Search academic texts

Information × Registration Number 0216U006595, 0115U004031 , R & D reports Title Complex research of geoeffective manifestations of solar activity and its effects onenvironmental stability of bio geosistems of natural protected areas popup.stage_title Head Koshovyy Volodymyr, Registration Date 20-04-2016 Organization Karpenko Physico-Mechanical Institute of the National Academy of Science of Ukraine popup.description2 Based on the comprehensive experimental study of solar-terrestrial connections: 1. A criterion for detecting disturbances geophysical fields (infrasound and geoelectrical) and developed a method of calculating the parameters of the perturbation of these fields based on the consideration of a periodically correlated random processes that will determine correlations between parameters of solar phenomena and geophysical fields. 2. Developed hypothesis that the basis for the development model of the mechanism of forming disturbances natural atmospheric infrasound and takes into account the total impact of the effects of solar flares as solar cosmic rays, solar wind increased and modulate the galactic cosmic rays. 3. Analyzed and systematized modern assessment methods of geoeffectiveness solar events based on data geomagnetic disturbance (ie, in the narrow sense of the term " geoeffectiveness") in terms of their application for evaluation geoeffectiveness solar events consistent analysis of geomagnetic disturbances and disturbances of infrasound and geoelectrical fields (ie in the broadest sense of the term " geoeffectiveness," the authors of the proposed project). 4. Established and assessed the specific impact of geomagnetic (index DST) and solar activity (by Wolf numbers W) in natural populations of several species of free-living animals, particularly in the food chain "predator - prey". 5. As part of the preliminary studies of prognostic properties decametre solar radio in terms of research communication flow Ip protons with energy Ep> 25 MeV with parameters and continual microwave decametre radioburst and assess the role of proton flares in the formation geoeffectiveness solar events show that the prediction accuracy protons flow is highly dependent on the intensity decametre components continual bursts, and it is much higher for flares, accompanied by strong continuum decametre radiobursts. Product Description popup.authors Івантишин Олег Любомирович Івченко Дарія Вікторівна Альохіна Людмила Власівна Альохіна Ольга Володимирівна Горбань Ігор Миронович Каратаєва Лариса Михайлівна Корусь Микола Миколайович Курсіш Ірина Йосипівна Ліпський Віталій Костянтинович Лозинський Андрій Богданович Любінецький Зеновій Іванович Мєзєнцев Валентин Петрович Мельник Микола Омелянович Ногач Роман Тадейович Петрів Христина Осипівна Харченко Борис Семенович Ященко Петро Тихонович popup.nrat_date 2020-04-02 Close