Australian Journal of Botany (AUST J BOT)

Publisher: Commonwealth Scientific and Industrial Research Organization (Australia); Australian National Research Council; Australian Academy of Science, CSIRO Publishing

Journal description

The Australian Journal of Botany is an international journal for publication of original research in plant science. Work on all plant groups, including fossil plants, is published. The journal publishes in the areas of: ecology and ecophysiology; conservation biology and biodiversity; forest biology and management; cell and molecular biology; paleobotany; reproductive biology and genetics; mycology and pathology; and structure and development.

Current impact factor: 1.36

Impact Factor Rankings

2016 Impact Factor Available summer 2017
2014 / 2015 Impact Factor 1.355
2013 Impact Factor 0.903
2012 Impact Factor 1.204
2011 Impact Factor 1.111
2010 Impact Factor 1.681
2009 Impact Factor 1.868
2008 Impact Factor 1.459
2007 Impact Factor 0.987
2006 Impact Factor 0.94
2005 Impact Factor 1.207
2004 Impact Factor 0.893
2003 Impact Factor 0.938
2002 Impact Factor 0.968
2001 Impact Factor 0.671
2000 Impact Factor 0.782
1999 Impact Factor 1.087
1998 Impact Factor 0.729
1997 Impact Factor 0.85
1996 Impact Factor 0.768
1995 Impact Factor 0.644
1994 Impact Factor 1.147
1993 Impact Factor 1.083
1992 Impact Factor 0.37

Impact factor over time

Impact factor
Year

Additional details

5-year impact 1.26
Cited half-life >10.0
Immediacy index 0.09
Eigenfactor 0.00
Article influence 0.37
Website Australian Journal of Botany website
Other titles Australian journal of botany, AJB
ISSN 0067-1924
OCLC 1518812
Material type Government publication, National government publication, Periodical, Internet resource
Document type Journal / Magazine / Newspaper, Internet Resource

Publisher details

CSIRO Publishing

  • Pre-print
    • Author can archive a pre-print version
  • Post-print
    • Author can archive a post-print version
  • Conditions
    • On author's personal repository or institutional repository
    • Must link to publisher version
    • Published source must be acknowledged
    • Publisher's version/PDF cannot be used
  • Classification
    green

Publications in this journal

  • [Show abstract] [Hide abstract]
    ABSTRACT: Pollen limitation occurs frequently in plant populations and, as result, many ovules are wasted. One possible adaptive explanation posits that ovule overproduction represents a ‘bet-hedging’ strategy against pollination inefficiency. This hypothesis is supported by comparative evidence showing that unpredictability in pollen receipt is positively associated with an increasing number of ovules per flower across species. Yet, this proposition has not been tested at the intraspecific level, where natural selection operates. Here, we evaluated the relationship between pollination unpredictability, considering both pollination quantity and quality, and number of ovules per flower, across 16 populations of the south-Andean generalist treelet Embothrium coccineum J.R.Forster and G.Forst from north-western Patagonia, which occurs along a west–east gradient of decreasing rainfall. Despite sizable variation in mean number of ovules per flower, we found no increase in ovule production with increasing pollination unpredictability across populations. Instead, we found that mean number of ovules per flower decreased with decreasing rainfall. Therefore, in this species, there was no support for the proposal that ovule overproduction represents a bet-hedging strategy against unpredictable pollen receipt. Rather, the number of ovules per flower seems to be conditioned primarily by resource availability.
    No preview · Article · Feb 2016 · Australian Journal of Botany

  • No preview · Article · Jan 2016 · Australian Journal of Botany
  • [Show abstract] [Hide abstract]
    ABSTRACT: Please not this paper will be open access, but will not be available for a few more weeks. Abstract Vital-statistics data concerning population viability were gathered for four of the rarest orchids in Western Australia using surveys to define population sizes and habitat areas and annual measurements of plant demographics. These orchids were Caladenia melanema, C. graniticola, C. williamsiae and Drakaea isolata from the wheatbelt of Western Australia. This agricultural area has a Mediterranean climate with unreliable rainfall, and is >80% cleared of native vegetation. Surveys with 10–30 volunteers increased population-size estimates by up to 10 times and provided spatial data to define core habitat areas. These areas included most of the individuals of a species, but were only 2–10 ha in size. Within these areas, orchids were often highly aggregated in patches a few metres wide, potentially resulting in a high degree of intraspecific competition. Vital statistics were obtained using 4-m wide and 30–50-m-long transects to measure rates of emergence, flowering, grazing and seed-set for each orchid. Plants emerging at the same position in different years were considered to be the same individual, but most emerged in new positions. Many plants emerged just once in 4 years, and 2–3 years of dormancy was common. Emergence frequencies were used to provide estimates of population sizes that were two or three times larger than suggested by data from a single year. Seed production was typically very low. Grazing by kangaroos and rabbits was most severe for C. melanema, but was greatly reduced by fencing. Severe drought prevented flowering of C. graniticola in the driest year, whereas other species were more resilient. These orchids are likely to persist as long as there are some years where rainfall is sufficient for flowering and seed set followed by a year with adequate rain for seed germination. Populations of all these orchids were stable or increasing, but they are still at high risk of extinction because of the impacts of increasing soil salinity or fire on their habitats. These species are unlikely to spread elsewhere in the highly cleared and fragmented wheatbelt. Intervention by hand-pollination, grazing protection and translocation to new locations is required to mitigate these risks. Results were summarised in vital statistics report cards with thresholds set to inform conservation management for these species. Core habitat maps and vital-statistics report cards should also be valuable new tools for terrestrial-orchid conservation in other biomes.
    No preview · Article · Jan 2016 · Australian Journal of Botany

  • No preview · Article · Jan 2016 · Australian Journal of Botany