简要介绍加拿大海洋地质灾害调查与研究现状。
Situations of investigation and research of Marine geologic hazards in Canada are briefly introduced.
地质灾害易发性评价是地质灾害调查评价的一项重要内容。
The evaluation of geohazard emergence (its proneness) is an important mission in research and evaluation of geohazard.
地质灾害调查信息系统，主要用于地质灾害信息录入和信息查询。
The information system for geology disaster contains disaster information management, disaster forecasting, expert system and so on.
其研究方法亦可供类似铁路及公路地质灾害调查及危险性评估参考。
The research method can be similar to road and rail for the investigation of geological hazards and risk assessment information.
认为在整个地质灾害调查中，综合图件的编制是非常重要的一个环节。
We consider that the compilation of comprehensive map is a very important link in the whole geological disaster investigation.
通过地质灾害调查，认为昆明市地质灾害以泥石流、滑坡、崩塌为主。
According to the investigation of geological disaster, we believe that the main geological disasters in Kunming are debris flow, landslip and collapse.
常规的地质灾害调查往往是进行实地踏勘，地面实测，需耗用大量的人力物力。
The traditional geological disaster survey relies on field reconnaissance with a lot of manpower and material resources.
极端地质灾害调查组织的一个小组计划前往日本检查这次地震中建筑的损毁情况。
A team from Geotechnical Extreme Events Reconnaissance is planning a trip to Japan to examine the destruction. Mr.
着重从“3S”技术整合的角度，探讨了在地质灾害调查评价中的基本应用模式和实施中的有关问题。
The emphasis is put on the discussion of the basic application model in the geological hazard investigation and evaluation and related problems in the context of integration of the "3S" techniques.
利用包括遥感技术在内的各种先进科学技术手段对地质灾害进行调查、监测和预测已成为全人类共同的任务。
The investigation, monitoring and prediction of geological disasters by using various advanced technology including remote sensing has become a common task for mankind.
根据野外调查资料，对拟建公路区域内的地质灾害：岩溶、崩塌、滑坡、采空区、软土进行了评估。
Based on the field investigation data, the evaluation has been done for the geological hazards in the planned highway area, such as karst, collapse, landslide, goaf, soft soil, etc.
表明遥感方法在地质灾害的调查和监测方面，具有重要意义。
The research show that the remote sensing method play an important role in investigating and monitoring geological hazard.
通过对盘锦部分地区的调查工作和地层情况总结，判断出盘锦地区地质灾害种类有砂土液化、软土触变、咸水入侵。
According to the geology surveying in Panjin area, it is judged out that the sand liquefaction and soft soil thixotropy, saline water corrode are the geologic hazards might happened in this area.
对于地质灾害，事先做一番调查研究和分析论证，对减灾是大有裨益的。
For disaster reduction, it is of great benefit to investigate, research on, analyze and prove geologic disasters in advance.
广州海洋地质调查局在大鹏湾深圳海域开展了海洋地质环境与地质灾害综合调查研究。
Integrated investigation and research on the Marine geological environment and hazards in the Shenzhen sea area of the Dapeng Bay were carried out by the Guangzhou Marine geological Survey.
广州海洋地质调查局在大鹏湾深圳海域开展了海洋地质环境与地质灾害综合调查研究。
Integrated investigation and research on the Marine geological environment and hazards in the Shenzhen sea area of the Dapeng Bay were carried out by the Guangzhou Marine geological Survey.
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