本論文共一冊，計七萬五千字，分八章共廿九節。 本研究以D. Ricardo的地租理論為出發點，利用資源經濟學的理論，以Simple Ricardian Model 驗證土地資源的稀少性並計量其稀少性地租與使用者之機會成本（ user cost）。 其次經由地租與土地使用相關性之分析，藉土地使用均衡模型、開發 管制模型及政治地租模型以計量使用管制地策。再對集水區土地之仗用及對其他資源 衝擊的研究，提出Public Land Banking 的方法，作為集水區土地使用之有效管制方 法，並藉對石門水庫集水區土地之模擬操作，提出對我國集水區土地使用與管理之對 策，使集水區內的資源得為吾人永續利用，以達地利共享與地租歸公之政策目標。

There are two nuclear power plants in the Czech Republic for which measures to protect the population are proposed in the case of a radiation accident. This diploma thesis deals with one of them by decontamination of persons and techniques in the emergency planning zone. The theoretical part of the diploma thesis focuses mainly on knowledge and concepts in the field of ionizing radiation, radiation protection and emergency planning. The main objective was to analyze, compare and evaluate the existing and newly introduced decontamination means of persons and equipment of the Fire Rescue Service of the Czech Republic and the Army of the Czech Republic. For this purpose, eight decontamination devices have been selected for use in a radiation accident. One of the partial objectives is also to compare the decontamination methods and procedures of both components. The quantitative processing of the parameters studied was used to compare, and a multi-criteria decision-making method was used to obtain the results, using the scoring method. In order to obtain data and information, searches of available publications, methodological sheets and instructions for decontamination equipment were carried out. All information has been consulted with chemical experts from the Fire Brigade of the Czech Republic and chemical units of the Army of the Czech Republic. The results of the comparison showed that the decontamination facilities of the members of the Fire Rescue Service of the Czech Republic are more suitable for use in the radiation accident. Their main advantages are a more effective solution for wound decontamination and a system for capturing and collecting contaminated water. However, the Army of the Czech Republic would be able to do the same work after the partial modifications. The decontamination equipment for solving the radiation accident is constantly being refined. An example is the Portable Frame Gamma Detector. This allows you to speed up the decontamination process and saves the forces and resources deployed to deal with an emergency.