Mechanical Resistance of Trees to Technogenic Vibration - Kornienko, Vladimir
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Kornienko V. O. Mechanical resistance of trees to technogenic vibration. Developed criteria for evaluating the mechanical stability of trees and identify the most stable, most promising for planting in the steppe zone. Among the species most resistant are: Quercus rubra, Carpinus betulus, Betula davurica, Acer ibericum, Sotoneaster horizontalis, Fagus orientalis, Philadelphus coronarius, Syringa josikaea, Platanus orientalis, Sorbus aria and some others. And among the least stable are the following: Abies concolor, Berberis thunbergii, Pinus flexilis and P. ponderosa. The book will be useful…mehr

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Produktbeschreibung
Kornienko V. O. Mechanical resistance of trees to technogenic vibration. Developed criteria for evaluating the mechanical stability of trees and identify the most stable, most promising for planting in the steppe zone. Among the species most resistant are: Quercus rubra, Carpinus betulus, Betula davurica, Acer ibericum, Sotoneaster horizontalis, Fagus orientalis, Philadelphus coronarius, Syringa josikaea, Platanus orientalis, Sorbus aria and some others. And among the least stable are the following: Abies concolor, Berberis thunbergii, Pinus flexilis and P. ponderosa. The book will be useful for students in the field of Biophysics and Ecology. Scientific adviser: Assoc. Prof., Grand PhD in (Biological) sciences, Netsvetov M.V. Under the editorship: Prof., Grand PhD in (Physico-mathematical) sciences, Bespalova S.V. Reviewer: PhD in Physico-mathematical sciences, senior researcher Hohlov V.A. (2011); PhD in Physico-mathematical sciences, senior researcher Hijenkov P.K. (2011).
Autorenporträt
Maître de conférences, département de biophysique, DonNU. A 10 ans d'expérience dans le domaine de la biophysique. Domaines d'intérêt scientifique - biophysique écologique, biomécanique, écologie des vibrations, dendrochronologie, dendroécologie. Auteur de plus de 40 travaux scientifiques, 1 brevet, 1 monographie, 2 manuels de biophysique. ID de l'auteur Scopus : 57193731202.