Journal Report

CUNNINGHAMIA

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Journal Information
Journal Title
CUNNINGHAMIA
Publisher
NATL HERBARIUM NEW SOUTH WALES
ISSN
0727-9620
E-ISSN
2200-405X
Database
ALL DATABASES
Domain
Life Sciences, Physical Sciences, Social Sciences
Classification History
Year A+ A B C
2026
2025
2024
2023
2021/2022 ✓
2020 ✓
2019 ✓
2018
A journal may have more than one classification in the same year. All recorded classifications are displayed.
Recent Articles
Lysimachia mauritiana (Primulaceae) on seacliffs in the eastern suburbs of Sydney: a new naturalised record for Australia.
P Kodela, P Adam, B Wiecek
2014-5-27 Vol. 14 Pages 89-95
Vegetation of beach sand ridges and geomorphological processes in the valley of the Upper Myall River, New South Wales.
P Myerscough, R Carolin
2014-5-27 Vol. 14 Pages 17-53
Acacia pendula (Weeping Myall) in the Hunter Valley of New South Wales: early explorers’ journals, database records and habitat assessments raise doubts over naturally occurring populations.
S Bell, C Driscoll
2014-5-27 Vol. 14 Pages 179-200
Floodplain vegetation of the River Murray in 1987–1988: an important pre-drought benchmark for subsequent studies.
P Smith, J Smith
2014-5-27 Vol. 14 Pages 97-151
Ecology of Eucalyptus aquatica (Myrtaceae), a restricted eucalypt confined to montane swamp (fen) habitat in south-eastern Australia.
J Shepherd, V Keyzer
2014-5-27 Vol. 14 Pages 63-76
The contribution of vegetation survey and mapping to Herbarium collections and botanical knowledge: a case study from Queensland.
V Neldner
2014-5-27 Vol. 14 Pages 77-87
A conceptual model of the species composition of the original riparian rainforest of the Clarence River Floodplain, New South Wales.
P Rose
2014-5-27 Vol. 14 Pages 153-178
Peak flowering and fruiting patterns in the endangered orchid
R Payne
2014-5-27 Vol. 14 Pages 203-213
Vegetation of Little Bora Nature Conservation Trust Agreement, North Western Slopes, New South Wales.
J Hunter
2014-5-27 Vol. 14 Pages 1-16
Further observations on ecology of Blandfordia cunninghamii: flowering responses to rainfall and fire, and juvenile growth rates.
D Coleby
2014-5-27 Vol. 14 Pages 55-61
Articles retrieved from Crossref.
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Printed: November 4, 2026 09:53