Natural Rhythms of Climate Variability and Anthropopressure (Anthropopressure will not Overcome the Natural Rhythms of Climate Variability)

The transformations of the Earth’s atmosphere have always been conditioned by cosmic-astronomical factors and natural “life processes of the Earth.” Human pressure has been increasing for several thousand years, but only in the last three centuries has anthropopressure reached a global scale, modify...

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Main Author: Stankowski Wojciech
Format: Article
Language:English
Published: Sciendo 2025-03-01
Series:Quaestiones Geographicae
Subjects:
Online Access:https://doi.org/10.14746/quageo-2025-0010
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author Stankowski Wojciech
author_facet Stankowski Wojciech
author_sort Stankowski Wojciech
collection DOAJ
description The transformations of the Earth’s atmosphere have always been conditioned by cosmic-astronomical factors and natural “life processes of the Earth.” Human pressure has been increasing for several thousand years, but only in the last three centuries has anthropopressure reached a global scale, modifying the state of the atmosphere. The rhythm of energy fluctuations over the last approximately 130,000 years, including the youngest millennia (the so-called Late Glacial and Holocene) and contemporary times with human influence, allow us to predict the approaching end of the current climatic optimum.
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spelling doaj-art-17cde89153bc4174ae68ab0a5be2fdab2025-08-20T02:28:49ZengSciendoQuaestiones Geographicae2081-63832025-03-0144114515010.14746/quageo-2025-0010Natural Rhythms of Climate Variability and Anthropopressure (Anthropopressure will not Overcome the Natural Rhythms of Climate Variability)Stankowski Wojciech0Institute of Geology, Adam Mickiewicz University in Poznań, PolandThe transformations of the Earth’s atmosphere have always been conditioned by cosmic-astronomical factors and natural “life processes of the Earth.” Human pressure has been increasing for several thousand years, but only in the last three centuries has anthropopressure reached a global scale, modifying the state of the atmosphere. The rhythm of energy fluctuations over the last approximately 130,000 years, including the youngest millennia (the so-called Late Glacial and Holocene) and contemporary times with human influence, allow us to predict the approaching end of the current climatic optimum.https://doi.org/10.14746/quageo-2025-0010paleoclimateanthropopressure
spellingShingle Stankowski Wojciech
Natural Rhythms of Climate Variability and Anthropopressure (Anthropopressure will not Overcome the Natural Rhythms of Climate Variability)
Quaestiones Geographicae
paleoclimate
anthropopressure
title Natural Rhythms of Climate Variability and Anthropopressure (Anthropopressure will not Overcome the Natural Rhythms of Climate Variability)
title_full Natural Rhythms of Climate Variability and Anthropopressure (Anthropopressure will not Overcome the Natural Rhythms of Climate Variability)
title_fullStr Natural Rhythms of Climate Variability and Anthropopressure (Anthropopressure will not Overcome the Natural Rhythms of Climate Variability)
title_full_unstemmed Natural Rhythms of Climate Variability and Anthropopressure (Anthropopressure will not Overcome the Natural Rhythms of Climate Variability)
title_short Natural Rhythms of Climate Variability and Anthropopressure (Anthropopressure will not Overcome the Natural Rhythms of Climate Variability)
title_sort natural rhythms of climate variability and anthropopressure anthropopressure will not overcome the natural rhythms of climate variability
topic paleoclimate
anthropopressure
url https://doi.org/10.14746/quageo-2025-0010
work_keys_str_mv AT stankowskiwojciech naturalrhythmsofclimatevariabilityandanthropopressureanthropopressurewillnotovercomethenaturalrhythmsofclimatevariability