A bridge is a space used as a passage. This space should be functional, solid, and beautiful. Since the beginning of human life, bridge architecture has given importance to function as a connection from one place to another. Stepping stones in the stream were the connections between divided spaces in the agricultural life, the bridge on the entrances of a town was the place for separation, expectation, and communication for people gathering around the community. Southern Chinese provinces such as Zhejiang, Hunan, Yunnan, and Guizhon is famous for it's spectacular scenary, and tribes like the 'Miao' and 'Dong' live in a cooperate community. The 'Dong' tribe is one of the 'Yue' genealogy where the people have settled down in this place in the days of 'Qin Shi Huang(Qin dynasty)'. As the population of the 'Dong' tribe growed, they used a bridge to connect town to town. The scale became larger with additional design, giving splendid achievement to bridge architecture. The 'Fungyu bridge' in Tongdao and 'Chungyang bridge' in Sanjiang are some fine examples. The Fungyu bridge could be defined as a bridge which blocks wind and rain, this has the same function as the lounge bridge in Taishun located in southern Zhejiang province. In Taishun, 5 minority races such as the 'Dong' and 'Miao' people have been living together as a clan society for centuries on mountains as high as 1000m following their own tradition. The 'Xiliu river' flowing thorough has a variety of bridges remaining in it's original form, and it is recently known as a museum of ancient bridges. The formation of the bridges in Tongdao and Taishun shows that it is different with the arch and straight bridges remaining in Korea. In this study, it is readjusting the base data, showing plan characteristics and describing the construction of the wooden structure above the bridge post.

중국은 인구가 많고 경지면적이 적은 반면 인구의 계속적인 증가와 경지면적의 감소라는 이중압력을 받고 있어 곡물생산의 증가를 통한 축산업의 발전 잠재력이 나날이 축소되고 있다. 사료용 목초 재배를 통한 축산은 식량의 절약과, 고효율, 양질의 축산물 생산, 축산의 안전성과 지속성의 특징이 있어 중국의 특징에 부합된다. 본 문장에서는 첫째, 중국 남방지구의 자연과 사회 및 경제조건을 분석하였으며 아울러 사료용 목초의 생산, 이용 및 특징을 살펴보았다. 남방지

중국 전통 민가는 인간의 지혜의 결정체이며, 인류 문화의 살아있는 화석으로, 그 중에서도 전통 민가는 오랜 세월 자연환경과의 융접을 통해 풍부하고 질박한 생태건축 사상을 담아 현지 환경에 적응할 수 있는 귀중한 경험을 많이 쌓았다.그 속에는 생태와 에너지 절약의 이념이 담겨 있다. 기남지역전통민가는자연환경,기후조건,생산방식,생활방식등의영향으로 입지, 공간배치, 용재, 조성기예 등에서 독특한 건축양식을 형성하고 있으며, 입지적응, 환경적응, 배치유연성, 에너지절약, 친환경 등의 전형적인 생태 이념을 보여주고 있다. 이 이념은 기남전통민가의 발전과 지속에 도움이 되며, 전통민가를 녹색생태건축으로 유도한다. 기남전통민가건축의 특색 및 생태이념에 관한 연구는, 현대 신농촌과 도시화 건설에서 새로운 민가의 발전과 조성에 중요한 귀감이 된다.본논문은기남섭현경락진（冀南涉縣更樂鎮大窪村）） 의 대와(大窪) 전통 정원을 예로 들며 영조 사상 및 건조 기예의 생태적 특징을 발굴하였다.전통민가건 축에 대한 생태이념의 전승 및 보호를 목적으로 하고 있다.

We examined if the enhanced forests could modify thermal climatic conditions in the southwestern China and its surrounding regions. We used the continuous time-series of annual forests fraction obtained from He et al. (2017) and sensible heat flux and temperatures from the European Center for Medium- Range Weather Forecasts reanalysis (ERA-Interim) for 1982-2011. In the linear regression trend analysis, the forests fraction, area-averaged over the southwestern China, significantly increased by 15.46% over the three decades. Significantly negative correlations of surface sensible heat flux during the summer growing season (June through August, JJA) with the area-averaged time-series of annual forests fraction were shown in the southwestern China. Correspondingly, the significantly negative correlations of JJA temperature at 925hPa with the annual forests fraction were observed in the southwestern China as well as the surrounding regions propagated to the east. The spatial patterns of negative correlations between the thermal climatic variables and forests fraction were consistent with the difference patterns of sensible heat flux and temperatures between high-fraction and low-fraction years of forests in the southwestern China. The results indicated that the enhanced forests in the southwestern China could reduce thermal energy transfer from land to atmosphere during JJA and, consequently, lower atmospheric temperatures. Based on the temperature trend analysis using the Chinese weather station data, we inferred that the forest-induced cooling effect might be one of the factors of relatively less summer warming, even cooling, trends in the southern China.