Origins of Procellariidae Hunting in the Southwest Pacific

Small procellariids, mainly petrels, prions and shearwaters, were hunted at their rookeries in various parts of the southwest Pacific during the early historical era. The industries, some of which continue, arose from both traditional, indigenous, practices of prehistoric origin and subsistence necessity in early European settlements. The history and main features of the Tasmanian and southern New Zealand ‘muttonbird’ industries are described, together with brief summaries of those on Chatham, Raoul and Norfolk islands. Procellariid hunting occurred in two different situations, on isolated tropical islands, where its impact was often devastating, and on temperate islands associated with the East Australian Current, a western boundary current like the Gulf Stream. In the latter case, procellariid populations were very large and resilient to predation. In Tasmania, muttonbirds were taken for immediate consumption, but in New Zealand and other Polynesian islands there was preservation for storage. However, a common feature seems to have been the late development of systematic procellariid hunting, possibly because of the relative costs of access to the resource, although other explanations cannot be ruled out.     

A first meeting place: John Webber’s An Interview Between Captain Cook and the Natives (January 1777)

On 26 January 1777, on the first stage of his third voyage to the Pacific, James Cook anchored in Adventure Bay on what is now called Bruny Island, Tasmania. Cook encountered the local Nuonenne people on two occasions, the second of which was recorded in an unfinished drawing (possibly done on the spot) by the expedition’s artist, John Webber. Comments in their journals from officers and sailors on board Cook’s ships indicate that the European perceptions and representations of Aboriginal people were initially mediated by the explorers’ stereotypical understanding of other races. However, through a close reading of a number of structural features of Webber’s composition – symmetry, resemblances in opposition, chiasmus, a figure who acts as a spectatorial stand-in, spatialisation – it is argued that Webber’s drawing recognises the Aboriginal people encountered by the British as individuals, attends to the dramaturgy of the encounter, and is marked in various ways by a powerful and grounded indigenous agency. It is proposed that anthropologist Marshall Sahlins’ paradoxical aphorism ‘structure of the conjuncture’ might be used to illuminate and designate the particular quality of events, the ‘indigenous countersigns’, depicted by Webber in this drawing.     

Sexual citizenship in ‘the New Tasmania’

The state of Tasmania, the smallest in the Commonwealth of Australia, has recently reformed its law relating to relationships by amending over 100 pieces of legislation to include a range of relationships, including lesbian and gay partnerships, among those given recognition and legal entitlement. This government-sponsored legislation is represented as central to the program of economic revival, social reform and branding described as ‘the New Tasmania’. This article locates the relationship reform in this discourse of Tasmania's newness and in the context of neo-liberal approaches to globalisation. It argues that sexual citizenship takes a multitude of forms and its value, like the value of relationship reform legislation, cannot be easily determined. Indeed, it asks whether sexual citizenship as a form of belonging can ever be disentangled from the various contexts where it is performed. It concludes by privileging the desires and performances of sexual citizenship over the constitution of sexual citizenship in rights or recognition.     

Upper Ordovician Phacopida (Trilobita) from Tasmania

Eastonian trilobite faunas of the Gordon Group in Tasmania include the new species Ceraurinella oepiki, Erratencrinurus trippi, and Pliomerina trisulcata, as well as a reedocalymeninid probably allied to Sarrabesia Hammann & Leone, 1997. Ceraurinella and Erratencrinurus have not previously been reported from Australia, the former being predominantly Laurentian but also known from NE China, the Himalaya, and Vietnam, and the latter mostly Baltic/Laurentian. Peri-Gondwanan species of Ceraurinella appear to form a clade, within which Tasmanian and Indian (central Himalayan) taxa are closest relatives.     

Ordovician stromatoporoids from Tasmania

The Hunter Siltstone near Grenfell, New South Wales, contains a rich Upper Devonian fish fauna including the sinolepid Grenfellaspis and the new antiarchs Bothriolepis grenfellensis sp. nov. and Remigolepis redcliffensis sp. nov. Bothriolepis grenfellensis sp. nov. is the first bothriolepid species described from N.S.W., and R. redcliffensis sp. nov. is the first species of Remigolepis described from Australia. Traditionally, the Hunter Siltstone was considered to be uppermost Famennian or earliest Carboniferous in age based on the presence of Grenfellaspis, and the related taxon Sinolepis, which is known from the Wutung and Sanmentan formations of southeastern China. However, available data indicates the Hunter Siltstone may be early Famennian in age. Ongoing work suggests that all Famennian Bothriolepis from N.S.W., including B. grenfellensis, possess a trifid preorbital recess, but differ in other aspects of headshield morphology. In North China, the Famennian Zhongning Formation contains six species of Remigolepis and a species of Sinolepis. However, R. redcliffensis does not show any similarity to these species beyond those of Remigolepis as a whole.     

Lepidostrobus muelleri Johnston is a skull fragment of a temnospondyl amphibian

A fossil described as Lepidostrobus muelleri Johnston is referred to temnospondyl amphibians and is shown to have affinities with either the Rhinesuchidae or the Rhytidosteidae.     

Acaste (Trilobita: Phacopina) from the Early Devonian of Tasmania

Edgecombe, G.D. March 2007. Acaste (Trilobita: Phacopina) from the Early Devonian of Tasmania. Alcheringa 31, 59-66. ISSN 0311-5518.

The widespread Siluro-Devonian acastid trilobites Acaste and Acastella are known from few occurrences in Australasia, these being confined to Lochkovian strata in Victoria and New Zealand. A new species, Acaste andersoni, is described from a correlative of the Bell Shale near St Valentines Peak in north-western Tasmania. Acaste supplements the biogeographic links between the Early Devonian faunas of New Zealand, Victoria and Tasmania.

Gregory D. Edgecombe [greged@austmus.gov.au], Australian Museum, 6 College Street, Sydney, NSW 2010, Australia; received 2.3.2005, revised 6.4.2005.     

Lay Defender of Catholicism: Dr. Edward Swarbreck Hall in Tasmania 1833–1881

Tensions between Protestants and Catholics persisted throughout nineteenth‐century Australia. Historians have tended to examine the part played by the clergy, pressure groups or newspapers in sectarian disputes in the main colonies of New South Wales and Victoria. This article contributes to an understanding of anti‐Catholicism in the Australian colonies by focusing on the actions and writings of one Catholic layman, Dr Edward Swarbreck Hall, in mid nineteenth‐century Tasmania. To minimise religious hostility, Hall was tolerant towards Protestants, loyal to the British Crown, and worked co‐operatively with other creeds in helping the poor. This approach made Catholicism more acceptable to Protestant society until the late 1860s. Thereafter religious divisions became more pronounced with the appointment of Irish Bishop Daniel Murphy, who adopted the authoritarian policies of the papacy and asserted the rights of Catholics. Feeling threatened by Catholic assertion and antagonised by Catholic doctrinal beliefs, Evangelical Protestants expressed anti‐Catholic sentiments at public meetings and in newspapers. In showing how Hall defended Catholics when aspersions were cast on their clergymen, their character, or their religious practices, this article concludes that Catholics were not passive victims, but Hall's fierce polemical style worked against his desire for religious peace.     

First fossil pollen record of Auriculiidites Elsik, 1964 in Australia

Macphail, M.K. & Partridge, A.D., June 2012. First fossil pollen record of Auriculiidites Elsik, 1964 Elsik, W. C. 1964. A new sporomorph genus from eastern Peru. Pollen et Spores, 6: 601–604.  [Google Scholar] in Australia. Alcheringa 36, 283–286. ISSN 0311-5518.

Fossil auriculate pollen assigned to Auriculiidites Elsik is preserved in middle early Eocene estuarine facies near Strahan, on the west coast of Tasmania. This is the first record of this otherwise Late Cretaceous–Paleocene morphogenus in Australia and possibly the Southern Hemisphere. Auriculiidites is one of several, now tropical, taxa found at Strahan and underscores the area's importance in understanding the impact of early Eocene global warming at high latitudes.

Mike Macphail [mike.macphail@anu.edu.au], Department of Archaeology & Natural History, College of Asia and the Pacific, Australian National University, ACT 0200, Australia; Alan D. Partridge, Biostrata Pty. Ltd. 302 Waiora Rd., Macleod, Victoria 3085, Australia. Received 28.8.2011, revised 5.2.2012, accepted 16.2.2012.     

Middle Ordovician faunal spatial differentiation in Baltoscandia and the Appalachians

The distributional differentiation of Baltoscandian Middle Ordovician shelly faunas in terms of confacies belts has a counterpart in the southern and central Appalachians, where three belts, parallel to the mountain chain, are distinguished: the Blount, Tazewell and Lee Confacies Belts. As in Baltoscandia, the boundaries between these belts are sharp. The Blount Belt high-diversity shelly macrofauna is closely similar to Scoto-Appalachian faunas of northeastern Ireland and southwestern Scotland (Girvan). The Lee Belt fauna is virtually the same as that of the North American Midcontinent, and that of the Tazewell Belt is transitional between those of the Blount and Lee Belts. The ecological factors causing the confacies differentiation are currently not clearly understood but the differentiation was evidently not due to a single factor such as water depth, although this factor was apparently important for second-order differentiation (biofacies) within a confacies belt. The spatial differentiation patterns of the shelly, graptolite, and conodont faunas do not always coincide, suggesting that the factors controlling the distribution were largely specific for each fauna.