SUSTAINABLE MANAGEMENT OF LAND DEGRADATION: THE EXAMPLE OF SECONDARY, DRYLAND SALINITY IN SOUTHWESTERN AUSTRALIA

Worldwide, population growth is placing growing pressures on the land. Traditional, mostly sustainable farming systems developed in conjunction or integrated with native vegetation, are being or have been replaced by commercialised agriculture. Modern agriculture is often large-scale, mechanised, an...

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Main Author: Arthur Conacher
Format: Article
Language:English
Published: Editora da Universidade Federal de Uberlândia 2005-05-01
Series:Revista Sociedade & Natureza
Online Access:http://www.sociedadenatureza.ig.ufu.br/include/getdoc.php?id=1452&article=746&mode=pdf
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spelling doaj-906b7312434e4ff1b0ea8d54973b3f302021-03-02T08:11:21ZengEditora da Universidade Federal de UberlândiaRevista Sociedade & Natureza0103-15701982-45132005-05-01Especial1571585SUSTAINABLE MANAGEMENT OF LAND DEGRADATION: THE EXAMPLE OF SECONDARY, DRYLAND SALINITY IN SOUTHWESTERN AUSTRALIAArthur ConacherWorldwide, population growth is placing growing pressures on the land. Traditional, mostly sustainable farming systems developed in conjunction or integrated with native vegetation, are being or have been replaced by commercialised agriculture. Modern agriculture is often large-scale, mechanised, and reliant on agricultural chemicals and hybrid crops grown in monocultural systems. Land degradation — which has been defined as ‘alterations to all aspects of the biophysical environment by human actions to the detriment of vegetation, soils, landforms, water, ecosystems and human well-being’ (Conacher and Conacher, 2001, 364) — is one outcome. It has been described as Australia’s number one environmental problem (Diamond, 2004).The International Geographical Union’s (IGU) Study Group on Erosion and Desertification in Regions of Mediterranean-type Climate initially focussed on land degradation processes, with a strong geomorphic emphasis (reflecting the background of most of the Study Group’s members). However, it soon became apparent that research into land degradation needs to be more broadly based. This realisation is reflected in the chapter headings of Parts II and III of the main publication which arose from the work of the Study Group (Conacher and Sala, 1998). Part II’s chapters identified the main problems of land degradation in the Mediterranean world, their historical origins, the causes of the problems and some of the broader ecological, social and implications. Part III then considered a rangeof solutions to the problems, including farming practices and, more broadly, economic, social, agency and policy changes required to enable such changes to be made.http://www.sociedadenatureza.ig.ufu.br/include/getdoc.php?id=1452&article=746&mode=pdf
collection DOAJ
language English
format Article
sources DOAJ
author Arthur Conacher
spellingShingle Arthur Conacher
SUSTAINABLE MANAGEMENT OF LAND DEGRADATION: THE EXAMPLE OF SECONDARY, DRYLAND SALINITY IN SOUTHWESTERN AUSTRALIA
Revista Sociedade & Natureza
author_facet Arthur Conacher
author_sort Arthur Conacher
title SUSTAINABLE MANAGEMENT OF LAND DEGRADATION: THE EXAMPLE OF SECONDARY, DRYLAND SALINITY IN SOUTHWESTERN AUSTRALIA
title_short SUSTAINABLE MANAGEMENT OF LAND DEGRADATION: THE EXAMPLE OF SECONDARY, DRYLAND SALINITY IN SOUTHWESTERN AUSTRALIA
title_full SUSTAINABLE MANAGEMENT OF LAND DEGRADATION: THE EXAMPLE OF SECONDARY, DRYLAND SALINITY IN SOUTHWESTERN AUSTRALIA
title_fullStr SUSTAINABLE MANAGEMENT OF LAND DEGRADATION: THE EXAMPLE OF SECONDARY, DRYLAND SALINITY IN SOUTHWESTERN AUSTRALIA
title_full_unstemmed SUSTAINABLE MANAGEMENT OF LAND DEGRADATION: THE EXAMPLE OF SECONDARY, DRYLAND SALINITY IN SOUTHWESTERN AUSTRALIA
title_sort sustainable management of land degradation: the example of secondary, dryland salinity in southwestern australia
publisher Editora da Universidade Federal de Uberlândia
series Revista Sociedade & Natureza
issn 0103-1570
1982-4513
publishDate 2005-05-01
description Worldwide, population growth is placing growing pressures on the land. Traditional, mostly sustainable farming systems developed in conjunction or integrated with native vegetation, are being or have been replaced by commercialised agriculture. Modern agriculture is often large-scale, mechanised, and reliant on agricultural chemicals and hybrid crops grown in monocultural systems. Land degradation — which has been defined as ‘alterations to all aspects of the biophysical environment by human actions to the detriment of vegetation, soils, landforms, water, ecosystems and human well-being’ (Conacher and Conacher, 2001, 364) — is one outcome. It has been described as Australia’s number one environmental problem (Diamond, 2004).The International Geographical Union’s (IGU) Study Group on Erosion and Desertification in Regions of Mediterranean-type Climate initially focussed on land degradation processes, with a strong geomorphic emphasis (reflecting the background of most of the Study Group’s members). However, it soon became apparent that research into land degradation needs to be more broadly based. This realisation is reflected in the chapter headings of Parts II and III of the main publication which arose from the work of the Study Group (Conacher and Sala, 1998). Part II’s chapters identified the main problems of land degradation in the Mediterranean world, their historical origins, the causes of the problems and some of the broader ecological, social and implications. Part III then considered a rangeof solutions to the problems, including farming practices and, more broadly, economic, social, agency and policy changes required to enable such changes to be made.
url http://www.sociedadenatureza.ig.ufu.br/include/getdoc.php?id=1452&article=746&mode=pdf
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