First 3D Cadastral Registration of Multi-level Ownerships Rights in the Netherlands

This paper reports on the first 3D cadastral registration of multi-level ownerships rights in the Netherlands, which was accomplished in March 2016. It is the result of a study that was undertaken from 2013 to 2015 to determine how insight about multi-level ownership can be provided in 3D by the cadastral registration. The solution was sought...

Integration of Land Administration Domain Model with CityGML for 3D Cadastre

As our urban environments are densifying, it is essential to extend traditional cadastral systems that are based on two dimensional representation of ownership to support 3D. With the need to define property ownership in vertical as well as horizontal dimensions becoming pertinent around the world, a practical solution to represent 3D cadastral...

Initial Analysis of the Second FIG 3D Cadastres Questionnaire: Status in 2014 and Expectations for 2018

In this paper we present the initial analysis of the second FIG 3D Cadastres questionnaire, spanning the years 2014-2018. The first version of the 3D Cadastres questionnaire was conducted in 2010 and collected the status of 2010 and the expectations or ambitions for 2014. Most of the FIG 3D Cadastres working group members had completed the 2010...

The Phased 3D Cadastre Implementation in the Netherlands

After more than a decade of 3D cadastre research in the Netherlands, including detailed analysis of various complex 3D right configurations and development of several prototypes, the Dutch Kadaster is implementing a 3D cadastre solution. Earlier research showed that the registration and publication of rights on multi-level property is possible...

Russian-Dutch Project “3D Cadastre Modelling in Russia”

This paper presents results of the Russian-Dutch project on 3D cadastre modelling in the Russian Federation. The purpose of the project was to assess added value of a 3D cadastre for better registration and recording of (rights regarding) multilevel complex buildings and constructions, and subsurface networks such as gas pipelines. The project...

Initial Design of an LADM-based 3D Cadastre –Case Study from Korea

Korea and The Netherlands have started a 3 year cooperation covering joint research, capacity building and international advisory in the domain of cadastre and land administration with a special focus on 3D developments. At the Korean side the Korea Cadastral Survey Corporation and the University of Seoul are involved, while at the Netherlands...

Design and Development of a 3D Cadastral System Prototype based on the LADM and 3D Topology

In this paper the design and development of a prototype 3D Cadastral system will be presented. The key aspects of this system are that the model is based on Land Administration Domain Model (LADM) and that the spatial profile is based on a full 3D topological structure. The prototype development starts with profiling the LADM (selecting relevant...

Design of the 3D Cadastre Model and Development of the Prototype in the Russian Federation

This paper presents the on-going project on 3D cadastre modelling in the Russian Federation. The aim of this project is to provide guidance in the development of a prototype and to create favourable legal and institutional conditions for the introduction of 3D cadastre modelling in the Russian Federation based on experience of the Netherlands...

Registration of 3D Situations in Land Administration in the Netherlands

The rights of cadastral objects may relate to spaces above or below the earth surface. The fact that several legal spaces of objects can be located above or below the same surface parcel may cause confusion in practice. In the Netherlands the location of 3D objects are in fact only represented in the well known 2D cadastral map. Complex 3D...

Towards a 3D cadastre: where do cadastral needs and technical possibilities meet?

In the Dutch cadastral registration a cadastral object (real-estate object) is by definition 2D (a parcel). In intensively used areas there is a tendency to use space above and under the surface, e.g. constructions on top of each other, infrastructure above/under the ground, increasing number of cables and pipes, apartments above shops/offices...