臺南自1624年的荷蘭人殖民開始，至今歷經了明鄭、清領、日治及二戰後的治理，也留下眾多文化資產，隨著時代推進，台南市作為歷史悠久的城市，在文化資產的傳承與保存更是具有指標性，但面臨當今都市地區的開發，地表上之結構物大多被移除甚至破壞，僅剩下部分基礎遺構埋藏於地表下。本研究利用透地雷達進行安平古堡北側殘牆周邊地下遺構的調查，研究流程先以透地雷達進行探測，按圖徵判釋出不同的地下埋藏物之狀況，再推測地下遺構的可能位置，同時也藉由考古開挖試掘來驗證透地雷達在遺構初步探測之適用性，結合開挖區內已出土之遺構與透地雷達剖面圖徵來推測周遭未開挖區之地下遺構位置。
其次，在2022年台南市安平區鎮海宮廟前廣場的金爐疑似出現傾斜現象。為了釐清傾斜原因是否與差異沉陷、地層掏空等因素，需要進行調查和研究。本研究運用透地雷達探測技術對該區域進行檢測，發現了差異沉陷的跡象。除了使用透地雷達，還對周遭土木結構物的變化情況進行調查，如土地覆蓋的變遷與擋土設施現況。旨在釐清金爐傾斜可能的原因，調查結果也可為後續改善工程提供重要參考。
最後，離岸風力發電是近年來國家重大的能源轉型計畫，以海底纜線聯結離岸風場的發電機與台灣本島的電廠，而纜線在海堤底下的穿越會造成鄰近地層受擾動。本研究在纜線穿越施工前後均對彰濱崙尾海堤段以及鄰近道路下的地層進行透地雷達檢測，擬由檢測結果的前後異同觀察海堤周邊下方地層的變動。

Since the Dutch colonization in 1624, Tainan has undergone governance by numerous regimes up to the present day. As time has progressed, Tainan City, being an ancient city with a rich history, has stood as a hallmark for the preservation and inheritance of cultural heritage. However, many structures have been removed or even destroyed, leaving only some remnants buried beneath the ground. This study utilized ground penetrating radar (GPR) for investigating the subsurface ruins around the northern ruins wall of Anping Old Fort. The GPR detection revealed different conditions of buried objects based on the reflector patterns on the radar images. Subsequently, the possible locations of underground ruins were inferred, and archaeological excavation was employed to validate the initial detectability of GPR for these ruins.
In 2022, there appeared to be a tilt phenomenon in the incense burner at the front plaza of Zhenhai Temple in Anping District, Tainan City. We had to clarify whether the tilt was related to factors such as differential settlement or eroded caves. This study employed GPR technology to survey the area and identified signs of differential settlement. In addition to using GPR, an investigation was conducted on the changes in surrounding civil structures, including changes in land cover and the status of retaining facilities.
Lastly, offshore wind power has become a national energy transformation policies in recent years. It involves connecting offshore wind turbines to power plants on the main island of Taiwan through submarine cables. The passage of these cables beneath the sea embankment can cause stratum disturbance in the adjacent area. In this study, both before and after the cable passage construction, GPR was employed to survey the stratum beneath Lunwei coastal embankment section in Changhua County. The objective was to observe changes of the stratum beneath the sea embankment by comparing differences in GPR detection results before and after the cable installation.

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