Papers by Eduard Podgaiskii
BIO Web of Conferences
Potato production is one of the main branches of crop production in the Russian Federation. The L... more Potato production is one of the main branches of crop production in the Russian Federation. The Leningrad region is the leading potato-growing region in the northwest of Russia. The sustainability of potato production depends on many factors, such as the level of agricultural technology, seed quality, soil characteristics, weather, climatic conditions, etc. Among weather and climatic factors, air temperature and precipitation are the main meteorological variables. The article analyzes the relationship between regional agrometeorological conditions and potato yields over the past 15 years. Based on the results of the study, it is possible to identify favorable weather conditions for the production of potatoes and increase its yield in the region, in order to optimize the decisions made on the sustainable provision of the population of the region with potatoes.
II International Conference on Current Issues of Breeding, Technology and Processing of Agricultural Crops, and Environment (CIBTA-II-2023), 2023
Potato production is one of the main branches of crop production in the Russian Federation. The L... more Potato production is one of the main branches of crop production in the Russian Federation. The Leningrad region is the leading potatogrowing region in the northwest of Russia. The sustainability of potato production depends on many factors, such as the level of agricultural technology, seed quality, soil characteristics, weather, climatic conditions, etc. Among weather and climatic factors, air temperature and precipitation are the main meteorological variables. The article analyzes the relationship between regional agrometeorological conditions and potato yields over the past 15 years. Based on the results of the study, it is possible to identify favorable weather conditions for the production of potatoes and increase its yield in the region, in order to optimize the decisions made on the sustainable provision of the population of the region with potatoes.
IOP Conference Series: Earth and Environmental Science
The Russian Federation in recent years has become a world leader in the production of grain crops... more The Russian Federation in recent years has become a world leader in the production of grain crops. A significant contribution to increasing the volume of harvesting is made by the regions located in the European part, in which the leaders in the production of grain and leguminous crops are the Voronezh, Lipetsk and Kursk regions. The growth in the production of grain and leguminous crops in these areas was facilitated by state support for agriculture, black soil, favorable climatic conditions, etc. But weather conditions do not always contribute to the annual collection of record harvests. To assess the degree of influence of weather conditions on the yield of grain and leguminous crops, it is necessary to analyze the relationship between agro meteorological characteristics and annual yield indicators for the period from 2013 to 2018. The results obtained in the future will make it possible to refine the methods for forecasting agro meteorological resources for the growing season an...
Business Strategy and the Environment, 2021
The Arctic Environmental Responsibility Index (AERI) covers 120 oil, gas, and mining companies in... more The Arctic Environmental Responsibility Index (AERI) covers 120 oil, gas, and mining companies involved in resource extraction north of the Arctic Circle in Alaska, Canada, Greenland, Finland, Norway, Russia, and Sweden. It is based on an international expert perception survey among 173 members of the International Panel on Arctic Environmental Responsibility (IPAER), whose input is processed using segmented string relative ranking (SSRR) methodology. Equinor, Total, Aker BP, Con-ocoPhillips, and BP are seen as the most environmentally responsible companies, whereas Dalmorneftegeophysica, Zarubejneft, ERIELL, First Ore-Mining Company, and Stroygaz Consulting are seen as the least environmentally responsible. Companies operating in Alaska have the highest average rank, whereas those operating in Russia have the lowest average rank. Larger companies tend to rank higher than smaller companies, state-controlled companies rank higher than privately controlled companies, and oil and gas companies higher than mining companies. The creation of AERI demonstrates that SSRR is a low-cost way to overcome the challenge of indexing environmental performance and contributing to environmental governance across disparate industrial sectors and states with divergent environmental standards and legal and political systems.
Труды II Всероссийской конференции «Гидрометеорология и экология: достижения и перспективы развития». – СПб.: ХИМИЗДАТ, 2018. – 753 с., 2018
Обобщен опыт применения электронных технологий обучения в РГГМУ, рассмотрены основные направления... more Обобщен опыт применения электронных технологий обучения в РГГМУ, рассмотрены основные направления деятельности, используемые системы дистанционного обучения, эффективные
инструменты для разработки электронных учебных материалов.
Рассматриваются проблемы подготовки кадров и повышения квалификации специалистов Росгидромета. По... more Рассматриваются проблемы подготовки кадров и повышения квалификации специалистов Росгидромета. Показана необходимость взаимодействия образовательных организаций и подразделений Росгидромета в целях адаптации образовательных программ к современным
условиям и повышения качества образования.
Итоговая сессия Ученого совета РГГМУ, январь 2003 г. Информационные материалы. – СПб.: изд. РГГМУ, 2003., 2003
Согласно оценкам [1], около 70% всей хозяйственной деятельности в мире является в той или иной ст... more Согласно оценкам [1], около 70% всей хозяйственной деятельности в мире является в той или иной степени погодозависимой. До недавних пор метеорологическая и климатическая информация использовалась субъектами хозяйствования главным образом для поддержки процесса принятия решения и при страховании активов компании от стихийных бедствий. Оптимальная стратегия реагирования ориентирована на минимизацию затрат по проведению предупредительных мероприятий и сокращение непосредственных потерь, вызванных метеорологическими условиями. Страхование от стихийных бедствий предполагает компенсацию ущерба, причиненного субъекту хозяйствования в результате неблагоприятных условий погоды. Таким образом, в обоих случаях, традиционная форма взаимодействия поставщика метеорологических услуг и их потребителя сводится к защите собственности субъекта хозяйствования от неблагоприятных погодных условий. Вместе с тем, существует немало отраслей, в которых погода влияет на цену производимой продукции или услуг, либо на объемы продаж. Такое влияние осуществляется не напрямую, а косвенно, за счет колебания спроса или предложения. Примерами могут служить топливно-энергетический сектор, сельское хозяйство, туристический бизнес, производство мороженого и прохладительных напитков. В условиях мягкой зимы услуги топливных компаний могут не быть востребованы в той мере, которая достаточна для устойчивого существования этого вида бизнеса. Объемы продаж будут низкими, а затраты на хранение неизрасходованного топлива -высокими. Напротив, при очень суровой зиме существует риск расходования всех запасов топлива, и тогда компания будет вынуждена приобретать топливо на спот-рынке по более высокой цене. Производители прохладительных напитков знают, что спрос на их продукцию имеет ярко выраженный сезонный характер, и объемы продаж резко сокращаются, если лето выдается холодным. В свою очередь, туристическим компаниям не удастся продать туры на горнолыжные курорты, если там не будет снега.
Proceedings of the Russian State Hydrometeorological University. A theoretical research journal. Issue 35. – St. Petersburg: RSHU Publishers, 2014. – 204 pp., 2014
The article is devoted to the analysis of possibilities of marine spatial planning in the Gulf of... more The article is devoted to the analysis of possibilities of marine spatial planning in the Gulf of Finland and considers necessary conditions for its effective implementation.
neespi.org
An identification of probable source regions and reasons for episodes characterized by elevated a... more An identification of probable source regions and reasons for episodes characterized by elevated and lowered volumetric activity values of a noble gas krypton ( 85 Kr) was studied. The long-term measurements of this gas were carried out in the city of Cherepovets (Vologda region, Russia) for a two-year period (27 Sep 2006 -28 Jul 2008. In total, 28 episodes for elevated and 17 episodes for lowered concentrations, with the highest (absolute maximum of 1.79±0.27 Bq/m 3 ) concentration during 25-27 May 2007 were identified.
As part of the BaltSeaPlan project research work, the impact of Russian sectoral policies on mari... more As part of the BaltSeaPlan project research work, the impact of Russian sectoral policies on marine spatial planning (MSP) was considered. According to the methodology of the project, analysis was performed for 16 Russian normative documents of strategic nature, which influence the use of the Baltic Sea. In addition, the intensity and scope of each document's impact on the MSP was assessed, namely:
Books by Eduard Podgaiskii
WMO Global Campus Innovations Volume IV – Technology-enhanced Learning, 2020
Preparing forecasters to respond to extreme weather situations is a difficult task due to their l... more Preparing forecasters to respond to extreme weather situations is a difficult task due to their limited occurrence. However, simulations offer a way to involve forecasters in practicing decision-making for even the most complex situations. This chapter describes the evolution of
tools and processes for using simulators in forecaster training and assessment within an international collaborative community. This has resulted in tools that anyone can easily use to create weather forecasting simulations, as well as many different applications for their use. Results and feedback have shown that simulations greatly enhance the practical side of courses and allow increased work on developing skills.
WMO Global Campus Innovations Volume IV – Technology-enhanced Learning, 2020
This chapter describes the implementation of the concept of personal learning environment (PLE) w... more This chapter describes the implementation of the concept of personal learning environment (PLE) within the framework of the ERASMUS+ capacity-building project in the field of higher education (ECOIMPACT project, http://e-impact.net/). The purpose of the ECOIMPACT PLE is to
enhance the competence of several target groups in weather-related information for decision making regarding the socioeconomic impacts of local weather, air quality and climate, and to develop their skills in the use of the Internet of Things (IoT) technologies for organizing and
managing weather-sensitive activities. It focuses learners’ attention on the creation of their own constantly evolving information collection – knowledge base – as well as on implementation of IoT-based projects aimed at developing prototypes of marketable products (weather stations, low-cost air quality monitoring instruments, smart greenhouse systems, etc.). The ECOIMPACT project has been designed in such a way that universities implementing the project could use the developed PLE in their educational processes. To enhance its universal applicability, the ECOIMPACT universities, which are presently Russian and Ukrainian, plan to conduct further testing of the developed PLE and gradually increase the number of PLE-based courses. Special attention will be paid to expanding the set of PLE-integrated laboratory works and training projects. It is expected that PLE could be used by start-ups working in such weather-dependent areas as agriculture, urban management, transport, energy sector, retail, environmental protection and healthcare.
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Papers by Eduard Podgaiskii
инструменты для разработки электронных учебных материалов.
условиям и повышения качества образования.
Books by Eduard Podgaiskii
tools and processes for using simulators in forecaster training and assessment within an international collaborative community. This has resulted in tools that anyone can easily use to create weather forecasting simulations, as well as many different applications for their use. Results and feedback have shown that simulations greatly enhance the practical side of courses and allow increased work on developing skills.
enhance the competence of several target groups in weather-related information for decision making regarding the socioeconomic impacts of local weather, air quality and climate, and to develop their skills in the use of the Internet of Things (IoT) technologies for organizing and
managing weather-sensitive activities. It focuses learners’ attention on the creation of their own constantly evolving information collection – knowledge base – as well as on implementation of IoT-based projects aimed at developing prototypes of marketable products (weather stations, low-cost air quality monitoring instruments, smart greenhouse systems, etc.). The ECOIMPACT project has been designed in such a way that universities implementing the project could use the developed PLE in their educational processes. To enhance its universal applicability, the ECOIMPACT universities, which are presently Russian and Ukrainian, plan to conduct further testing of the developed PLE and gradually increase the number of PLE-based courses. Special attention will be paid to expanding the set of PLE-integrated laboratory works and training projects. It is expected that PLE could be used by start-ups working in such weather-dependent areas as agriculture, urban management, transport, energy sector, retail, environmental protection and healthcare.
инструменты для разработки электронных учебных материалов.
условиям и повышения качества образования.
tools and processes for using simulators in forecaster training and assessment within an international collaborative community. This has resulted in tools that anyone can easily use to create weather forecasting simulations, as well as many different applications for their use. Results and feedback have shown that simulations greatly enhance the practical side of courses and allow increased work on developing skills.
enhance the competence of several target groups in weather-related information for decision making regarding the socioeconomic impacts of local weather, air quality and climate, and to develop their skills in the use of the Internet of Things (IoT) technologies for organizing and
managing weather-sensitive activities. It focuses learners’ attention on the creation of their own constantly evolving information collection – knowledge base – as well as on implementation of IoT-based projects aimed at developing prototypes of marketable products (weather stations, low-cost air quality monitoring instruments, smart greenhouse systems, etc.). The ECOIMPACT project has been designed in such a way that universities implementing the project could use the developed PLE in their educational processes. To enhance its universal applicability, the ECOIMPACT universities, which are presently Russian and Ukrainian, plan to conduct further testing of the developed PLE and gradually increase the number of PLE-based courses. Special attention will be paid to expanding the set of PLE-integrated laboratory works and training projects. It is expected that PLE could be used by start-ups working in such weather-dependent areas as agriculture, urban management, transport, energy sector, retail, environmental protection and healthcare.