEN ET AL.
9. The unpainted kite shield from Szczecin, twelfth century: a—reverse, b—obverse;
a–b—photo: L. Marek.
FIGURE
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
13
FIGURE 10. The painted kite shield from Szczecin, twelfth century, details: a—arm strap; b—
reconstruction of the arm strap system; a—photo: L. Marek; b—after Głosek, Uciechowska
Gawron 2011.
5 cm wide, has fortunately survived (Figure 10 a,b). The distance between the
pairs of rivets for strap end attachment is about 10 cm (left: 10.1;
right: 9.7 cm).20
The plain unpainted example has only two planks still preserved (Figures 8 and 9).
Taking into account the general outline of the shield and the considerable width of
the planks—13.8 and 12.2 cm, respectively—we may assume that originally they
might have formed nearly half of the width of the shield. If the rest of the shield was
similarly constructed, we can estimate that the whole board was made up of five
planks. The surviving part of the shield measures 97 cm in length with the thickness
of the planks ranging from 0.75 to 0.9 cm. The line of the shield’s outer edge suggests
it belongs to a similar triangular-topped type as the painted example.
Due to its relatively thin wooden boards, suggestions have appeared in the literature that the painted shield might have been for ceremonial rather than battlefield
use.21 To support this argument, the Seedorf shield was quoted as an example, as it is
nearly twice as thick (1.5 cm according to Wendelin Boeheim).22 However, this failed
14
K. DOWEN ET AL.
to take into account the thickness measurements of this example also included the
layers of parchment and paint, not only the wooden planks.23
Rather, the thickness of the Szczecin finds correspond very well with the dimentions of other pre-Roman Iron Age, Roman and early medieval shields. For
example, the pre-Roman shields from the famous Hjortspring ship, dated to c. 350
BC measure only 0.5 cm in thickness, exactly the same as the early Roman shield
from Vaedebro/Alken Enge bog.24 Boards of the late second to early third century
AD Illerup shields measure 0.8–1.2 cm thick in the middle, narrowing to 0.2–0.4 cm
at the edge.25 One of the two ninth century AD shields found in the bog in Tirskom,
Liep
aja region, Latvia measures only 0.6 cm thick, whilst the other is 1.4 cm thick.
In the latter case only the middle plank was preserved which usually comprised the
thickest part of the shield.26
The thickness of the individual planks depended on local manufacturing techniques, as well as on the choice of material used to construct the shield. For example,
in the case of the Illerup finds the thinnest shields were made of oak.27 Boards of
poplar or willow found on early Anglo-Saxon sites in England have an estimated
thickness of 0.8–1.1 cm, while examples produced from of alder were sometimes
only 0.5–0.6 cm thick, such as those found in the cemetery at Bargates, Dorset.28 At
Berinsfield, Oxfordshire, board thicknesses ranged from 0.38–0.84 cm.29 An average
thickness for a circular board of alder from this time is estimated at 0.7 cm which
corresponds well with the dimensions of the Szczecin shields. The timber for large
shields had to be both lightweight and resilient. Achieving this balance was undoubtedly a difficult task for the shieldmaker. Using an example of a fifteenth century
Burgundian pavise from the Schweizerisches Nationalmuseum Z€
urich (Inv. No. KZ
386), it is possible to observe how the weight of the completed shield would have
changed had the craftsman chosen different materials. Made of poplar, the shield
weighs 4.84 kg. If the shieldmaker had used alder, the shield would have weighed
5.91 kg, beech: 7.74 kg, lime: 5.70 kg; spruce: 5.05 kg, respectively.30
Types of wood
Numerous species of wood were used in the construction of shields. Based on an analysis of 148 early Anglo-Saxon (c. 410–c. 660 AD) shields these were alder, ash,
beech, birch, lime, maple, oak, poplar and willow.31 Of these species alder, willow
and poplar were the most widely favoured, due to being lightweight yet resistant to
mechanical stress.32 Indeed, constructing boards of alder planks seems to have been
the most common procedure in the Pre-Roman and Roman Iron Age.33 There are,
however, local exceptions to this general rule.34 In early medieval Scandinavia pine
was also used for shield boards; as confirmed by the Vendel period find from
Valsg€
arde (Grave 6) and the later 32 circular Viking shields from the Gokstad ship
which according to analyses undertaken by Prof. A. Blytt, were made of
white pine.35
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
15
11. Anatomical features of the unpainted shield (Figs. 9–10), characteristic of alder
wood, viewed on the handmade sections. (a). The diffuse-porous wood with vessels in radial
files (white arrow) are shown on transverse section. The aggregate ray is also visible (black
arrow); (b). the uniseriate ray (arrow) on tangential section; (c). the scalariform perforation
plate of vessel. Scale bar in mm.
FIGURE
The identification of wood types used for specific shields is more often based
purely on subjective opinion rather than on specialist analyses. A good example is
the Seedorf shield. Initially the shield was believed to have been constructed either of
fir or lime, however, further analysis revealed it to be of alder.36
In order to ascertain the species of wood used in the construction of the Szczecin
painted shield, a number of samples were taken from different areas of the shield
boards for analysis.37 Although it would be logical to expect a shield board to be
constructed of homogeneous material, and thus avoiding uneven weather-induced
stresses, there are instances of shields constructed of different species of wood. Such
examples were encountered among the Roman Age finds from Illerup as well as early
Anglo-Saxon examples from England.38 This may be explained by the need to repair
a damaged shield when either the original wood was not available, not known or not
considered to be of importance. However, the results in the case of the Szczecin
painted shield confirmed that all the boards were made of alder (Alnus sp).
In order to identify the species of wood used in the construction of the unpainted
shield from Szczecin, microscopic analyses were undertaken. Due to the importance
of the piece only a few small slivers of wood were cut using a razor blade to obtain
transverse, tangential and radial sections.39 The sections were then analyzed using an
Olympus BX-50 light microscope and documented using an Olympus CP71 camera
and Cell B Software. The Macromedia Fireworks MX2004 programme was used for
the preparation of plates. Based on microscopic analysis, the wood has been identified as alder (Alnus sp.). due to the presence of a diffuse-porous structure with vessels
located in solitary or in radial files of 2–3 pores each.40 Rays were uniseriate and
aggregate rays were also noted. The vessels, without spiral thickenings, possessed
scalariform perforation plates with 10–20 bars (Figure 11).
16
K. DOWEN ET AL.
The assembly of the shield boards
Various methods of joining shield planks have been recorded. The earliest known
wooden shields dated to the mid-fourth century BC, found in the Hjortspring bog,
have their boards cut out of a single piece of wood or composed of two up to three
vertically arranged planks held together by dovetail joints and sealed with tree tar.41
However, the most widespread technique was to arrange planks vertically in one
layer to form a board, before being glued edge to edge. This technique of shield construction is well documented within the Barbaricum during the Roman Iron Age,
with the most spectacular finds from Scandinavian bog deposits in Illerup, Nydam or
Thorsbjerg.42 In the classical Roman world this technique was used mainly to construct circular shields, such as the painted examples from Dura Europos, also dated
to the third century AD.43 The Roman legionary scutum found at the same site during earlier archaeological campaigns was constructed in a different way, using a laminated or plywood technique, involving three layers of thin strips of plane (Platanus
sp.) wood glued together.44 Laminated construction is also evidenced by an older
Republican Roman scutum from Fayum.45 However, following the Roman period,
this technique appears to have fallen out of use. In 1953 excavations at the AngloSaxon inhumation cemetery at Petersfinger uncovered the remains of what at first
appeared to be a laminated shield.46 However, later re-examination of the shield
showed this not to have been the case.47
Beginning in the tenth century it appears that some shields were again constructed
from laminated boards. The Latin poem Waltharius, for example, written around the
beginning of the tenth century refers to shields of three and seven ply.48 An example of
a laminated shield was recovered during excavations at the so-called ‘Library site’ in
the old town of Trondheim.49 Dating to c.1050–1100, the elongated oval shield was
formed of two layers of thin wooden planks set at right angles to each other and covoldal shield no longer survives
ered with a layer of leather.50 In addition, although the R€
(which was believed to be of twelfth century date), the drawing by Thordeman indicates it too was constructed in a similar manner.51 This practice, however, did not
become widespread as plank construction continued to dominate. Evidence from the
triangular ‘heater’ shields from Marburg, dating from the late thirteenth to early fourteenth centuries, shows that this technique was continued into the late Middle Ages.52
The same predominance of plank construction was also noted in the sample of late
medieval pavises which underwent conservation and specialist analysis.53
Precisely how the planks were originally held together in the Szczecin shields
remains a mystery. Most probably they were glued together with an organic adhesive
which has since degraded. Theophilus a Benedictine monk from the Rhineland (most
probably Roger of Helmerhausen) in his twelfth century book On Diverse Arts, recommended casein glue (an adhesive made from milk protein) as the best to hold
together door, altar, or shield planks. It was his belief that this method would ensure
that after drying, the elements could not be separated either by heat or moisture.54
The Seedorf shield dated to the turn of the twelfth/thirteenth centuries had planks
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
17
with bevelled sides to increase the surface area for bonding.55 No such feature
appears on the Szczecin examples, although the outer edges are bevelled probably for
the addition of a rim (see below). Instead, the edges of the individual planks are cut
at right angles; a construction feature more common among shield boards dating
from antiquity up to the Middle Ages.
Shield coverings
According to Theophilus, his preferred shield covering was ass, horse, or ox rawhide,
though he suggested the use of linen cloth if rawhide was unavailable.56 Firstly, the
hair had to be removed before the hides were soaked in water and then wrung-out.
Following this, the damp rawhide was fixed to the surface of the shield with casein
glue.57 Upon drying, the rawhide would shrink, pulling the planks together and adding structural stability. Specialist analyses of surviving shields have revealed the
majority are covered with rawhide or parchment (both rawhide and parchment are
produced from untanned animal hides or skins. The production of parchment
involves the chemical and mechanical removal of the grain surface). The Seedorf
shield was coated with parchment made of ox-skin taken from a young animal rather
than from a calf.58 Late medieval pavises, intended for common soldiers were more
often covered with untanned pigskin or linen cloth prior to painting.59 A Burgundian
pavise kept at the Schweizerisches Nationalmuseum Z€
urich (Inv. No. KZ-386) stands
out from the rest in being covered with kid-skin which was vegetable tanned on the
obverse and alum tanned (tawed) on the reverse.60 This example must have been
produced for elite troops as confirmed not only by its expensive leather coating but
also by the rare pigments used for its decoration. In archaeological contexts rawhide
rarely survives even in water-logged environments. As a result complete shields with
their coverings seldom survive. The closest comparable shields to the ones from
Szczecin are most probably represented by the late second to early third century AD
Illerup finds. Although no traces of leather or rawhide coverings were ever recorded
among the Illerup shields, archaeological experiments suggest that originally there
must have been some kind of skin stretched over the boards. A good candidate
would be very thin rawhide, which when soaked with linseed oil forms a protective
transparent layer, resistant to weather conditions but thin enough to allow any design
on the wooden boards to remain visible.61 A similar construction method might
have been used for the shields from the famous Gokstad ship dated to the ninth/tenth
centuries AD, with their yellow and black painted decoration applied directly onto
the wooden surface.62
The use of hemp rope, bast fibre, linen thread and grass as a reinforcing
layer laid perpendicular to the shield board joints is recorded in a number of
medieval documents.63 So far this appears to have only been found on the
shield from the Curonian warriors grave in Tirskom.64 Close examination of
the surface of the unpainted shield from Szczecin has not revealed any traces of
a reinforcing layer.65
18
K. DOWEN ET AL.
12. The painted kite shield from Szczecin, twelfth century, detail of bevelled edge.
Photo: L Marek.
FIGURE
Shield rims
Based on pictorial sources, kite shields appear to have been provided with some
form of edge reinforcement or rim, either of metal or perhaps an organic material such as leather. A notable feature of the Szczecin shields is that they both
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
19
have bevelled outer edges, possibly indicating the use of metal rims intended to
provide additional structural rigidity and prevent the boards from being easily
split by a blow (Figures 8, 9 and 12). Such features are well known from bog
deposits dated to the Roman Iron Age in northern Europe. Late second to early
third century AD shields found in Illerup, for instance, had bevelled edges to
take iron rims, which in some cases were still preserved.66 In Anglo-Saxon
England, most shield rims appear to have been of copper-alloy.67 For example,
the rim of the early seventh century AD shield recovered from Mound 1 at
Sutton Hoo is formed of a u-sectioned gilt bronze strip, attached to the shield
boards by a number of gilt-bronze clips.68 Metal rims may have been applied
to the shields from the Gokstad ship, which are dated to the turn of the ninth/
tenth centuries AD. The shield boards exhibit bevelled edges with a row of
holes along the circumference, which have been interpreted as rivet holes69
Other scholars, however, believe the holes were used to stitch a leather edging
band in place.70 The usual stitching technique to secure the leather or rawhide
covering on a wooden shield board is evidenced by the Vaedebro/Alken Enge
bog find dated to the very beginning of the Roman period, the fourth century
AD Nydam examples and the ninth century AD circular shield preserved with
its original leather covering from the grave in Tirskom.71 On the other hand
the existence of a metal rim on a late twelfth century AD shield could be
regarded as unlikely particularly as between the sixth and eleventh centuries
AD, the use of metal shield rims appears to decrease considerably.72
The attachment of the arm straps
The arm straps on the painted Szczecin shield were fixed very low, about 50 cm below
the upper edge (Figure 10b). This has led some scholars to conclude that the shield
must have been poorly balanced.73 However, it is possible the location of the attachment holes may be for a specific purpose. For example, contemporary knightly literature notes how the rectangle formed by the arm-strap rivet-heads was frequently
targeted with lances; as the of presence of rivet holes weakened this area of the shield.
According to Reinfried von Braunschweig ‘where one could see the attachment of the
grips by the nails on the shield, that it where the lance was often aimed with knightly
spirit’.74 Tournament targes, for instance, often had decorative rivet heads to facilitate
aiming at the arm strap riveting.75 By placing the rivets lower down the shield and
therefore in a more difficult to reach area, this could potential be avoided.
A more likely explanation may be due to the shield being designed for use in siege
warfare. The largest and heaviest pavises of the Sturmwand type known from the
late Middle Ages were held very low in order to offer better protection to the upper
body when approaching fortifications, or when kneeling or crouching.76 The use of
large shields in siege-warfare is represented in a number of visual sources of the
period, including in the early twelfth century ‘Historiae Hierosolymitanae Libri
20
FIGURE
K. DOWEN ET AL.
13. Arm strap systems as depicted on the Bayeux Tapestry—after Kohlmorgen 2002.
quatuor’ by Balderic Bishop of Dol (BNF Latin 5134, f.020r) and in the mid-thirteenth century ‘Aschaffenburg Golden Gospels’ (HBA MS. 13, f.18v). This hypothesis could also partly explain the width of the shield. Large shields, possibly similar
to the pavise, are known from France from the early twelfth century where they are
called variously ‘talavacius/talochia/talebart/talevas’.77
The arm strap system of eleventh to twelfth century shields was by no means
standarised. For example, kite-shields depicted on the Bayeux Tapestry exhibit
diverse arm strap arrangements, of which the most popular were the four following
types: 1 - one leather strap/grip running across the entire width of the shield, 2 - a
similar grip in combination with two arm loops, 3 - arm straps forming a square and
a leather grip, 4 - a grip formed of leather straps crossed to form a letter X in combination with two arm loops placed below (Figure 13).78 Another feature of the
shield was the long carrying strap or guige (German: Schildfessel). This had been
developed by the ninth century (see: Prudentius’s Psychomachia, MS 23, folio 2),
enabling the warrior to sling the shield across his shoulder when required. This practical application of the guige is depicted a number of times in the twelfth century
Liber ad Honorem Augusti by Petrus de Ebulo (see for example BBB.Cod. 120.II
Liber ad honorem Augusti sive rebus Siculis f107r-1), which show knights riding
with a lance in one hand, the reigns of the charger in the other, and the shield suspended from the neck. Literary accounts also attest to the use of the guige. The
twelfth century poet Robert Wace, for instance, wrote that on the arrival of the
Normans in England the knights were ‘all armed and wearing hauberks, with their
shields around their necks and their helmets laced on’.79 Indeed, the presence of a
guige on the painted shield has been previously hypothesised (Figure 10b).80
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
21
It has been suggested in modern studies that the holes for the attachment of the
straps on the painted shield have been poorly located.81 However, this conclusion
seems unlikely given that this was a practical and important piece of equipment.
Instead, it is probable that the shield originally had a sophisticated system of armstraps, which could be used in various ways on the battlefield according to the situation. Unfortunately, due to wood shrinkage after conservation and the fact that
considerable parts of the shield are now missing, it is virtually impossible to precisely
reconstruct its arm strap arrangement.
The unpainted shield has four pairs of holes drilled through the longest plank.
Two of them, located approximately in the middle of the shield (Figure 8), served to
fix the left arm strap to the board just as in the case of the painted shield. Near the
upper edge there are two holes aligned one above the other, most probably for the
attachment of a guige or an arm strap running transversely across the inner side of
the shield. The purpose of drilling another pair of similarly arranged holes, very close
to the lower point of the board, seems less obvious, though presumably they were
used to attach a transverse leather strap. It is possible that the transverse leather
loops located near the upper edge and the lower point of the shield, were designed to
hold a post or a spear in order to support the shield in a vertical positional when not
being carried; such as part of a static field or fortification defence.
The painting of the shield
Originally when excavated, the painted design on the Szczecin shield was clearly visible (Figure 6a), however, following conservation this is sadly no longer the case
(Figure 6b). The design consists of a large cross potent painted in red with yellow
highlighted edges. The border of the shield is marked by a black line and decorated
along the edge with a row of interchanging red circles and black ovals with yellow
rosettes painted against a red background (Figure 6c).82 Specialist analyses revealed
that the pigments used were: vermilion, iron (III) oxide, calcium carbonate, an
unidentified organic black paint and arsenic trisulphide otherwise known as orpiment. In addition to these colours, traces of an oil based medium were also identified.83 According to Cellino Cellini’s Il Libro dell’Arte, written at the turn of the
fifteenth century, orpiment was recommended as a good vivid colour to paint on
both shields and lances.84
Similar scientific investigations on pigments used in the decoration of shields are
extremely rare. However, they are better documented for the Roman Iron Age and
early medieval examples than later dated shields. Apart from the Illerup shields
painted in red, some traces of blue and red pigments were identified on a third century AD shield from Bø, Norway.85 Remains of red paint were also found on shields
from the early medieval graves at Valsg€arde 9 and at Sutton Hoo.86 In Grimstrup,
Denmark, a piece of wood recovered from a tenth century horseman’s grave was
interpreted as possibly being from a shield. It had been painted dark blue with blue-
22
K. DOWEN ET AL.
green bands of tracery outlined in white, with additional white spots and a band
of red.87
One of the probable techniques of painting shields in the Roman Iron Age and the
early medieval period was to apply the decoration directly onto the wood possibly
followed by a thin layer of transparent rawhide to protect it. However, by the later
Middle Ages the use of multilayer and relief decoration required the shieldmakers to
paint the boards after covering them with rawhide or leather. The Szczecin shield,
therefore, represents the traditional, ancient technique.
The meaning of the decoration
It is commonly accepted that decorative mounts and bosses found on shields evolved
out of practical fittings originally designed to hold the shield boards together and
provide anchoring points for leather straps. Over time these details developed into
painted apotropaic symbols and eventually into heraldic figures.88 It is thought that
some of the latter, such as lilies or crosses might have originated from shield mounts
made of metal.89 As such, some details on the painted shield from Szczecin may have
been inspired either by metal mounts or other decorative elements set into the shield
board. As previously mentioned the border of the shield is dotted with alternating
coloured circles and ovals sometimes filled with yellow rosettes. These may have
been added in imitation of precious or semi-precious stones arranged along the border of high-status parade shields such as the one sculpted on the early thirteenth century grave slab of Wiprecht von Groitzsch in the Stadtkirche St. Laurentius, Pegau,
Germany.90 Stones set into the border of the shield were also imitated in gesso and
moulded parchment by an artist decorating one of the finest knightly shields to be
preserved in European collections, from the Chapitre Cathedrale de Valere de Sion in
Switzerland (Inv No. MV 172).91 Originally the stones may have had talismanic
meaning and were not only used for display.
The symbolism of colours most probably played an important role in the design of
the Szczecin shield. Of all the colours used on the shield, red dominates. This colour
was always regarded as sacred, related to judicial proceedings and trial by combat.92
Red was one of the most popular shield pigments used in the Roman Iron Age and
early medieval period.93 The Old Norse Elder Edda relates that displaying a red
shield on a mast of a vessel was regarded as a declaration of war.94 According to the
‘Chronicles of the Kings and Princes of Poland’ the Polish duke Bolesław III
Krzywousty presented a choice to the defenders of Bialograd in 1108 between a
white and a red shield (obessis duo scuta ostentans, unum album, alterum rubrum.
‘Quod, iquit, istorum eligitis?’). The townsmen responded that they would rather
take the white one for ‘it seems to be tempting us with the delight of peace, while the
other threatens with a horrible bloodshed’ (album, quia in se pacis blanditur delectamento, illud terribilem cruorum inducit asperginem).95 These old customs were a
long living phenomenon. In the thirteenth century Vulgate Lancelot cycle, for
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
23
example, a red shield is a sign to attack for Lancelot’s knights.96 King Edward III,
before one of the decisive battles of the Hundred Years War ordered his troops to display red pennons as a sign that his army was ready for judicial combat before God as
the supreme judge.97
It seems likely that in the decoration of the painted Szczecin shield, the old symbolic meaning of the colour red was merged with the strong talismanic properties of
the Christian cross, which is the most prominent and obvious feature of the design.
Kite shields with red crosses are often depicted in the hands of crusaders in twelfth
century miniature paintings.98 However, it should be stressed that not every shield
with a red cross must have belonged to a crusader.
Although heraldic figures appear in the latter half of the twelfth century, it seems
rather unlikely that the painting of the Szczecin shield had heraldic significance.
Conclusions
As early as the mid-twelfth century in Western Europe kite shields were being
produced with straight rather than rounded tops; possibly as a measure to
improve vision. Numerous examples can be found in contemporary illustrations
and sculpture as can be seen on the figures from the doorway of the church of
San Zeno in Verona, dated to c.1139. Around the same time, the length of the
shield was slowly reduced, possibly due to the increasing use of leg protection
in the form of mail chausses which until the last quarter of the twelfth century
appear to have been restricted to wealthier and more elite individuals.99 This
process led directly to the development of the classical triangular knightly or
‘heater’ shield of which the oldest representations carried not by mounted warriors but by those on foot, can be found on the mid-twelfth century cast-bronze
doors of Płock Cathedral in Poland (the originals of which are now in Veliky
Novgorod, Russia). This transition was a gradual process with a number of
styles existing side by side; as can be observed on the famous Scandinavian
ivory chessmen from the Isle of Lewis. Dating to approximately the third quarter of the twelfth century a range of kite shields are depicted including the older
ogival form alongside more modern narrower straight sided examples. By the
beginning of the 13th century though the popularity of the kite shield rapidly
declined across Europe, save Italy, where it remained in use especially as a ceremonial shield until the end of the fifteenth century.100
Dating no later than the very end of the twelfth century, the Szczecin shields are
distinguished by their pointed or triangular tops; therefore representing a less well
known style of shield but one which nonetheless does appear in contemporary art.
Fabricated from a series of alder planks laid side by side and probably originally
joined together with an organic glue, this type of shield construction can be traced
back to at least the Roman Iron Age and continued to be used throughout the medieval period. Despite their apparent thinness, the dimensions of the shield boards
24
K. DOWEN ET AL.
conform to many other examples from the pre-Roman Iron Age and early medieval
England and Scandinavia. There can be no reasonable doubt therefore that the
Szczecin shields were indeed functional battlefield pieces. This is confirmed by the
provision of holes for the placement of arm and neck straps which would otherwise
be unnecessary. Although no traces remain, it is highly likely that both shields were
covered either with rawhide or parchment in order to provide structural stability
and strength. The decoration on the painted shield does not appear to have any heraldic significance, although the use of the cross and painted ovals and rosettes may
have had some talismanic meaning.
Both shields exhibit bevelled edges and a series of holes along the outer edge suggesting they once had metal or leather rims.
Whilst the origin of the shields cannot be precisely determined, it is certainly a possibility that they belonged to the Danish troops who periodically attacked the city
during the second half of the twelfth century. Perhaps suffering some damage in combat, they were later discarded and used as in-fill in the construction of the city’s ramparts. However, it is equally possible they were of local manufacture.
What is clear though, is that the two shields from Szczecin represent the only
known surviving kite shields and thus are of immense importance in our understanding of medieval technology and warfare.
Acknowledgements
Many thanks to Sławomir Słowi
nski and Anna Uciechowska-Gawron for their
contributions to the historical and archaeological context of the shields and to
Dr El_zbieta Myskow for undertaking the wood analysis.
Notes
1
E. Cnotliwy, Archeologia zamku Ksia˛_za˛t
Pomorskich w Szczecinie (Szczecin: Muzeum
Nadorowe z Szczecinie, 2014), pp. 163–164.
2
T. Białecki, Historia Szczecina (Wrocław, 1992)
pp. 54–55.
3
B. Thordemann, ed., Vapen, Nordisk Kultur XIIb
(Stockholm: Albert Bonniers, 1943), pp. 67–68;
H. Nickel, Der mittelalterliche Reiterschild des
Abendlandes (Berlin, 1958), p. 22 and J.
Kohlmorgen, Der mittelalterliche Reiterschild
(Wald-Michgelbach: Karfunkel, 2002), p. 30.
4
Faye Belsey, Assistant Curator at the Pitt Rivers
Museum, email message to the author (K.
Dowen) May 2, 2017.
5
Sale Catalogue, S. Maeder, et al. Fischer. Antike
Waffen und Militaria. 11. und 12. September
2014 (Luzern: Fischer 2014), pp. 98–99.
6
H. Schneider, ‘Neues zum Reiterschild von
Seedorf,’
Zeitschrift
f€
ur
Schweizerische
Arch€aologie
und
Kunstgeschichte,
12/2
(1951), 118.
7
Nickel, 1958, p. 25.
M. Senn and F. Moser, ‘Der Reitershchild von Seedorf
UR: ein Unterschungs- und Restaurierungsbericht,’
Jahresbericht/Schweizerisches Landesmuseum Zurich
(1991), 82.
9
See M. Głosek and A. Uciechowska-Gawron,
‘Wczesnorsredniowieczna tarcza z podgrodzia
w Szczecinie,’ Materiały Zachodniopomorskie,
6/7 (2011), 272 and A. Kowalska and A.
_
Uciechowska-Gawron, ‘Arma et Gloria, Zycie
8
w cieniu umoncnie
n obronnych,’ in Civitas et
urbs Stetinum. Karty z dziej
ow p
ołnocnej cze
R sci
miasta, ed. by A. Kowalska (Szczecin: Muzeum
Narodowe w Szczecinie 2015), p. 33.
10
P. Grotowski, Arms and Armour of the
Warrior Saints: Tradition and Innovation in
Byzantine Iconography (843-1261) (Leiden:
Brill, 2009), pp. 231–234 and Kohlmorgen,
p. 25.
11
Nickel, 1958, p. 10 and H. Nickel, Ullstein
Waffenbuch.
Eine
kulturhistorische
Waffenkunde mit Markenverzeichnis (Berlin,
1974), p. 22.
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
12
Nickel, 1958, pp. 8–9 and Kohlmorgen, p. 27.
Nickel, 1974, p. 21.
14
A. S. del Campo, La evolucion del armamento
Medieval en el Reino Castellano-leones y Alandalus (siglos XII-XIV) (Madrid: Servicio de
publicaciones del E.M.E, 1993), p. 228, fig. 32
and P. Martin, Waffen und R€
ustungen von Karl
dem Grossen bis zu Ludwig XIV (Frankfurtam-Main: Umschau-Verl., 1967), p. 25, fig. 11.
15
K. Wachowski and J. Witkowski, ‘Henryk IV
Prawy – homo oeconomicus, czy homo ludens,’
Wratislavia Antiqua t.8 (2005), 81.
16
Głosek and Uciechowska-Gawron, 274.
17
S. I. Stephanius, Saxonis Grammatici Historiae
Danicae (Libri XVI) (Joachimi Moltkenii
Bibliopolse, 1644), p. 337 ‘Fuere tamen ex
juvenibus, qui gloriae studio summa moenium
clypeis tantum protecti conscenderent.’
18
Rospond, S. Słownik etymologiczny miast i
gmin PRL (Wrocław, 1984), p. 380.
19
T. Dickinson and H. H€
arke, ‘Early Anglo-Saxon
Shields,’ Archaeologia 110 (1992), 42–47.
20
The authors would like to express gratitude to
Professor Saebjørg Walaker Nordeide from the
University of Bergen for her kind assistance and
for providing us with referrences and
information on this unique shield.
21
Głosek and Uciechowska-Gawron, 274 and
Kowalska and Uciechowska-Gawron, p. 33.
22
W. Boeheim, Meister der Waffenschmiedekunst
vom XIV. bis ins XVIII. Jahrhundert (Berlin: W.
M€
oser, 1897), p. 71.
23
There is a noticable discrepancy between the
measurments taken by the authors (K. Dowen
and L. Marek) while examining the object and
the dimensions published in the literature
(Głosek Uciechowska Gawron, 271: strap length
– 42, the distance between pairs of holes for
strap attachment – 28 and 24 cm. The previous
authors counted 5 holes while we were able to
identyfy only 4).
24
J. Illerup Ilkjaer, ‘Ådal-die Schilde,’ Jutland
Archaeological Society Publications, 25/9
(2001), 356–357.
25
Ilkjaer, 18.
26
V. A. Urtan, ‘Drevnie shchity na territorii
Latviiskoe SSR,’ Sovietskaia Arkheologia
(1961), 222–223.
27
Ilkjaer, 347.
28
Dickinson and H€
arke, 49.
29
I. P. Stephenson, The Anglo Saxon Shield
(Stroud: Tempus Publishing, 2002), p. 44.
30
A. Alt, ‘Zwei mittelalterliche Schilde –
Technologische Untersuchungen zum Aufbau im
Vergleich,’ Waffen und Kost€
umkunde, 55.2
(2013), 78.
31
Stephenson, p. 39.
13
32
25
arke, 48–49 and Senn and
Dickinson and H€
Moser, 81.
33
Ilkjaer, 349, 355–356 and 358 and P. M.
Rudzi
nski, ‘Tarcza we wczesnosredniowiecznej
Polsce na tle europejskim. Od plemienia do
pa
nstwa,’ Acta Militaria Mediaevalia, 5
(2009), 25.
34
H. Bullock et al. ‘Evidence for Shield
Construction from the Early Anglo-Saxon
Cemetery Site of Tranmer House, Bromeswell,
Suffolk,’ The British Museum Technical
Research Bulletin, 5 (2011), 18.
35
N. Nicolaysen, The Viking Ship Discovered at
Gokstad in Norway (Christiana: Cammermeyer,
1882/2003), p. 62. It has been suggested that
the term ‘white pine’ is not specific. On the
other hand, ‘Norway Spruce’ is sometimes
known as ‘White Pine.’ Based on the latest
views of the Museum of Cultural History, Oslo,
the majority are of Spruce, though some may be
pine. See K. Hjardar and V. Vike, Vikings at
War (Oxford: Casemate, 2016), p. 185.
36
Senn and Moser, 81.
37
I. Jagielska, ‘Badania i konserwacja drewnianej
tarczy ze szczeci
nskiego Podzamcza,’ Materialy
Zachodniopomorskie, 6/7 (2011), 287.
38
Ilkjaer, 350 and Bullock et al., 18.
39
M. Rakoczy and E. Myskow, ‘Drewniane naczynia
toczone z Ostrowa Tumskiego we Wrocławiu wybrane zagadnienia technologiczne,’
Sla˛skie
Sprawozdania Archeologiczne, 56 (2014), 209 and
220–224 and E. Myskow and M. Rakoczy,
‘Identyfikacja rodzaju drewna wykorzystanego do
wyrobu zabytk
ow drewnianych z bada
n
archeologicznych przy ulicy sw. Idziego,’ in
Kształtowanie sie
R grodu na wrocławskim Ostrowie
Tumskim. Badania przy ul. sw. Idziego, ed by A.
Limisiewicz and A. Pankiewicz (Wrocław:
University of Wrocław, 2015), pp. 363–372,
p. 363.
40
See P. Greguss, The identification of Central
European Dicotyledonous Trees and Shrubs based
on Xylotomy. Hungarian Museum of Natural
History (Budapest: Museum of Natural History,
1945) and F. H. Schweingruber, Anatomy of
European Woods (Bern: Paul Haupt, 1990).
41
F. Kaul, ‘Shields,’ in Hjortspring: A Pre-Roman
Iron-Age Warship in Context, ed. by O.
Crumlin-Pederson (Roskilde: Viking Ship
Museum, 2003), p. 152.
42
Ilkjaer, 359.
43
M. I. Rostovtzeff, F. E.Brown, and C. B. Wells,
The Excavations at Dura-Europos: Preliminary
Report of the Seventh and Eighth Seasons of
Work, 1933–1934 and 1934–1935 (New
Haven: Yale University Press, 1939), p. 328.
44
Rostovtzeff et al., 1939, pp. 456–457.
26
45
K. DOWEN ET AL.
€
W. Kimming, ‘Ein Keltenschild Aus Agypten,’
Germania, 24 (1940), 110. The shield was
interpreted as originally belonging to Celtic
mercenaries. This is why the find is sometimes
referred to as coming from the Celtic period
(see: Ilkjaer, 2001, 359).
46
E. T. Leeds and H. Shortt, An Anglo-Saxon
Cemetery at Petersfinger, Near Salisbury Wilts
(Salisbury: South Wilts and Blackmore Museum,
1953), pp. 55–56.
47
H. H€arke, ‘Anglo-Saxon laminated shields at
Petersfinger, a myth,’ Medieval Archaeology, 25
(1981), 141–142.
48
Waltharius
Manus
Fortis.
http://www.
thelatinlibrary.com/waltarius2.html lines 668
and 733 [accessed May 16, 2018] ‘Sic ait et
triplicem clipeum collegit in ulnam et crispans
hastile micans vi nititur omni ac iacit’ and
‘Constitit opponens clipei septemplicis orbem,
Saepius eludens venientes providus ictus.’
49
S. A. Nordeide, ‘“ … de beste bønder i
Kiøbstaeden … ”:
En
funksjonsog
aktivitetsanalyse basert på gjenstandsmaterialet,’ in
Meddelelser fra prosjektet Fortiden i Trondheim
bygrunn, ed. by K. Skaare (Trondheim:
Riksantikvaren, 1989), p. 157, fig. 29.
50
Nordeide, p. 157; and A. Christphersen and S.
W. Noreide, Kaupangen ved Nidelva: 1000 års
byhistorie belyst gjennom de arkeologiske
undersøkelsene på folkebibliotekstomten i
Trondheim 1973–1985 (Oslo: Riksantikvaren
1994), p. 35.
51
Thordeman, 1943, pp. 72–73, fig. 10.
52
Compare: F. Warnecke, Die mittelalterlichen
heraldischen Kampfschilde in der St. ElisabethKirche zu Marbug (Berlin: H.S. Hermann,
1884), pp. 21–35; Nickel, 1958, pp. 27–53 and
Kohlmorgen, pp. 53–109.
53
Alt, p. 77. Among these shields only those of the
finest workmanship had their planks additionally
reinforced by wooden dowels (Ibidem). Of course,
this technique could only be effectivly utilised if
the planks were of a considerable thickness, as
those used for pavises.
54
G. J. Hawthorn and C. Stanley Smith (trans).
Theophilus On Divers Arts. The Foremost
Medieval Treatise on Painting, Glassmaking and
Metalwork (New York: Dover Publications,
1979), p. 26.
55
Senn and Moser, 81.
56
Hawthorn and Stanley Smith (trans), pp. 26–27.
57
Hawthorn and Stanley Smith (trans), pp. 26–27.
58
Senn and Moser, 82.
59
Alt, pp. 84–85.
60
Alt, p. 84.
61
Ilkjaer, 19 and 361; Ibid. Moreover, the
experiments proved that without such a
covering, even of very thin material, a shield
constructed of planks glued side by side and
reinforced only with edge mounts, would have
been easily shattered by spear or sword-blows.
62
Nicolaysen, pp. 62–63.
63
Alt, 82.
64
Urtan, 222.
65
Compare Alt, 79.
66
Ilkjaer, 18.
67
Stephenson, p. 48.
68
A. C. Evans, The Sutton Hoo ship burial
(London: British Museum Press, 1997), p. 49.
69
Nicolaysen, p. 62
70
Rudzi
nski, 26 and Hjardar and Vike,
pp. 183–185.
71
Ilkjaer, 358–360 and Urtan, 222.
72
Rudzi
nski, 35.
73
Głosek and Uciechowska-Gawron, 271.
74
J. Bumke, H€
ofische Kultur. Literatur und
Gesellschaft im hohen Mittelalter (Munich:
Deutscher Taschenbuch Verlag, 1992), quoted p.
229 ‘da man die riemen heften siht bi den
nageln uf dem schilt, dar wart ze rame vil gezilt
mit ritterlichem sinne’ (verses: 7340–7343).
75
Nickel, 1974, p. 24.
76
R. Wegeli, Inventar der Waffensammlung des
Bernischen historischen Museums in Bern I.
Schutzwaffen (Bern: K. J. Wyss Erben, 1920),
pp. 4–5.
77
S. R. Meyrick, A critical enquiry into antient
armour:
Volume
III
(London:
Bohn,
1842); Glossary.
78
Nickel, p. 8, fig. 6 and Kohlmorgen, p. 32.
79
G. S. Burgess, The history of the norman
people. Wace’s Roman de Rou (Woodbridge:
Boydell, 2004), p. 163.
80
Głosek and Uciechowska-Gawron, 278, fig. 5.
81
Głosek and Uciechowska-Gawron, 271.
82
Glosek and Uciechowska-Gawron, 271 and
Kowalska and Uciechowska-Gawron, p. 33.
83
I. Jagielska, ‘Badania i konserwacja drewnianej
tarczy
ze
szczeci
nskiego
Podzamcza,’
Zachodniopomorskie, 6/7 (2011), 287–288.
84
L. Broecke, ed. Cennino Cennini’s Il Libro
dell’Arte (London: Archetype Publications,
2015), p. 73 ‘e buono molto adipingnere in
palvesi e in lancie.’
85
Ilkjaer, 358–359.
86
Rudzi
nski, 37.
87
Hjardar and Vike, p. 187. An interesting paint
stratigraphy of the Seedorf shield was recorded
by M. Senn and F. Moser (1992, 82). Initially,
layers of ground gypsum paint and gesso were
applied directly to the parchment surface. Then
the entire surface was painted with imprimitura
composed of white lead and an organic black
compound. After that the shield was painted
TWO TWELFTH-CENTURY KITE SHIELDS FROM SZCZECIN, POLAND
with fine powdered azurite giving a light-blue
background for another layer of coarse grained
azurite of an intense deep blue shade. The
heraldic lion was modelled out of gesso and
coated with leaf-silver. The reverse of the shield
has a similar stratigraphy. The only difference is
in the copper-green priming paint for this area.
88
Kohlmorgen, p. 34.
89
Nickel, 1958, p. 14.
90
K. Bauch, Das mittelalterliche Grabbild.
Fig€
urlich Grabm€aler des 11. bis 15.
Jahrhunderts in Europa (Berlin, 1976) p. 91,
fig. 137 and V. V. Filip, ‘Die Wappenbilder der
Stifterfiguren in Naumburger Dom,’ in Der
Naumburger Meister – Bildhauer und Architekt
im Europa der Kathedralen, Vol 2 ed. by H.
Krohm and H. Kunde (Petersberg, 2011),
fig. 3.12.
91
Kohlmorgen, p. 79 and V. V. Filip,
‘Wappenschild der Herren von Weingarten oder
Raron,’ in Der Naumburger Meister – Bildhauer
und Architekt im Europa der Kathedralen, Vol
2, ed. by H. Krohm and H. Kunde (Petersberg,
2011), p. 1026.
27
92
L. Marek, ‘
Sredniowieczne uzbrojenie Europy
łaci
nskiej jako Ars Emblematica,’ Wratislavia
Antiqua, 22 (2017), 44.
93
Rudzi
nski, 37.
94
Kohlmorgen, p. 11.
95
Mistrza Wincentego Kronika Polska (Lw
ow: A
Bielowski, 1872), p. 138.
96
J. Wiesiołowski, ‘Przenysł-Lancelot, czyli
Stra_znica Radosci nad Warta˛,’ Kronika Miasta
Poznania, 2/95 (1995), 128–129.
97
C. Rogers, War Cruel and Sharp. English
Strategy under Edward III, 1327–1360
(Woodbridge: Boydell, 2000), p. 254.
98
D. Breiding, ‘Harnisch und Waffen des Hochund Sp€
atmittelalters,’ in AufRuhr 1225! Ritter,
Burgen und Intrigen (Mainz: Philipp von
Zabern, 2010), p. 131, fig. 2.
99
D. LaRocca, ‘Notes on the Mail Chausse,’
Journal of the Arms and Armour Society. XV.2
(1995), 69–70 and K. DeVries and K. D. Smith,
Medieval Military Technology (North York:
University of Toronto Press, 2012), p.70.
100
Nickel, 1958, p. 17.
Notes on contributors
Keith Dowen is the Assistant Curator of Armour at the Royal Armouries. Prior
to joining the Armouries in 2014 he worked as a volunteer conservation department assistant and arms and armour researcher at the Wallace Collection in
London. In 2012 he was appointed Honourary Deputy Editor of The Journal of
the Arms and Armour Society and in 2016 joined the editorial board of the
Polish arms and armour journal Acta Militaria Mediaevalia.
Lech Marek is a lecturer in Mediaeval archeology at the University of Wrocław,
Poland. He specialises in mediaeval and early modern arms and armour studies.
His archaeological research also includes the study of mediaeval conflict and
castellology. He has led several archaeological campaigns, mainly at castles and
motte and bailey sites as field supervisor. He is also a member of the editorial
board of Acta Militaria Mediaevalia.
El_zbieta Myskow is an Assistant Professor at the Institute of Experimental
Biology, University of Wrocław, Poland. She is a lecturer in plant anatomy and
development. Specifically, her area of expertise is the structure, functioning and
development of trees. As an expert able to identify wood remains to the level of
plant genera, she cooperates with other research workers from various scientific
disciplines.
28
K. DOWEN ET AL.
Sławomir Słowi
nski is an archaeologist employed at the Archaeological
Department of the National Museum in Szczecin. He specialises in the archaeology of mediaeval and early modern towns of Western Pomerania, with special
focus on Szczecin. He is one of the founding members of the West Pomeranian
branch of the Scientific Association of Polish Archaeologists.
Anna Uciechowska-Gawron is employed at the P.P. PKZ Archaeological
Department of the Castle of the Pomeranian Dukes, National Museum in
Szczecin. Her research is focussed on the history of West Pomerania, and specifically on the development of mediaeval towns. She has been an archaeological
supervisor at sites dating from the neolithic to the modern periods.
ORCID
Keith Dowen
http://orcid.org/0000-0002-2541-1629
Correspondence to: Keith Dowen. Email: keith.dowen@armouries.org.uk.