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TINA


             Denizcilik Arkeolojisi Dergisi


              7- KUŞADASI-DAVUTLAR COASTAL PLAIN, KADIKALESI (ANAIA)  in the Sarıçay Plain, it is possible to determine how far
              Kadıkalesi, also known as Anaia, lies on a coastal   the sea encroached by Holocene transgression in the
             plain between Kuşadası and Davutlar (Fig. 4). A to-  past between Güllük Gulf and Pilav Tepe, and its po-
             tal of 13 core drillings were carried out in the Kuşa-  sition during the Middle Holocene (7000-6000 years
                                                                  37
             dası-Davutlar coastal plain, Kadıkalesi and its vicinity   ago)   (Fig.  14).  The  terrestrial  plain  base  has  also
             to determine the changes that have occurred during the   been outlined, which showed that floods and inunda-
             past 6000 years. Data obtained from these core drill-  tion of Sarıçay had been more effective in the past in
             ings, sections prepared based on these data (Fig. 13),   this area. Similarly, it appears that from time to time it
             and  general  and  local  information  about  the  region   had a shallow water marine environment. Two differ-
             have been evaluated to determine the geomorpholog-  ent cross-sections were prepared based on the data, in-
             ical evolution of the region during Holocene. Based   cluding the section between Pilavtepe and Güllük Gulf,
             on these evaluations, the shoreline along with the sea   and  the  section  between  Koruköy  and  Damlıboğaz
             level  rise  from  the  Last  Glacial  Maximum  until  the   Plain  (Fig.  14).  Four  units  including  colluvial  sedi-
             Middle Holocene seems to have encroached 1-2 km   ments prior to transgression, marine sediments, coast-
             landward  compared  to  the  present.    The  Kadıkalesi   al  swamp  and  floodplain  sediments  were  identified
             area was enclosed with sea, in the form of a peninsula   from deep to surface in the first cross-section among
             connecting to the mainland through a thick neck on the   the alluvial deposits of Sarıçay and Damlıboğaz Plain.
             eastern part in the Middle Holocene (7000-6000 years   And  there  were  seven  different  units  in  the  second
             ago BP), during which the shoreline moved furthest   cross-section between Koruköy and Damlıboğaz Plain
             landward  (Fig. 13). The archaeological data from the   as  follows;  sediments  prior  to  transgression,  marine
                     33
             Kadıkalesi mound indicate that the initial settlement in   sediments,  coastal  swamps,  a  shallow  water  marine
             this site dates back at least 6000 years before present,   environment, back marshes, a cultural layer and flood-
             during which the sea level reached to its peak level   plain sediments (Fig. 14). It is now clear how far the
             while the shoreline progressed to inner parts as far as   sea encroached landward in the area between Güllük
             it could. Thus, the first settlers, unlike today, should   Gulf and Pilavtepe-Damlıboğaz Plain and the modern
             have used a peninsula (Kadıkalesi peninsula) with two   airport 7000-6000 years ago as a result of Holocene
             small coves on both sides, which could have served as   transgression. A detailed coastline reconstruction map
             a harbor   (Fig. 13).                            of the landscape during the Middle Holocene (6000
                    34
             8- SARIÇAY DELTA PLAIN AND DAMLIBOĞAZ-PILAV TEPE OF   BC) is drawn (Fig. 14). It appears that the sea intrud-
             GÜLLÜK GULF                                      ed up to the skirts of Pilav Tepe between the Güllük
              The  settlement  history  of  Damlıboğaz  and  Pilav   Gulf and Pilav Tepe. The settlements on the hill were
             Tepe  on  the  Sarıçay  Plain,  which  stretches  towards   established very close, right behind the shore. Archae-
             the  Güllük  Gulf  in  Western  Anatolia  goes  back  to   ological remains were uncovered 5 meters below the
             the Bronze Age, with a different natural environment   surface to the north of the Sarıçay Plain and the plain
             than that of today . Lying to the west of the Milas   area in front of the Damlıboğaz Village. In deeper sec-
                             35
             District, Sarıçay Plain is a tectonic depression shaped   tions, sediments reflecting shallow water marine en-
             with alluvial fillings from a stream of the same name    vironment were found. A terrestrial plain base to the
                                                          36
             (Fig. 4). Pilav Tepe lies on the southeastern edge of   north of the plain was also determined, which showed
             this alluvial depression as a bedrock ridge. There are   that the floods and inundation of Sarıçay was more ef-
             archaeological remains in Damlıboğaz Village, on Pi-  fective in the past (Fig. 14).
             lav Tepe and the plain in its skirts.  The natural envi-  9- DELTA PLAIN OF EŞEN RIVER, PATARA AND LETOON
             ronmental characteristics of the area on which rises   Lying to the southwest of Teke Peninsula, known as
             various archaeological finds have undergone changes   Lycia in ancient times, the Eşen Plain has been formed
             following human settlement and foundation of these   by alluviums carried by the Eşen River. Major cities of
             settlements (Fig. 14).                           Lycia are located on this plain, forming a delta in the
              Based on the results of 11 core drillings carried out   Eşen Creek (Fig. 4).






            33  YILDIZ – ÖNER 2015
            34  YILDIZ – ÖNER 2015; KARADAŞ et al 2019 b
            35  DİLER et al 2009; DİLER – GÜMÜŞ 2012
            36  SOYKAN 1997
            37  ÖNER et al 2018d, 2018e, 2019d; VARDAR et al 2017
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