Disciplines
History, Archaeology (100%)
Keywords
Archaic Ionic Temple architecture,
Artemis-Temple of Ephesos,
Croesus Temple,
Ionic corner capitals,
Planning Process Of The 6Th.V.B.C.
Abstract
In 1965 the excavations of the ÖAI (Austrian Archaeological Institute) in the Artemision of Ephesos were resumed.
In the course of these works the altar of the sanctuary was found, and areas of the monumental temple unknown
until now were uncovered. Beyond that numerous fragments of architectural members of the two succeeding
temples with double rows of columns were saved. The remains especially of the older Dipteros, the so-called
Kroisos temple, named after the king of the Lydians who donated columns for this monument were carefully
documented and interpreted. The result is a new - graphic - reconstruction of the archaic temple (ground-plan and
elevation) which diverges in some details from the former ones; for example there existed only two rows of
columns in front of the western antae. Moreover the documentation of all scratching lines and other edges of
architectural members and of the axes of the monument that were exactly measured resulted in an analysis of the
planning process, the sequence of erection, possible alternations and small errors.
It is still not possible to ascertain the exact height of the columns - and thus of the whole building because the
architectural members are too fragmentary. But the arrangement of the corner capitals of the exterior column ring -
with rosettes at the inner sides - was clarifiied as well as the appearance of the eaves at the exterior and the interior
of the temple; the Sekos certainly was not covered by a roof.
Hypotheses for the construction of the entablature including the orientation of the beams and the existence of
capitals with a ring of leaves ("Blattkranzkapitelle") above the inner column ring were created. Finally
considerations such as for the building technique, for the partly unfinished surfaces, the original colouring and for
the metrology complete the new researches.
- Aenne Ohnesorg, associated research partner