Book of Abstracts of the International Conference "Global Challenges and Data-Driven Science"

Abstract

a.rybkina@gcras.ruInternational, independent and non-political approach should be provided for the better understanding of the Arctic future and its current needs. It is vital to focus on the complexity of entire region and interconnections of its geological, biological, atmospheric and geographic features. Imbalance within its systems will lead to the catastrophic effects that will reflect on the world systems. Due to its unique geo-systems the integrated systems approach is vitally needed. The presented study will focus on the complex assessment of the status of the Arctic territory and its Future Scenarios. The GIS-base project is developing to combine verified Arctic data to reflect the existing models and identify the gaps. It includes geological, geophysical and geographical data to provide systems approach for further analysis and data interpretation. GEOINFORMATICS RESEARCH PAPERS, VOL.5, BS1002, https://doi.org/10.2205/CODATA2017, 2017 2 of 172 TO THE RE-USING OF DATA ON ROCKBURSTS FOR UP TO DATE RESEARCH OF THE MINING SEISMICITY PROBLEM A. BatuginNational University of Science and Technology "MISiS" (NUST "MISiS", Russia)as-bat@mail.ruPresently, the man-caused seismicity problem is felt in many regions worldwide with an increasingly intensity. Regions with man-caused seismicity have formed in Russia, China, USA, Poland and other countries. The patterns of occurrence and display of the mining seismicity have been insufficiently ascertained and studied and the instructions and guidance documents are mainly focused on the handling of common rockbursts. It creates a situation where the mining seismicity suddenly occurs in increasingly more new regions causing material, social and environmental damage. At the same time, major geodynamic events and sudden seismic intensifications remain statistically seldom events, which renders their study and a search for patterns more difficult. It is also facilitated by the uniqueness of conditions for a manifestation of such geodynamic events and often the information unavailability. However, rockbursts have been known since the late 19th century and the major ones that would be considered induced earthquakes according to the modern classifications happened as early as in the first half of the 20th century. In the published written works and specialized catalogues, there is some information regarding conditions of their manifestation, but their analysis performed from the viewpoint of the geomechanical advances of that time. It seems that a re-analysis of the data concerning occurrence of strong rockbursts from the modern perspective could be conductive to a better and deeper understanding of the origins and mechanisms of induced earthquakes happening today. In this relation, there arises a task of reusing the rockburst data to search for the patterns of the mining seismicity manifestations that have not been determined as yet. The presentation analyzes the structure and content of specialized catalogues and global bibliographical guides to rockbursts that were publishe...

Registration and spectral analysis of waveforms of 10.24.2019 earthquake in the Caucasus using the new IGES-006 seismic sensor

“…requirements. In recent years, the elemental base of electronic components has been updated, new opportunities for information technologies and improved designs have appeared, including the mechanical elements of the suspension for vertical and horizontal seismometers [Rykov, , 2002Sidorin, 2018;Vasilev et al, 2016;Karapetyan, 2018aKarapetyan, , 2018bKarapetyan and Karapetyan, 2019]. All this gives rise to works in IGES NAS RA on the modernization of existing seismometers and the creation of domestic, much cheaper unique seismic devices with relatively simple designs and capable of replacing expensive foreign analogs.…”

“…Instrumental observations are an integral part of geophysical research [Dzeboev et al, 2019;Ismail-Zadeh et al, 2020;Karapetyan et al, 2020]. To upgrade the monitoring systems and to solve fundamental problems of seismology, engineering seismology, and earthquake engineering, it is necessary to constantly improve the quality of instrumental observations.…”

Remote Sensing of the Earth for Agroecosystem Monitoring, Crop Production Planning and Management

“…1. методы картографирования основных типов сельскохозяйственных культур [2,3]; 2. методы оценки используемых сельскохозяйственных земель [4,5,6]; 3. методы оценки состояния сельскохозяйственных культур [7,8]. -появлением новых технологий и возможностей построения специализированных систем дистанционного мониторинга [9,10].…”

Integration of the Access Service to Satellite Data in the Cloud Platform C2

“…При этом в последние десятилетия наблюдается стремительный рост как количественных, так и качественных характеристик систем ДЗЗ, что существенно расширило сферу эффективного применения таких данных. Важно заметить, что развитие информационных технологий в последние годы позволило на качественно новом уровне реализовать сервисы доступа к спутниковым данным, которые теперь не только обеспечивают доступ к имеющимся в архивах данным, но и предоставляют пользователям широких спектр инструментов для их обработки и анализа в режиме, приближенном к реальному времени [1]. Функционирование таких сервисов базируется на использовании сложных распределенных информационных систем, обеспечивающих прием, обработку и предоставление спутниковых данных конечным потребителям.…”