This study examines the restoration project of Sokkuram, and introduces its preliminary plans by the architect Pai Ki Hyung. The restoration project started in 1958 with an inquiry committee of the restoration project, and was completed in 1964. Despite having undergone extensive repair work under Japanese supervision from 1913 and 1923, the repair work caused water leakages inside Sokkuram, and regular cleaning work that began in 1933 caused a lot of damage to the sculpture. In result of the surveys, the top priority of this project was to protect the sculptures inside Sokkuram by improving the environment of the cave. At that time, the architect Mr. Pai participated as a head of the fourth field surveyors to plan the restoration project and to design the preliminary plans. He proposed the installation of a double dome structure to prevent further water leakages on the concrete addition that was built up around the grotto by the Japanese. However, in 1961, the Cultural Heritage Committee of Korea examined the plans of Mr. Pai and immediately rejected them. The factors of the rejection were the omitting of entrance design, system of new double dome structure that presses the existing structure, and these changes that had to be made outside of the drainage plans. The repair work of Sokkuram began in 1961, and the main construction was building double dome structure and entrance installation. In this we realize that Mr. Pai’s double dome structure plans were very important key concept of this project. This study attempts to demonstrate the double dome installations that Mr. Pai initially proposed, which ultimately remains as emblematic factors of Sokkuram’s legacy.

경주 황성공원의 식생구조를 파악하여 생태적 가치를 알아보고, 바람직한 관리방안을 제시하기 위하여 공원 내에 10m×10m의 조사구 20개를 설치하고, 군집구조조사를 실시하였다. 군집을 분리하기 위하여 TWINSPAN과 DCA를 이용하였으며, DCA분석결과 소나무군집(A), 소나무군집(B), 참나무류-소나무군집, 아까시나무군집, 그리고 신갈나무군집의 5개로 분리되었다. 종다양도 분석에서 20개 조사구에 걸쳐 목본수종이 총29종 출현하였으나 종조성은 단순하게 나타났다. 각 조사구당 평균출현종수는 5.32±2.9종이었고, 흉고직 경급별 분석에서 소나무는 주로 DBH 27~47cm계급에 분포하였다. 연륜 및 생장분석결과 역사적, 생태적으로 가치가 있는 소나무림이 최근 들어 생장이 둔화되고 있었다. 이상의 조사결과를 바탕으로 관리제언이 제시되었다.

The purpose of this study is to examine the standard scale of measuring a block of Kyongju(慶州), the Capital of the Silla Dynasty(B.C.57~A.D.935). Through the study, it is clarified that 1). the block of Kyongju city is planned and divided by using the eight-Zhou-foot(周尺) as a standard scale, which is equivalent to the length of one-bo(보(步); 2). the distance between the center of the streets is around 100 bo and the width of the block is around 90 bo; 3). the distance between the streets is very near to the distance 167.054m of Jing-tian-zhi(井田制), which supports the use of Zhou-foot as a standard scale. As a result, it can be maintained that the city planning of Kyongju is related to that the Jing-tian-zhi of the Zhou Dynasty and the standard scale of measuring a block of Kyongju us executed by using the eight-Zhou-foot standard scale.