Javascript must be enabled to continue!
An Anthropocene, human-driven geomorphic change not determined by climate?
View through CrossRef
<p>A discussion about the possible cause-effect links between some socioeconomic drivers and changes in geomorphic processes is presented. Different types of physical impacts, including geomorphic effects on land subsidence, denudation or frequency of geomorphic-related disasters, show global spatial distributions very similar to Gross Domestic Product (GDP) density, an indicator of the intensity of human pressure on the environment. The intensity of the indicated impacts has increased in recent times, particularly after mid-twentieth century.</p><p>&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160; Data and estimates are presented showing that direct plus indirect &#8220;human erosion&#8221; is currently 1-2 orders of magnitude greater than purely natural one, and growing. Whereas GDP, as an indicator of <em>per capita</em> potential to modify the environment, has tripled in just over half a century, <em>per capita </em>human transfer of earth materials has increased tenfold. The frequency of disasters related to geomorphic processes has also been amplified about tenfold in less than a century. This increase is much greater than the one of other types of &#8220;natural&#8221; disasters.</p><p>&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160; The changes observed in geomorphic processes appear to respond to land surface modification, to a great extent linked to urban and infrastructure development. The growing intensity of these stressors appears to have a global impact at least as great as that of climate, on the geomorphic changes described which seem to be one of the characteristics of the Anthropocene.</p>
Title: An Anthropocene, human-driven geomorphic change not determined by climate?
Description:
<p>A discussion about the possible cause-effect links between some socioeconomic drivers and changes in geomorphic processes is presented.
Different types of physical impacts, including geomorphic effects on land subsidence, denudation or frequency of geomorphic-related disasters, show global spatial distributions very similar to Gross Domestic Product (GDP) density, an indicator of the intensity of human pressure on the environment.
The intensity of the indicated impacts has increased in recent times, particularly after mid-twentieth century.
</p><p>&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160; Data and estimates are presented showing that direct plus indirect &#8220;human erosion&#8221; is currently 1-2 orders of magnitude greater than purely natural one, and growing.
Whereas GDP, as an indicator of <em>per capita</em> potential to modify the environment, has tripled in just over half a century, <em>per capita </em>human transfer of earth materials has increased tenfold.
The frequency of disasters related to geomorphic processes has also been amplified about tenfold in less than a century.
This increase is much greater than the one of other types of &#8220;natural&#8221; disasters.
</p><p>&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160;&#160; The changes observed in geomorphic processes appear to respond to land surface modification, to a great extent linked to urban and infrastructure development.
The growing intensity of these stressors appears to have a global impact at least as great as that of climate, on the geomorphic changes described which seem to be one of the characteristics of the Anthropocene.
</p>.
Related Results
“The Earth Is Dying, Bro”
“The Earth Is Dying, Bro”
Climate Change and Children
Australian children are uniquely situated in a vast landscape that varies drastically across locations. Spanning multiple climatic zones—from cool tempe...
Climate and Culture
Climate and Culture
Climate is, presently, a heatedly discussed topic. Concerns about the environmental, economic, political and social consequences of climate change are of central interest in academ...
Ethics of climate change : a normative account
Ethics of climate change : a normative account
Consider, for instance, you and your family have lived around a place where you enjoyed the flora and fauna of the land as well as the natural environment. Fishing and farming were...
GEOMORPHIC BOUNDARIES WITHIN RIVER NETWORKS
GEOMORPHIC BOUNDARIES WITHIN RIVER NETWORKS
Author contributions: MWS and MCT contributed equally to all aspects of
this research and manuscript preparation. Key Points 1. The physical
character of different functional proce...
A Synergistic Imperative: An Integrated Policy and Education Framework for Navigating the Climate Nexus
A Synergistic Imperative: An Integrated Policy and Education Framework for Navigating the Climate Nexus
Climate change acts as a systemic multiplier of threats, exacerbating interconnected global crises that jeopardize food security, biodiversity, and environmental health. These chal...
Adaptation of storm sewer systems to climate change
Adaptation of storm sewer systems to climate change
According to the United Nations (2017), more than the half of the world’s population lives in urban and semi-urban areas. As a result, urban areas are becoming larger, denser and m...
What rejecting the Anthropocene means for the microplastic research community?
What rejecting the Anthropocene means for the microplastic research community?
It is well known that the Anthropocene Working Group proposed the addition of the Anthropocene as a time interval to the International Chronostratigraphic Chart (ICC). Despite the ...
Response to Climate Crisis and the Role of Public Law
Response to Climate Crisis and the Role of Public Law
The state and local governments are implementing emissions trading systems and carbon neutral policies to reduce greenhouse gases. Nevertheless, the Earth is facing a climate crisi...

