Framework and modeling structure of Exploration and Mining Cadastre system in Iran

Shirzad, M. R.; Babaie, Hassan A.; Kiani, Tayebeh; Navi, Maryam; Gholami, Hoda; Arefipour, S.; Fouladi, N.; Motevalli, K.

doi:10.1007/s12145-014-0150-x

Cited by 8 publications

(3 citation statements)

References 10 publications

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“…There is no roadmap for implementing a 3D digital cadastre in Iran at this stage. However, several researchers have investigated this possibility (Shirzad et al 2014;Shojaei 2017, 2018).…”

Section: Case Study Implementation and Evaluationmentioning

confidence: 99%

Exploring the applications of 3D proximity analysis in a 3D digital cadastre

Emamgholian

Taleai

Shojaei

2020

Geo-spatial Information Science

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Increasing population in urban areas and limitations of suitable lands for developing houses and urban infrastructure have led to the vertical development in cities. However, these developments are managed by a cadastral system which is mainly two-dimensional and cannot efficiently represent Rights, Restrictions, and Responsibilities (RRRs) in complex scenarios. In fact, a three-dimensional cadastre is required for efficiently registering and representing RRRs. In this paper, a 3D proximity analysis was proposed and implemented to determine RRRs and associated easement rights in non-topology-based data structures. This method can be used to investigate the surrounding spaces of a subject apartment unit or storage in a high-rise. The performance of the developed method was evaluated in a large complex high-rise in Tehran, Iran. The results confirmed that the proposed method can correctly identify the neighbor spaces in complex scenarios.

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“…There is no roadmap for implementing a 3D digital cadastre in Iran at this stage. However, several researchers have investigated this possibility (Shirzad et al 2014;Shojaei 2017, 2018).…”

Section: Case Study Implementation and Evaluationmentioning

confidence: 99%

Exploring the applications of 3D proximity analysis in a 3D digital cadastre

Emamgholian

Taleai

Shojaei

2020

Geo-spatial Information Science

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“…A mining cadastre is the principal public instrument that reflects mining titles in a country (Mills et al , 2018). Such a cadastre, when developed and backed by capable public mining sector institutions, integrates the regulatory, institutional and technological aspects of mineral rights administration and forms the cornerstone of good mineral resource management in a country (Shirzad et al , 2014). Efficient and effective granting procedures tend to be based on three basic principles shown in Figure 6 (Figure 7).…”

Section: Building Block 2: Mineral Database and Mining Cadastre Systemmentioning

confidence: 99%

Implementation plan for a new mineral policy development framework and mining cadastre system for Pakistan

Ashraf

Cawood

2019

JSTPM

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Purpose The purpose of this paper is to present an implementation plan for the new mineral policy development framework and mining cadastre system for Pakistan, which was developed in the first two papers of this series. Design/methodology/approach This paper presents an implementation plan based on three fundamental building blocks, namely, implementing an enabling institutional framework and other key elements of mineral policy framework (building block 1); mineral database and mining cadastre system (building block 2); and monitoring and evaluation (building block 3). Findings A new Ministry of Mineral Development (MMD) is suggested to be developed. A Mineral Development Advisory Committee (MDAC) is also suggested to be constituted under the Ministry of Planning and Development to oversee the development of the new MMD and to implement the actions suggested in the mineral policy development framework. The MDAC will implement the seven key elements of mineral policy development framework. Practical implications The design schema of PakMining Cadastre System for secure mineral rights system to attract local and foreign investments is presented. The implementation of institutional reforms, constitution of Mining Cadastre Directorate and implementation of other policy development frameworks is suggested for enabling environment. A comprehensive account of implementation and monitoring strategy is devised to be followed initially by the advisory committee and then by the MMD. Originality/value This paper presents original work on the implementation plan for a new mineral policy framework and mining cadastre system for Pakistan to extract maximum benefit from its mineral resources.

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“…Also the comparison of data sets gathered at different times for computing deformations is shown. In Shirzad et al (2014) the topic is closer to traditional applications of surveying in land management. In this case the authors describe the framework for developing the Exploration and Mining Cadastre system in Iran.…”

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confidence: 99%

Applications of surveying in land management

2014

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The origin of Surveying has a close connection with the designation of the land boundary, and cadastral surveying is the basis for a country's land management, serving as an important tool to gather, assess, and update geographical spatial data (Schofield and Breach 2007). In the contemporary era, Surveying is more widely used in different branches of land management. Moreover, the number of techniques and data acquisition methods has dramatically increased in the last 30 years. On the one hand, traditional optical instruments have developed thanks to the integration to computers and electronic devices. On the other, new sensor techniques became available to be used from ground-based stations, mobile terrestrial vehicles, and low-altitude aerial platforms (e.g., helicopters and Unmanned Aerial Vehicles -UAV, see Eisenbeiss and Sauerbier 2011). The diffusion of Global Navigation Satellite Systems (GNSS -see Hofmann-Wellenhof et al. 2008) for precise positioning and navigation has not only completely changed the approach to land surveying, but also had an impressive impact on day-by-day life and the entire society. Mobile mapping technology (Tao and Li 2007) allowed an increase in the productivity of high-resolution mapping of communication roads and urban environments, thanks to the integration of different sensing and positioning systems. Digital photogrammetry (Luhmann et al. 2013) and laser scanning sensors (Vosselman and Maas 2010) can be used for fast acquisition of dense point clouds useful to model terrain, buildings, civil constructions and infrastructures, as well as any other natural or man-made objects. While some main surveying instruments were used for the full data collection process in the past, data and sensor integration play a fundamental role today. In particular, the availability of digital data has changed the operational workflows for data acquisition, production, distribution, and management of surveying outputs.On the other hand, the concept of land management also developed its content, going in several other directions rather than traditional cadastral and topographic applications. Detailed 3D digital mapping is now more important because more aspects of buildings and the urban environment have to be considered, for example the ones related to energy efficiency. Also changes of buildings and land over time have attracted great interest in the mapping process, not only to have up-to-date three-dimensional spatial databases, but also to keep record of the evolution process in 4D digital maps. In some cases and when available, historical maps are integrated in the archives. Geographic data need to be accessible to a wider number of users through the Internet, where web services have been developed to allow people to interact with maps and geocoded data. In addition, the availability of several online map services allowed to create added value by supporting commercial applications and location based services (LBS). Crowdsourcing information (Heipke 2012) can be continuously uploaded by the u...

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Framework and modeling structure of Exploration and Mining Cadastre system in Iran

Cited by 8 publications

References 10 publications

Exploring the applications of 3D proximity analysis in a 3D digital cadastre

Exploring the applications of 3D proximity analysis in a 3D digital cadastre

Implementation plan for a new mineral policy development framework and mining cadastre system for Pakistan

Applications of surveying in land management

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