Anthropogenic Objects Research Articles

Indoor Airborne Microplastics: Human Health Importance and Effects of Air Filtration and Turbulence

Microplastics (MPs) are omnipresent particles that receive special attention because of their persistent nature and their potential impact on human disease and on the environment. Most MPs are generated by the degradation of larger plastic items such as clothing, car tires, and discarded plastic materials. In indoor environments, where human beings spend most of their time, aerial MP levels are higher, and the majority are fibers produced from textiles. Airborne MPs indoors are a greater potential danger to humans than MPs ingested in food and drink. Fragments small enough to remain substantially suspended in the air column, the small airborne microparticles that are measured as PM10 and PM2.5, become available for assimilation by human beings through respiration, potentially producing various health problems. Larger MPs act by ingestion and skin contact. MPs can carry microorganisms and micropollutants adsorbed to their surfaces, facilitating their uptake and survival within the human body. Indoor airborne MPs thus represent emerging pollutants of fast-growing concern that are especially important as potential invaders of the human respiratory system, reaching the alveoli of the lungs and finally entering the circulatory system and other tissues. Since this direct human exposure to MP contamination via indoor air is so important, we discuss in this article the ways in which MP concentration and dispersal in indoor air can be affected by air turbulence that is induced by anthropogenic objects such as air conditioners, filters, and purifiers. Much evidence is equivocal and further research is necessary.

A dataset of floating debris accumulation at bridges after July 2021 flood in Germany and Belgium

This paper presents a dataset documenting 71 floating debris accumulations at bridges following an extreme hydrological event that hit Belgium and Germany in July 2021. Data were collected from various sources including public authorities’ documents, public online databases, post event pictures and field visits. The dataset covers bridges geometry, flood conditions and debris accumulation. In particular, it systematically details accumulations dimensions and quantifies accumulations components, which contain a significant portion of anthropogenic objects, in addition to driftwood. This dataset constitutes a unique set of invaluable data to better understand debris accumulation at bridges but also to analyze their impact on both the affected structures and flood conditions.

Features of Temporal Variability of the Concentrations of Gaseous Trace Pollutants in the Air of the Urban and Rural Areas in the Southern Baikal Region (East Siberia, Russia)

This article presents the results of the automatic monitoring of the concentrations of gaseous impurities of sulfur and nitrogen oxides in the ground-level atmosphere of the urban and rural areas in the Southern Baikal region (East Siberia, Russia). The study was conducted from 2020 to 2023 at the urban Irkutsk station and the rural Listvyanka station located at a distance of 70 km from each other. We calculated the main statistical characteristics of the variations in the concentrations of nitrogen oxides and sulfur dioxide in the ground-level atmosphere and determined a nature of variability in their concentrations on various time scales: annual, weekly, and daily. Annual variabilities of gaseous pollutants in the ground-level atmosphere above the Irkutsk city and the Listvyanka settlement were similar and showed the highest values in winter and the lowest in summer. The daily and weekly dynamics of the nitrogen oxide concentrations in the urban area clearly depended on the increase in the road traffic during rush hours (morning and evening). In the rural area, there was no such dependence. In this area, the daily and weekly variability in the concentrations of nitrogen oxides and sulfur dioxide mainly depended on natural meteorological processes. The work systematizes the meteorological parameters at which the largest amount of anthropogenic impurities enters the air basin of Lake Baikal. The maximum values of acid-forming gas concentrations were observed when the air masses were transferred from the northwest direction, which corresponds to the location of sources in the territory of the Irkutsk–Cheremkhovo industrial hub—the largest concentration of anthropogenic objects in the Irkutsk region.

Assessment of the possibility of obtaining biohydrogen during decarbonization of municipal solid waste landfills

The article discusses the current problem of energy utilization of municipal solid waste, most of which is currently buried in landfills. An assessment of greenhouse gas emissions from these anthropogenic objects is provided. It is noted that a promising direction for utilization of landfill biogas is the production of biohydrogen. The authors present the results of laboratory studies on the production of biomethane from organic waste with its further conversion into biohydrogen. Using the example of a large landfill for municipal solid waste, a possible geo-ecological effect is shown by reducing greenhouse gas emissions during the energy utilization of biogas.

Содержание тяжелых металлов в почвах и листьях насаждений березы повислой (Москва)

The ecological condition of urban plantations is an urgent problem of our time. The condition of plantations and soils characterizes the ecological and sanitary condition of the environment. In the structure of the cities, urban and forest parks are of particular importance. They mainly perform recreational functions, contributing to improving the health and well-being of city residents. Woody plants, due to their properties to absorb harmful substances that come with air pollution from industrial enterprises and motor vehicles, are one of the main mechanisms for stabilizing the environmental situation in cities. Technogenic pollutants, a significant proportion of which are heavy metals, make a significant contribution to the pollution of ecosystems. Heavy metals represent a specific category of particularly toxic pollutants. The main sources of their entry into the soil are related to human activity. Heavy metals are accumulated by plants, which negatively affects the condition of urban plantations. Soil contamination with heavy metals leads to significant changes in the agrochemical state of the soil and the entire ecosystem. The accumulation of heavy metals in ecosystems depends on various factors, mainly on the condition of the soil and vegetation and the level of anthropogenic impact. The article describes the quantitative content of copper, lead, cadmium, nickel and zinc in the samples of soil and leaves of silver birch growing in the territories of Moscow parks. The sample plots have been laid in different functional areas of the parks: at the alleged sources of negative impact, as well as at points farthest from anthropogenic objects. The results of the study have been compared with the standards for maximum permissible concentrations, the biological absorption coefficient has been calculated, and the accumulation of heavy metals has been revealed depending on the location of the object relative to potential sources of pollution. The soils of the plantations under study contain concentrations of heavy metals that do not exceed the MPC level. The exception is zinc. Its amount in some sample plots has been increased several times. Birch leaves have shown an uneven accumulation of heavy metals depending on both the concentrations of the elements in the soil and the location of the sample plots.

Influences of Space Weather Forecasting Uncertainty on Satellite Conjunction Assessment

AbstractA significant increase in the number of anthropogenic objects in Earth orbit has necessitated the development of satellite conjunction assessment and collision avoidance capabilities for new spacecraft. Neutral mass density variability in the thermosphere, driven by enhanced geomagnetic activity and solar EUV absorption, is a major source of satellite propagation error. This work investigates the impacts of space weather driver forecasting uncertainty on satellite drag and collision avoidance maneuver decision‐making. Since most operational space weather driver forecasts do not offer an uncertainty assessment, the satellite operator community is left to make dangerous assumptions about the trustworthiness of the forecast models they use to perform satellite state propagation. Climatological persistence‐based forecast models are developed for F10.7 and Kp. These models accurately capture the heteroscedastic and, at times, highly non‐Gaussian uncertainty distribution on forecasts of the drivers of interest. A set of realistic satellite conjunction scenarios is simulated to demonstrate the contributions of space weather driver forecast uncertainty on the probability of collision and maneuver decisions. Improved driver forecasts, especially forecasts of F10.7, are demonstrated to be very useful for enabling durable maneuver decisions with additional lead time (up to 24 hr for the period examined), though the improvement depends on the specific conjunction scenario of interest.

Functional requirements for an intelligent system for monitoring the impact of beaver activity on ecosystems

The consequences of beaver activity affect the condition of natural and anthropogenic systems. The paper presents a brief description of possible consequences of beaver settlement in the natural territory. The monitoring of the number of individuals, the control of the environment and the possibility of forecasting its changes require the development of specialized software tools. The paper presents a description of the main functionalities of such a system and a list of users to whom they are available. These include the detection of beaver habitats, the prediction of environmental changes due to the construction of dams and reservoirs, and the regulation of animal fishing processes. In addition, lists of data are presented, the use of which will make it possible to realize the presented functionalities. The proposed intelligent system will allow forest specialists to monitor the state of natural areas, to specify the list of measures to ensure the preservation of natural and anthropogenic objects. From the point of view of state management, it is possible to create an up-to-date and constantly updated register of beavers and to control their fishing.

Main Scientific Principles of a Systematic Approach to the Determination of Negative Factors Affecting Urban Environment

Introduction. With the modern active development of urban areas, the problems in the field of environmental safety are becoming increasingly relevant. These problems cannot be solved without an in-depth analysis of the factors that disrupt the ecological balance and cause negative consequences for the components of the environment. At the same time, construction industry is one of the main elements of human economic activity that forms technogenic loads. This is due, among other things, to the fact that, unlike some other areas, the pace of construction work has increased significantly over the past year. So, as of March 2023, 2,460 developer organizations were registered in the Russian Federation, which was 14 % more than in the previous period, that is, the speed and scale of construction work most of all affect the population of cities from a socio-economic point of view. At the same time, we should not forget about the environmental side of the issue. Many years of research in this area has shown the lack of a structured approach to assessing the environmental safety of urban areas, including the selection of an optimal list of environmental measures. At the same time, scientific approaches based on the ecological characteristics of the totality of natural conditions, determining the maximum permissible anthropogenic loads, identifying environmentally significant environmental parameters, such as the amount of oxygen in the atmospheric air or the availability of natural water resources, require significant time and labor costs, and also, as a rule, are not tied to specific objects of the urban environment. However, urban planning spaces, depending on their functional purpose, contain typical anthropogenic objects, among which capital construction and landscaping facilities predominate. The nature of the negative impact on the environment from such facilities is obviously also typical. In this regard, the aim of the study was to systematize and unify numerous negative factors affecting the territory of a particular object of capital construction and landscaping, depending on the functional purpose of the territory and the types of objects located on it. The authors propose to perform such transformations automatically within the framework of the developed online platform. Materials and Methods. To assess the negative impact on the urban environment, it was proposed to use a methodological approach based on the concept of functional zoning of the territory. According to the Urban Planning Code of the Russian Federation, each functional zone is characterized by the presence of certain capital construction and landscaping facilities. To achieve this goal, we used methods of comparative and system analysis and generalization. Thus, the results were obtained and systematized in the work, which showed the similarity of the nature of the negative impact from the same types of capital construction and landscaping facilities. Results. The assessment of the negative impact of capital construction and landscaping facilities on the environment was part of the research work prepared within the framework of the state program "Priority 2030". A systematic approach in analytical studies of negative factors of urban environment will allow structuring information, significantly speeding up its analysis and making appropriate decisions due to the relationships we have established between the parameters of negative factors, types of objects and functional zones in which they were located. The proposed approach was implemented within the framework of the online platform developed by the authors. At the same time, the main principle that guided us was quick access to the task of ensuring environmental safety of the territory due to accelerated automated assessment of negative factors from a given capital construction object or urban improvement. Discussion and Conclusion. The obtained research results, which include the systematization of negative environmental impact factors on the territories of capital construction and landscaping facilities, depending on the functional zones of their location, are the basis for further development of methods for ensuring environmental safety of the urban environment. The fullest possible identification of all environmentally hazardous factors will ensure an effective assessment of the negative impact on the environment of capital construction projects and urban improvement.

Theoretical aspects and numerical modelling of the GPR method to analyse its possibilities for the detection of leakages in urban water supply networks

Geophysical methods, especially selected electrical and electromagnetic ones, have been used for many years for the non-invasive detection of leakages from water supply networks. In this paper, the author focuses on theoretical aspects and numerical simulations to analyse the possibilities and limitations of the application of the selected electromagnetic method, i.e., the ground-penetrating radar (GPR) method for the aforementioned purpose. Various measurement techniques are used in the GPR method but in the paper the author refers to the most commonly used technique known as short-offset reflection profiling (SORP). As demonstrated in the paper, the detection of water leakages into a homogeneous and isotropic geological medium using the GPR method is a simple matter. However, the detection of leakages occurring in heterogeneous ground subjected to strong anthropopression and with the presence of electromagnetic interference becomes a difficult task, and interpretation may be difficult or even impossible. An important issue analysed in the paper was the phenomenon of the scattering of electromagnetic waves on underground anthropogenic objects, which very often occurs in urbanised areas. The results of the numerical modelling carried out for various scenarios of water leakages into typical ground allowed the possibilities and limitations of using the GPR method for the detection of leakages from water supply networks to be determined.

Ways to increase ecotourism services in the international tourism market

The experience of foreign countries and international organizations regarding the development of ecological tourism was analyzed, and the activities of progressive, scientifically based global practices were investigated. The main problems that prevent the implementation of international experience in the Ukrainian space have been identified, namely: lack of state support for the development of rural, ecological (green), agrarian tourism; low level of information support; imperfection of the legislative and regulatory framework; limited amount of investment resources; insufficiently practical application of the mechanism of public-private partnership when attracting non-traditional sources of financing investment projects; low level of activity of local authorities in the development of ecotourism; lack of tax benefits for persons involved in the provision of ecotourism services. The priority directions for developing ecotourism in Ukraine are given, taking foreign experience into account. The importance of developing and popularizing Ukrainian ecological tourism on international markets as an element of ensuring a stable situation in the tourism industry is noted. Ecotourism products on the international tourist services market were studied. The types and classifications of ecotourism products, organization, and promotion of tourist services in the international tourist market were studied. It has been established that ecological tourism is gaining more and more popularity and occupies a significant place in the tourism industry. It was determined that the emergence of a new type of tourism has a positive effect on the economic development of countries. The most popular in ecological tourism are tours to those countries where there are still priceless natural resources. It was analyzed that the primary goal of ecotourism is the study and preservation of the environment, the preservation of priceless landscapes. This is the main difference from other types of tourism. The potential for the development of international ecotourism is significant. However, it needs to be used more. Thus, one of the main tasks in the field of tourism development is the creation of ecological paths and ecotourism paths. Ecological tourism can be a specialization that will become a competitive alternative to irrational economic activity and, with the support of state institutions, a natural mechanism for ensuring the region's sustainable development. Thus, the development of international ecotourism is a necessary prerequisite: the availability of resource potential, a harmonious combination of natural and anthropogenic objects, and a network of tourist routes that can become the basis of road tourist routes. Keywords: eco-tourism, prospects, solutions, problems, implementation, tour

Differential ecomorphic analysis of urban park vegetation

The ecomorphic approach was developed to analyze the structure of natural plant communities. This method was applied to analyze the ecological structure of an artificial park plantation in an urban environment. Urban parks perform important and diverse functions in the urban environment. As anthropogenic objects, urban parks should be subject to adequate and effective management that can increase the functional value of forest plantations in the city and ensure their sustainability. In this regard, the choice of the quantitative parameters of the park plantation to be managed is crucial. We hypothesize that ecomorphic analysis can be the basis for selecting optimal quantitative criteria for parkland management. Therefore, the goal of our study was to assess the informational value of ecomorphic analysis for characterizing park plantation in urban environments. In the park, 166 species of vascular plants were found, which are represented by phanerophytes (19.9%), nannophanerophytes (8.4%), hemicryptophytes (40.4%), geophytes (11.4%), theorophytes (18.7%) and geolophytes (1.2%). Sylvants (35.5%) predominate among the coenomorphs, with slightly less pratants (22.3%), ruderants (18.7%) and stepants (14.5%). Cultivants (3.0%), psammophytes (3.0%) and paludants (3.0%) were occasionally found. The proportion of xeromesophytes and mesophytes was the highest (32.5 and 31.3% respectively). The proportion of mesoxerophytes was also relatively high (28.3%). The proportion of other hygromorphs was relatively low. The trophomorphs were represented mainly by mesotrophs (71.1%) and a slightly smaller proportion of megatrophs (22.3%). The oligotrophs were found occasionally (6.6%). Sciogeophytes (57.2%) and heliophytes (30.1%) prevailed among heliomorphs. The proportion of sciophytes and heliosciophytes was much lower (3.6 and 9.0 %, respectively). Entomophilous plant species were the most common among the vegetation cover of the park (71.7%). Anemophilous plants were significantly inferior to them (26.5%). Autogamous and hydrophilous plants were found occasionally (1.2 and 0.6% respectively). Ballistic diasporeochores prevailed among diasporeochores (39.8%). The proportion of anemochores and endozoochores was somewhat lower (27.7 and 12.0% respectively). The results obtained allow to discover the essential ecological features of the park plantation. The park plantation has many features that bring it closer to natural forests. The similarity consists in a significant proportion of silvants, shade-loving species, and mesotrophs. A significant level of anthropogenic impact can be diagnosed on the basis of information about the increased proportion of ruderants in the plant community. The differential analysis of the ecomorphic structure in the section by climorphs is of considerable value. This approach allowed to detect an increased role of the zoogenic factor in the distribution of diaspores of phanerophytes and nannophanerophytes and an increased role of wind in the dispersal of geophytes and therophytes. The role of wind is reduced in the dispersion of hemicryptophytes in the urban environment.

Anthropogenic Object Localization: Evaluation of Broad-Area High-Resolution Imagery Scans Using Deep Learning in Overhead Imagery.

Too often, the testing and evaluation of object detection, as well as the classification techniques for high-resolution remote sensing imagery, are confined to clean, discretely partitioned datasets, i.e., the closed-world model. In recent years, the performance on a number of benchmark datasets has exceeded 99% when evaluated using cross-validation techniques. However, real-world remote sensing data are truly big data, which often exceed billions of pixels. Therefore, one of the greatest challenges regarding the evaluation of machine learning models taken out of the clean laboratory setting and into the real world is the difficulty of measuring performance. It is necessary to evaluate these models on a grander scale, namely, tens of thousands of square kilometers, where it is intractable to the ground truth and the ever-changing anthropogenic surface of Earth. The ultimate goal of computer vision model development for automated analysis and broad area search and discovery is to augment and assist humans, specifically human-machine teaming for real-world tasks. In this research, various models have been trained using object classes from benchmark datasets such as UC Merced, PatternNet, RESISC-45, and MDSv2. We detail techniques to scan broad swaths of the Earth with deep convolutional neural networks. We present algorithms for localizing object detection results, as well as a methodology for the evaluation of the results of broad-area scans. Our research explores the challenges of transitioning these models out of the training-validation laboratory setting and into the real-world application domain. We show a scalable approach to leverage state-of-the-art deep convolutional neural networks for the search, detection, and annotation of objects within large swaths of imagery, with the ultimate goal of providing a methodology for evaluating object detection machine learning models in real-world scenarios.

Safety engineering of anthropogenic facilities in applied sciences

"Security" is an interdisciplinary concept and appears in various areas of life, science and knowledge describing the reality in which modern man lives, and its aspects are studied by many different scientific disciplines using engineering achievements. In simple terms, safety should be treated as the absence of threat throughout the entire life cycle of an anthropogenic object.
 Help in eliminating or reducing threats can be provided by applied sciences, which are focused on transferring knowledge about the surrounding world, diagnosing and understanding phenomena, problems and social processes, and the combination of achievements in safety engineering and applied sciences can give satisfactory results.
 The article proposes a model that takes into account safety engineering issues in the life cycle of an anthropogenic object using the achievements of applied sciences.

Introduction to the issues of engineering of anthropogenic objects of state security infrastructure

The article discusses the meaning of the terms used in the title of the conference, such as: security, state security, anthropogenic facility, state security infrastructure, engineering of anthropogenic facilities and highlights the most important problems of engineering of anthropogenic facilities of state security infrastructure. These problems include the issue of the definition of this concept and the state of quality and protection of this infrastructure on the example of our country.

(Technological) Globalization and Anthropogenic Heritage

The concepts of culture and civilization have been directly linked to the process of social construction since the dawn of human history. A philosophy of civilization presupposes a history of human evolution that would seek to highlight humanity’s achievements through which we have reached the modern age. Now, even more so after the middle of the 20th century, the relationship between material civilization and technology has also been emphasized in the context of the protection of a “global cultural heritage”. Part of this new general concern is the well-known debate about the return of the Parthenon “marbles”. In this article, we will initially focus on the influence of the anthropogenic object heritage on the evolution of societies, arguing that it determines our collective experience and social memory to an important extent. We believe that such an analysis could beneficially contribute to a more meaningful understanding of a crucial topic of our modern technological era, an era that combines the clash of civilizations with globalization. We propose that the vision of a culture as a common possession of all humanity presupposes the respect of each country’s right to possess and care after its own cultural tokens.

A STRUCTURAL-FUNCTIONAL MODEL OF THE IMPACT OF ANTHROPOGENIC POLLUTION ON THE PERSONALITY

A STRUCTURAL-FUNCTIONAL MODEL OF THE IMPACT OF ANTHROPOGENIC POLLUTION ON THE PERSONALITY

Environmental and operational safety of tailing storage facilities: analysis of accidents, causes and technical state diagnostic methods

A number of high-profile industrial accidents occurred at sludge and tailings storage facilities in different countries of the world are considered. The problem of ecological and technogenic danger of operating such objects, which leads to significant casualties among the civilian population, serious economic losses and harms the surrounding natural environment, is illustrated. The main causes of emergency situations have been established and analysed, it will help to reduce the risk of accidents and to minimize negative environmental consequences for similar facilities in Ukraine. The retrospective review covers the period from 1960 to 2022. During this time, about 150 cases of soil dams’ destruction in waste storage facilities were recorded. The different tendency in the frequency of accidents is noted. In particular, during the period from 1960 to 2009, there were 98 accidents with an average frequency of nearly two (1.98) per year. Over the last decade (2010-2020), the number of accidents reached 36 cases, and their frequency almost doubled to 3.6 accidents per year. Over the past two years, from the beginning of 2021 to December 2022, 10 accidents have already been registered. The vast majority of accidents during this period occurred in 34 countries of the world. The largest number of them was noted in the USA (22.4%), China (10.4%), Brazil (7.5%), Chile (6.7%), the Philippines (6.0%), Canada (5.2 %), Great Britain (4.5%) and other countries. Studies note jumps in the increase of accidents that have ten-year trends (1975, 1985, 1995, 2005). The general tendency of mass accidents since the beginning of 2015 is shown, which is substantiated by the expired terms of operation of many mining and ore enterprises (mines) and significant (exceeding normative) terms of operation of tailings storage facilities, which in some places were left without proper supervision and care. It was established that a violation of the dam slope stability (37%), an overflow of the designed capacity of the tailings storage facility (12%), seismic activity (11%), etc., are the main causes of accidents. A review of modern approaches to the management of dangerous anthropogenic objects and methods of diagnosing the technical condition of such structures was conducted. The use of a complex of organizational and technical solutions about the implementing the modern methods of assessment and control the technical condition of waste storage facilities at various levels of their operation and stages of the life cycle is proposed.

CASE STUDY OF ON-THE-SPOT AND SURFACE MEDIEVAL OBJECTS - VERIFYING CURRENT REMOTE METHODS OF DOCUMENTING ARCHAEOLOGICAL SITES

One of the limitations of satellite techniques in archaeological investigations is the land cover. Heritage objects may be more or less visible depending on the land cover type. Low vegetation, such as grass or small shrubs, will usually allow us to determine the location of archaeological objects if the difference in height between the object and vegetation is not significant enough. Forest or high vegetation cover makes it more challenging to determine the location of potentially artificial structures. This project's study area covered 50×70 km of the lower reaches of the Vistula River, Poland. The authors searched for anthropogenic objects close to watercourses and analysed nine different (point, line and surface type) objects having a defensive, sepulchral or settlement function. Circular objects, ditches and earth embankments, burial mounds and strongholds of regular forms were found during this research. Based on nine different models processed with LiDAR-based DEMs, several characteristics and relationships of various types of objects were demonstrated. Moreover, optimal models for searching for archaeological objects in forest areas were defined.

Seabed morphology characterization for Indonesian cable-based tsunameter route in Cilacap Segment, Indonesia

The Indonesian government has initiated a program for Ina Tsunami Early Warning System by the development of sea level monitoring systems including a Cable-Based Tsunameter. Seabed feature characterization is a critical part of the engineering design process as well as for the understanding of environmental impacts. This study aims to characterize the seabed morphology along the cable route plan at the Cilacap segment by analyzing the seafloor mapping and identifying of any existing hazards. A series of marine surveys for the data acquisition hydro-acoustic and geophysics was conducted by RV Baruna Jaya IV, in December 2020. The analysis and interpretation of seabed geomorphology were conducted using qualitative methods on four Blocks. Results indicate anthropogenic objects (debris, wreck, and scars), while the features of ripples, and pockmarks. Furthermore, sediment layers which are interpreted into four units from the top to bottom shows fine grained sediment towards the top. Finally, the hazard assessment denotes that there are three hazard categories (low, medium, and high), of which the highest category is located in the pockmark cluster (Block 4). The existing CBT cable route place is faced with geomorphological obstacles and environmental threats, so it’s recommended to change the route as far as 50meters.

Реализация веб-сервиса картографического мониторинга полевого этапа геологоразведочных работ с использованием открытого программного обеспечения

The author presents the results of a web service development aimed at implementing a conceptual model of field geophysical surveys mapping monitoring. The issues of adapting the open source software DBMS PostgreSQL and JavaScript library Leaflet for centralized data gathering, systematization, updating and cartographic visualization of the geological exploration’s field phase progress are considered. The web service was tested during the seismic acquisition at the license areas in the Russian Federation and the Republic of India. It was used as the main tool for spatial analysis of the field crews’ productivity and considering natural and anthropogenic objects that prevent the timely execution of planned volumes of topographic and geodetic and seismic surveys, as well as a means of communication between specialists and administrative decision making. The results of the approbation showed an increase in the efficiency of geological exploration works’ field phase cartographic support. The experience of using open source software, a systematic approach to forming the server space and storing information in the database presented in the article enables developing web-mapping of exploration work carried out simultaneously in several territories through different methods of geophysical exploration.