The connection between solar wind charged particles and tornadoes: Case analysis

Radovanović, Milan; Milovanović, Miloš; Pavlovic, Mila; Radivojevic, R Aleksandar; Stevancevic, T Milan

doi:10.2298/ntrp1301052r

Cited by 7 publications

(5 citation statements)

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“…Nikolić et al (2010), at the same time, explained that charged particles can be associated with the origin of cyclonic airmass moving, which doesn't always have to be represented exclusively by the hurricanes. Radovanović et al (2013) faced similar observations in the case of tornadoes in Serbia. Gomes et al (2012), among other things, considered a physical mechanism, which could explain a possible connection.…”

Section: Discussionsupporting

confidence: 66%

Space weather and hurricanes Irma, Jose and Katia

Vyklyuk

Radovanović

Milovanović

et al. 2019

Astrophys Space Sci

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This research is devoted to the determination of the causal relationship between the flow of particles that are coming from the Sun and the hurricanes Irma, Jose, and Katia. To accomplish this, the lag correlation analysis was performed. High correlation coefficients confirmed a preliminary conclusion about the relationship between solar activities and the hurricane phenomenon, which allows further research. Five parameters i.e. characteristics of solar activity (10.7 cm solar radio flux (F10.7), the flows of protons and electrons with maximum energy, speed and density of solar wind particles) were chosen as model input, while the wind speed and air pressure of Irma, Jose, and Katia hurricanes B D. Doljak

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Section: Discussionsupporting

confidence: 66%

Space weather and hurricanes Irma, Jose and Katia

Vyklyuk

Radovanović

Milovanović

et al. 2019

Astrophys Space Sci

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“…-Natural disasters such as forest fires and tropospheric events (Gomes & Radovanovic, 2008;Radovanović, 2010;Nikolić, Radovanović, & Milijašević, 2010;Radovanović, Milovanović, Pavlović, Radivojević, & Stevančević, 2013;Malinovic-Milicevic, Mihailovic, & Radovanovic, 2015;Malinovic-Milicevic, Radovanovic, Stanojevic, & Milovanovic, 2015;Radovanović, Vyklyk, Milenković, Vuković, & Matsiuk, 2015;Milovanović, Schuster, Radovanović, Ristić Vakanjac, & Schneider, 2017;Milovanović, Ducić, Radovanović, & Milivojević, 2017;Radovanović, Gomes, Yamashkin, Milenković, & Stevančević, 2017;Vyklyuk et al, 2017).…”

Section: Research Resultsmentioning

confidence: 99%

Investigation of solar influence on the terrestrial processes: Activities in Serbia

Radovanović¹

2018

J GEOGR INST CVIJIC

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In this contribution, we have summarized the current stage and perspective of cooperation between different scientific institutions in Serbia in the field of the investigation of the solar influences and effects on our planet. These activities involved 14 researchers from 7 institutions. The investigations are based on experimental, theoretical and numerical work and results are published in numerous papers in respected international journals. In order to make better connection and coordination of relevant activities in Serbia with international tendencies in this research field researchers participate in several international projects and programs. Bearing in mind the importance of the Sun's impact on our planet, the lives of people as well on modern technologies the general impression is that it is necessary to improve the existing infrastructure and increase the number of involved scientists. This study aims to present the current tendency of integrating contemporary research, people and technology in our country, in order to establish cooperation with other relevant groups and individuals.

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“…Притом, све је више студија које се баве утицајем активности Сунца на различите појаве на нашој планети: шумске пожаре (Radovanović et al 2015(Radovanović et al , 2019Vyklyk et al 2020), пренамножења инсеката (Milenković et al 2010;Milenković and Ducić 2016), као и урагане (Vyklyk et al 2017(Vyklyk et al , 2018. Тако се и појаве вртложних кретања ваздушних маса (тромбе) у Србији (Radovanović 2009;Mihajlović et al 2013) тумаче утицајем активности Сунца, односно дјеловањем честица Сунчевог вјетра (Radovanović et al 2013).…”

Section: дендроклиматолошка истраживања на простору републике српскеunclassified

Dendroclimatology: Basic Concepts, Measurement Techniques and Research Possibilities in the Republic of Srpska

Ivanović,

Milenković

2023

ORUPRS

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Dendrochronology is a new scientific discipline whose methods are used in paleogeographic research in order to gain insight into the state, as well as changes in the environment. Dendrochronology has given rise to dendroclimatology, which is used to study climate trends in the recent period, on the basis of which it is possible to determine the changes that have taken place in the climate complex in the past. Thanks to the ability of trees to form rings in accordance with climatic influences, it is possible to determine whether there is a correlation between meteorological data and data obtained from dendroclimatological analyzes. Dendroclimatology has become an essential tool for analyzing perennial climate fluctuations and changes. The chapter presents the results of previous research and perspectives of climate reconstruction using dendroclimatological methods in the Republic of Srpska. Although it is still undeveloped in our country, this science is very important for the study of climate in the past, as well as other cause-andeffect changes related to climate oscillations. The area of the Republic of Srpska is covered by a significant percentage of forests, in which old trees are frequent. This area offers a number of advantages, but also limitations for dendroclimatological research. In the area of the Republic of Srpska, these studies were conducted sporadically until several years ago. More intensive researches in recent years create the basis for a better understanding of recent climate and paleoclimate. Having in mind the above, it can be concluded that the Republic of Srpska has significant potential for dendroclimatological research.

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The connection between solar wind charged particles and tornadoes: Case analysis

Cited by 7 publications

References 0 publications

Space weather and hurricanes Irma, Jose and Katia

Space weather and hurricanes Irma, Jose and Katia

Investigation of solar influence on the terrestrial processes: Activities in Serbia

Dendroclimatology: Basic Concepts, Measurement Techniques and Research Possibilities in the Republic of Srpska

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