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Geotechnical borehole data included in a Spatial Data Infrastructure (SDI)

机译:包括在空间数据基础架构(SDI)中的岩土钻孔数据

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The paper presents a Norwegian standardization project from 2008 to 2011 where the main output was an application schema describing geotechnical borehole data including the most common sounding and sampling methods, in situ tests and laboratory tests. The schema defines a reference structure for underground observations, suitable for at least three different user cases: Site investigations on land, offshore gravity coring and offshore borehole mode. The Norwegian Mapping Authority (NMA) has approved the schema and included it in the national feature catalog, a vital part of the Norwegian Spatial Data Infrastructure (SDI). The standard is a result of contributions and teamwork from several organizations, including the Norwegian Geotechnical Society (NGF), a member of the International Society for Soil Mechanics and Geotechnical Engineering (ISSMG). The Norwegian Geotechnical Institute (NGI) has used the schema to implement a Geographic Information System (GIS), which has improved the availability and possibility for reuse of borehole data.
机译:本文从2008年到2011年介绍了一个挪威标准化项目,其中主要产出是描述岩土钻孔数据,包括最常见的声音和采样方法,原位测试和实验室测试。该模式定义了地下观察的参考结构,适用于至少三种不同的用户案例:地点调查土地,近海重力上衣和海上钻孔模式。挪威映射权威(NMA)已批准该架构并在国家特征目录中包含,这是挪威空间数据基础设施(SDI)的重要组成部分。该标准是来自若干组织的贡献和团队合作,包括挪威岩土工程(NGF),是国际土壤力学和岩土工程协会(ISSMG)。挪威岩土工程研究所(NGI)使用该模式实现了地理信息系统(GIS),这改善了重用钻孔数据的可用性和可能性。

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