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Pacific Conservation Biology Pacific Conservation Biology Society
A journal dedicated to conservation and wildlife management in the Pacific region.
Pacific Conservation Biology

Pacific Conservation Biology

Volume 26 Number 2 2020


This submission was produced at the request of the editor, Professor Mike Calver, to honour the life of the late Adjunct Professor Barbara York Main. The authors of this submission are thankful for the opportunity to create an article in tribute to such an inspiring woman scientist.

PC19016Conservation ecology of Tasmanian coastal saltmarshes, south-east Australia – a review

Vishnu Prahalad 0000-0002-3547-616X, Jamie B. Kirkpatrick, John Aalders, Scott Carver, Joanna Ellison, Violet Harrison-Day, Peter McQuillan, Brigid Morrison, Alastair Richardson and Eric Woehler
pp. 105-129

A semisystematic literature review supported by expert local knowledge documents existing knowledge on the ecological components, functional relationships and threatening processes of Tasmanian coastal saltmarshes. Research gaps and priorities are identified to assist saltmarsh recovery actions and improve its conservation status.


In this paper I show that the interpretation for an estuarine history of Lake Alexandrina presented in a doctoral thesis (Fluin 2002) and subsequently published in the journal Hydrobiologia (Fluin et al. 2007) was reinterpreted in an unpublished report to a state government (Fluin et al. 2009) without the provision of new evidence or a critique to discount the findings of the original paper. This new interpretation argues that the lake has been predominantly fresh for 7000 years and this revised finding has been widely cited in the literature and online discussions and used by governments to advocate for a freshwater future for the Lower Lakes.


The lower lakes of the River Murray are some of the most ecologically important wetlands in Australia. This work assessed whether Lake Alexandrina and Lake Albert were predominantly fresh over their history. An analysis of previously published work indicates that over most of their history and most of their area Lake Alexandrina and Lake Albert were fresh.


This study investigates, and provides information useful for the conservation assessment of, the endemic and Data Deficient Tagula butcherbird (Cracticus louisiadensis). Research benefits came from the species’ high cultural value among local residents. This forest-dependent species remains vulnerable and was found to be restricted to four remote islands in the Louisiade Archipelago (Papua New Guinea).

PC18071Dry forests of the Galápagos: a comparative assessment of a World Heritage Site

Thomas W. Gillespie 0000-0002-7066-0691, Gunnar Keppel, Chelsea M. Robinson and Gonzalo Rivas-Torres
pp. 161-172

This research examines patterns of woody plant species richness and structure in dry forests on the three largest islands in the Galápagos. We identify the conservation status of woody plants within the dry forest region, assess forest cover change, and compare results to other tropical dry forests in the Pacific.


Threatened species possess many traits that make them highly vulnerable to climate change. We reviewed the conservation assessments for listing species and communities in NSW, Australia, and found only 13% of species and 24% of ecological communities had climate change identified as a threat. These estimates are likely conservative, suggesting that biodiversity management at the landscape-scale may be more effective than targeted, single-species management actions.

PC19023Averting danger under the bridge: video confirms that adult small-toothed morays tolerate salinity before and during tidal influx

Brendan C. Ebner 0000-0001-8808-4998, James A. Donaldson 0000-0002-9471-8798, Robert Courtney, Richard Fitzpatrick, Danswell Starrs, Cameron S. Fletcher and Jamie Seymour
pp. 182-189

Remote underwater video, snorkel and above-water observations of morays, combined with salinity measurements, reveal that the small-toothed moray, Gymnothorax polyuranodon, is capable of tolerating salinity of at least 14.4 for approximately an hour, and can inhabit salinity of 19 for a period of several minutes.

PC19019Countering low visibility in video survey of an estuarine fish assemblage

James A. Donaldson 0000-0002-9471-8798, Paulo Drews Jr, Michael Bradley, David L. Morgan, Ronald Baker and Brendan C. Ebner 0000-0001-8808-4998
pp. 190-200

Tropical estuaries can be challenging and dangerous places to survey fish communities. Underwater video provides an alternative to traditional survey methods, however poor water clarity can impact the effectiveness of video surveys. We demonstrate how image enhancement techniques can improve identification of fish species from video in reduced visibility conditions.

Committee on Publication Ethics

Ivor Beatty Award

R. Russell & M. Paterson have been awarded the Ivor Beatty Award for 2022.

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