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Articles

Soil and nutrient processes related to eucalypt forest dieback

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Pages 251-256 | Received 13 Sep 2005, Published online: 15 Apr 2013

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Read on this site (8)

Peter Nageli, J. Grant, J.D. Nichols, D. Sheil & B. Horton. (2016) Bell miner associated dieback: nutrient cycling and herbivore crown damage in Eucalyptus propinqua. Australian Forestry 79:1, pages 74-82.
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Peter StClair. (2010) Rehabilitation of declining stands at Mt Lindesay: a preliminary assessment. Australian Forestry 73:3, pages 156-164.
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Christine Stone, Amrit Kathuria, Catherine Carney & John Hunter. (2008) Forest canopy health and stand structure associated with bell miners (Manorina melanophrys) on the central coast of New South Wales. Australian Forestry 71:4, pages 294-302.
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Vic Jurskis, John Turner & Marcia Lambert. (2006) Letter to the editor. Australian Forestry 69:4, pages 314-315.
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Ross Florence. (2005) Bell-miner-associated dieback: an ecological perspective. Australian Forestry 68:4, pages 263-266.
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Vic Jurskis. (2005) Decline of eucalypt forests as a consequence of unnatural fire regimes. Australian Forestry 68:4, pages 257-262.
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Articles from other publishers (12)

Mehdi Heydari, Javad Cheraghi, Reza Omidipour, Mahmood Rostaminia, Yahya Kooch, Orsolya Valkó & Christopher Carcaillet. (2023) Tree dieback, woody plant diversity, and ecosystem driven by topography in semi-arid mountain forests: Implication for ecosystem management. Journal of Environmental Management 339, pages 117892.
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Samantha E. Andres, Nathan J. Emery, Paul D. Rymer & Jeff R. Powell. (2022) Soil chemistry and fungal communities are associated with dieback in an Endangered Australian shrub. Plant and Soil 483:1-2, pages 47-70.
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Tithira Lakkana, Mark S. Ashton, Elaine R. Hooper, Anoma Perera & Sisira Ediriweera. (2022) Tropical montane forest in South Asia: Composition, structure, and dieback in relation to soils and topography. Ecosphere 13:5.
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Claudia Bonomelli, Carolina Alcalde, Camila Aguilera, Ximena Videla, Ximena Rojas-Silva, Adriana Nario & Victoria Fernandez. (2021) Absorption and mobility of radio-labelled calcium in chili pepper plants and sweet cherry trees. Scientia Agricola 78:6.
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Tom Lewis. (2020) Very frequent burning encourages tree growth in sub-tropical Australian eucalypt forest. Forest Ecology and Management 459, pages 117842.
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Wendy Peterman & Richard H Waring. (2014) Does overshoot in leaf development of ponderosa pine in wet years leads to bark beetle outbreaks on fine-textured soils in drier years?. Forest Ecosystems 1:1.
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Alan G. Jones & Neil J. Davidson. (2014) Altered N , P and C dynamics with absence of fire in E ucalyptus forests affected by premature decline . Austral Ecology 39:5, pages 587-599.
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Lindsay M. Dreiss & John C. Volin. 2014. Encyclopedia of Natural Resources: Land. Encyclopedia of Natural Resources: Land 214 223 .
Bryony M. Horton, Morag Glen, Neil J. Davidson, David Ratkowsky, Dugald C. Close, Tim J. Wardlaw & Caroline Mohammed. (2013) Temperate eucalypt forest decline is linked to altered ectomycorrhizal communities mediated by soil chemistry. Forest Ecology and Management 302, pages 329-337.
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Vic Jurskis. (2011) Benchmarks of fallen timber and man's role in nature: Some evidence from eucalypt woodlands in southeastern Australia. Forest Ecology and Management 261:11, pages 2149-2156.
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D. C. Close, N. J. Davidson, D. W. Johnson, M. D. Abrams, S. C. Hart, I. D. Lunt, R. D. Archibald, B. Horton & M. A. Adams. (2009) Premature Decline of Eucalyptus and Altered Ecosystem Processes in the Absence of Fire in Some Australian Forests. The Botanical Review 75:2, pages 191-202.
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John Turner, Marcia Lambert, Vic Jurskis & Huiquan Bi. (2008) Long term accumulation of nitrogen in soils of dry mixed eucalypt forest in the absence of fire. Forest Ecology and Management 256:5, pages 1133-1142.
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