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The development of geospatial technologies in recent years has profoundly changed the field of topography and cadastre. Now, digital methods using LiDAR, drones, GNSS, and multispectral imaging provide a detailed three-dimensional picture of land, buildings, and ecosystems on campuses. This research examines the combined use of digital topography and remote sensing technologies to manage and capitalize on the resources of the University of Life Sciences "King Mihai I" from Timisoara. By integrating data from LiDAR...

This paper explores the relationship between energy availability and rural domestic architecture in the Ier Valley, a historically agrarian microregion in northwestern Romania. Focusing on the period 1901-1905, the study investigates whether fluctuations in agricultural productivity-and, by extension, in the energy surplus available to peasant households-may have influenced construction practices and spatial organization. The research draws inspiration from Barnabas Calder-s [1] energy-centered historiography, ada...

The paper explores the utilization of modern measurement technologies, particularly drones and GPS systems, in the process of mineral resource exploitation. These technologies have revolutionized the way topographic surveys are conducted, providing efficient and precise solutions for land mapping and mineral deposit evaluation. Drones, equipped with RTK (Real-Time Kinematic) modules, enable rapid collection of geospatial data, facilitating the acquisition of high-resolution aerial images and digital terrain models...

This paper analyses the implementation of recent geospatial technologies to map and model underground natural gas networks in three dimensions, with a focus on the use of mobile LiDAR scanning systems. The research focuses on the Subcetate area in the municipality of Arad, a representative example for the technical-urban networks in western Romania. The main objective is to create a geospatial database (GIS) with a high degree of accuracy, which would include the information collected from the site about the route...

Land improvements refer to measures and works carried out on agricultural or non-agricultural land to increase its value, sustainability and productivity. These improvements are intended to optimize land use, increase efficiency and support economic development. The purpose of this research was to describe the redesign of an irrigation canal, to present the necessary measurements, and to record the results. In this study, we have presented the steps necessary for measuring an irrigation canal and for drawing up lo...

This research examines how Earth and Environmental Sciences are woven into and how important they are within higher education, particularly as a response to today's environmental problems. It highlights the key issue of their rather limited presence in curricula, which, it's argued, hampers students- preparedness for the sustainability challenges that define the 21st century. Primary data gathered on curriculum content, teaching methods, and how students perceive these, reveals a clear gap between current educatio...

This research confronts the linguistic hegemony within geoscience education, which systematically marginalizes non-native English speakers and constrains global capacity building. Moving beyond merely identifying this barrier, the research proposes and evaluates concrete multilingual strategies to foster a more equitable and effective discipline. Through qualitative investigations, including interviews with educators, students, and professionals, and a systematic review of existing resources, we identify both best...

Remote sensing techniques are increasingly used in land surface monitoring processes. The development of satellite systems has led to increasingly complex research in terms of analysis and monitoring of large land areas, with reduced costs and high efficiency. In this research, a satellite scene from 03.07.2024 taken over by the Landsat 9 remote sensing system was used, the scene identifier being LC09_L2SP_186028_20240730_20240731_02_T1, WRS_PATH 186 and WRS_ROW 28, UTM projection system, Datum WGS84, Ellipsoid WG...