Tunnel erosion in the loess of Banks Peninsula

This study has examined in more detail than previous studies, and within the framework of the erosion model, the physical setting in which tunnel erosion occurs on banks Peninsula. Two selected parameters were studies in detail using quantitative techniques, that is, slope aspect and soil erodibilit...

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Main Author: Hughes, P. J.
Language:en
Published: University of Canterbury. Geography 2013
Online Access:http://hdl.handle.net/10092/7581
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spelling ndltd-canterbury.ac.nz-oai-ir.canterbury.ac.nz-10092-75812015-03-30T15:31:10ZTunnel erosion in the loess of Banks PeninsulaHughes, P. J.This study has examined in more detail than previous studies, and within the framework of the erosion model, the physical setting in which tunnel erosion occurs on banks Peninsula. Two selected parameters were studies in detail using quantitative techniques, that is, slope aspect and soil erodibility. Tunnel erosion on Banks Peninsula is largely a culturally induced form of erosion. European man disrupted the balance between climate, soil and primitive tussock cover by removing this protective cover, allowing the increased runoff easier access to the highly erodible parent material loess below the compacted layer in the soil. It appears most of the tunnel systems on Banks Peninsula today may be relict features corresponding to a period of maximum pasture deterioration prior to the late 1940’s.University of Canterbury. Geography2013-04-12T03:43:03Z2013-04-12T03:43:03Z1970Electronic thesis or dissertationTexthttp://hdl.handle.net/10092/7581enNZCUCopyright P. J. Hugheshttp://library.canterbury.ac.nz/thesis/etheses_copyright.shtml
collection NDLTD
language en
sources NDLTD
description This study has examined in more detail than previous studies, and within the framework of the erosion model, the physical setting in which tunnel erosion occurs on banks Peninsula. Two selected parameters were studies in detail using quantitative techniques, that is, slope aspect and soil erodibility. Tunnel erosion on Banks Peninsula is largely a culturally induced form of erosion. European man disrupted the balance between climate, soil and primitive tussock cover by removing this protective cover, allowing the increased runoff easier access to the highly erodible parent material loess below the compacted layer in the soil. It appears most of the tunnel systems on Banks Peninsula today may be relict features corresponding to a period of maximum pasture deterioration prior to the late 1940’s.
author Hughes, P. J.
spellingShingle Hughes, P. J.
Tunnel erosion in the loess of Banks Peninsula
author_facet Hughes, P. J.
author_sort Hughes, P. J.
title Tunnel erosion in the loess of Banks Peninsula
title_short Tunnel erosion in the loess of Banks Peninsula
title_full Tunnel erosion in the loess of Banks Peninsula
title_fullStr Tunnel erosion in the loess of Banks Peninsula
title_full_unstemmed Tunnel erosion in the loess of Banks Peninsula
title_sort tunnel erosion in the loess of banks peninsula
publisher University of Canterbury. Geography
publishDate 2013
url http://hdl.handle.net/10092/7581
work_keys_str_mv AT hughespj tunnelerosionintheloessofbankspeninsula
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