Cadastral Plans Research Articles

Austro-Hungarian premier of Travnik madrasas

The creation of cadastral plans, and then different types of maps, is the procedure by which space is coded. During the creation of cadastral plans, they are topographed and different names and auxiliary text are written on them. The geological maps were also topographed during the procedure of creating geological maps. This is necessary in order for the content of the geological map to be complete. These procedures offer the user of cadastral plans and geological maps a lot of information about the terrain presented on the cadastral plans and geological maps. The first cadastral plans and geological maps of Bosnia and Herzegovina are related to the rule of the Austro Hungarian Monarchy. These cadastral plans arose as a result of the first systematic survey of Bosnia and Herzegovina, which took place after Bosnia and Herzegovina became part of the then powerful Austro Hungarian Monarchy. The survey started in 1880. and it was successfully completed in 1884. Cadastral plans created as a result of this surveys are called plans of the old survey. They were create in scales of 1: 6250, 1: 3125, 1: 1562.5 and 1: 781.25. Unfortunately, a lot of these plans were destroyed during Second World War. In the environments in which they exist, these cadastral plans are inexhaustible historical sources for many researchers. Cadastral plans of the old survey have a special significance in the historical cartography of Bosnia and Herzegovina. The current cadastral plans are arising as a result of survey which realized after the Second World War, when Bosnia and Herzegovina were one of the federal units of the former Yugoslavia. Cadastral plans created on the basis of the results of a survey carried out in the aforementioned period are called plans of the new survey. They were created in scales of 1: 5000, 1: 2500, 1: 2000, 1: 1000 and 1: 500. The subject of the survey were all objects and data certained for recording in the cadastral register and land register. The survey included the madrasas that existed in Travnik: madrasa of Elči Ibrahim-paša, madrasa of Mehmed-paša Kukavica and madrasa of the Mehmed-paša Muhsinović. Madrasas on the cadastral plans of old survey is the subject of research in this paper. The madrasa of Elči Ibrahim- paša was also surveyed during the maintenance of cadastral register. The paper analyzes the depictions of the madrasas in the on the updated lithographic copies of the original cadastral plans of the old survey, which served as working originals of the cadastral plans on which the graphic part of the cadastral register was maintained.

DETERMINATION OF AN OBVIOUS FACTUAL ERROR IN A CADASTRAL MAP

The maps created of reinstated property after 1990 contain numerous errors. These errors have been transferred from the existing cadastral plans, comassation plans, land subdivision plan, aerial photo plans and a large-scale topographic maps created in the years 1964-1968. For the creation of maps of the reinstated property, the sources described above were used directly, without repeated aerial photography or deciphering of the objects as well as without the conduction of direct geodetic measurements [6, 8]. The presence of an obvious factual error is a relatively common phenomenon in the cadastral map. The same applies mainly to linear objects and it is quite possible to remove these errors. These errors can be corrected via separate projects for the specific errors, as well as via projects affecting a large part of land territory and even an entire land territory.

Building Information Modelling from Cadastral Plans and Application to an Italian Case Study Building Using Innovative Strategies

This paper explores the applicability of different methods to construct a Building information System Model (BIM) from 2D plans and, more specifically, cadastral plans. The explored procedures use three different approaches to build BIMs: one manual, one semi-automatic based on Rhinoceros/Grasshopper, and one based on Artificial Intelligence (AI). To analyse the performance of the three methods, the case study of a masonry building located in an Italian historic centre is used. The fastest is the AI-based method, although it has some limitations in automatic recognition of some objects. This latter aspect was further explored by analysing a very large dataset of cadastral plans. The results show good recognition of wall elements, but problems arise in the recognition of other elements, such as doors and windows. The manual method, on the other hand, allowed for the construction of a detailed model of the considered structure. However, the method requires strong user interaction and longer time frames than the AI-based method. The semi-automatic based method requires quite a lot of pre-processing but through an algorithm in Grasshopper a fast and detailed modelling of the structure is obtained. The paper also outlines future scenarios for the full exploitation of cadastral data.

Building Information Modelling from Cadastral Plans and Application to an Italian Case Study Building Using Innovative Strategies

This paper explores the applicability of different methods to construct a Building information System Model (BIM) from 2D plans and, more specifically, cadastral plans. The explored procedures use three different approaches to build BIMs: one manual, one semi-automatic based on Rhinoceros/Grasshopper, and one based on Artificial Intelligence (AI). To analyse the performance of the three methods, the case study of a masonry building located in an Italian historic centre is used. The fastest is the AI-based method, although it has some limitations in automatic recognition of some objects. This latter aspect was further explored by analysing a very large dataset of cadastral plans. The results show good recognition of wall elements, but problems arise in the recognition of other elements, such as doors and windows. The manual method, on the other hand, allowed for the construction of a detailed model of the considered structure. However, the method requires strong user interaction and longer time frames than the AI-based method. The semi-automatic based method requires quite a lot of pre-processing but through an algorithm in Grasshopper a fast and detailed modelling of the structure is obtained. The paper also outlines future scenarios for the full exploitation of cadastral data.

Analyzing the extent and use of impervious land in rural landscapes

The amount of impervious surface is increasing rapidly worldwide. Although urban expansion has been studied extensively, the alteration of impervious land cover in rural regions remains under-examined. In particular, insights into the utilization of these sealed surfaces are crucially needed to unravel the underlying dynamics of land use changes beyond urban areas. This study focuses on rural regions from a Swiss case study and presents an analysis of the use of sealed surfaces in such regions, rather than solely quantifying the extent of sealed surfaces. Utilizing a synergistic approach that merges detailed cadastral plans with very-high-resolution remote sensing imagery and sophisticated deep learning algorithms, we characterized the uses of sealed surfaces, including buildings and their surroundings. Our findings reveal that 2.1 % of the study area’s rural regions comprises sealed surfaces - an area comparable to the sealed surfaces in the urban regions. Within these rural regions, transport infrastructure represents 68 % of this impervious surface. Buildings account for 12 %, and their surroundings, constituting 13 %, are utilized primarily for agricultural purposes, including farming and livestock activities. The deep learning approach achieved a classification accuracy of 72 % for a shallow model and 79 % for a deeper model, indicating that mapping building types is possible with reasonable accuracy. The outcomes of this study underscore the critical need to factor in the presence and utilization of impervious land cover within rural regions for the sustainable management of land resources.

The need for renewal of the real estate cadastre on the territory of Vojvodina, Republic of Serbia

The aim of this paper is to perform ranking of five cadastral municipalities in the territory of the administrative municipality of Pancevo, in which land consolidation was not carried out, in order to determine the sequence for carrying out work on the renewal of the geodetic survey. The authors used the VIKOR method, as one of the multi-criteria optimization methods. The list of eight criterion functions (fi) and six sub-criteria (kij) was adopted for the multi-criteria optimization of the renewal of real estate cadastre in the research area. The multi-criteria ranking list of cadastral municipalities as alternative solutions, and the proposal of a compromise solution were determined for four different combinations of weights ωi, by which different relative importance of criterion functions is expressed. The obtained results, in a form of ranking lists for every combination of weights, allowed creating the hierarchy of the urgency of the commencement of works on the renewal of real estate cadastre. One of the problems in Serbian cadastre is that in all cadastral municipalities on the territory of Vojvodina, in which land consolidation has not been carried out, cadastral plans of the "old" graphical survey are still in use. The fact that real estate cadastre is still dealing with graphical survey data points to the need for the renewal of the real estate cadastre in the cadastral municipalities in which land consolidation was not carried out. The renewed, which would also mean contemporary and current, real estate cadastre represents a good foundation for making well-informed decisions relating to nature conservation, resolution of water-related issues, or enhancement of agricultural practices.

Cartographic sources of spatial data on the old cities of Torican and Vrbenac

Historical cartography has an important place among historical sources. Many researchers can have the opportunity to use many cartographic sources during their research. An important source in historical cartography is maps created during the reign of the Ottoman Empire on the territory of Bosnia and Herzegovina. However, the existence of cartographic representations of Bosnia and Herzegovina which are the results of the work of cartographers of the world should also be emphasized. Large-scale representations found in the form of cadastral plans of various scales are of particular importance in research. However, small-scale cartographic representations also offer great help to researchers. The first large-scale representations of the territory of Bosnia and Herzegovina were made during the reign of the Austro-Hungarian Monarchy. This short period of rule on the soil of Bosnia and Herzegovina resulted in the surveying and representing of the entire territory of Bosnia and Herzegovina on cadastral plans at the scale 1:6250, 1:3125, 1:1562.5 and 1:781.25. On the basis of these large-scale representations, many small-scale representations of different topics, purposes and scales were created. Small-scale representations were made in different scales, which also dictated the detail of the representation. The maps, i.e. small-scale graphic representations, were produced at the scales of 1:12500, 1:25000, 1:75000, and 1:150000. With the end of the First World War, a new period of cartography of the territory of Bosnia and Herzegovina was born. During this time, topographical maps were made at the scales of 1:25,000, 1:50,000, and smaller scales. Of course, the authors of the maps monitored the situation on the ground and tried to ensure that all the details that could be shown were shown on them in terms of content and according to the possibility of the display. After the end of the Second World War, a completely new period was started in the production of graphic representations of Bosnia and Herzegovina. A special place is occupied by large-scale representations views - cadastral plans that were prepared at the scales of 1:5000, 1:2500, 1:2000, 1:1000 and 1:500. On the basis of cadastral plans, small-scale graphic representations of Bosnia and Herzegovina - maps were created. The map scales were 1:2500, 1:50000 and smaller. Maps with different purposes and themes were created. Topographic maps have a special significance. The completeness of the presentation is an important determinant of all the previously mentioned presentations. The completeness of the cartographic display is reflected in the display of all significant objects, depending on the scale of the display. The area of Bosnia and Herzegovina has many sights. Most of these sights have been measured and shown on large-scale geodetic bases - cadastral plans as well as small-scale geodetic bases - maps. Graphic representations of Bosnia and Herzegovina were created by many cartographers. Taking this as important data, Bosnia and Herzegovina or its individual parts are shown on maps of different scales related to different authors. This is precisely what results in graphic representations on which different signs, display methods, letters, and languages are represented. Cartographic representations in Bosnia and Herzegovina were created in different time periods. The depictions of Bosnia and Herzegovina go back several centuries. Cartographic representations show details that are interesting to many researchers. At the time of the creation of cartographic representations, it was not even imagined how important the representations would be for research in today's time. Historical cartography through cartographic representations offers a lot of information about many objects on the soil of Bosnia and Herzegovina. The depictions of the Travnik's old towns Toričan and Vrbenac, are especially important for the research. In the paper, the depictions of the aforementioned remnants of Travnik's old towns were investigated. They were shown on many cartographic sources of different purposes and different scales, which were made by different authors in different time periods. The paper analyzes the depiction of old cities in historical cartographic sources from the 17th to the 20th centuries.

Mapping land use diversity in new GRA, Idah local government area, Kogi, State: Towards sustainable township development

In light of swift urbanization and the lack of precise land use maps in urban regions, comprehending land use patterns becomes vital for efficient planning and promoting sustainable development. The objective of this study is to assess the land use pattern in order to catalyze sustainable township development in the study area. The procedure adopted involved acquiring the cadastral layout plan of the study area, scanning, and digitizing it. Additionally, satellite imagery of the area was obtained, and both the cadastral plan and satellite imagery were geo-referenced and digitized using ArcGIS 9.2 software. These processes resulted in reasonable accuracy, with a root mean square (RMS) error of 0.002 inches, surpassing the standard of 0.004 inches. The digitized cadastral plan and satellite imagery were overlaid to produce a layered digital map of the area. A social survey of the area was conducted to identify the specific use of individual plots. Furthermore, a relational database system was created in ArcCatalog to facilitate data management and querying. The research findings demonstrated the approach's effectiveness in enabling queries for the use of any particular plot, making it adaptable to a wide range of inquiries. Notably, the study revealed the diverse purposes for which different plots were utilized, including residential, commercial, educational, and lodging. An essential aspect of land use mapping is identifying areas prone to risks and hazards, such as rising sea levels, flooding, drought, and fire. The research contributes to sustainable township development by pinpointing these vulnerable zones and providing valuable insights for urban planning and risk mitigation strategies. This is a valuable resource for urban planners, policymakers, and stakeholders, enabling them to make informed decisions to optimize land use and promote sustainable development in the study area.

Modelling underground cadastral survey data in CityGML

AbstractIn underground environments, survey elements such as survey points and observations provide the information required to define legal boundaries. These elements are also used to connect underground legal spaces to a geodetic survey network. Due to the issues of current 2D approaches for managing underground cadastral data, prominent 3D data models have been extended to support underground land administration. However, previous studies mostly focused on defining underground legal spaces and boundaries, with less emphasis on survey elements. This research aims to extend CityGML to support underground cadastral survey data. The proposed extension is based on the survey elements elicited from underground cadastral plans, which is then implemented for an underground case study area in Melbourne, Australia. This extension integrates underground survey data with legal and physical data in a 3D digital environment and provides an improved representation of survey elements, facilitating the management and communication of underground cadastral survey data.

Evolution of the cadastre renewal understanding in Türkiye: A fit-for-purpose renewal model proposal

Keeping the cadastre up to date is as important as establishing it for securely conducting people-to-land relations. As a concept, cadastral renewal refers to digitising the cadastral plan and correcting errors because of cadastre in the legal land registry information, updating them in a format and structure to create infrastructure for spatial information systems, making them available for use. Before 1987, cadastral work was conducted following various production methods and laws of the period. As a result of rapid urbanisation, the transformation of rural areas into urban areas, and the increase in the value of parcels, the delay in land-related investment projects because cadastral data and technical documents do not meet the expectations of accuracy and completeness, has been discussed for a long time in the country. Cadastral renewal projects carried out in places of urgent need because of technical and legal problems have become state policies with the Land Registry and Cadastre Modernization Project (TKMP), initiated in 2007 using the resources provided by the World Bank. In this project, it was determined that 22.3 million of the existing 58.3 million cadastral parcels in Türkiye should be renewed. As of 2021, approximately 14 million parcels have been renewed by the participation of the private sector while the renewal of the rest has been ongoing. This study examined the adequacy of the existing land registry and cadastre data within the scope of rural cadastral renewal. In this framework, the cadastral technical file, land book, and land registry information in the Land Registry and Cadastre Information System (TAKBIS) were compared within the classification framework, and their differences were determined. In addition, the parcel areas calculated by initial cadastral surveys years ago to establish the cadastre were compared with the legal areas and new areas of the parcels calculated after the renewal. It was found that 90.37% of the parcel areas calculated based on the initial surveys were consistent with those calculated after the renewal, whereas 67.47% were consistent with the legal areas within the tolerance values. According to these results, supported by other findings, cost-effective and rapid cadastre renewal has been proposed.

Using Multispectral Images to Establish Land Categories

At the present stage, the dominant means of obtaining information is space shooting, which is carried out from space carriers with the help of special shooting equipment, and makes it possible to obtain high-quality images covering a significant area of the earth's surface. Methods combining multi-criteria analysis and GIS technologies can be used to make appropriate environmental decisions. At the same time, an important component for all interested parties is obtaining the original information at the lowest cost. In this regard, this publication provides a methodology for constructing maps of land categories, which is based exclusively on a free basis. This methodology includes free and open FOSS software, space images of the Landsat 8 satellite, and multi-criteria analysis of space image processing. The procedure of the methodology includes the creation of a database based on available land management documents, cadastral plans and maps, satellite images, etc.; processing of the database using multi-criteria analysis; analysis of the results and decision-making. The database is created using QGIS software, and PostgreSQL with the PostGIS extension is used for modeling and data storage. MultiSpec software was used to create multispectral images, perform satellite image classification and evaluation. Using a set of the above software products and Landsat 8 satellite images, a pilot project on an area of 615 km2 was carried out to determine the capabilities of this methodology for establishing land categories. It was established that the multispectral image of the combination of 6-5-2 channels best represents land categories. The accuracy of the classification is 96.2%, and the User Accuracy for arable land is almost 100%, for orchards 55%, and for hayfields and pastures 61.3%.

Ефективність застосування безпілотних літальних апаратів для підготовчого етапу оціночних робіт

The Purpose. The purpose of the study is to prove the effectiveness of the use of unmanned aerial vehicles for the preparatory stage of evaluation works. In the process of development of modern methods of remote sensing of the territory of populated areas, the problem of using unmanned aerial vehicles for real estate evaluation is gaining relevance. Aerial surveying has been an effective tool for geodetic work, geophysical research and various types of monitoring for several decades. Modern technologies for creating topographic and cadastral plans are based precisely on the use of digital aerial photography materials [Burshtynska H., Stankevich S., 2013]. However, the cost of using airplanes and helicopters for local large-scale shooting is an order of magnitude higher and therefore. an alternative solution is to use UAVs for property valuation. The Methodology. The methodology is based on the need to use UAVs to assess the market value of real estate. The creation of large-scale plans of rural settlements based on data obtained with the help of UAVs is necessary for the design of master plans [Glotov V., Korduba Yu., 2011; Glotov V., Gunina A., 2014]. And this, in turn, is connected with land accounting and setting boundaries in a certain region, as well as the need to assess the market value of real estate. Unmanned aerial vehicles are widely used for aerial photography, as they are an inexpensive alternative to traditional filming from airplanes, helicopters, hang gliders, and satellites. In addition to high economic efficiency, i.e. a tenfold decrease in price, UAVs have additional advantages compared to traditional aerial and space shooting. The Results. The conducted studies prove the importance of using UAVs in real estate evaluation. The purpose of using a UAV is to obtain images of the territory with given characteristics. It is known that aerial photography, as a type of remote sensing of the earth, is an economically and technologically justified way of collecting spatial information, the basis for creating cadastral plans and maps, three-dimensional models of the terrain and terrain [Glotov V., Tserklevych A., etc., 2014]. It is proven that the efficiency of the proposed method exceeds by 36% the traditional methods of real estate evaluation. Scientific Innovation and Practical Significance. For the first time, research was carried out related to the possibility of using UAVs to estimate the market value of real estate. The article proves that the use of unmanned aerial vehicles at the stage of collection and analysis of initial data will make it possible to reduce the cost of determining the geometric characteristics of the object of evaluation by ten times compared to traditional geodetic methods, as well as speed up the process of selecting similar objects for the purpose of building mathematical models determining the market value of the relevant real estate segment. It has been proven that unmanned aerial vehicles have significant advantages compared to traditional methods of filming, namely: the possibility of obtaining ultra-high resolution (units and tenths of a centimeter) on the terrain; the possibility of detailed filming of small objects and small areas where it is completely unprofitable or technically impossible to do it in other ways, for example, in the conditions of urban development; mobility; high efficiency; environmental cleanliness of flights; high economic efficiency (decreasing the cost of work tenfold), etc.

Transform paper-based cadastral data into digital systems using GIS and end-to-end deep learning techniques

Digital systems storing cadastral data in vector format are considered effective due to their ability of offering interactive services to citizens and other land-related systems. The adoption of such systems is ubiquitous, but when adopted, they create two non-compatible systems with paper-based cadastral systems whose information needs to be digitised. This study proposes a new approach that is fast and accurate for transforming paper-based cadastral data into digital systems. The proposed method involves deep-learning techniques of the LCNN and ResNet-50 for detecting cadastral parcels and their numbers, respectively, from the cadastral plans. It also contains four functions defined to speed up transformations and compilations of the cadastral plan’s data in digital systems. The LCNN is trained and validated with 968 samples. The ResNet-50 is trained and validated with 106,000 samples. The Structural-Average-Precision () achieved with the LCNN was 0.9057. The Precision, Recall and F1-Score achieved with the ResNet-50 were 0.9650, 0.9648 and 0.9649, respectively. These results confirmed that the new method is accurate enough for implementation, and we tested it with a huge set of data from Tanzania. Its performance from the experimented data shows that the proposed method could effectively transform paper-based cadastral data into digital systems.

THE USE OF GEODESIC EQUIPMENT AND SPECIALIZED SOFTWARE FOR THE PREPARATION OF TECHNICAL DOCUMENTATION FOR THE SYSTEMATIC REGISTRATION OF A CADASTRAL SECTOR IN U.A.T. STUDINA, OLT COUNTY

The work presents the method of drawing up the technical documentation for the systematic registration of a cadastral sector, this being considered a fast and precise method of determining the surfaces and their registration in the Land Register. The cadastral sector is part of the territorial administrative unit Studina, OltCounty. To carry out the work, GNSS technology was used using the ALTUS APS-3 GPS receiver, the elevation being carried out in the Stereographic 1970 projection system. Based on the measurements made on the ground and the documents provided by the town hall, it was checked whether the surface is equal to the surface in the property documents of the respective land. After checking the surface, using the specialized software Mapsys 10 and AutoCad, the cadastral plan was drawn up, with the reporting of the 91 buildings that are part of the cadastral sector.

Application of orthophotomaps in land cadastre

This article is devoted to obtaining and using orthophotomaps in the land cadastre. Efficient use and monitoring of land and water resources in Uzbekistan open up a wide range of opportunities with the use of orthophotomaps obtained from aerospace images. At the same time, the effective organization of state control over land use, the introduction of modern technologies in the field, and the accounting of land resources remain insufficiently organized. In particular, in cadastral plans, the boundary description for registered land plots is inconsistent with their real site location. Therefore, at present, special attention is paid to the geodetic and cartographic support of the cadastral system on the basis of modern geographical information systems, registration of objects, design, and creation of digital maps. The study discussed the issues is the development of orthophotomaps in the land cadastre and the improvement of methods for their regular renewal using modern technologies. As a result of this study, the orthophoto maps were obtained for the Karakul district of the Bukhara region, and a cadastral map was created by vectorization.

ВПЛИВ НА ВАРТІСТЬ ЗЕМЕЛЬНИХ ДІЛЯНОК ПОХИБОК ПОЛОЖЕННЯ МЕЖ ОТРИМАНИХ ІЗ ВИКОРИСТАННЯМ БЕЗПІЛОТНИХ ЛІТАЛЬНИХ АПАРАТІВ

Purpose. The study of the effect of errors in the position of landmarks obtained using unmanned aerial vehicles, on the value of real estate. Aerospace for several decades is an effective tool for conducting geodetic works, geophysical studies and conducting various types of monitoring, but such methods are not used to assess the real estate. Modern technologies for the creation of topographical and cadastral plans are based precisely on the use of digital aerosol materials. However, the cost of using airplanes and helicopters for local large-scale take-off is on an order of magnitude higher and therefore an alternative solution is the use of UAVs. Methodology. Unmanned aerial vehicles (UAVs) are most often used as a cheap alternative to conventional airplanes from airplanes, helicopters, telescopes and satellite (satellite) takeoffs. In addition to significant cost-effectiveness (cheaper by ten times), UAVs have additional privileges, namely: low altitude, point-and-shoot, mobility, environmental cleanliness of flights. Land management works are mostly carried out unsystematically and without reliable control, and therefore the application of usual geodetic methods and measurement results does not allow obtaining the required precision of the coordinates of the points, boundaries and the film basis. All this leads to the problems of combining the boundaries of adjoining areas due to the use of poor-quality cadastral information in databases that were formed over a significant period of time by the regional centers of the SLC. Results. The use of UAVs proves the importance of them to perform valuation works, which will increase the accuracy of the determination of the coordinates of the boundaries of real estate and significantly accelerate the evaluation procedure. It is established that for large settlements, the accuracy of the determination of the coordinates should be significantly increased, since the cost of real estate in these settlements is quite large and, accordingly, the errors in determining the coordinates of real estate objects lead to errors in the cost of real estate objects of the settlement, which is legally unacceptable and therefore For very large cities it is expedient to create shots at low altitudes and gradually increase the accuracy of photographing the terrain. Scientific novelty and practical significance. The importance of using UAVs for assessing the value of real estate objects has been proved, as the resulting calculations result in average square errors in the value of 1 sq. M of real estate, amounting to less than 0.3% of its total value. The practical significance of the use of UAVs lies in the existence of additional advantages over traditional shooting methods, namely the possibility of obtaining a super-distinction (one and ten centimeters) in the terrain; the detailed removal of small objects and small areas where it is completely unprofitable or technically impossible to do in other ways, for example, in urban development.

USE OF SATELLITE GEODESY IN TRANSPORT INFRASTRUCTURE OF UKRAINE

The purpose of the article. Analyze scientific publications on the use of traditional geodetic equipment and compare with geodetic equipment using GPS technologies. As a basis for comparison, analyze the method of execution and work cost, time spent on field and chamber work. Determination of the efficiency and expediency of using satellite receivers in works related to the creation of a planning and cartographic basis for the territorial plan. Method. To achieve this goal, the experience of the field shooting method, cameral work and data processing was analyzed. During the research, cadastral plan of the area is developed, new technologies in the field of land management, cadastral, geodetic search works and materials of scientific and practical conferences are considered. Advantages and disadvantages of traditional and satellite methods for geodetic measurement are considered. Results. According to the results of the obtained data, a topographic map of the reserve lands area, comparable methods of using geodetic equipment and the estimated works’ cost were constructed. Scientific novelty. The conducted analysis made it possible to determine the advantages of satellite geodesy in the areas of land management, cadastral, and geodetic search works. The obtained result shows the importance of this direction in modern life and practical activity. Practical value. It is explained by the expansion of opportunities for cadastral needs of modern geodetic measurements, which can replace traditional geodetic measurements. With the help of satellite geodesy, it is expedient to create large-scale maps in a shorter period of time, and they also facilitate the acquisition of data from hard-to-reach or inaccessible objects, and objects that require the permission of the land user (owner) to conduct work.

INACCURACIES IN AREA OBJECTS TRANSFERRED FROM THE MAP OF THE RESTORED PROPERTY TO THE CADASTRAL MAP

The cadastral map and cadastral registers are created under conditions of maximum use of the existing map of the restored property and the current cadastral plans of the settlements. In the practice of the Geodesy, Cartography and Cadastre Agency - in the process of creating a cadastral map and cadastral registers and maintaining the already approved cadastral map and cadastral registers in an up-to-date state, discrepancies are found in the non-urbanized territory, which are transferred to the cadastral map and cadastral registers registers from the restored property map.

Analytical assessment of self-sowed forests in Ukraine

It was determined that the need to increase the forest resource potential and increase the efficiency of forestry production forces us to look for more rational scientific and methodological approaches to the use of forests. Of course, for this it is necessary to have reliable information about the existing state of the forest cover of the territory. It is known that statistical data on the area of the country’s forest fund take into account only the area of forests located on the lands of forestry purpose and do not contain information on unaccounted for forests on the lands of agricultural purpose. Self-seeded forests in Ukraine are a fairly common phenomenon that can significantly influence the increase in the country’s forest cover. Currently, the very concept of “self-seeding forest” is not legally defined, and it is not clear how to most effectively use this phenomenon for the good of society from an economic and ecological perspective. That is why it is necessary to determine how widespread self-seeded forests are on the territory of the country and which areas are in question. Taking into account the current trends in the development of technologies for remote sensing of the Earth, an analytical assessment of self-seeded forests in Ukraine was carried out. Analytical assessment consists in the comparison of space images from the Public Cadastral Map of Ukraine and space observation data (RSE — remote sensing of the earth). The photos revealed that large areas of agricultural land are covered with forests and have not been used for their intended purpose for several decades. As a result of the research, a graphic method of determining the area of self-seeded forests was developed and a regularity was established in the change in the coefficients of forest cover and agricultural development of the territory, taking into account the area of self-seeded forests. To visually present the results of the graphic method of determining the area of self-seeded forests, the 2007 cadastral plan of land accounting of CAE (collective agricultural enterprise) “Sosnivske” was used. According to the data of the remote sensing of the land and the data of the Public Cadastral Map, significant areas of self-seeded forests were found on the territory of CAE “Sosnivske”, which were formed during the period 2007–2021.

Аналіз формування величини нормативної грошової оцінки земельної ділянки в межах територіальної громади

The purpose of the work is to study the formation of the value of the normative monetary valuation of land, as an object of the territorial community of the respective categories of land. To achieve this goal you need to solve the following tasks: to investigate the order of formation of the value of the normative monetary value; determine the main indicators of comparison of the calculation of regulatory monetary valuation. The method of work was to determine the normative monetary value for three sites for different purposes. The calculation of the normative monetary assessment was carried out in accordance with current legislation. The initial data for the calculation of the assessment were: an extract from the State Land Cadastre, cadastral plan of the land, public cadastral map, layout of the research object. To compare the results, the normative assessment was additionally calculated using normative documents that were in force until 2022. Results. It is established that the current methodology significantly reduces the regulatory assessment for these objects, so for example for industrial lands it is reduced by 41%, for water lands -17%, and most for forest lands -84%. This calculation reduces the rent and, consequently, revenues to the local budget. Scientific novelty and practical significance. The study of the current methodology for calculating the value of regulatory monetary valuation and comparative analysis with regulations that were in force until 2022. As can be seen from the calculations, the current methodology significantly underestimates the value of the normative monetary value. As a result of reduced revenues to the local budget. And given that the customer of the technical documentation for regulatory assessment will be TG, which is not profitable to conduct a new regulatory monetary assessment.