Southport : Original Sources in Exploration

Troy and Ilium: Results of the Excavations at Troy 1870-1894

Wilhelm Dorpfeld


Chapter 2 (part 6)

The 3rd period of Layer II: buildings (p.93).

Another building from the 3rd period of the II layer we have to discuss is building II B, the ruins of which we got to know east of II A during our tour through the II castle. Its floor plan is generally secured by the surviving walls and shows an open vestibule, a middle room and a large back room (see fig.23). Only the left wall of the vestibule with its pillars has not yet been excavated; they are still stuck in the high cone of earth that has been left standing. The rear end of the building is almost completely destroyed and can therefore no longer be determined; you can still see that the side walls go beyond the end wall of the back room, and that a back hall can be added here based on the model of building II E. It is not known how long walls u and v were and how deep the back hall was accordingly. The walls are therefore only dotted in the drawing.





Fig.23: The main interior buildings of the 3rd period of the 2nd layer.

The porch has an average width of 4.55m and a depth of 6.10m, or 6.30m if we add the wooden parastades to be added. It is deeper than it is wide, and so has an unusual proportion in a porch. Through a door about 2 m wide (fig.23), which was bordered on both sides by wooden posts, one enters the middle room, which is 4.55 m wide and 6.35 m long. The latter dimension was accidentally given in the plan (Troy 1882, p. 86) by l m too large: instead of 7.33m, 6.33m or even better 6.35m (rounded) should have been written.

In reality, the room is exactly the same size as the vestibule. We have not been able to determine anything about its interior design, we searched in vain for the remains of a hearth. Through a door at the left end of the back wall, only about 1.30 m wide, one enters a (p.94) third room, which is the same width as the others but is longer (8.95 m). Nothing remarkable was found in this back room either. Since only the foundation of the wall and much more has been preserved, it was no longer possible to determine whether there was a connecting door to the back hall.

The location of our building, in the main courtyard directly next to the large, middle Megaron A, and also its ground plan form entitle us to recognize in it a similar, only smaller Megaron. Its tripartite division has already been emphasized in the book Troy 1882 (p. 93) and compared with Homer's statement about the house of Paris (Iliad VI, 316). Since this consisted of the three parts Thalamos, Doma, and Aule, so there is indeed a certain agreement.The large back room, which is only accessible by a side door, is eminently suitable as a thalamos, as a bedroom or family room; the middle room, with its wide door to the porch, may be called the doma as the living room and reception room, and the open vestibule corresponds at least to some extent to the hall. Of course, this comparison is not intended to say that building II B could be the house of Paris itself, rather we can only infer from Homer's statement that the apartments at that time mainly had 3 rooms or departments, and may further conclude that our building II B was an apartment.

The construction and materials of construction of the II B need not be described in detail, as they differ only slightly from those of the Megaron II A. They can best be examined on the western side wall, which is relatively well preserved. In fact, in the narrow space separating it from Building II A, such intense heat developed during the destruction of the castle that most of its mudbricks burned through and almost became bricks. The wall is still 1.50 m high, while the other side wall, like the short transverse walls, is more destroyed and only has well-fired bricks near the crossbars that are also present here.

The substructure of the walls, made of small quarry stones, is only 0.20 - 0.30 m deep and supports the superstructure made of unfired clay bricks, which contained wooden longitudinal and transverse beams and was covered with clay plaster on the outside. Slightly different from the wall of the neighboring building are the wall thickness, the connection of the bricks and the arrangement of the wooden beams. The wall thickness is namely, corresponding to the significantly smaller width of the whole building, only 1.22 to 1.26 m and in the case of the transverse walls only 1.10 m. The bricks have similar dimensions to those of II A, their length varies between 0.69 and 0.70 m, their width between 0.46 and 0.48 m, the height is usually 0.11 m, the joint thickness is 0.01 to 0 .03m There are also half bricks which have the full length but only half the width (p.95), they are even a bit narrower than half of 0.48m, because I have bricks of 0.20m and some of 0.19m measured.

The bricks do not lie in any layer with their longitudinal direction transverse to the wall, but always parallel to the direction of the wall. How the bond was at the corners and in the transverse walls can no longer be seen. The longitudinal timbers were only attached in the 1st and 7th layers and seem to have been 0.20 m wide and almost as high. In order to match the layer heights of the bricks, the latter are partly cut off in half. The crossbars were distributed in the side walls so that they were installed in each corner and in the middle of each room. In fig.23 they are indicated by two transverse lines each. I have not been able to determine with certainty whether there were so many crosspieces on top of each other that the space between the first and second longitudinal piece was filled. But it seemed so to me.

As the foundation of the whole building is not very solid, the wooden parastades, which were attached to the south-eastern end of the longitudinal walls, did not have large base stones as bases, but only simple foundations made of small rubble stones. The shape and dimensions of the wooden posts of the Parastaden will have been similar to that of Building II A (see fig.26). The first crosspieces of the wall most probably lay directly next to them, because the second ones are secured in the middle and the third at the end of the vestibule. A firm connection of the posts with the crossbars was therefore possible.


Photo 12:  Brick walls of the IInd layer Megaron, and house walls of later layers.

Photo 12  shows us the current condition of the brick walls of II B and partly also of II A. In the very foreground, the north-east side wall of II B is visible from the outside (aa). Individual rows of bricks stand out due to different coloring. The place where the crossbars corresponding to the inner wall were arranged can be clearly recognized by the holes and the dark color of the wall (at b) caused by the stronger fire. More in the middle of the picture at c and e we see the inside of the other side wall. Here, the individual brick layers stand out even better from each other because they are fired more intensely. A piece (d) of the brick wall of II A can be seen between the two parts of this wall. The earth cone in the left half of the picture with the younger walls f (III layer), g (IV layer), h (V layer) and i (IX layer) will have to be mentioned later.

In addition to buildings II A and II B, the other inner buildings of layer II deserve a brief look at the structures uncovered in the north-east. Immediately next to II B, separated from it only by a short transverse wall with a gate, is building II H, whose ground plan is supplemented in fig.23. Only the foundation, built from small stones, and above it very small remains of the brick walls, which once formed its superstructure, have been preserved. The floor plan consists of a hall (p.96) 6.60 m wide and 10.10 m long and an open, roughly square vestibule, so it corresponds to the plan of II A. Other rooms may have adjoined the hall to the north-west and north-east, but the poor condition of the walls does not permit a definite judgement.

Building II K had a similar simple floor plan, whose vestibule and door to the hall can still be clearly seen from the foundations made of small stones, despite the destruction of the upper walls. Its porch was 4.65 m wide and 5 m deep and had walls only 0.75 m thick. The depth of the adjoining hall cannot be determined because its rear part has been completely destroyed. Characteristic of II K is the shallow depth of the foundations, which we have already seen in building II B, in buildings II M and II N to the east, and also in the eastern castle wall. We may see in this a new proof of the simultaneity of all these buildings, which originate from the last period of the second stratum.

Below the foundations of II H and II K, walls of various ages have been uncovered, which are shown on Plans III and IV, as well as on Photo 3. They all belong to the 1st and 2nd period of the 2nd stratum, but cannot be supplemented to form comprehensible ground plans. Only one building (II R), which consists of particularly large stones, should not go unmentioned because of its dimensions. It lies below buildings II K and II M, but is still separated from them by a younger building in between. The latter must be the 2nd period, II K and II M the 3rd, and II R itself the 1st period of the 2nd stratum. It consists of two parallel side walls, 8.25 m apart and 1.45 m thick, which are connected by a transverse wall that is almost as thick.

In the south-western part of the castle, the remains of II E, II D and II F buildings have been uncovered. During the excavations of 1890 we only found a single corner of the wall in C4, all the rest unfortunately perished when the large north-south ditch was dug. The corner is very important from the surviving base stone of a Parastas (a in fig.23) because it gives us the right to add the small remains of the building with some probability as the back hall of a structure similar to Megaron II B and corresponding to this on the other side of II A was presumably arranged in the manner indicated in fig.23. In order to make the low certainty of this addition obvious, the walls, insofar as they have not been preserved, are not hatched in fig.23 and are only dotted.

In a similar way, an entire building can also be added from the remainder of the building II F in D 6. Only a small back hall with a parastaden stone (on the southern corner) and a piece of the longitudinal wall have been preserved. (p.97) The width of the rear hall is 5.15m and its depth is 0.95m. There can hardly be any doubt that a hall and a vestibule facing the main courtyard must be added for this purpose. The linear dimensions of these spaces are of course indeterminable. An attempt at a supplement is made in fig.23.

Despite their great destruction, the two buildings II E and II F are of outstanding importance for the buildings of the II level, because they alone prove the existence of back halls. Given their shallow depth, these halls can hardly have been used for storing objects, but seem rather to have had the sole purpose of supporting a roof intended to protect the rear wall of the building from rain and sun. The side walls of each building could easily be protected by having the transversal deck beams protrude a little over the walls, forming a cornice to keep out the sun and rain. This was not possible on the rear wall because of the direction of the deck beams. However, a wide cornice could very easily be made by erecting two buttresses on the back wall, in a manner similar to that which we have seen in the case of the courtyard wall (p. 84), and using them to support one or more deck beams parallel to the wall. These beams and the roof supported by them then formed an excellent protection for the wall. The inconvenience that the corners of the pillars themselves were not protected and could be damaged so easily was remedied by the addition of wooden parastays.

In my opinion, this is the best way to explain the layout of the rear halls and also the narrow vestibules, which we will still find in the younger strata. These back halls are probably, as may be pointed out, the forerunners of the opisthodomes of later Greek temples. The back halls, which are not connected to the cella of the temple, were probably built initially not for reasons of worship or art, but merely for practical reasons.

A buttressed wall has been found between Building II F and the Gate FM, which may have formed a boundary wall of the western courtyard. It is so badly damaged that there are reasonable doubts about its importance and extent. I have therefore omitted them from fig.23 and only drawn them on Plans III and IV. The buttresses were about 5m center to center, 1m thick and their projection appears to have been 1.25m on one side, but on the other its depth is unknown.

Not much can be said about the HD building (see Tables III and IV) because of its poor state of preservation. Only remains of its foundations are below a house of the III layer, the so-called "House of the head of the city"  (Ilios, p. 367) preserved and uncovered. According to them, the building seems to have consisted of a large number of rooms (p.98) lying next to and behind one another. How these rooms were connected among themselves and whether they had an open connection to the gate FM will probably forever remain unknown. Behind II D was a small uncovered courtyard (see Photo 3), which had a special entrance in the gate FL.

Finally, the older building below II D (shown with cross-hatching on the plans) must also be mentioned, of which only the foundation walls have survived. It has a similar multi-room floor plan to Avie the younger building drawn in all black. Its importance for us lies in the fact that two of its walls cut diagonally through the back hall of the gate FM and must therefore come from a different period than this gate. According to their height, they are undoubtedly older than the Hall of the Gates, and since this certainly belongs to the 3rd period of the 2nd layer, they, and thus also the whole building, must come from the 2nd period.

If, after this detailed description, we take a brief look back at the inner buildings of the 2nd level, we have come to know a large number of buildings from the 3rd period, which were grouped around a central courtyard and a few side courtyards. Older buildings were found in several places under its floor. As far as the floor plans of the individual complexes from the 3rd period were to be supplemented, they usually showed the plan of the Mycenaean Megaron or the oldest Greek temple designed in the same way. Since it is out of the question that all these buildings or even just a few of them were temples, we were able to declare them to be the dwellings of the lord of the castle, his relatives and perhaps his entourage. The possibility that one or the other building was really a temple of the gods cannot be entirely denied, although judging by the grouping of the buildings it seems very unlikely. It must also be expressly emphasized that nothing has been found in the entire second layer that could speak for the existence of a temple to the gods.

It may be objected that Schliemann found and described an altar (see Ilios p. 37) which, according to its altitude, must be assigned to the 2nd stratum. However, its interpretation as an altar is at least very questionable. Quite apart from the fact that it seems to me doubtful whether the apparently damaged cover plate, which looks like half the mouth of a well, belongs at all to the substructure, the latter may possibly have been the corner of some brick wall, if not caused by the fact that Schliemann, seduced by the cover plate, unknowingly made the square substructure himself by removing the adjacent brickwork. In any case, Schliemann himself later doubted the correctness of his earlier view, as he told me several times. A gully found below the "altar", which Schliemann mentions in the same place, no longer exists.





[Continue to Chapter 2, part 7]

[Return to Table of Contents]


Southport main page         Main index of Athena Review

Copyright  ©  2023    Rust Family Foundation.  (All Rights Reserved).

.