The standpoint of Jung's archetypal studies is that the mystery of human being's spirit cannot be analyzed simply by science, whose origin can be tracked to remote flood antiquity.
而人类心灵的奥秘是难以用科学来简单地加以条分缕析的，其根源可以回溯到远古洪荒时代，这可以说是荣格原型研究的立足点。
In the continuous monitoring and assessment of the historical flood disasters the remote sensing techniques and Geographic Information System have played an important role.
在对这场历史性的洪灾的不断监测和评估中，遥感技术和地理信息系统发挥了重大作用。
Conclusion Depending on remote sensing data and geography information system technique, the flood disaster areas could be demarcated, the analysis of epidemic information could be done scientifically.
结论借助遥感、地理信息系统技术可以实现对洪涝灾区县及时、准确的界定分级，为洪涝灾害救灾防病疫情统计服务。
In recent years scientists have centered their attention on study of factors of remote relation of flood. Range in study of flood causes have been enlarged, and certain advances obtained.
近年来，科学家们已把更多的注意力放在洪水遥相关因素的研究上，扩大了洪水成因的研究范围，取得了一定的进展。
It is pointed out that remote sensing monitoring and analysis of flood situation of river basins is an important aspect of the technique applied to flood control and disaster mitigation.
介绍了遥感技术在洪涝灾害监测评估中的作用以及目前的应用状况，指出针对流域洪水汛情的遥感监测分析是遥感技术在防洪减灾应用中的一个重要方面。
Based on remote sensing technology the GIS grid model generated by digital elevation model (DEM) is utilized to analyze the flood submergence.
在遥感与GIS技术的基础上，应用数字高程模型(DEM)生成的格网模型进行洪水的淹没分析。
Based on the information from monitoring Poyang Lake with satellite remote sensing in recent years, the water flood model of Poyang Lake and its neighbourhood regoins is established.
根据近年来卫星遥感监测实况资料建立了鄱阳湖主体及其附近区域水体淹没模型。
One day in 1819, 3,000 miles off the coast of Chile, in one of the most remote regions of the Pacific Ocean, 20 American sailors watched their ship flood with seawater.
1819年的某一天， 在距离智利海岸3000英里的地方， 有一个太平洋上的最偏远的水域，20名美国船员目睹了他们的船只进水的场面。
A remote village in Kaohsiung was feared fully sudmerged by flood-created lake burst.
高雄县甲仙乡小林村甚至有恐全村惨遭灭顶。
Water remote sensing technology is widely used in dynamic monitoring of flood, drought, water resources, water environment, etc.
水遥感技术广泛用于水旱灾害动态监测、洪灾损失评估、水资源监测、水环境监测等研究领域。
Water remote sensing technology is widely used in dynamic monitoring of flood, drought, water resources, water environment, etc.
水遥感技术广泛用于水旱灾害动态监测、洪灾损失评估、水资源监测、水环境监测等研究领域。
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