本研究主要研究海岸地區公園綠地之建築景觀其鋪面材質、植被狀況與風擋型態對
溫熱環境之影響與降低輻射熱能之成效，以高雄市旗津海岸公園為研究基地，使用紅外
線測溫熱像分析儀進行實地監測，監測時段由午後 14:00 至傍晚 19:00 共 10 處測溫點
1020 筆溫熱環境資料。卡方獨立性考驗分析結果顯示鋪面材質(Xa)、植被狀況(Xb)與風
檔型態(Xc)三者間皆有關聯。多元迴歸分析結果顯示，對溫差變化(Y)有正向影響，達顯
著差異者為【水泥】 、 【瀝青】 、 【石材】 、 【沙地】 、 【連鎖磚】 、 【地被植物】 、 【防風林類型
(疏)】 。而時間點與【木質】鋪面則呈現負向影響，達顯著差異。本研究建議在海岸地區
的遊憩設施，應該避免使用或減低使用面積的材質為【水泥】 、 【瀝青】 、 【石材】 ，因為
容易導致較高的輻射熱；盡量保留海岸地區之原有材質，例如【沙地】與【碎石地】 ，
其散熱速度最快。多種植輻射熱較低之景觀型態【草地】 、 【喬木】與【防風林類型(密)】 。

This study focused on the influence of thermal environments and the cooling effect on
different types of pavement, planting, and windbreaks of landscape and architecture in the
green space of a seaside park. In conducting a field study, this research used an infrared
photodetector to record 10 measuring spots. A total of 1020 records of thermal environmental
changes were obtained in the summer during the period between the afternoon (14:00) and
nightfall (19:00) at Cijin Seaside Park in Kaohsiung, Taiwan.
Statistical results showed that the pavements, planting and the windbreaks were
interacted with each other. The effective materials in warming were cement, asphalt, stone,
sand, bricks, grassplot and windbreaks of thin. The wood was effective against warming. We
suggested that cement, asphalt and stone are not used for seashore landscape. To reduce these
materials used areas because of their warming effects. To maintain nature sand and gravel on
seashore because of their fast cooling rate. The materials with few warming effect as well as
good for landscape building were grassplot, trees and windbreaks of dense.