MOUNT Emei isone of the 23World Cultural and Natural Heritage sites. The mountain’s unique landforms, climate and environment have nurtured diverse botanic and animal species. The mountain is also noted for its "...MOUNT Emei isone of the 23World Cultural and Natural Heritage sites. The mountain’s unique landforms, climate and environment have nurtured diverse botanic and animal species. The mountain is also noted for its "four seasons in one day and different climates within a ten kilometer radius." It is abun-展开更多
Studies on the awareness of the problems existing in new and old buildings in Mount Emei National Park have been carried out. It is found that the problems in relation to old and to new buildings are different. The...Studies on the awareness of the problems existing in new and old buildings in Mount Emei National Park have been carried out. It is found that the problems in relation to old and to new buildings are different. Then, authorities that can combat problems of old and new buildings are in general different. After that, in relation to old buildings, architectural design institution and religious unit are considered to be able to deal with the problems resulting from function and utilisation and the Mount Emei Authority to those from organisation and management. In relation to the new, the planning institution is believed to be the most authoritative to tackle surrounding and traditional value problems while the architectural design institution is well placed to resolve aesthetic problems. Finally, both old and new buildings require improved powers, policy, administration and organisation to combat the problems although financial resources are emphasised for the old buildings and improvements in planning and architectural design for the new ones.展开更多
为探究峨眉山大蚯蚓秉前环毛蚓(Pheretima carnosa)肠道可培养细菌多样性,测定采样点土壤基本理化性质,从蚯蚓肠道中分离可培养细菌并进行16S r DNA系统发育分析,探究分离菌株的相似性、多样性、优势度及均匀度,绘制稀释曲线。结果显示...为探究峨眉山大蚯蚓秉前环毛蚓(Pheretima carnosa)肠道可培养细菌多样性,测定采样点土壤基本理化性质,从蚯蚓肠道中分离可培养细菌并进行16S r DNA系统发育分析,探究分离菌株的相似性、多样性、优势度及均匀度,绘制稀释曲线。结果显示:峨眉山大蚯蚓生活在有机质丰富的土壤环境中,其肠道中分离出的56株细菌分布在3门14属,其中芽孢杆菌属(Bacillus)为明显优势菌群;此外,Shannon-Wiener多样性指数(1.73)、Berger-Parker优势度指数(0.536)、Margalef指数(3.23)、Evenness均匀度指数(0.66)均表明峨眉山大蚯蚓肠道可培养细菌多样性丰富,而且稀释曲线表明尚有大量未分离细菌。上述研究为峨眉山大蚯蚓肠道微生物资源的开发利用奠定了基础。展开更多
文摘MOUNT Emei isone of the 23World Cultural and Natural Heritage sites. The mountain’s unique landforms, climate and environment have nurtured diverse botanic and animal species. The mountain is also noted for its "four seasons in one day and different climates within a ten kilometer radius." It is abun-
文摘Studies on the awareness of the problems existing in new and old buildings in Mount Emei National Park have been carried out. It is found that the problems in relation to old and to new buildings are different. Then, authorities that can combat problems of old and new buildings are in general different. After that, in relation to old buildings, architectural design institution and religious unit are considered to be able to deal with the problems resulting from function and utilisation and the Mount Emei Authority to those from organisation and management. In relation to the new, the planning institution is believed to be the most authoritative to tackle surrounding and traditional value problems while the architectural design institution is well placed to resolve aesthetic problems. Finally, both old and new buildings require improved powers, policy, administration and organisation to combat the problems although financial resources are emphasised for the old buildings and improvements in planning and architectural design for the new ones.
文摘为探究峨眉山大蚯蚓秉前环毛蚓(Pheretima carnosa)肠道可培养细菌多样性,测定采样点土壤基本理化性质,从蚯蚓肠道中分离可培养细菌并进行16S r DNA系统发育分析,探究分离菌株的相似性、多样性、优势度及均匀度,绘制稀释曲线。结果显示:峨眉山大蚯蚓生活在有机质丰富的土壤环境中,其肠道中分离出的56株细菌分布在3门14属,其中芽孢杆菌属(Bacillus)为明显优势菌群;此外,Shannon-Wiener多样性指数(1.73)、Berger-Parker优势度指数(0.536)、Margalef指数(3.23)、Evenness均匀度指数(0.66)均表明峨眉山大蚯蚓肠道可培养细菌多样性丰富,而且稀释曲线表明尚有大量未分离细菌。上述研究为峨眉山大蚯蚓肠道微生物资源的开发利用奠定了基础。
