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Názov Non-equilibrium thermodynamics and development cycles of temperate natural forest ecosystems Aut.údaje Peter Urban, Peter Sabo, Jan Plesník Autor Urban Peter 1962- (47%) UMBFP09 - Katedra biológie a ekológie
Spoluautori Sabo Peter 1954- (47%) UMBFP09 - Katedra biológie a ekológie
Plesník Jan (6%)
Zdroj.dok. Folia Oecologica. Vol. 45, no. 2 (2018), pp. 61-71. - Zvolen : Ústav ekológie lesa SAV, 2018 Kľúč.slová adaptívne cykly prírodné lesy nerovnovážna termodynamika psychická odolnosť - reziliencia - psychic resistance - resilience Form.deskr. články - journal articles Jazyk dok. angličtina Krajina Slovenská republika Systematika 502.2 Anotácia The presented contribution in its first part summarizes several important theoretical findings of the system ecology supporting non-equilibrium paradigm of complex adaptive systems. We emphasise the concept of non-equilibrium thermodynamics of living systems and the Holling’s adaptive cycle of a social-ecological system. In natural forests, the phases of an adaptive cycle fit to a substantial extent also to stages and phases of a large and a small forest cycle, although there is a different terminology. Further, we have emphasised the natural role of disturbances and their explanation from the thermodynamic point of view – as an important component of an adaptive cycle, which supports conclusions that these natural phenomena not only participated in the evolution of the whole habitats, but from the long-term view, they may even increase the resilience and overall ecological stability of ecosystems. Finally, we have tried to apply the findings of the theories presented to derive or underlie several principles of the management of temperate deciduous and mixed natural forests, which we consider important URL Link na plný text Kategória publikačnej činnosti ADN Číslo archívnej kópie 44232 Kategória ohlasu MORA, Miguel A. Morales - BRAVO, Rene D. Martínez - BARIL, Carole Farell - HERNÁNDEZ, Mónica Fuentes - DELGADILLO, Sergio A. Martínez. An integrated approach to determining the capacity of ecosystems to supply ecosystem services into life cycle assessment for a carbon capture system. In Applied sciences (Switzerland). ISSN 2076-3417, 2020, vol. 10, no. 2, pp. 1-26.
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