This work was developed in order to present an Instruction Guide, as a subsidy to the conception of the environmental monitoring system proposed for the State Park of Utinga (PEUt), which it was decided to call SISPEUt. In order to make it simpler and, therefore, more likely to be implemented, it was first decided to idealize it for the qualitative investigation of the soil and water in the Park. Initially, a study was carried out to verify the recommendations regarding the installation of a monitoring system for the environmental quality of the PEUt. This stage included the analysis of Brazilian hydro-environmental laws, norms, plans and programs that directly or indirectly presented such recommendations. Next, a survey of the vulnerability of the area was carried out in the face of the advance of the urbanization of the RMB. In this investigation, the threats imposed on the Park and its environmental elements became evident. In order to reveal details about the advantages of an environmental monitoring system, a study of qualitative and quantitative monitoring cases in protected areas in Brazil and abroad was carried out. The results showed benefits for the entire production chain associated with the monitored area, with gains also for the management bodies, for the political, academic and scientific classes, as well as for the general population. From all the survey carried out, the hypothetical-deductive method was used to ratify the objective of this work, which is summarized in presenting the Guide mentioned above. The architecture adopted for the proposed system was guided by the policies and guidelines of the ePING (Electronic Government Interoperability Standards), which advocates the use of public and/or free computer programs in the design of monitoring systems such as SISPEUt. The parameters to be monitored were defined according to norms and hydro-environmental programs in force or in progress in Brazil, with the contribution of systems that monitor environmental variables in the national territory. As for the location of the measurement and sample collection points, these were determined based on the Park's physiography and the threats imposed on the Conservation Unit (UC). In short, the final product of this work is considered an important contribution to environmental management in the RMB, since the implementation of SISPEUt can bring important subsidies to the protection of the CU and, consequently, improve the services provided to the population, especially those related to the provision of water for public supply.
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