AR20. 8 July 2003
Copyright © 1980 and
2003 by Kevin Sharpe and Christine Whitehead. All rights reserved.

 

 

 

THE BOULDER ENGRAVINGS IN THE UPPER CHAMBER OF KOONALDA CAVE, SOUTH AUSTRALIA

 

by

Christine E. Sharpe

 

and

Kevin J. Sharpe

The Graduate College, Union Institute and University, Cincinnati, Ohio
Harris Manchester College, Oxford University
Oxford Institute for Science and Spirit, Oxford
10 Shirelake Close, Oxford OX1 1SN, United Kingdom
kevin.sharpe@tui.edu
www.ksharpe.com
ABSTRACT.

This paper attempts to place the boulder line engravings in the Upper Chamber of Koonalda Cave, South Australia, in the context of similar Australian and European traditions, and in the context of commentators on these traditions. An analysis of a few of the boulder engravings from Koonalda after the suggestions of Alexander Marshack shows that usually three or four parallel lines were drawn at one time with one tool (to create what is called a ‘stream’ of lines), and that streams are drawn crossing over each other to form the maze of lines which we now see. Ideas for future directions in the investigation of the engravings conclude the report.

KEYWORDS.

Engravings, Koonalda Cave, Alexander Marshack, prehistoric art, rock art.

CONTENTS.

A Preliminary Investigation into Non-Representational Prehistoric Art 2

Cave Petroglyphs. 2

Cylcons. 2

Incised Stones. 2

The Analysis of Non-Representational Prehistoric Engraving. 2

Breuil and Leroi-Gourhan. 2

Maynard and Gallus. 2

Marshack’s Method of Analysis. 2

Aim and Method of the 1976 Expedition. 2

Results of the 1976 Expedition. 2

Conclusions Resulting Directly from Observations Taken During the 1976 Expedition to Koonalda. 2

Future Directions. 2

Summary and Conclusions. 2

Acknowledgements. 2

References. 2

Referees’ Comments. 2


The engravings on boulders in the Upper Chamber of Koonalda Cave introduced in Sharpe and Sharpe (1976) are representative of an ancient style that occurs in others places far removed from South Australia. They are strikingly similar to the engraved meanders that belong to the Upper Paleolithic tradition in Spanish and French caves such as Gargas and Lascaux.

In general, the Koonalda marks seem to have been made by a sharp instrument, possibly a chalcedony flake. We are assuming that the marks we studied are of human origin. No pattern is obvious in the engravings, but there is a degree of care and skill evident in their execution, and some degree of consistency, a certain ‘style.’ They vary from a simple arrangement of two parallel lines to a complex mesh-upon-mesh which is as tangled as the lines on elephant hide.

These engraved marks are referred to as an art form, because, although they show no inclination towards representation, they are deeply expressive, and seem to be made with careful intent. Along with the meander tradition of Europe, it may be that they form the beginning of visual expression; they are our first ‘abstract’ art if you like.

But the boulder engravings form only one of the three types of art found in Koonalda Cave, the other two being the two dimensional engravings and the three dimensional sculptures. The two dimensional art consists of finger markings on the cave walls in the area surrounding the ‘squeeze,’ and wall markings which appear to have been made by a sharp object and which sometimes form recognizable patterns (Edwards and Maynard 1967; 1969; Gallus 1968b; 1968c; 1971: 128-131; Maynard and Edwards 1971). The three dimensional art contains the large (once-) erected ‘stele’ in the Gallus Site, flakes of which have been removed to accentuate the unusual shape of the stone. Also present are naturally sculptured chalcedony boulders vaguely resembling animals (and also suitably modified by flaking; see Plate 1), engraved animal-shaped concretions, and portable limestone slabs (Gallus 1971: 109-121; 1977). The boulder engravings are two dimensional, but as the engravings tend to enhance the shapes of the boulders, creating an integrated sculptural form, perhaps they should stand somewhere between the two categories.

 

Plates 1a and 1b. Two modified concretions from the Gallus Site, whose animal-shaped sculptural form causes Gallus to call them ‘protosculptures.’ Scale in centimeters.

At first, the engraved boulders appeared to be placed along pathways in the Upper Chamber (Sharpe and Sharpe 1976; see also Sharpe 1977), but more probably, they are part of ritual areas, sometimes forming the walls of activity areas, or are isolated boulders usually of outstanding shape or size. An important aspect of the boulder engravings, and all of the other forms of Koonalda art, is that they still appear in the almost undisturbed context of the activity areas in which they were created. Boulder engraving was only one activity many of which might have taken place in Koonalda Cave. The list could comprise ritual mining and sculpture, the clearing and utilizing of activity areas and stone circles for rituals which most probably involved the engraving of walls and boulders, music, mime dance, story-telling, eating, ritual food offerings, and the use of ochre perhaps in body decoration. It may be, then, that the study of the boulder engravings may tell us about the art, ritual, and even perhaps something of human cognitive development (Marshack 1972b).

The intent of this paper is to present a description and analysis made from the 1976 expedition of examples of the engraving found on the Upper Chamber boulders. This is set in the context of non-representational Australian Aboriginal petroglyphs not within the traditions of present-day Aboriginal cultures, and especially similar to the Koonalda markings. As mentioned, there are prehistoric European examples very similar to Koonalda and we briefly examine the ideas of previous investigations on that subject. Of them, Alexander Marshack has had a profound effect on our work, and so his ideas and methodology receive special attention. Writers on the Australian scene with specific interest in analysis of the Koonalda engravings are also reviewed. We close with our conclusions from the 1976 expedition’s engraving analysis and proposals for future research directions.

A Preliminary Investigation into Non-Representational Prehistoric Art

The Koonalda engravings are not unique in Australia as the only examples of non-representational prehistoric markings, for there are others just as mysterious in meaning and origin.

Cave Petroglyphs

Most of these are petroglyphs on cliff faces, boulders, or slabs of stone, and they are found in all parts of Australia. Not all petroglyphs are prehistoric (some with depictions of horses or sailing ships are obviously of post-contact origin), but most are impossible to date, and the meanings of their symbolisms are lost.

In general, petroglyphs are very different stylistically from those in Koonalda, but there are some examples that are from a similar tradition. The fine engravings on limestone inside the Kintore and Cutta Cutta caves in the Northern Territory (Walsh 1964) are like Koonalda’s. Cutta Cutta Cave is located 26 kilometers south of Katherine and Kintore is 24 kilometers north. Lines exist in the daylight regions of both caves, but like Koonalda examples are also found deep inside the caves in total darkness (300 meters in Cutta Cutta). In both cases the engravings are scratched onto soft rock surfaces and mud walls, often, as also seen in Koonalda, the line groups are so close and tangled that they are difficult to separate. It is interesting to note that in Cutta Cutta Cave, sets of lines sometimes lead into crevices as they do in Koonalda.

W. P. Walsh (1964: 89-91), who has written the only paper on the lines in these two caves, suggests animal origins. He does not rule out human agency, but suggests that it may be difficult for people to make marks in some of the situations in which they are found.

The Orchestra Shell Cave near Perth, Western Australia, contains roof markings similar to the wall marks around Koonalda’s Squeeze (Hallam 1971). They are described as grooves rather than scratches, and it is suggested that the groups of lines are too close together to have been made by an adult hand. We have only investigated one other cave on the Nullarbor for these markings – and found similar ones there – and that is Warbla Cave in South Australia, about 13 kilometers from the border with Western Australia, and 17 kilometers from the coast (see Plate 2). This gives us reason to suspect even more examples in other Australian caves. (See for example, the references to McEachern’s Cave: Jennings 1968: 52; Link 1967: 125, 137; and Wakefield 1967: 368. They also exist in the Naracoorte Caves; see Gallus 1977: 383.)

 Plate 2. An example of engraving found in Warbla Cave also on the Nullarbor Plain.

Cylcons

Cylindro-conical stones, or cylcons, are portable Aboriginal artifacts that may bear surface engravings reminiscent of Koonalda’s. The stones are mainly cylindrically shaped, and either taper to a point or are rounded. The surface may be either plain or incised with lines, bird or kangaroo tracks, pittings, herringbones, crosses, apical rings, multiple encircling rings, spiral radiate, barred circles, crescents or boomerang shapes, ovals or animal-like figures.

Most decorated cylcons are found near the Darling River Valley in western New South Wales. Their use is unknown; the Darling River Aborigines are extinct and no records of their culture were made. Some theories as to the cylcons use include their being seed-grinding top stones, grave markers with a number of burials recorded on them, fight challenge stones, used in the ‘bora’ initiation ceremony, rain making stones, phallic stones, used to increase the number of snakes, and as death bone pointers (Black 1942; Broughton 1970-1971; Marshack 1979: 305-306).

Incised Stones

Incised stones resemble Koonalda engravings more closely than do the cylcons as they lack the ‘symbols.’ Most have been discovered in South Australia from Peddlers Creek near Moana to Morowoure Waters. They have a natural, usually water-polished shape. As for the markings:

Generally, the patterns are composed of three different forms of incisings, (a) long transverse lines, more or less parallel, sometimes in spaced groups, and (b) and (c) very short longitudinal or transverse markings. The usual designs are (a) long transverse lines alone, and (b) long transverse lines combined with one or more groups of short longitudinal or short transverse lines. Some stones also carry incisings upon the reverse side, in additions, these reverse markings being invariably short and either longitudinal or transverse or both. All specimens examined bore the characteristic long transverse lines upon one face but no case occurred where these had been incised on both sides of the same stone. Similarly, short lines never occurred alone on both sides (Cooper 1947: 295).

More recently found incised artifacts have been excavated in the Devil’s Lair in Western Australia (Dortch 1976), in Beginners Luck Cave in Tasmania (Goede and Murray 1977: 6) (a bone in this case), and in Koonalda itself (Gallus 1971: 115, 131).

Incised implements are known but very few of these have been found. Two of the few documented are a scraper from Peddlers Creek and a millstone from northeastern Queensland. The former has crisscrossed short groups of two, three, and four parallel lines on one side and two bird tracks on the other, and the latter has one side covered with evenly spaced parallel lines. Both of these marking styles are to be seen in Koonalda.

The Analysis of Non-Representational Prehistoric Engraving

This section will review briefly earlier writer’s attitudes and theories on non-representational prehistoric engravings in Europe, and introduce the ideas of Marshack, an important recent investigator on the subject whose work has great bearing on Koonalda. It will also examine the theories of Lesley Maynard and Alexander Gallus who have been working with Australian examples including the engravings of Koonalda Cave.

Engravings that appear to pre-date representational art forms and symbolic motifs; for example, the tectiforms are represented in Europe by the so-called Macaroni. Originating in the Aurignacian period, this work is drawn by fingers into wet clay and some examples resemble quite closely the finger scrawls near the Squeeze in Koonalda. The transition from marking to representation can be seen in the European examples, but not in Koonalda. Macaroni at Gargas is usually composed of single lines and sometimes form animal-type outlines; but the finger tracings of Altimira are denser and more like Koonalda. Lascaux has incised line work that, like Koonalda’s boulder engravings, seems to have been cut into the limestone with a sharp hard tool, possibly flint (Giedon 1962).

Breuil and Leroi-Gourhan

When Henri Breuil was confronted with these non-representational marks, he did little else but describe them and make comparisons with the work of living indigenous peoples. It was he who coined the name Macaroni for the Aurignacian finger scrawls (Breuil 1952).

André Leroi-Gourhan attempted a statistical study of those signs found on and around representational works. Their relationship to each other and positions in the cave was studied and described as male/female, central, or subsidiary. The serpentine meanders he classifies as subsidiary, masculine signs (Leroi-Gourhan 1968a; 1968b).

Both of these writers take the meanders as being almost iconographic, snake-like for Breuil, phallic for Leroi-Gourhan, based on superficial recognition of the form of the markings.

Maynard and Gallus

Little written on Australian Aboriginal art has relevance to Koonalda. For example, Lesley Maynard (1974; 1977) believes that a style sequence for Aboriginal art should be developed from a thorough study of such archaeological evidence as distribution maps and carbon-14 dates. She also feels style is an important factor and includes in this motif, character, technique and form. Accordingly, she has characterized Aboriginal art into three major identifiable styles (both engraving and painting are included), plus a number of individual sites that do not fit into any of these categories.

She is concerned that writers on Aboriginal art use a common terminology, so in reference to Koonalda we find that it is merely classified and under petroglyph techniques as engraved ‘with the finger(s) or other tool in soft limestone wall’ (1977: 390). She suggests (1977: 392), ‘the finger markings in Koonalda Cave…were…made by friction [i.e., in one of her above subdivisions under carvings produced by friction], but as they are unique in Australia, it is hardly worth creating a formal term for them. A case like this can best be handled by a special description.’

Gallus, on the other hand, has much to say on the Koonalda engravings, not extensive descriptions, however, but more on their possible nature and function, especially as being symbols.

He explains the evocative power of symbols in terms of engrams (stored representations in the nervous system which parallel the innate patterns in insects and animals enabling them to reproduce such things as webs and nests); a symbol taps the information in the engram and brings it into consciousness. For Gallus, ‘mythic symboling’ is the process of making these symbols, not consciously constructing them. Art is only one of the vehicles by which the symbol structure of the myth can be externalized, the others being in ritual, mime, dance and language. In Gallus’s words (1977: 373), ‘Art then…is a vehicle for an externalization and communication of knowledge about what is believed to be the reality of the universe.’

Gallus’s work gives us a means of explaining ‘aesthetic response,’ that which one feels when one ‘enjoys,’ ‘gets something from,’ is ‘reached’ by a piece of art. Romantically speaking, art can trigger off that within a person that is ageless, inherited, external, unknowable, cannot be spoken about or rationalized, but is a common experience to all human beings. When art is non-iconic then we are closer to this essential ‘moving element.’ Thus, the Koonalda art, which includes the engravings, is the symboling or expression of universal, biological, subconscious states (but compare with Gallus’s earlier approaches to the Koonalda markings in 1971: 128-131; 1968a: 5-7; 1968b: 47-48).

Marshack’s Method of Analysis

Whereas many authors have speculated on the meaning behind the prehistoric rock art that depicts realistic bulls and other animals, the Aurignacian non-representational work has been largely ignored. Marshack has shown great interest in this, however, and we have based most of our recent Koonalda investigations on his work (1972a; 1972b; 1972c; 1975; 1976a; 1976b; 1977; 1979).

Traditionally the marks on bone or stone fragments have been called ‘tally marks’ and thought to represent the number of animals killed by a certain hunter. By careful microscopic observation, Marshack has discovered that the tools used to make the marks differ from mark to mark or group of marks to group of marks. This, he feels proves that the marks were made over a period of time, or perhaps by different people. The marks tend to form sets, each an obvious unit in itself, possibly differing in number of marks from other sets. These ‘sets’ Marshack describes as ‘mythic’ rather than ‘arithmetic.’ That is, like the symbols described by Nancy Munn (1973) in the Walbiri sand paintings, this series of lines brings to mind an idea that sparks off many associations relating to myths.

How can this relate to Koonalda? The usual approach to the Koonalda marking is to look for symbols, groups of lines forming definite shapes which are repeated and which may mean something. Now with Marshack’s mythic sets, we perhaps need not construct the Koonalda line groupings into symbols, but instead see each line as a separate entity in a ‘set of lines’ which, taken together, could be a mythic representation. That is, parts of the concept are still being shown, but the jump to ‘true symbolization’ has not yet been made, and the line set is still being read like a picture. So we may be able to see the Koonalda line groupings as a whole and read them off as visual symbolic unit, even though they are composed of a number of marks, each possibly with its own meaning. This form of notation (in terms of Jung and his theory of archetypes) is less specific than writing, and leaves the mind free after initial stimulation in the direction indicated by the signs, to build, imagine and form images. According to Jung, poetry has this effect and the images so stimulated emerge from the unconscious; in Koonalda they are archetypes in the form of myths. An exciting implication of Marshack’s work is his claim that these early marks may reveal something of the prehistoric person’s cognitive powers.

As well as giving us a different way of thinking about the Koonalda engravings, Marshack also provides us with specific tools to set about the intricate and time-consuming task of recording the lines in a way that may be helpful in their interpretation. He suggests that the first thing we have to do is find out how the lines were made, in what order they were laid down, and ascertain whether they were drawn by a number of people over a period of time. One way of doing this is to identify ‘streams’ through the mass of lines; by careful recording and observation of which lines overlie others, we can separate the mass into ‘layers.’ This process can be aided by observing changes in ‘style,’ or the way in which the marks were made.

Marshack feels that by analyzing the images’ internal structure more information could be gathered. The study of the cognitive processes involved in the formation of an image involves a study of the sequence of making an image or composition, the way the surface is used. Marshack adds force to this idea by studying representational portable engravings that are often over-engraved by different tools. He feels that rather than being additional recognizable forms, they are a sort of shorthand participation in the use of the image.

Aim and Method of the 1976 Expedition

An aim during the 1976 expedition to Koonalda was to follow Marshack’s suggestion of trying to discover something about the internal structure of the engraved lines on the boulders. By doing this, it was hoped to see if there were any similarities between the engravings on boulders of the northwest passage of Koonalda Cave and those that Marshack had studied in Europe. We were especially interested in his claim that the work was participatory in nature, and wanted to see if the line series or streams were consistent, in that all the lines of which they were composed had the same cross-sections, (i.e., were made with the same point), and that different streams had different cross-sections. A stream can be defined at first visually as being a group of parallel lines with a common direction, consistent intervals between lines, and which appear to have the same cross-section and degree of wear.

Firstly, a suitable sample of engravings was chosen, one relatively clear and easy to ‘read’ (some areas are so heavily engraved that the lines are virtually impossible to sort out). The work was then undertaken with a strong side light (gas), and hand-held candle, which could be moved across the streams until the light, was thrown directly into each line. This eliminated the shadows thrown by the sidelight and allowed a look into the lines with the aid of a magnifying glass, to establish the contour of their cross-sections.

It was possible to establish which groups superimpose others by examining the junction at which they crossed. These results can be seen in Figures 1 to 8. An important word of caution needs to be appended. The figures drawn are replications of those made in the cave and show the overlays and the cross-sections; the visual discrimination between different streams has been (almost) ignored. The point was to test the hypothesis that a visually definable stream shows consistency in the cross-sections of its constituent lines and consistency in the way its lines overlie or are overlaid by lines of other streams. As can be seen from the drawings, this hypothesis is born out in most of the line sets examined, in that lines grouped by common cross-sections and common overlays do in general correspond with the visually discernable streams.

However, this is subject to a number of circumspections. Because the above hypothesis itself and the method of drawing the lines evolved during the examination of the lines themselves, there are inaccuracies in the figures and the method of representation, which cannot be rectified without further examination of the lines in situ (the hypothesis, however, still seems well established). For instance, some lines are given the same level in the overlay structure, and so represented by the same symbol when this is not ascertainable since they have no crossing or touching with other lines. Some lines have been given the same level of overlay when they do meet or cross one another, meaning their relative overlaying was not looked for. And thirdly, some sets of lines have no crossings or meetings at all and yet an overlay structure has been given to them. The method of representation used thus has its drawbacks and in further investigations should be modified (Marshack’s method of drawing the lines – 1977: Plate 18 is a good example – may be helpful except when there are many lines close together, in which case it may be too confusing).

Results of the 1976 Expedition

From Boulder F6-a. (Boulder and area numbers are from Sharpe 1977.) The engraved area examined on this boulder was facing onto area G6-I. Two areas on the boulder were studied; one is the central section and the other directly above a hole in the foot of the boulder.

 

Figure 1. Engrvings from Rock F6-a.

Plate 3. Boulder F6-a. At the top is Figure 1 and

The central section (see Figure 1 and Plate 3) lies to the left of a natural hole in the limestone and which penetrates the boulder to the depth of 30 centimeters. For convenience, this grouping is described in four clusters physically separated from each other, but which contain different streams. Working from left to right, we have the top Cluster 1. In this, Stream 1 slants from top left to bottom right, and comprises closely spaced parallel lines; there are four of these with a fifth further to the right but still at roughly the same angle, though curved. The second line is broken. The cross-section for these is a flat-bottomed U. Laying on top of these are the regularly spaced marks of Stream 2. The first four of these slant to the right across the previous set, the fifth and broken seventh are near vertical, and the sixth (lower down) slants back towards the left with a small line slanting from the left towards and meeting it (shallow cross-section). Across the lower part of the first stream leaning to the left is a third stream, more deeply engraved than either the first or second. These have deep V cross-sections.

Cluster 2 has two streams only, one overlaying the other (called 4 and 5 for convenience. Stream 4 slants from the top right to the bottom left, one long line and a group of four small lines, the first of which branches at the bottom to the left. The nine lines of Stream 5 slant from the bottom right to the top left. The first of the 4 group has a shallow U cross-section, and on the other three a deep V.

Cluster 3 has four distinctive levels; the lowest (Stream 6) has an extremely low U cross-section and arches almost horizontally upward towards the left where it intersects with Cluster 2. The next layer (7) is composed of four vertical lines, overlapping 6. Stream 8 consists of three wavy lines parallel and slanting towards the right-hand upper corner. Cutting over all of these, and deepest, is the curved line probably part of Stream 5 in Cluster 2.

Cluster 4 has four horizontal wavy lines (9) crossing the top; they are very faint and shallow and have a V shaped cross-section. Directly below and to the middle of these are seven near parallel lines (10) which slope towards each other, the set of which seems to branch off one of two very deep lines (11). A tiny group to the right consists of three curved lines (12) overlaid by three straight vertical ones (13).

Figure 2. Engravings from the lower portion of Rock F6-a.

 Plate 4. The ‘V’ engraving indicating a prehistoric mining trench in the Squeeze area of the Upper Chamber. Scale in centimeters.

The lines from the lower portion of the above boulder are shown in Figure 2 and Plate 3. They form an arrow pointing downwards to a hole at the floor level of boulder F6-a, reminiscent of a similar ‘arrow’ in the Squeeze area which points downwards towards a mining hole (Gallus 1968b: 48 and bottom right of Figure 2; see Plate 4). It is a very simple grouping.

Four lines (Stream 1) slant towards the hole from above left and these are the deepest and have a squared-off U cross-section; two more of these lines join the stream at its base. From the right slant four short thin lines (deep and thin U cross-section); there is a gap and two more similar lines at the same angle meet the hole (Stream 2). In the center of the cluster are four deep lines (Stream 3) slanting in towards each other and pointing downwards to the juncture of the left and right streams, and also pointing to the hole.

Figure 3. Engravings from Boulder G6-a. For key, see Figure 1.

From Boulder G6-a (see Figure 3). The section selected from this boulder to draw shows interesting stream patterns, which appear to link together natural holes in the limestone surface. The lowest right-hand hole shown in the drawing has lines (Stream 1) drawn towards it and then going inside it. It was rather difficult to sort out superimpositions in this example owing to the great confusion of lines. Those drawn have been selected from this mass. There is little variation in cross-section although we can still see that, as in the area of the first drawing, the cross sections are fairly consistent with the streams.

From Boulder E5-a. Two drawings have again been made from this one boulder, which this time faces onto area E5-I. The engraved surface is badly cracked and it may well soon flake off.

Figure 4. Engravings from Rock E5-a. For key, see Figure 1.

Plate 5. Boulder E5-a. A little above is Figure 4 and at the bottom is Figure 5.

Superimposition is obvious in the first example (see Figure 4 and Plate 5). The form is basically tent-like, with two strong streams of parallel lines leaning towards each other. It appears that the left-hand side stream (1) overlays the right-hand side (2). A smaller stream of lines (3) is between the two sides and pointing towards their apex.

These three general aspects are similar to the lower cluster on boulder F6-a, except this ‘arrow’-type form points upwards. Variation in cross-section can again be observed.

Figure 5. Further engravings on Rock E5-a. For key, see Figure 1.

Plate 6. From Rock E5-a. See Figure 5.

The second example from this boulder is a complex patterned surface immediately below the first (Figure 5 and Plate 6). It appears to contain two systems joined together, one large (upper) and one small (lower) with various short parallel streams scattered about.

There is a vague similarity between the two systems in that in both, two separate streams slant from the lower left to the upper right and two more slant through these from the upper left to the lower right. Perhaps this shows some left-right symmetry.

Figure 6. Engravings from Boulder E4-c. For key, see Figure 1.

                                                  

Plate 7. From Boulder E4-c. See Figure 6.

From Boulder E4-c (see Figure 6 and Plate 7). This is a single system consisting of seven separate streams, four running roughly vertically (1, 2, 3, 4) and three crossing the upper section of these like an arrow pointing to the right (5, 6, 7). The three vertical streams incline slightly from lower-left to top-right. The ‘arrow’ portion consists of two sets of four parallel lines (5 and 7), and a further parallel group (6) joins these from behind like a tail.

Figure 7. Engravings on Rock D6-e. For key, see Figure 1.

Plate 8. From Rock D6-e. See Figure 7.

The next engraving to be describes was found on the rock D6-e (see Figure 7 and Plate 8). Briefly the engraving has two parts: a large and vertical V (bottom at A) of Streams 1, 7, and 8, and a small ‘fan’ grouping of parallel-line streams at the upper-left. The large V is intersected at the top of its right arm by the base of a second and upturned V of Streams 6 and 9. The ‘fan’ consists of four streams of parallel lines, two of two (2 and 5), and two of four (3 and 4). Stream 2 is crossed by the other two-lined Stream 5.

The most interesting aspect of this cluster is the intimate association of the engraved lines with the natural structure of the limestone. Streams 7 and 8 connect holes. A long hole sets the direction of the shorter arm (Stream 1) of the first V mentioned, the lines being a continuation of the upper end of the hole. A natural surface crack is followed in contour by Stream 6 forming the left-hand arm of the second and upside-down V. The longest line of this four-line stream meets the crack about halfway up, and the remaining three shorter lines lock into the end of the space formed like fingers into a hand.

Figure 8. Engravings from the lower stone at the entrance to the ‘cavern,’ D2-a. For key, see Figure 1.

Plate 9. Rock D2-a. See Figure 8.

The final area of lines to be described is located on the lower stone of the two at the entrance to the ‘cavern,’ D2a (see Figure 8 and Plate 9). The lines do not form clusters as do most of the others, but are, almost without exception, vertical; some intersect at their lower ends and there are few small side-branches. As there are few places where lines cross, it is impossible to work out any real time sequence, but three levels have been distinguished. As in the previous example, a longish hole is incorporated into the design.

Conclusions Resulting Directly from Observations Taken During the 1976 Expedition to Koonalda

In brief:

1.      Cross-sections seem consistent across a stream of lines.

2.      Cross-sections range from a sharp V to a broad, shallow U

3.      There is a direct relationship between natural features of the boulder surface and some engraved lines. For instance, small pits or holes are joined by lines, or have lines passing through or coming out of them. Long cracks are imitated by lines engraved parallel to them. And large holes are often indicated by a complex of a number of streams converging on the holes.

4.      Some engraved surfaces are badly cracked and threaten to scale off.

5.      Fine-line groups tend to underlie thicker ones.

6.      The majority of parallel lines are in groups of four. This is consistent with the finger markings (presumably executed with the four fingers).

7.      Marshack (pers. comm.) mentions groups of parallel lines, overlapping each other and moving systematically down the rock face or wall. We noticed no structuring similar to this in Koonalda.

8.      The engravings on the lower boulders of the ‘cavern’ are distinctly different from the others, which were studied. They are mainly parallel and move uniformly up and down the face. They are also emphatically drawn and thus possibly related to the striking form of the ‘cavern.’ In general, it appears that engraving patterns associated with outstanding ‘hole’ formations such as the ‘cavern’ have a distinctly different form from other boulder engravings; they are clear, vertical lines with fairly even spacing and lack any underlying mesh of lines. Perhaps this definite change of style in engraving implies that different sets of lines have different purposes or meanings.

9.      In some systems of streams there is rough left/right symmetry.

10.  A number of clusters contain V-shapes of streams bisected to the apex by other streams.

Future Directions

Where do we go from here? There are many avenues one could explore and which could contribute to the understanding of the markings and art in Koonalda Cave. We do not intend to present a comprehensive survey of these ideas here, but it is worthwhile briefly to set out some of the directions, which could possibly be followed.

Firstly there is symbolism itself. What kind of symbols do we find in Koonalda Cave? Does it correspond to levels of symbols in prehistoric European art? An in-depth study of traditional writers’ work on this subject would be worthwhile. Are there different levels of symbols in Koonalda Cave, and if so, do they represent levels in the development of the symbol? Marshack (1976: 6-8; 1977: 315) and Gallus (pers. comm.) speculate about water symbolism: are these superficial ideas? It would be interesting to look at Koonalda art in the context of contemporary Aboriginal art; the rainbow, the concentric circle, and the use of parallel lines all have embryonic beginnings in Koonalda Cave. A study of the ways in which symbols operate in contemporary Aboriginal society would be valuable via the work of Joseph Reser (1977) or Munn (1973). Both of these writers have found that powerful but simple symbols can trigger off many meanings and shades of meaning depending on the level of awareness of the viewer.

Marshack’s mythic notation, mentioned before is another worthwhile direction; could these simple meanders act as memory joggers for entire mythic constructs?

The art in Koonalda has remained relatively undisturbed and in its original context. Ritual, artistic and mining activities are all there, giving the possibility of building up an overall view of the activities within the cave. It is important to explore possible relationships between all apparent activities. How do boulder markings relate to ritual mining, or to the stone circle and activity area formations. Could contemporary Aboriginal use of stone formations and ground drawings help to shed light on these aspects?

Perhaps we should consider the powerful symbolism of the human hand so evident in Koonalda’s finger scrawls about the squeeze. It might be that a study of the role of the hand in contemporary Aboriginal society would be of use.

There is also the question of superimposition: what is the significance of the findings of the 1976 expedition regarding overlying streams with changed cross-sections? Is it possible to build up a picture of the rituals involved from this? One could look at participatory rites in present Aborigine culture, the retouching of paintings and engravings, for example.

Are there direct parallels in the mythologies of the Koonalda people and Aboriginal society today? The fascination with holes: lines drawn emanating from natural limestone holes (see for example, Gallus 1977: Plate 1) brings to mind the ‘coming out’ and ‘going in’ involved in the journeys of the dreamtime ancestors written about by Munn (1973).

The ritual of touching: Jennifer Webb (in Gallus 1977: 376) has speculated on this in relation to prehistoric wall marking. Is there ritual touching in ‘primitive’ societies?

The bearings a study of some twentieth-century artists may have on Koonalda art is another direction. Is abstract expressionist art able to elicit universally similar responses and is Koonalda art ‘abstract expressionism’? Sculptors such Aep, Miro, and Brancusi became intensely excited by natural stone forms; they felt that stones had inner lives. Is this reaction close to that felt by the Koonalda miners when they found the animal-shaped concretions and set them up as statues guarding their mining trenches?

The early surrealist movement influenced by the then new study of psychology in the work of Jung and Freud, may open up interesting directions for comparison with Koonalda; for example, the ‘stream of consciousness’ drawings of Paul Klee.

The boulder engravers had a sculptor’s feel of form, for the engravings enhance the rock forms just as skillfully as Henry Moore has with his sculptures. There are even Moore’s ‘pierced’ forms.

Psychology may also be able to contribute to this study from a number of directions. The study of a person’s doodles can tell something of his or her state of mind; if the Koonalda lines were to be considered as doodling, such an analysis might tell us of the prehistoric doodlers’ states of mind.

On the other hand, one could parallel the development of the human mind with that of a human/individual, and in particular seek a correlation of the Koonalda line makers’ mental development with a childhood stage in modern human beings. Art is a particularly useful tool in deciding on the developmental stage reached, as the work of Piaget attests. A third line from psychology, which might be worth pursuing, has been mentioned already in the work of Gallus as he develops it from Jung. Can our reaction to the Koonalda engravings be genetically linked; that is, can our reaction be correlated with that expressed originally by the engravers because it is motivated by the same biological-psychological mechanisms?

A line of investigation, which Kevin Sharpe follows, looks for further structural analysis of the lines themselves following from a Marshack-type analysis. It might be considered, for instance, that the engravings are a form of writing, a written record of what was being recited in the myths told in the Upper Chamber. One should expect then to find further consistencies in the way the lines are made and grouped and look for clues by which they might be translated.

However, these are only a few ideas, which could be followed, in the continuing investigation of the Koonalda lines. No one method will hold the truth, but it is felt they can all contribute worthwhile pieces to be inserted into the jigsaw puzzle which is our understanding of the art and lines of Koonalda Cave.

Summary and Conclusions

In 1976, an investigation was made of the engravings on the boulders in the Upper Chamber of Koonalda Cave, South Australia, using a method developed by Marshack. This examines the cross-sections of individual lines and their overlays; if lines have the same cross-section one would infer they were made with the same tool and hence by one person at one time, and the analysis of overlays tells the order in which lines were made. The main conclusion that can be reached at this stage with this method is that lines have been engraved by one tool usually in groups of three or four, which confirms the visual impression, and that such sets, called streams, overlie each other consistently. This parallels Marshack’s discoveries with similar European engravings.

The Koonalda lines are not unique in Australia and it may be that there may be many more sites to be discovered here. We have found Marshack’s approach the most promising of many contemplated, including those of Breuil, Leroi-Gourhan, and (in Australia) Maynard and Gallus. Of course, the problem remains as to what the engravings mean and their purpose, in which case other analyses may prove helpful. The future task is to carry understanding of the lines further by using a variety of techniques, each of which will tell something, perhaps, but no one of which will probably tell the whole story.

Acknowledgements

Many people were involved in the 1976 expedition to Koonalda and the preparation of this paper:

·        For financial support, encouragement and advice: the National Geographic Society (especially Mary Griswold Smith and Victor Boswell).

·        For supplying gear, sponsorship, and other support: the South Australian Museum (especially Graeme Pretty).

·        For permission to enter Koonalda Cave: the South Australian Aboriginal and Historical Relics Advisory Board.

·        For accompanying Sharpe on this visit: Neil Chadwick, Sandor Gallus (nominated by the South Australian Museum as the field investigator), Ian Lewis, Kevin Mott, and Christine Sharpe (now Christine Whitehead).

·        For hospitality while at Koonalda: Cyril and Mrs. Gurney.

·        For stimulus and support: Alexander Marshack and Hallam Movius Jr.

·        For information and comments in the preparation of the report: Robert Bednarik, Sandor Gallus (including his permission to use Neil Chadwick’s, Smith, Cooper, and Ross’s 1975 notes on the Upper Chamber), Mary Lacombe, Graeme Pretty, Betty Ross, and Mike Smith.

·        For assistance in the preparation of the manuscript itself: Alf Armstrong, Sandra Myer, and the Universities of Auckland and Otago.

·        Most of all, the author expresses his great debt to the late Sandor Gallus.

Plates are by Kevin Sharpe.

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Referees’ Comments

A file on this site, AR66.htm, contains referees’ comments on the original version of this paper, many of which may still apply the paper above.