Котенко Т.А., Сандимирова Е.И., Котенко Л.В. Извержения вулкана Эбеко (Курильские острова) в 2016−2017 гг. // Вестник КРАУНЦ. Серия: Науки о Земле. 2018. Вып. 37. № 1. С. 32-42.
Annotation
The article presents data on two explosive eruptions produced by Ebeko Volcano 19 to 20 October, 2016 and over the period from November 8, 2016 till the end of August 2017. The latter eruption continues. The material was erupted from three vents: one vent is located in the Active funnel and two vents are at the bottom of Middle crater. The authors analyzed the chemical, mineral, and granulometric compositions of tephra. The studied tephra does not contain magmatic components. The authors classify the eruptions as phreatic. The paper provides the assessment of the composition and volume of gas emission. The gross total volume of the erupted material was estimated to exceed 1.5 million tons.
Котцебу О.Е. Путешествие вокруг света, совершенное по повелению Государя Императора Александра Первого на военном шлюпе «Предприятии» в 1823, 24, 25, и 26 годах под начальством Флота Капитан-Лейтенанта Котцебу. СПб.: В Морской типографии. 1828. 202 с.
Кочегура В.В., Зубов А.Г. Шкала палеовековых вариаций геомагнитного поля для позднего голоцена Камчатки // Геомагнитное поле в фанерозое: тезисы докладов III Дальневосточного семинара по палеомагнетизму, Магадан, 21 августа 1984 г. Магадан: СВКНИИ ДВНЦ АН СССР. 1984. С. 10-11.
An account is given of magnetostratigraphic studies of Kamchatkan Holocene formations: the cover of soil and pyroclastics and the rocks of the cinder cones from the flank eruptions of Klyuchevskoi Volcano. А study was made of seven sections of the soil and pyroclastics and of samples from 17 cinder cones. А detailed account is given of the data processing procedure. Consideration is given to the reasons for the established incompleteness of the paleomagnetic record in the sections and it is demonstrated that adequately detailed reconstruction of the history of the geomagnetic 1ield is possible only provided that а study is made of а series of рагаllеl sections. The trajесtory of the geomagnetic field vector over the last 4000 years is determined on the basis of the material on radiocarbon datings. Seven cycles of paleosecular variations are distinguished in the age range investigated; each of these cycles has individual features by which they can be recognised and used for stratigraphic correlation. The, features taken were the direction of rotation of the vector, the shape and size of its loops, and the length of the cycles. Correlation of the sections based on paleomagnetic data was found to be in good agreement with the tephrostratigraphic correlation and enabled corrections to be made to the age of some horizons, including the archeological layers of the primitive settlement at Zhupanovo and the cinder cones. The metachronous magnetization present in some tephra layers was found to be an obstacle to any improvement in the accuracy and detail of magnetochronological reconstructions.
Крашенинников С.П. Описание земли Камчатки / Отв. ред. Берг Л.С., Григорьев А.А., Степанов И.Н. М.-Л.: Изд-во Главсевморпути. 1949. 841 с.
Крохин Е.М. О некоторых вулканических образованиях в бассейне рек Малой Быстрой, Левой Тополовой и Большой Саранной // Бюллетень вулканологической станции. 1954. Вып. 22. С. 39-43.
Кувикас О.В. Новые данные о составе вулканических стекол вулкана Шивелуч и особенности их дифференциации // Лучшие проекты VIII Всероссийской выставки научно-технического творчества молодёжи. 2008, Москва. 2008. С. 195-196.
