This thesis deals with the evaluation of land cover changes in twelve cadastral areas in the central part of the Bohemian Forest. This area was gradually abandoned due to political changes in the 20th century. For the purpose of this study, the historical Stabile Cadastre maps from 1837 and aerial photographs from 1949 and 2008 are used. The work follows both the development of the area as a whole and the development of the individual segments around the "Iron Curtain ", built after the World War II. Another aim of this work is to determine the spatial distribution of trees in an open countryside. Field data are supplemented with the features calculated from the digital elevation model and the distances of each species to man-made landscape elements present in the area around the time of displacement (aerial photos from 1949).

This doctoral thesis analyses the role of historical urban agriculture in a long-time perspective, through a combination of overarching surveys of Swedish towns and detailed studies of one town – Uppsala in east-central Sweden. The study shows how agricultural land – town land – of various sizes was donated to towns repeatedly during medieval times and in the 16th and 17th centuries. The study examines urban food production at three points in time, and concludes that grain production and, later, potato production as well was substantial in many towns, indicating high levels of urban self-sufficiency. This allows new perspectives concerning the interpretation of urban food provision, as urban dependency on countryside food production might have varied considerably between towns. In addition, the study shows how urban agriculture was connected to social welfare systems, in particular aiming at supporting urban widows. The results in this thesis provide an historical context to the increasing discussions about present-day urban agriculture globally, and identify a number of factors that may create or counteract opportunities for urban agriculture.

This diploma work is concerned in evaluation of map bases, superposition of different quality maps and preparation of basic materials for the project of land adjustment. The main attention was given to cadastral maps of Land Registr of Czech Republic. The part of the cadastral unit Staré Hodějovice was chosen as given locality, where was proclaimed the beginning of land consolidation in 2004.

This diploma thesis deals with usage and processing historical maps. The main attention was given to the maps of Stable Cadaster and Land Cadaster, which are mostly used for this purpose. The part of the cadastral unit Dříteň {--} Velice was chosen as given locality, where was realized the land adjustment.

<p>Following paper deals with the questions about prehistorian and medieval settlements in the Mälar Valley and their relations to the historically known hamlets or single farmsteads from the 17^th- and 18^th-century cadastral maps. Models over settlement development through the period A.D 200 to 1700 done by geographers Ulf Sporrong and Dan Carlsson are tested and compared to the knowledge won by recent archaeological excavations. Is there a connection between the older settlements linked together by dry-stone walls and the late Iron Age settlements? Does the picture differ from the one presented for the Gotland region? How well are the general theories about different settlement development depending on basic natural conditions as for the potentials for cultivation and topography, corresponding to the physical remains?  Are there other factors involved when the settlement structure takes its form?</p><p>The methods that are used here constitutes mainly of a comparison between different locations in the Mälar Valley that has got a well known prehistory thanks to extensive archaeological excavations. Cadastral maps, soilmaps, topography maps and maps over ancient monuments are intertwined to the same map and analyzed through works in Geographical information systems.</p><p>The results of this study reveal an interesting suspicion in the continuity-question through the Iron Age. Certain settlements seem to be more stable than what was earlier assumed in the general models. This occurrence of continuous use of sites must also be seen in a spatial context and not only a pattern formed by randomly chosen locations. The research has shown that it may be connected to the local political power in the Iron Age community. Related to this are also the different settlement forms where more than one unit occurs on a site. Concerning the different natural landscapes both disparities and similarities are found when it comes to the development that precedes the given situation on the cadastral maps. The conclusion is that the recent archaeological excavations definitely have shown us a more complex situation than what was once outlined in the early years of landscape archaeology.</p>

Following paper deals with the questions about prehistorian and medieval settlements in the Mälar Valley and their relations to the historically known hamlets or single farmsteads from the 17th- and 18th-century cadastral maps. Models over settlement development through the period A.D 200 to 1700 done by geographers Ulf Sporrong and Dan Carlsson are tested and compared to the knowledge won by recent archaeological excavations. Is there a connection between the older settlements linked together by dry-stone walls and the late Iron Age settlements? Does the picture differ from the one presented for the Gotland region? How well are the general theories about different settlement development depending on basic natural conditions as for the potentials for cultivation and topography, corresponding to the physical remains?  Are there other factors involved when the settlement structure takes its form? The methods that are used here constitutes mainly of a comparison between different locations in the Mälar Valley that has got a well known prehistory thanks to extensive archaeological excavations. Cadastral maps, soilmaps, topography maps and maps over ancient monuments are intertwined to the same map and analyzed through works in Geographical information systems. The results of this study reveal an interesting suspicion in the continuity-question through the Iron Age. Certain settlements seem to be more stable than what was earlier assumed in the general models. This occurrence of continuous use of sites must also be seen in a spatial context and not only a pattern formed by randomly chosen locations. The research has shown that it may be connected to the local political power in the Iron Age community. Related to this are also the different settlement forms where more than one unit occurs on a site. Concerning the different natural landscapes both disparities and similarities are found when it comes to the development that precedes the given situation on the cadastral maps. The conclusion is that the recent archaeological excavations definitely have shown us a more complex situation than what was once outlined in the early years of landscape archaeology.

臺灣光復初期，政府受限於人力、物力，並未重新實施地籍測量，即沿用日治時期既有之地籍圖冊辦理地籍管理，惟歷年來既存圖簿面積不符之課題，今日為民眾所放大檢視，其衍生之疑義已持續擴張、浮現；而因應現實環境之需所制定的法規，於時、空間的變遷及人民產權意識的高漲，亦日趨模糊，致難以適從。 本文同時就圖解複丈辦理之疑義及更正登記遭遇之課題等考量，由臺灣地籍的演進，先行釐清面積不符之肇因，次就錯誤型態的認定以及補償制度的研擬，而為處理程序之建構，最後經由實務上之個案分析進一步研擬對策，並律定標準作業程序；另針對地籍測量實施規則第232條規定之測量錯誤更正沿革加以深論，並歸納研究結果，提出修法建議，以化解民眾的質疑及不信任。 經研究發現，既存面積不符之錯誤，於複丈或重測前難以先行釐正，乃因現行更正規定未臻明確，恐有逾越法律授權範圍。故由處理程序之建構，得以對其錯誤型態之認定能有所區分，並從補償面向的先行考量，以減少事後賠償之紛爭。另外，除循修法方向強化現行更正規定之意涵外，經由標準化作業程序之律定，至少可達至程序正當性的要求，使類似情事得以按部就班順利進行，不再各自摸索自謀解決，避免其他問題衍生。 / At the early period after Taiwan Restoration, due to the limited human resource and material resource, Taiwan government implemented cadastral management based on the cadastral maps produced during Japanese colonization rather than carry out new cadastral surveys. The issue of existed incorrect land area has been magnified today, and the extended doubts constantly emerged. Regulation, which should be made by real need, becomes blurred and hard to follow as temporal and spatial changes and property rights rises. This paper discusses the doubts of land revision with digitalized map and the registration corrections. First, clarify the causes of incorrect land area through the cadastral maps revolution, and then construct process procedures based on the identification of land error type and development of compensation system. Finally, create standard process procedures through real case analysis. Moreover, to reduce public doubts and distrust as well as to avoid go to law easily, this article deals with the past history of corrections of cadastral survey on Article 232 Directions for Implementation of Cadastral Survey, and conclude research results and propose suggestions for amendments to relative articles. The results show that the existed incorrect land area is hardly to correct before cadastral resurveys because of the unclear regulations of corrections. However, land error type can be identified by applying process procedures. It is suggested to put compensation on priority consideration to decrease possible disputes. In addition, except for strengthen current regulation by law modification; the creation of process procedure could at least achieve legitimacy. The similar cases can follow it step by step and avoid extended problems.

隨著時代科技之進步，國有財產管理由圖簿管理邁向資訊化管理已行之有年，惟現今之財產管理系統僅能掌握地籍屬性資料及管理機關的產籍資料，單張地籍圖無法與土地使用現況等空間資料結合，以圖形顯示土地及建物的位置及其空間分佈的分析，並且隨時掌握最新異動情形，導致國有土地未能獲得有效管理運用，被占用情形屢見不鮮。 自從1960年代加拿大地理資訊系統（CGIS）開始運作至今，雖然已有50年之歷史，但在早期，主要工作平台均為價錢昂貴之工作站電腦，其軟硬體價位極高，只有政府或大型研究機構才能負擔，所以GIS始終定位在專業用途，小老百姓一直無緣享受到GIS的好處。不過在近十年來的發展，使用者介面及軟硬體功能均已有長足進步，目前國際標準組織（ISO）與OGC (Open Geospatial Consortium)分別致力於地理資訊系統相關標準制定，迄今已分別推出許多與地理資訊描述與應用之相關標準。且我國對於國土資訊系統（NGIS）之開發整合及流通亦已投注相當心力，種種跡象均顯示GIS之開發門檻已逐漸降低中，且其資料之流通性亦提昇許多，因此本研究將嘗試探討如何利用開放式地理資訊架構（OpenGIS）、免費軟體（Free Software）及開放源碼軟體（Open Source Software），結合Google Earth涵蓋廣闊之地理資源平台，用最經濟且符合實際需求之方式，以地籍圖、地形圖及現況照片，結合既有國有土地及建物的管理屬性資料及相關地理圖形資料，如臺灣基本圖及地形圖等，以GIS的圖形及地理分析功能，輔助國有土地及建物管理之運用。 / With the advance of technology, the management of the state-owned property has been shifted from using map and book to information-based management for some time. However, the property management system today can only get hold of the management of cadastral property information and property registration of producing agencies, yet the cadastral map is not able to integrate with the current land utilization and other spatial data to illustrate the location and to analyze spatial distribution of the lands or buildings. And the fact that cadastral maps cannot be updated in time to grasp the latest alterations has resulted in ineffective management and utilization of state-owned land and arbitrary occupation was not uncommon. It has been fifty years since the operation of the Canadian Geographic Information System (CGIS) in 1960s. However, in the early stage, the working platform were mainly expensive workstation computers, and the prices of hardware and software were so expensive that only the government or large research institutions could afford. Therefore, GIS had been used only for special purposes; the pubic had no access to enjoy the benefits of GIS. However, from the development of the past decade, user interface as well as the function of hardware and software has made a great progress. At present, International Organization for Standardization (ISO) and Open Geospatial Consortium (OGC) are separately dedicated to developing geographical information standards and they have launched many standards regarding the description and application of geographical information respectively. Much effort on the integration and the circulation of our National Geographic Information System (NGIS) sees that the threshold of GIS development has been reducing and its circulation of data also has considerably raised. Therefore, this research attempts to combine OpenGIS, Free Software and Open Source Software with Google Earth, a platform that covers a wide geographical resource, with the most economical and realistic approach to integrate cadastral maps, topographic maps and present-day photos with the data of land and building management, and related geospatial data such as base map and topographic maps, etc. By using graphics and geographic analysis functions of GIS, it can support the management of state-owned land and buildings.