I a research paper discussing solar flares causing globab.
This region (NOAA Active Region AR6659, June 10, 1991) produced some of the most powerful flares ever recorded and remained active over many days. It also illustrates how magnetic shear (twisting of the Sun's magnetic field), is related to solar flares.
Looking at the articles, images, and other materials in this Research Starter may give you more ideas. Each topic has one or more articles to start you on your research, but remember that it takes more than one article to make a research paper.
Abstract. Space weather events such as solar flares can be harmful for life and infrastructure on earth or in near-earth orbit. In this paper we employ extreme value theory (EVT) to model extreme solar flare events; EVT offers the appropriate tools for the study and estimation of probabilities for extrapolation to ranges outside of those that have already been observed.
Solar storms may throw off whale navigation, cause strandings The sun occasionally releases bursts of electromagnetic radiation, which may disorient whales, a new study finds. 3 Minute Read.
In order to arrive at a better understanding of this subject, we divided this paper into several sections: first, an explanation of coronal mass ejections, solar flares, and the possible interrelation between the earth’s magnetosphere and the solar wind. Then, we provide a statistical study of X-flare occurrences across twenty years. We compare annual X-flare occurrences with the frequency.
Outstanding problems of solar flare research. By H. S. Hudson. Abstract. This paper describes in very broad terms the current status of problems in understanding solar flares, from the personal perspective of an observer. It goes on to summarize new observational directions to help solve the problems, including support for the suggestion for stereoscopic imaging of the solar atmosphere Topics.
Solar parameters derived from the region analysis program at the NOAA Space Environment Services Center (SESC) are submitted to a multivariate discriminant analysis (MVDA) in which the parameters relevant to flare prediction are identified and incorporated in a classification procedure to produce a.