Leaf-litter and microsite on seedling recruitment in an alley-planted E. sargentii and Atriplex spp. saline agricultural system

Claire Farrell

Leaf-litter and microsite on seedling recruitment in an alley-planted E. sargentii and Atriplex spp. saline agricultural system

Claire Farrell

Research output: Thesis › Doctoral Thesis

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Abstract

[Truncated abstract] In order to assess the sustainability of mixed plantings on saline land, this thesis examined the importance of leaf-litter trapping and microsites on recruitment in a salt affected alley-belted (tree/shrub) agricultural system in Western Australia. Located in the low rainfall region (MAR

Original language	English
Qualification	Doctor of Philosophy
Publication status	Unpublished - 2007

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@phdthesis{c669e66bebd549dfb67df92714ce5b69,

title = "Leaf-litter and microsite on seedling recruitment in an alley-planted E. sargentii and Atriplex spp. saline agricultural system",

abstract = "[Truncated abstract] In order to assess the sustainability of mixed plantings on saline land, this thesis examined the importance of leaf-litter trapping and microsites on recruitment in a salt affected alley-belted (tree/shrub) agricultural system in Western Australia. Located in the low rainfall region (MAR",

keywords = "Eucalyptus, Western Australia, Restoration ecology, Revegetation, Soils, Salts in, Atriplex, Salinity, Facilitation and competition, Saltbush, Seedling",

author = "Claire Farrell",

year = "2007",

language = "English",

}

TY - BOOK

T1 - Leaf-litter and microsite on seedling recruitment in an alley-planted E. sargentii and Atriplex spp. saline agricultural system

AU - Farrell, Claire

PY - 2007

Y1 - 2007

N2 - [Truncated abstract] In order to assess the sustainability of mixed plantings on saline land, this thesis examined the importance of leaf-litter trapping and microsites on recruitment in a salt affected alley-belted (tree/shrub) agricultural system in Western Australia. Located in the low rainfall region (MAR

AB - [Truncated abstract] In order to assess the sustainability of mixed plantings on saline land, this thesis examined the importance of leaf-litter trapping and microsites on recruitment in a salt affected alley-belted (tree/shrub) agricultural system in Western Australia. Located in the low rainfall region (MAR

KW - Eucalyptus

KW - Western Australia

KW - Restoration ecology

KW - Revegetation

KW - Soils, Salts in

KW - Atriplex

KW - Salinity

KW - Facilitation and competition

KW - Saltbush

KW - Seedling

M3 - Doctoral Thesis

ER -

Leaf-litter and microsite on seedling recruitment in an alley-planted E. sargentii and Atriplex spp. saline agricultural system

Abstract

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