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The subject of the study is a systematic analysis of the national task 11.4 «Ensure timely notification of the population about emergencies using innovative technologies» and national task 11.5. «Reduce the negative impact of pollutants, including on the environment of cities, in particular, through the use of innovative technologies» in the field of regional development, to build a forecast for 2023–2030 in order to achieve Ukraine’s Goals sustainable development (CSR). The purpose of the study is to analyze national targets 11.4 and 11.5. SDG 11 «Sustainable development of cities and communities», requiring scientific, technological and innovative support. Research methods. Comparative, logical–structural, analytical and systemic analysis. Results of work. The results of a study of publication and patent activity were obtained; strategic (program) documents and the volume of financial resources for 2015–2022 were analyzed to build forecasts for 2023–2030 in order to achieve by Ukraine the CSR, in particular, the Goal of «Sustainable development of cities and communities» and its national targets 11.4 «To ensure timely notification of the population about emergencies using innovative technologies» and 11.5. «To reduce the negative impact of pollutants, including on the environment of cities, in particular, through the use of innovative technologies.» The scope of the results. Economics and management of the national economy, methods and mechanisms for regulating economic processes and their efficiency. Conclusions. Firstly, the analysis is based on a comprehensive analysis and systematization of current data on the development of scientific and technological areas of development of the field of regional development, obtained using international scientometric and patent databases. Secondly, strategic (program) documents containing scientific and innovative support activities and information from various sources on financial resources for the implementation of tasks 11.4 «Ensure timely notification of the population about emergencies using innovative technologies» and 11.5 were analyzed. «Reduce the negative impact of pollutants, including on the environment of cities, in particular through the use of innovative technologies» according to SDG 11.

The subject of the study is a systematic analysis of the national task 11.4 «Ensure timely notification of the population about emergencies using innovative technologies» and national task 11.5. «Reduce the negative impact of pollutants, including on the environment of cities, in particular, through the use of innovative technologies» in the field of regional development, to build a forecast for 2023–2030 in order to achieve Ukraine’s Goals sustainable development (CSR). The purpose of the study is to analyze national targets 11.4 and 11.5. SDG 11 «Sustainable development of cities and communities», requiring scientific, technological and innovative support. Research methods. Comparative, logical–structural, analytical and systemic analysis. Results of work. The results of a study of publication and patent activity were obtained; strategic (program) documents and the volume of financial resources for 2015–2022 were analyzed to build forecasts for 2023–2030 in order to achieve by Ukraine the CSR, in particular, the Goal of «Sustainable development of cities and communities» and its national targets 11.4 «To ensure timely notification of the population about emergencies using innovative technologies» and 11.5. «To reduce the negative impact of pollutants, including on the environment of cities, in particular, through the use of innovative technologies.» The scope of the results. Economics and management of the national economy, methods and mechanisms for regulating economic processes and their efficiency. Conclusions. Firstly, the analysis is based on a comprehensive analysis and systematization of current data on the development of scientific and technological areas of development of the field of regional development, obtained using international scientometric and patent databases. Secondly, strategic (program) documents containing scientific and innovative support activities and information from various sources on financial resources for the implementation of tasks 11.4 «Ensure timely notification of the population about emergencies using innovative technologies» and 11.5 were analyzed. «Reduce the negative impact of pollutants, including on the environment of cities, in particular through the use of innovative technologies» according to SDG 11.

The subject of the study is a comprehensive analysis of strategic tasks, in particular, according to the national task 4.4. «Improve the quality of higher education and ensure its close connection with science, promote the formation of cities of education and science in the country» and according to the national task 4.7. «Create modern learning conditions in schools, including inclusive education, based on innovative approaches» in the field of education to build forecasts for 2023–2030. with the aim of Ukraine achieving the Sustainable Development Goals (SDGs). The purpose of the study is to analyze the national tasks 4.4. «Improve the quality of higher education and ensure its close connection with science, contribute to the formation of cities of education and science in the country» and 4.7. «Create modern learning conditions in schools, including inclusive education, based on innovative approaches» the field of education, which requires scientific, technological and innovative support. Research methods. Comparative analysis, logical–structural, analytical and systemic. Results of work. The results of the analysis of publication (according to the data of the «Web of Science» database) and patent (according to the data of the «Derwent Innovation» database) activity were obtained; the analysis of strategic (policy) documents and the analysis of the financial resources for the construction of forecasts for 2023–2030 with the aim of achieving Ukraine’s SDGs, in particular, the goal of «Quality education» and its national tasks 4.4 «To improve the quality of higher education and ensure its close connection» connection with science, to promote the formation of cities of education and science in the country» and 4.7 «To create modern learning conditions in schools, including inclusive ones, based on innovative approaches.» The scope of the results. Economics and management of the national economy, methods and mechanisms for regulating economic processes and their efficiency. Conclusions. The study is based on a comprehensive analysis and systematization of current data on the development of scientific and technological trends in the field of quality education in Ukraine,obtained using international scientometric and patent databases. Also, strategic (programme) documents were analyzed, containing activities for scientific and innovative support and data of financial resources from various sources for the implementation of tasks 4.4 «Improve the quality of higher education and ensure its close connection with science, promote the formation of cities of education and science in the country» and 4.7 «Create modern learning conditions in schools, including inclusive education, based on innovative approaches» SDG 4.

The subject of the study is the systematization and identification of promising areas for makingforecasts for 2022–2030. in order to achieve Ukraine’s Sustainable Development Goals (SDC) on thesubject of ensuring gender equality. The purpose of the study is to identify the most promising areas in the social and humanitarian sphere using analytical data from the Web of Science and Derwent Innovation database platforms. Research methods. Comparative, logical–structural, analytical and systemic analysis. Results of work. The study is aimed at establishing the most promising directions for making forecasts for 2022–2030 with the aim of achieving the CSR by Ukraine, in particular, on the subject of ensuring gender equality. The work was carried out using the international database platforms Web of Science (WoS) and Derwent Innovation for the period 2011–2020. The scope of the results. Economics and management of the national economy, methods and mechanisms for regulating economic processes and their efficiency. Conclusions. The study is based on a comprehensive analysis and systematization of up–to–date data on the development of scientific and technological areas on the topic of ensuring gender equality in the world and Ukraine, obtained using international scientometric and patent databases. Having studied the dynamics of scientific publications and their citation, as well as the dynamics of patenting of relevant areas, we can conclude that the most promising global areas are: gender budgeting; big data; closing the gender pay gap; digital technologies; gender psychology; gender policy; information and communication technologies (ICT).

The subject of the research is the systematization and identification of promising technological directions to prepare forecasts for 2022–2030 in order to achieve Ukraine’s Sustainable Development Goals (SDGs). іThepurpose of the study is to identify the most promising technological areas in the educational field using analytical data from the Web of Science and Derwent Innovation platforms. Research methods. Comparative analysis, logical–structural, analytical and systemic. Results of work. The study is aimed at establishing the most promising technological directions for making forecasts for 2022–2030 to achieve Ukraine’s SDGs, in particular, the goal of «Quality Education» and its national objectives. The work was carried out using the international platforms «Web of Science» (WoS) and «Derwent Innovation» for the period 2011–2020. The scope of the results. Economics and management of the national economy, methods and mechanisms for regulating economic processes and their efficiency. Conclusions. The study is based on a comprehensive analysis and systematization of relevant data on the development of scientific and technological areas in the field of quality education in the world and Ukraine, obtained using international scientometric and patent databases. Having studied the dynamics of scientific publications, as well as the dynamics of patenting the corresponding areas of education, we can conclude that the most promising world technologies are: Information and communication technologies (ICT); A virtual reality; Big Data; SMART education; Distance education; Mobile learning; Digital technologies; Adaptive learning; Course Management System (CMS).

Objective.The second part “Conference time in the library and information sciences” of the study is aimed at conducting a bibliometric analysis of the publication activity and citation of the authors presenting their papers at international conferences indexed in Scopus and/or Web of Science (CC).Methods. Bibliometric analysis of publications that are Conference proceeding (“proceedings paper” and/or “conference paper”) was carried out using the Scopus and Web of Science (CC) citation databases. Using a comparative analysis, the obtained data, covering the “conference paper”/“proceedings paper” publication type for all years of their reflection in each of the databases, as well as in chronological frames from 2016 to 01.06.2020 were studied.Results.Analysis of the publication activity of LIS university (academic) researchers shows that Scopus (n=4561) contains more documents than WoS database (n=4145). The growth of Open Access (OA) documents in both databases is significant since 2000. But the period 2016-01.06.2020 demonstrates a slight dominance of the number of OA publications in Scopus (n=192) compared to WoS (n=185). Distribution data by authors, universities, countries, knowledge areas were also obtained. Citation analysis shows poor results on both bases, which may be due to the focus of conferences on rapidly changing topics.Conclusions.Showing the relatively low LIS coverage in university research, as well as low citation rates, this paper demonstrates that LIS researchers/practitioners need to create more quality publications to be recognized as an important area. The author hopes that this work will generate great research interest in the field of LIS and understanding the great value of Conference proceeding as a publication containing original/primary research results.