1.
The Maltese Archipelago
2.
Archaeological Research
3.
Before the Temples
4.
The Temples
Kordin III
Ta’ Hagrat
Skorba
Borg in-Nadur
Ggantija
Hagar Qim
Mnajdra
Tarxien
5.
The Temple Age
6.
Temple Art
Statues & Figurines
Relief Sculpture
7.
Religious Beliefs & Practices
8.
Burial Practice
Hal Saflieni
Xaghra Circle

 

The great stone temples of Malta are among the oldest free-standing stone buildings in the world with nearly a thousand years seniority on the Pyramids. Their only rivals are the megalithic circles and tombs of Europe’s Atlantic façade but these are not what we would call proper buildings. There was undoubtedly some sort of relationship between the lobed chambers found in passage graves and the arrangement of rooms found in the temples but that was about it. The earliest temples date to about 3500 BC possibly developing out of the tradition of rock cut tombs, some of which have kidney-shaped chambers, but the dating evidence is not clear enough to

say which came first. Another  source of inspiration lies in pre-temple domestic architecture, such as the oval huts found at Skorba. The deposit in one of these contained terracotta figurines and goat skulls, suggesting that it may have served as a shrine of sorts. However, no intermediary stage in the development has yet been found.

Temples are most often found in pairs and occasionally in groups of three or even four (see the plan of Mnajdra, below). These smaller complexes, in their turn, tend to be found in clusters as the map (right) shows. Colin Renfrew believes that they reflect the territory of particular groups, seeking a sense of self-identity through shared beliefs and rituals— perhaps tribes or clans.

Satellite view of Malta & Gozo showing the location of Neoliathic temples

 

The Temple Building

 
A typical temple (if there is such a thing) consists of a symmetrical arrangement of rooms around a central axis. The earliest formal plan was a trefoil or cloverleaf arrangement of apses, but this was greatly elaborated over the years. The ‘inner sanctum’ was at the rear of the building and, as time went on, access to it was ever more strictly controlled. The V-perforations in some door jambs were obviously intended to fasten some sort of door or screen, which was secured by a bar. The outer apses were large enough for a select group of people to gather and perform the necessary rituals on behalf of the community as a whole. Everyone else gathered in the open courtyard in front of the temple. In front of them was the concave temple façade made up of large upright stones (orthostats) graded so that the highest pair stood at the extremities. In most cases, the side and rear external walls were also made of orthostats, arranged in
a pattern of alternating faces and edges. Above the megaliths were a number of courses of smaller blocks of stone. A graffito found at Mnajdra and fragments of a model from Tarxien (below) give a good impression of their original appearance.

Tarxien. Model Temple

Mnajdra. Sketch of a Temple Facade

The entrance to the temple was framed by a pair of orthostats capped by a massive stone lintel, to form what is known as a trilithon. A good example survives at the site of Ta Hagrat (right). Inside there was often a small courtyard area, laid with paving stones, which may have been open to the elements. The court was flanked by a pair of D-shaped chambers or apses containing altars and other cult installations. As time went on the number of apses was increased from a single pair to two or even three pairs. The terminal chamber was originally the main focus of ritual activity but finally the builders decided to do away with it and replace it with an elaborate niche. Its function was effectively taken over by the inner pair of apses.

The interior wall faces were either smooth Globigerina or Coralline orthostats with a coat of plaster. They were often painted with red ochre, traces of which have been found at a number of sites. Here too, the upper part of

Ta Hagrat. Entrance

the wall was made up of smaller blocks of stone often laid in overlapping courses that gradually reduce the span of the ceiling—a technique known as corbelling. The space between the inner and outer faces of the walls was filled with rubble of earth and stone—often containing cultural material—but in some cases there was room enough for additional chambers, accessed by doorways or portholes. Floors were paved with flagstones or covered with

Ta Hagrat. Model Temple

torba—a layer of crushed Globigerina on a rubble base, which was then repeatedly wetted down and pounded until it was hard enough to polish.

The problem of how the temples were roofed is still unresolved. A model found at Ta’ Hagrat would seem to indicate that long stone slabs were laid across the building. The scale of the model suggests they were of massive size and the evidence from sites like Mnajdra and Hagar Qim shows that the builders used a technique known as corbelling (arranging the blocks in the upper part of the wall so that each course slightly overlaps the one below) to reduce the amount of space that needed to be covered. Unfortunately, no such slabs or even broken pieces of them have survived at any of the excavated sites. Of course they may well have been removed by later farmers and broken up for building material but it is odd that the destruction would have been so

complete. On the other hand, at Skorba East a layer of charcoal was found in the fill above the floor of the temple and this has been interpreted as the remains of the roof, probably made out of brushwood and packed clay supported by wooden rafters. It has been suggested that the paved areas found at a number of sites were open to the sky, meaning that only the apses had roofs.

Furnishings

Most temples were provided with interior furnishings, generally interpreted as altars, which were usually placed at the rear of the apse. Many of these are simple blocks of stone, often decorated with pitting or reliefs in vegetal or animal motifs. There are also trilithon altars similar to the doorways but (normally) on a smaller scale. Some are as tall as 2.5 metres, however, which is an awkward height for offerings and sacrifices. Double-decker altars have also been found, a trilithon below and an upper slab supported by a central pillar. Finally, there are carved pedestals (some elaborately so) standing about a metre high that support shallow basins. At Hagar Qim, one of the apses contains a round-topped cylindrical pillar about a metre and a half high. In later times, these were known as baetyls and were found all over the Mediterranean world in Classical times. A square sectioned version stands in its own little shrine, built into the outer wall of the temple. Baetyls were used to represent the deity when a true depiction would have been wrong for whatever reason, and that certainly looks like the case here.

Hagar Qim. Altar

There were undoubtedly fittings and furnishings made out of perishable, organic materials—carpets or hangings—but these have not survived.

Construction

Once a suitable site was chosen—preferably one that was reasonably level and unencumbered. If there was a supply of good stone nearby, so much the better. Coralline limestone can be found in many parts of the islands already cracked into suitable blocks. It is hard but brittle and could be split rather easily into slabs or blocks using wedges. Globigerina is much softer and it is relatively easy to cut into whatever shape was required. It weathers more readily than the Corallines, and so is not ideal for external walls, but is unsurpassed for some of the interior fittings, such as doorways and altars, that needed to be more carefully carved.   

The stone blocks, some of which weighed several tonnes, were probably moved by means of sledges and the so-called ‘cart tracks’ found inthe south of the island (left) may well have been for their rails. It has been suggested that the Globigerina spheres found at Tarxien were used to move blocks of stone, but they would have been far too soft to support their weight over any distance. The blocks were apparently manoeuvred into their final position using levers—many of the uprights have notches at their base where the pole would have been inserted. Ramps of earth and rubble were most likely used to raise the lintels.

The number of people needed would have been relatively small—space on the building site would have been limited. The transportation and erection of some of the larger stones would have required a fair amount of muscle power, but this may well have been provided by oxen. Most of the work would have been on the interior, where the workspace would have been very restricted and the size of the stones such that they could be handled by a single worker. Working during the agricultural off-season, say three months out of the year, a temple could have quite easily erected in a few years (3-5) with a workforce numbering in the dozens.

Sequence

A sequence has been worked out by John Evans, who believed that the temples evolved out of more developed rock cut tombs such as those at Xemxija which have lobe-shaped chambers. However, other scholars, such as Anthony Pace, question whether the chronology is secure enough to determined which one influenced the other. Evans’ scheme is shown in the diagram below.

The trefoil temple is essentially a more formally designed version of the prototype. Subsequently, it was made more elaborate by the addition of an outer pair of apses— the 5-apse temple. The simplest explanation for the change is that more interior space was needed to deal with changes in the cult activity that went on there. In a number of instances, there is evidence for a doorway or screen to separate the outer apses from the interior, dividing the temple into a relatively public area and one that was probably restricted to priests or the like. In time the innermost chamber was reduced to a vestigial niche and altar, reducing the number of apses to four. Finally, a unique building with three pairs of apses was built at Tarxien.

The archaeological evidence supports Evans’ broad sequence. At Ggantija, the four apse North Temple is demonstrably later than the five apse South Temple since the outer wall of the latter was rebuilt to accommodate it. Similarly, at Tarxien the six apse temple was clearly inserted between the two earlier four apse temples, which were drastically modified to accommodate it. It is now seems clear that, rather than a steady and gradual development, there were a couple of fairly brief episodes of temple building—the Ggantija phase (around 3500 BC) and the Tarxien period some 500 years later. At each site the evidence indicates clearly that the temples were built successively, but that the construction of one did not mean the abandonment or destruction of its predecessor—although the nature of its function may have changed.

Distribution

Temples are most found in pairs and sometimes in threes and fours. Furthermore, these smaller complexes are often found in very close proximity to one another—around the head of the Grand Harbour, Marsaxlokk and the Xaghra plateau on Gozo for example. Colin Renfrew believes that these larger groupings reflect the territory of particular groups, seeking a sense of self-identity through shared beliefs and rituals.

Orientation

There is good evidence to suggest that the inhabitants of Malta and Gozo were very interested in astronomy. The position of the stars enabled them to navigate and plot the rhythms of the farming year. A broken limestone slab from the Tal-Qadi Temple has what certainly appears to be a representation of the heavens, showing the moonand stars as well as a number of radiating lines dividing it into quadrants. Recent surveys of the monuments have
revealed that quite a number of them were oriented towards a significant celestial event—sunrises, sunsets and the heliacal rising of certain stars, for example. Of course, the stars are not fixed in the heavens and the earth wobbles a bit on its axis, so things have changed a lot in the past 5,000 years. You have to be certain exactly when the temple was built to know what the sightlines were at the time. In addition, with all of the activity going on in the night sky it is quite possible that it all boils down to coincidence. The builders had a clear preference for the quadrant running from the southeast to the southwest and the majority of temples face that direction. This might have something to do with the mid-winter sunrise or sunset but it is equally plausible that they wanted to maximize the amount of light available.
Most of the research on this subject has focussed on the temples at Mnajdra and will be dealt with in the section that deals with that site.

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Magical Malta

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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