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The integration of emerging technologies into geoscience education offers new opportunities to enhance spatial understanding. Digital Elevation Models (DEMs) are widely used for terrain representation; however, their interpretation in two-dimensional (2D) form remains difficult for many students. Despite increasing interest in three-dimensional (3D) visualization, there is limited empirical evidence on the educational impact of physical terrain models. The study proposes an educational approach for transforming DE...

Developing effective artificial intelligence agents requires more than selecting an appropriate language model. Agent performance is fundamentally constrained by the quality, structure, and accessibility of the underlying knowledge, making curated, continuously updated knowledge bases a core architectural component. While large language models, reasoning-oriented models, and research-focused models provide distinct capabilities for language understanding, reasoning, and summarisation, their practical effectiveness...

Groundwater retention potential assessment is essential for sustainable water resource management, climate adaptation, and spatial planning. Previous studies based on Analytic Hierarchy Process have demonstrated the usefulness of expert-driven multi-criteria analysis for identifying areas favourable for groundwater retention using geospatial and hydrogeological data. Building upon this approach, the present study proposes a comparative and hybrid modelling framework integrating AHP and Random Forest for groundwate...

In recent decades, Polish suburban areas have undergone rapid demographic and spatial transformation. This expansion is primarily fueled by enhanced transportation accessibility and a highly dynamic real estate market, leading to intensive suburbanization processes. However, this rapid growth often outpaces planning oversight. A critical challenge has been the lack of comprehensive spatial data, particularly regarding the scale and impact of decisions on building and land development conditions. As a result, the n...

BerSi GeoChem is software which will be sampling and registration of field samples and data collected will be sent directly to database These samples will be registered on PDA or GPS which should have installed the software BerSi GeoChem and after entering BerSi GeoChem data this data will be stored on the server with a primary key ID of the sample taken through which then there is possibility to do the changes and modifications of these data By entering the data then automatically the coordinates received it will...

The leakage of a hazardous substance poses a significant risk to the population and the environment. In the event of a technical equipment accident, a large amount of the substance can be released into the air, which is capable of contaminating a large area. For this reason, it is important to identify and register the facilities in which hazardous substances are located, and to analyze their potential impact on the surrounding area. For this purpose, it is possible to use geographic information systems, such as Q...

The rapid transformation of contemporary cities into smart urban systems has created new demands for geoscience education, requiring the integration of digital technologies, data-driven decision-making, and interdisciplinary urban analytics into academic and professional training. Smart cities increasingly rely on artificial intelligence (AI), the Internet of Things (IoT), Geographic Information Systems (GIS), remote sensing, digital twins, and real-time environmental monitoring to address complex urban challenges...

The spatial mismatch between available urban land and construction suitability constitutes a persistent challenge in civil engineering and urban planning, exacerbated by proprietary data costs and methodological opacity. This study formalizes a reproducible multi-criteria decision analysis framework leveraging vector datasets to derive quantitative construction site suitability indices through standardized geocomputation workflows. Employing buffer topology operations, Euclidean distance transforms, and weighted l...

Construction marketing requires visual evidence of site potential to secure client commitment, but accessible geospatial tools remain limited for small developers. This study presents a streamlined analysis workflow generating client-ready heatmaps that quantify site attractiveness through standardized metrics: accessibility (road network proximity), visibility (line-of-sight exposure), and neighborhood quality (amenities proximity). Using conventional buffer analysis on crowd-sourced layers, the methodology produ...

Solar energy is leading the charge in the shift to renewable energy sources because of its sustainability and abundance. With the use of remote sensing data and Geographic Information System (GIS) technology for land suitability research, this study evaluates the viability of developing solar farms in Baqubah City, Diyala, Iraq. Iraq is well-positioned for the spread of solar power due to its growing energy demand and dedication to diversifying its energy mix. Key elements included in the analysis were slope, land...

Post-mining discontinuous deformations, including sinkholes and localized landslides, constitute a significant geotechnical and environmental hazard in mining areas. Accurate identification of zones susceptible to such phenomena is essential for risk assessment and spatial planning. This study presents a GIS-based approach integrating Multi-Criteria Decision-Making (MCDM) methods for susceptibility mapping of discontinuous deformations in the mining area of the hard coal mine, located in the Upper Silesian Coal Ba...

Green finance has become a critical driver of sustainable development in emerging economies, where rapid economic growth, infrastructure expansion, environmental degradation, and climate vulnerability create both urgent challenges and unique opportunities for transformation. As these economies seek to balance industrialization, poverty reduction, and environmental sustainability, sustainable investment strategies have gained increasing importance in mobilizing capital toward low-carbon development pathways. Green ...

Green growth has emerged as a strategic framework for reconciling economic development with environmental sustainability, particularly in the context of climate change, resource scarcity, energy transition, and increasing socio-economic vulnerability. As governments and institutions seek pathways toward low-carbon development, the concept of economic resilience has gained equal importance, emphasizing the capacity of economies to absorb shocks, adapt to structural changes, and maintain long-term stability. The int...

The study evaluated people's perception of green spaces located near managed water courses in the urban environment, in the city of Timisoara - "Bega" Canal (Romania) and in Vilnius - "Neris" River (Lithuania). The information was collected in 2025, based on a questionnaire in Google Forms. The questionnaire included six questions categories (QC1 to QC6) with: general information about respondents (QC1), perception of public green spaces (QC2), perception of biodiversity (QC3), impact of climate change (QC4), cons...

The transboundary Chorokhi River Valley, extending from the upper mountainous catchments of northeastern Turkey to the deltaic plains of Georgia, represents one of the most ecologically diverse corridors in the eastern Black Sea Basin. This landscape integrates wetlands, river meanders, mixed and broad-leaved forests, agroforestry systems, and coastal dunes that together sustain high biodiversity and essential ecological processes of the Colchic biogeographical province. An integrated landscape–ecological approa...

Urbanization and climate change increase pressure on water resources and urban drainage systems, particularly in Mediterranean regions. Extensive green roofs have emerged as nature-based solutions capable of reducing stormwater runoff while improving urban microclimates. The present study evaluates the performance of halophytic and Mediterranean drought-tolerant plant species in extensive green roof systems irrigated with waters of different salinity levels. An experimental setup using the DIADEM-150 multilayer gr...

Understanding environmental change relies on observational technologies that analyze the interaction between electromagnetic radiation and matter. Spectroscopy provides the physical foundation for many sensing techniques used in Earth sciences, operating across the ultraviolet (UV), visible (VIS), and infrared (IR) spectral domains. Technologies such as LiDAR, thermal imaging, photogrammetry, and optical remote sensing rely on these principles to observe environmental processes and monitor changes in the Earth sys...

The convergence of remote sensing (RS), artificial intelligence (AI), and advanced computational modeling presents a paradigm shift in addressing interconnected environmental crises. This research demonstrates how this integrated framework delivers actionable insights for biodiversity conservation, pollution mitigation, and climate adaptation. RS provides high-resolution, temporal data on habitat extent, deforestation rates, pollutant dispersion, and climate variables. AI algorithms, particularly machine learning,...

In Europe, historic manor parks have been established as important parts of manor houses of aristocracy. Currently, most of manor parks and historical gardens are considered as very interesting historic monuments as well as important aesthetic features of cultural landscapes. Recently, historic manor parks come to the focus of ecologists and conservationists because of its biodiversity. Large historic parks and gardens, especially those with presence of old very large trees, providing habitats for many species of ...

The southern part of the Vysocina region (Bohemian-Moravian Highlands), defined by the surroundings of towns Telc and Slavonice, has been associated with the use of local crystalline limestones – marbles, since the Middle Ages. These marbles were burned to produce lime that was used not only for traditional masonry, but also for renders and plasters. Nowadays, analyses of preserved fragments of incomplete burned marble or binder-related particles in historical objects represent a valuable source for the rediscov...

This paper examines hunting tourism in Slovakia as an economic activity with implications for sustainable development and environmental policy. Based on statistical analysis, it evaluates key indicators such as visitor numbers, hunting infrastructure, and revenues from fee-based hunting, with an emphasis on their role in regional economies and natural resource management. The study also outlines the conceptual framework of hunting tourism, including its definition, typology, and insights from international researc...

Lignin is a heterogeneous phenolic polymer that gives rigidity to plant cell walls and accounts for 15-40% of the dry weight of biomass [1]. Natural lignocellulosic materials have low solubility and processability, which limits their effective practical application [2]. Modern research on lignin processing focuses on depolymerization processes followed by conversion of the resulting monomers either by hydroprocessing or oxidation. Oxidative conversion of lignin is carried out using biotechnological methods (enzyme...

Mining activities can significantly affect water resources by altering their chemical composition and promoting the mobilization of contaminants in aquatic systems. In this context, this study analyzed the hydrochemical and isotopic characteristics of hydric resources in a mining-impacted region of southern Ecuador in order to identify the main processes controlling water chemistry, determine the origin, and identify potential sources of contamination. Eighteen water samples were collected (10 surface water and 8 ...

The investigated area comprises Strzelin massif, located in the SW Poland. Strzelin massif is built mainly by granitoids and metamorphic rocks. The chemical-, mineral- and textural composition of the Strzelin granite were altered by hydrothermal fluids that migrated along fissures, caverns, microfractures, cleavage planes and grain interstices. The alterations manifest themselves mainly as bleached zones filled by hydrothermal minerals in the following order: quartz, feldspars, muscovite, chlorite, clinozoisite, p...

In the face of contemporary climate challenges, education and raising environmental awareness are becoming increasingly important. Today's society lives at a fast pace and utilizes various digital and interactive solutions. Therefore, to adapt learning to the needs of modern generations, it is necessary to seek new effective methods and tools that will arouse interest, engage, and activate learners. One such solution is virtual reality (VR), which creates an immersive environment with the potential to support the ...

This paper analyses how designing the same single-family building to different energy performance standards affects its life-cycle costs. The study compares five design scenarios for one building, starting from the current national minimum energy performance requirement, moving through a typical nearly zero-energy building solution and an enhanced NZEB variant, and progressing towards a highly energy-efficient Passive House and a Passive House PLUS solution with on-site photovoltaic generation. Each scenario is ev...

High-temperature drilling in deep HPHT and geothermal wells (>180–220 °C) causes thermal degradation of drilling fluids, which compromises hydraulic performance and accelerates wear of PDC and diamond-impregnated bits. This study evaluates three fluid systems – high-temperature oil-based mud (HT-OBM), thermally stabilized water-based mud (HT-WBM), and nanoparticle-enhanced synthetic-based mud (nano-SBM) – subjected to static aging in HPHT cells at 150–240 °C for 16–40 hours, followed by measurements of...

High-temperature drilling in deep HPHT and geothermal wells (>180–220 °C) causes thermal degradation of drilling fluids, which compromises hydraulic performance and accelerates wear of PDC and diamond-impregnated bits. This study evaluates three fluid systems – high-temperature oil-based mud (HT-OBM), thermally stabilized water-based mud (HT-WBM), and nanoparticle-enhanced synthetic-based mud (nano-SBM) – subjected to static aging in HPHT cells at 150–240 °C for 16–40 hours, followed by measurements of...

This study evaluates the impact of NPK fertilization on soil chemical properties, nutrient dynamics, and sunflower (Helianthus annuus L.) yield under field conditions in Western Romania. The experiment was conducted on a chernozem soil, where different fertilization rates were applied to assess their influence on key soil parameters, including pH, total nitrogen, available phosphorus, exchangeable potassium, and selected microelements. Soil samples were collected at different growth stages of sunflower and analyze...

The present study aims to track the influence of location and climate dynamics on the distribution and relationship of fine particulate matter (FPM) and airborne microorganisms. Hot spots, green urban areas and green peripheral areas in five Bulgarian cities with different climatic specificities were studied - Sofia, Plovdiv, Stara Zagora and Burga. The samples were collected using an air spinner. The total number of microorganisms was established, as well as the percentage of individual microbiological groups rel...

Grassland ecosystems represent extensive livestock farming systems and biodiversity conservation areas, with their ecological, social, and economic services. Wind turbines constitute one of the main sources of renewable energy that helps reduce greenhouse gas emissions. Nevertheless, the growing establishment of wind farms in grasslands and protected areas makes it necessary to evaluate their environmental impacts. A systematic literature review was carried out, and applied a SWOT analysis to study and assess the ...

The role of ventilation systems is to ensure and maintain optimal microclimate conditions in industrial spaces, by controlling temperature, humidity, dust concentration and gaseous substances, within limits compatible with comfort and safety requirements. At the same time, these systems must respect permissible noise levels and air circulation speed, so as not to affect the well-being of users. In order to achieve the prescribed parameters of indoor air (temperature, pressure and humidity), it is previously subjec...

Polycyclic aromatic dyes, are widely used as fluorescent labels, and of super-resolution microscopy. Dyes exhibit high photo stability, broad emission spectra making them suitable for advanced bioimaging. That is especially important in parasitology, where fluorescent labelling enables detailed investigation of pathogen morphology, and dynamic biological processes in living systems. In previous studies, ethanol was identified as an effective fixation agent because of its low toxicity and ability to preserve tissue...

The effect of gamma irradiation on the optical band gap of polyimide film and its composites with a filler of finely dispersed powder of high-temperature superconductor (HTSC) YBa2Cu3O6.7 with concentrations of 0.05% by weight; 0.1% by weight; 0.5% by weight was studied. Optical properties were studied in the spectral range of 190-1100 nm using a Shimadzu UV-3600 spectrophotometer. Based on optical absorption spectra and optical band gap calculations for the composite system, we find that the optical band gap (Eg)...

The influence of the noosphere on the natural environment is increasingly growing under modern conditions, which in many cases leads to critically dangerous consequences in terms of environmental pollution. The ecological situation is significantly worsened by phenolic compounds of exogenous origin, whose migration involves one of the primary stages – their physical absorption in soils. We investigated the adsorption peculiarities of phenol and m-cresol in Fluvisols distributed in Western Georgia. It was establi...

Alfa fibers have been investigated as a sustainable and cost-effective alternative to conventional reinforcement materials such as glass and carbon fibers, which are significantly more expensive and substantially increase the overall cost of mortar production. The present study aims to provide a comprehensive comparative analysis of mortars reinforced with different types of fibers, including mechanically extracted Alfa fibers, chemically treated Alfa fibers, and commercial polypropylene fibers. Fiber-reinforced m...

The road transport of dangerous goods may have severe consequences in the event of an accident. The consequences of a road accident involving a heavy vehicle transporting dangerous goods can affect not only the truck driver but also the nearby population. Route selection is a complex issue, influenced by multiple parameters that may vary over the course of a day, a week, or a month. The ultimate objective is to enhance safety through the complete digitalization of the risk management process for the transport of d...

Hydrogen is a promising energy carrier for future low-carbon systems, but its high flammability, wide explosion range, and low ignition energy present significant safety challenges. This paper proposes an integrated ATEX-based risk assessment methodology specifically designed for hydrogen storage and utilization systems. The methodology combines regulatory requirements, including EN 1127-1:2019, with a hydrogen-specific risk matrix, ATEX zone classification, and operational risk mitigation measures. A high-pressur...

Off-the-shelf mining and fleet management system (FMS) software solutions are often not tailored to site-specific operational requirements and therefore fail to fully address the complexities of real-world mining operations; moreover, such solutions remain limited or unavailable for battery-electric haul trucks, creating a need for the development of a new, customized application aligned with sustainability objectives. This study aims to develop a conceptual Electrical Truck Fleet Management System (ETFMS) for the...

The oil and gas industry is undergoing a structural transformation driven by sustainability requirements, decarbonization policies, and the integration of alternative energy carriers such as hydrogen. In this context, ensuring the safety, reliability, and continuity of technological processes is critical, given the high-risk nature of hydrocarbon extraction, processing, and transport systems. Technological failures in oil and gas operations may generate cascading effects, including environmental pollution, greenho...

The depletion of reserves at mature hydrocarbon fields in Kazakhstan necessitates the development of new approaches for regional petroleum prospectivity assessment. The South Torgay sedimentary basin remains one of the most promising hydrocarbon provinces of the Republic of Kazakhstan, hosting several large and medium-sized oil and gas fields. However, despite its recognized petroleum potential, significant parts of the basin remain insufficiently studied, particularly with respect to the spatial relationships bet...

The rapid advancement of artificial intelligence (AI) is transforming the ways geosciences are taught, learned, and applied in both academic and professional environments. From Geographic Information Systems (GIS) and remote sensing to predictive environmental modeling, hazard assessment, climate analysis, and urban digital twins, AI has become an increasingly important component of geoscientific research and decision-making. As the green and digital transitions accelerate globally, higher education institutions a...

are usually trained from a technical, procedural and physical point of view. Still, during rescue simulations and competitions, technical training is not the only element involved. Participants work under time pressure, external evaluation, uncertainty and responsibility, and these conditions may generate strong emotional reactions. If these reactions are not regulated, they can affect attention, decision-making, coordination with the team and recovery after the task. The current paper starts from the practical ne...

Forest evapotranspiration is a key component of the water balance in mountain ecosystems and plays an important role in regulating regional hydrological processes. Accurate assessment of evapotranspiration, a key component of the water cycle, remains challenging due to the spatial and temporal variability of vegetation water use and the limitations of individual observation methods. The objective of this study is to assess forest evapotranspiration in the Rhodope Mountains (Bulgaria), simulated using the open sour...

The growing complexity of environmental challenges, climate change, urban transformation, and sustainable development demands new educational models that move beyond traditional disciplinary boundaries in GeoScience education. In this context, STREAM education Science, Technology, Reading/wRiting, Engineering, Arts, and Mathematics has emerged as an innovative pedagogical framework that promotes interdisciplinary learning, creativity, critical thinking, and problem-solving competencies. By integrating scientific k...

This paper addresses the problem of integrating circular economy (CE) principles into production planning processes in high-mix manufacturing environments. Although environmental indicators are increasingly monitored in industrial practice, their role in operational planning decisions remains limited. In many cases, data collection is not followed by its effective use in decision-making processes. The aim of the paper is to present an author-developed conceptual approach that enables the transition from monitoring...

Three-dimensional terrain reconstruction for applications such as geodetic modeling and spatial analysis remains challenging when GNSS-derived observations are sparse, distributed primarily along road networks, and referenced to a vertical reference system different from that of the available digital terrain models (DTMs). This study presents a methodology for integrating GNSS-derived road observations with raster-based terrain models to reconstruct continuous and geometrically consistent terrain surfaces while pr...

Drilling fluid properties – density and rheology (plastic viscosity, yield point, gel strength) – are essential for wellbore stability, pressure control, hole cleaning, and minimizing non-productive time (NPT) in oil and gas drilling. Traditional manual methods (pressurized mud balance, Fann 35 viscometer) are periodic, labor-intensive, and delay corrections, increasing risks of kicks, lost circulation, and instability. This study proposes an intelligent automated system for real-time monitoring and control us...

Crowdsourced macroseismic data provide an important complement to instrumental earthquake catalogues, especially where the spatial distribution of felt effects is influenced by population density, local site conditions and building vulnerability. This study presents a preliminary intensity-distance attenuation analysis based on EMSC crowdsourced macroseismic reports for Albania and nearby border areas during 2012-2026. The compiled database contains 694 earthquakes and 212,140 corrected macroseismic intensity poin...

Agriculture is increasingly affected by climate change, soil degradation, and the need for sustainable land management, creating demand for advanced decision-support tools capable of integrating heterogeneous spatial and management data. The aim of this contribution is to introduce a system for parcel-specific agricultural advisory based on the integration of GIS, LPIS data, expert methodologies, and AI-driven analytical workflows. The system is designed as a modular web-based platform with a chat-oriented interfa...