Property Transactions And Property Surveys: Surveyor Selection, Survey Costs, And Boundary Disputes – Are the latest GSMaP satellite sedimentation products feasible for daily and hourly discharge simulation in the Yellow River source area?
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Property Transactions And Property Surveys: Surveyor Selection, Survey Costs, And Boundary Disputes
Towards more representative monitoring of land use and land cover dynamics: Using sample-based estimation through advanced visual interpretation using Open Forests Collect Earth
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By Rohan Mark Bennett Rohan Mark Bennett Skillit Preprints.org Google Scholar 1, 2, *, Mila Koeva Mila Koeva Skillit Preprints.org Google Scholar 3 and Kwabena Asiama Kwabena Asiama Skillit Preprints.org Google Scholar 4
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Received: 22 September 2021 / Revised: 13 October 2021 / Accepted: 14 October 2021 / Published: 20 October 2021
Typically, land administration – including cadastre and land registration – uses land survey methods. This approach can be traced back thousands of years. The application of photogrammetry and remote sensing is considered much more modern, beginning in the late 20th century. This paper attempts to counter this view by arguing that these methods are far from being recent additions to land administration: successful application goes back much further, often complementing land methods. Using more accessible historical works now made available through the digitization of archives, this paper presents a richer and more complete synthesis of the developments in photogrammetric methods and remote sensing applied in the field of land administration. Developments from early phototopography and aerial surveys to analytical photogrammetric methods, satellite remote sensing, the advent of digital cameras and more recently lidar surveys, UAVs and feature extraction are covered. The synthesis shows how debates about the benefits of technology are hardly new. Nor are standards of time, cost, coverage and quality, while often flawed, well-intentioned. As well as providing a timely reminder of this more holistic approach and previous work, this paper holds contemporary practical value in further demonstrating to land administration practitioners that remote sensing for data capture and subsequent map production is entirely valid. is, if not an essential part of, its scope. Contemporary arguments that the tools and approaches do not provide sufficient accuracy for land administration purposes are easily rejected by the weight of the evidence. Indeed, these arguments could be seen to undermine the practicality inherent in the survey discipline, which has traditionally been an essential feature of the profession. However, it is left to land administration practitioners to determine the appropriateness of these methods in the context of each specific country.
In the context of this work, “land administration” includes the concepts of cadastre and land registration and is defined as the process of recording, securing and disseminating information about land tenure, value, use and development within a jurisdiction. It is understood in . Its main objectives are to support the securitization of land rights, land market management, access to credit, fair taxation of land and responsible spatial planning, among other social issues . “Photogrammetry” includes methods and tools for extracting multidimensional geospatial information from images required for mapping activities  (for further origin and etymology see Polidori L. “The term as trace in the history of science and technology : A Case Overview of Photogrammetry and Remote Sensing. Geospatial Information Sciences. 2021, 24, 167-177). “Remote sensing” is the process of scanning or viewing physical features of the Earth’s surface, measuring emitted radiation at a distance [ 4]. Photogrammetry and remote sensing both evolved from the traditions of photographic mapping and aerial surveying.
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The aim of the work is to further strengthen the arguments for the use of photogrammetric and remote sensing methods in the field of land administration , especially when used in a complementary manner with terrestrial geodetic methods. While photogrammetric and remote sensing methods are used in the field in some contexts, it could be argued that they are little used, especially given the amount of image data and collection capacity now available at relatively low cost. Happened. With wide spatial coverage and good temporal properties . Compared to other related sectors such as construction and agriculture, the level of application of large-scale image-based mapping in the field of land administration remains low. This argument can be made for both developed and developing contexts where location-based data collection techniques prevail in many circumstances . In general, it has been argued that a strong bias towards the use of land-only methods is driven by the existing community of land administration practitioners due to financial feasibility and the pace of the industry .
The justification for the work is that no such review has ever been done, at least in the modern era. The opportunity to undertake this work is now available due to the increased availability of archival journals and records due to digitization, scanning and online access. This enables a full understanding of historical developments within the domain to be presented to new audiences, informing future developments and better appreciating the close relationship between the fields of land administration photogrammetry and remote sensing, which are often work unevenly. Accordingly, the structure of this document is as follows. First, a description of the approach and methods used for the review is presented. Second, the results of the review are presented using a chronological approach, starting in the 1700s and increasingly moving to the 1900s using a combination of topic and decade. Third, a summary of the synthesis of development is presented in a concise manner. Finally, conclusions relevant to contemporary discussions on the use of photogrammetry and remote sensing in the field of land administration are drawn.
To enable the goal of providing a comprehensive overview of photogrammetry and remote sensing applied in land administration, a research synthesis methodology was applied . Built somewhere within or between positivist, constructivist and pragmatic research paradigms  , this approach seeks to critically analyze a range of literature, synthesizing the results to provide previously unrecognized models or descriptions. This approach has been widely used in the field of land administration , especially since the 2000s, due to the greater availability of historical sources and a generally growing body of empirical literature .
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August 2021 was selected as an open-ended start date and end date for this review. This fairly broad era allowed the most comprehensive coverage of documents and was still considered achievable in terms of time and resources available. For practical purposes, the initial search and selection of documents was done by decade, starting before 1900 and followed by 1900–1909, 1910–1919, and so on until 2021.
Using  as a model, the repositories studied included repositories used in other research syntheses in the land administration domain, including Google Scholar, Scopus, Science Direct and OICRF (International Office of Cadastre and Land Records) website (see: https://www.oicrf.org/search, accessed between July and August 2021. Cadastre, website operated by the Dutch Agency for Land Registry and Mapping (Cadastre), searchable Indexes and repositories, as in , Google searches outside Scholar were completed along with academic database searches to also capture relevant gray literature from industry and governments. In general, gray literature is less An important limitation of this approach is that less attention was paid to non-English documents, with most documents written in French and German, certainly from the late 1800s, early 1900s, and the World Wars. It is up to other scientists to fill these gaps, but it is expected that a similar trajectory of technological development will be seen, even if it is based on the experiences of different countries.
Typical search terms and search string combinations include “Land Administration”, “Land Registry”, “Land Registration”, “Cadastre”, “Cadastral Boundaries”, “Cadastral Survey”, “Land Survey”, “Land Plot”, “Property” Are included. , “Monuments”, “Photography”, “Balloon survey”, “Remote sensing”, “Photogrammetry”, “Photogrammetric methods”, “Aerial photography”, “Aerial survey”, “High-resolution satellite imagery” (and variations, e.g. , VHRSI) and “indirect methods” – and later “UAVs,” “RPAS,” “Lidar,” “SAR-radar,” “oblique imagery,” “feature extraction,” and “pictometry”. During this process it was decided
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