History Of New Zealand Research Articles

A retrospective survey into the presence of Plasmodium spp. and Toxoplasma gondii in archived tissue samples from New Zealand raptors: New Zealand falcons (Falco novaeseelandiae), Australasian harriers (Circus approximans) and moreporks (Ninox novaeseelandiae).

Human colonisation of New Zealand has resulted in the introduction of emerging diseases, such as avian malaria and toxoplasmosis, which arrived with their exotic avian and mammalian hosts. Plasmodium spp. and Toxoplasma gondii have a wide host range, and several species of endemic New Zealand birds have developed a fatal disease following infection with either pathogen. However, no reports of either toxoplasmosis or avian malaria in New Zealand raptors, namely, the New Zealand falcons (Falco novaeseelandiae), Australasian harriers (Circus approximans) and moreporks (Ninox novaeseelandiae) exist in the literature. Therefore, this study was designed to determine if these two pathogens are present in these raptors through a retrospective analysis of archived tissue samples. Detection and isolate identification of these pathogens was determined using established histological and molecular techniques. All three species of New Zealand raptors tested positive for the presence of Plasmodium spp. (10/117; 8.5%) and an atypical genotype of T. gondii (9/117; 7.7%). Plasmodium lineages identified include P. elongatum GRW6, P. relictum SGS1, P. relictum PADOM02 and Plasmodium sp. LINN1. Two Australasian harriers and one morepork tested positive for the presence of both Plasmodium spp. and T. gondii. However, the pathogenicity of these organisms to the raptors is unclear as none of the tissues showed histological evidence of clinical disease associated with Plasmodium spp. and T. gondii infections. Thus, these results demonstrate for the first time that these two potential pathogens are present in New Zealand's raptors; however, further research is required to determine the prevalence and pathogenicity of these organisms among the living populations of these birds in the country.

Diplomatic Rivalries and Cultural One-upmanship: New Zealand’s Long Quest to Become More Pacific than Australia

New Zealand’s governmental and non-governmental agencies, academic commentators and media have long framed the country as uniquely and favourably positioned on cultural grounds to be a strategic diplomatic actor in the South Pacific. Justifications for the framing stem from two linked complexes: the history of New Zealand’s colonial and post-colonial involvement in a number of Polynesian territories in the Pacific; and the related history of relations between settlers and indigenes in New Zealand itself. These different strands of the argument have increasingly been brought together by the growth in numbers of New Zealand-born and domiciled Pacific Islanders. They, along with Maori, have been recruited into the diplomatic service and overtly contribute to the use of Polynesian encounter rituals in New Zealand’s diplomatic outreach. Such histories are used to justify New Zealand’s role in the Pacific in its relations with other external powers, especially in diplomatic jostling with Australia. The claims to special insight and cultural capital are subjected to critical scrutiny.

Oceanic Books in Translation: Towards a History of Indigenous Australian, New Zealand and Pacific Publishing in European Translation

Oceanic Books in Translation: Towards a History of Indigenous Australian, New Zealand and Pacific Publishing in European Translation

European Colonization, Not Polynesian Arrival, Impacted Population Size and Genetic Diversity in the Critically Endangered New Zealand Kākāpō.

Island endemic species are often vulnerable to decline and extinction following human settlement, and the genetic study of historical museum specimens can be useful in understanding these processes. The kākāpō (Strigops habroptilus) is a critically endangered New Zealand parrot that was formerly widespread and abundant. It is well established that both Polynesian and European colonization of New Zealand impacted the native avifauna, but the timeframe and severity of impacts have differed depending on species. Here, we investigated the relative importance of the 2 waves of human settlement on kākāpō decline, using microsatellites and mitochondrial DNA (mtDNA) to characterize recent kākāpō genetic and demographic history. We analyzed samples from 49 contemporary individuals and 54 museum specimens dating from 1884 to 1985. Genetic diversity decreased significantly between historical and contemporary kākāpō, with a decline in mean number of microsatellite alleles from 6.15 to 3.08 and in number of mtDNA haplotypes from 17 to 3. Modeling of demographic history indicated a recent population bottleneck linked to the period of European colonization (approximately 5 generations ago) but did not support a major decline linked to Polynesian settlement. Effective population size estimates were also larger for historical than contemporary kākāpō. Our findings inform contemporary kākāpō management by indicating the timeframe and possible cause of the bottleneck, which has implications for the management of extant genetic diversity. We demonstrate the broader utility of a historical perspective in understanding causes of decline and managing extinction risk in contemporary endangered species.

Probing the History of New Zealand's Orakei Maar

A team of scientists drilled into the bed within a northern New Zealand explosion crater lake to gain insights into volcanic hazards and past climates.

Revising the Displacement History of New Zealand's Alpine Fault

A reinterpretation of structural and paleomagnetic data suggests that New Zealand's Alpine Fault accommodates a far greater percentage of geologically recent plate motion than previously thought.

J.S. Marais, a great South African historian: a personal re-assessment

ABSTRACTThis article is a personal assessment aimed to establish J.S. Marais’s legacy. It is written in the light of the insights I gained as I interacted with him as an undergraduate and honours student (starting in 1949), as a research student, and finally as a departmental colleague over a period of ten years or so. It begins with my experience of his teaching. He was a poor lecturer, especially to large classes. This improved with smaller classes. He came into his own in the honours year. He was a specialist in South African history as a case study in the colonial era, from the seventeenth to the nineteenth century. Marais was excellent as a supervisor of postgraduate research from honours to doctoral level, empathetic and patient in handling his students’ needs. A further feature of his honours teaching was his development of a course in historical method and philosophy of history. Next, the article covers Marais’s preparation for an academic career, first at UCT and then at Oxford, leading in both cases to BA and honours degrees. Then his studies culminated in his doctoral thesis on the colonisation of New Zealand. This enabled him by 1927 to become a lecturer at UCT, a post he held until he moved to Wits as a senior lecturer in 1937. Marais’s high reputation rested mainly on his books. The article continues with an assessment of each of these, including their reception by his colleagues. The article ends with an appraisal of Marais’s qualities. Poor as an administrator, he was outstanding as a head of department at the intellectual level and also as a leader of the joint campaign of the University of the Witwatersrand (Wits) and UCT against the imposition of apartheid on the universities.

Where did the rats of Big South Cape Island come from?

The ship rat invasion of Big South Cape Island/Taukihepa in the 1960s was an ecological catastrophe that marked a turning point for the management of rodents on offshore islands of New Zealand. Despite the importance of this event in the conservation history of New Zealand, and subsequent major advances in rodent eradication and biosecurity, the source and pathway of the rat invasion of Big South Cape Island has never been identified. Using modern molecular methods on contemporary and historical tissue samples, we identify the mitochondrial DNA (mtDNA) haplotype of ship rats (Rattus rattus) on Big South Cape Island and compare it to that of ship rats in the neighbouring regions of Stewart Island/Rakiura and southern New Zealand, all hypothesised as possible source sites for the invasion. We identify two haplotype clusters, each comprising three closely related haplotypes; one cluster unique to Stewart Island, and the other found in southern New Zealand and elsewhere. By a process of elimination we rule that the ship rat invasion of Big South Cape Island was neither by swimming nor boat transport from Stewart Island, and is unlikely to have come from the south coast ports of New Zealand. However, because the ship rat haplotype found on Big South Cape Island is cosmopolitan to New Zealand's South Island and elsewhere, we can only confirm that the invasion likely originated from some distance, but are not able to identify the invasion source more precisely. An unexpected consequence of our study is the discovery of five new mtDNA haplotypes for R. rattus that have not been previously reported.

Notes on Contributors

Notes on Contributors

Physical growth and ethnic inequality in New Zealand prisons, 1840–1975

The British colonization of New Zealand after 1840 was marked by an unusual concern compared to other settler colonies to incorporate the indigenous Māori population into the new society. But despite a continuing political rhetoric of protection and sovereignty, Māori have historically had lower living standards and, since the 1920s, higher rates of incarceration than European-descended New Zealanders (Pākehā). In this article, the authors examine differences between Māori and Pākehā over 130 years using prison records. Aggregate data from the Ministry of Justice shows long-term change and differences in incarceration rates. Using a data set of all extant registers of men entering New Zealand prisons, the authors show change over time in convictions and in height. The adult statures of Māori and Pākehā were similar for men born before 1900, but marked differences emerged among cohorts born during the twentieth century. By the Second World War, the gap in adult stature widened to around 3 cm, before narrowing for men born after the Second World War. Periods of divergence in stature are paralleled by divergence in fertility and indicators of family size, suggesting the possibility that increasing fertility stressed the economic situation of Māori families. The prison evidence suggests that inequalities in ‘net nutrition’ between Māori and Pākehā are long-standing but not unchanging – indeed, they increased for cohorts born in the early twentieth century. A subset of the data describing adolescents confirms that, among those born after 1945, the ethnic differential was already visible by the age of 16.

‘Blond Beasts of Prey’: A Nietzschean interpretation of the language of Britain's colonisation of New Zealand

This article explores the efficacy of applying Friedrich Nietzsche's hypothetical reconstruction of the emergence of human morality, to examples of the language used by agents of the British colonisation of New Zealand in the nineteenth century, with a particular focus on notions of cultural and racial superiority/inferiority. The particular nexus of psychology and philosophy that Nietzsche formulated provides a useful ontological framework for examining the phenomenon of colonisation, especially its often explicitly racial orientation. Nietzsche's architecture of the history of morality, with its constituent elements of race, mastery, civilisation, savagery, morality, imperial expansion, and pan-Europeanism, is evident in much of the language used by various agents of Britain's colonisation of New Zealand in the nineteenth century. The analogies are not always exact, and the connections are correlative rather than causative (necessarily so, on the basis that Neitzsche's reconstruction of the emergence of human morality is retrospectively applied in this article), but the particular nexus of psychology and philosophy that Nietzsche formulated does provide a useful ontological framework for examining the phenomenon of colonisation, especially its often explicitly racial orientation. Nietzsche's theories in this area also resonate with the notion of settler colonialism, in which an expanding dominant population spreads out into new territories, and then encodes and reproduces the unequal relationships that it has used to coerce other populations during previous phases of its expansion. The conclusion reached is that Nietzsche's architecture of the history of morality, despite being largely conjectural, can serve as a theoretical model that assists in interpreting and contextualising some of the language that accompanied Britain's colonisation of New Zealand in ways not afforded by other theoretical approaches.

Maori–Pasifika relations: A problematic paradox?

Abstract Maori people maintain ambiguous relations with the rest of the Pacific. Genealogical relationships continue to be celebrated in ongoing connections across a wide range of domains and discourses, but the colonial history of New Zealand has also turned Maori into a community of indigenous people that has been eclipsed by European settlers over the past two centuries. As a corollary, Maori are embroiled in an intense struggle for recognition of their proprietary rights as the indigenous people of the islands of New Zealand. Over the past few decades, campaigns for a comprehensive settlement of their colonial grievances have gathered some momentum since the Treaty of Waitangi was gradually recognized again in the 1970s and 1980s. The negotiations between Maori and the government about historical and social justice for the indigenous population, however, may to some extent be counterbalanced by the increasing number of migrants arriving in New Zealand, from Asia and the Pacific Islands. In the current competition for scarce resources, Maori have consistently argued that within the New Zealand nation state the establishment of biculturalism should precede the development of multiculturalism, implying also that indigenous rights should prevail over those of settlers and migrants. The political dichotomy between Maori and Pacific Islanders raises the question to what extent it distorts historical and contemporary connections. This article explores the multiple histories and manifold relations between Maori and Pacific Islanders in the past and present in order to examine whether the paradox of historical connections and contemporary competition can be resolved.

Climate windows for Polynesian voyaging to New Zealand and Easter Island.

Debate about initial human migration across the immense area of East Polynesia has focused upon seafaring technology, both of navigation and canoe capabilities, while temporal variation in sailing conditions, notably through climate change, has received less attention. One model of Polynesian voyaging observes that as tradewind easterlies are currently dominant in the central Pacific, prehistoric colonization canoes voyaging eastward to and through central East Polynesia (CEP: Society, Tuamotu, Marquesas, Gambier, Southern Cook, and Austral Islands) and to Easter Island probably had a windward capacity. Similar arguments have been applied to voyaging from CEP to New Zealand against prevailing westerlies. An alternative view is that migration required reliable off-wind sailing routes. We investigate the marine climate and potential voyaging routes during the Medieval Climate Anomaly (MCA), A.D. 800-1300, when the initial colonization of CEP and New Zealand occurred. Paleoclimate data assimilation is used to reconstruct Pacific sea level pressure and wind field patterns at bidecadal resolution during the MCA. We argue here that changing wind field patterns associated with the MCA provided conditions in which voyaging to and from the most isolated East Polynesian islands, New Zealand, and Easter Island was readily possible by off-wind sailing. The intensification and poleward expansion of the Pacific subtropical anticyclone culminating in A.D. 1140-1260 opened an anomalous climate window for off-wind sailing routes to New Zealand from the Southern Austral Islands, the Southern Cook Islands, and Tonga/Fiji Islands.

Impact of reassociation with a coevolved herbivore on oviposition deterrence in a hostplant.

Although selection by herbivores for increased feeding deterrence in hostplants is well documented, selection for increased oviposition deterrence is rarely examined. We investigated chemical mediation of oviposition by the parsnip webworm (Depressaria pastinacella) on its principal hostplant Pastinaca sativa to determine whether ovipositing adults choose hostplants based on larval suitability and whether hostplants experience selection for increased oviposition deterrence. Webworms consume floral tissues and florivory selects for increased feeding deterrents; moths, however, oviposit on leaves of pre-bolting plants. Exclusive use of different plant parts for oviposition and larval feeding suggests oviposition should select for increased foliar deterrents. Recent webworm colonization of New Zealand (NZ) allowed us to assess phenotypic changes in foliar chemicals in response to webworm oviposition. In a common garden experiment, we compared NZ populations with and without a history of infestation from 2004 to 2006 for changes in leaf chemistry in response to oviposition. Three leaf volatiles, cis- and trans-ocimene, and β-farnesene, elicit strong responses in female moth antennae; these compounds were negatively associated with oviposition and are likely oviposition deterrents. Leaf β-farnesene was positively correlated with floral furanocoumarins that deter florivory; greater oviposition on plants with low floral furanocoumarins indicates that moths preferentially oviposit on parsnips most suitable for larval growth. Unlike florivory, high oviposition on leaves did not lower plant fitness, consistent with the fact that NZ parsnip foliar chemistry was unaffected by 3-6 years of webworm infestation. Thus, in this system, selection by ovipositing moths on foliar chemistry is weaker than selection by larvae on floral chemistry.

The History of Death Duties and Gift Duty in New Zealand

The aim of this article is to provide an account of the history of death duties and gift duty in New Zealand. This is worth doing for two main reasons. First, the story of these taxes’ rise and demise constitutes a significant aspect of the country’s fiscal and political history. It might even be said that the story of New Zealand’s death duties is essentially the same story as the country’s political history, but cut at a novel angle. More particularly, whilst there currently seems to be very little enthusiasm for the reintroduction of death duties in New Zealand (except, perhaps, as a necessary accompaniment to a capital gains tax), these taxes for many years enjoyed broad political support. Indeed, it was widely regarded as obvious that a significant part – perhaps as much as 50 percent or so – of every large estate ought to go to the state. There seems, then, to have been a profound change in popular attitudes.Secondly, the reform of the tax system is a process which, it seems safe to assume, will never be completed; even the system’s basic structure seems perennially up for debate. It seems obvious that the process of tax reform might benefit from an awareness of what has gone before; yet the literature on the history of New Zealand’s tax system remains incomplete. One of the aims of the article, therefore, is to make a contribution to the filling of one of the larger gaps in it. More particularly, there has been much discussion recently of the possibility that New Zealand should, like most of the rest of the developed world, introduce a tax on capital gains. If such a tax were to be introduced, it would be necessary, according to the view prevailing in most of the rest of the developed world, to support it with some form of death tax (or, at least, to structure the capital gains tax so as not to exempt inherited capital gains). But this aspect of the question seems to have received relatively little attention. If, however, there is to be a capital gains tax, and if it is to be accompanied by the reintroduction of a death tax, it might be useful to take into account the history of this form of taxation, as practised in this country.

Creating New Zealand from Aotearoa

The belief in an Arcadia has long played a role in European ideology, and in the creation of landscape. In the case of New Zealand, immigrants from Great Britain hoped, in part, to find there own Arcadia in a country that appeared to them as being open for business. Longing for a better life away from the enormous difficulties of the British proletariat, immigrants dreamed of opportunities for jobs and the possibilities for land of their own. Some immigrants who were in better economic circumstances in Britain even sought to create for themselves a British County lifestyle. To create New Zealand from the Maori Aotearoa required the theft of indigenous land, and, in fact, the importation of animals, grass seed, trees, and even birds for the desired effect. In short, the process required the destruction of the old way of life and its exhaustive replacement with the new. This paper discusses the British colonization of New Zealand using Pierre Bourdieu’s structure of social fields.

Brexit Prize: Final Shortlisted Entries

Brexit Prize: Final Shortlisted Entries

Key innovations and island colonization as engines of evolutionary diversification: a comparative test with theAustralasian diplodactyloid geckos

The acquisition of key innovations and the invasion of new areas constitute two major processes that facilitate ecological opportunity and subsequent evolutionary diversification. Using a major lizard radiation as a model, the Australasian diplodactyloid geckos, we explored the effects of two key innovations (adhesive toepads and a snake-like phenotype) and the invasion of new environments (island colonization) in promoting the evolution of phenotypic and species diversity. We found no evidence that toepads had significantly increased evolutionary diversification, which challenges the common assumption that the evolution of toepads has been responsible for the extensive radiation of geckos. In contrast, a snakelike phenotype was associated with increased rates of body size evolution and, to a lesser extent, species diversification. However, the clearest impact on evolutionary diversification has been the colonization of New Zealand and New Caledonia, which were associated with increased rates of both body size evolution and species diversification. This highlights that colonizing new environments can drive adaptive diversification in conjunction or independently of the evolution of a key innovation. Studies wishing to confirm the putative link between a key innovation and subsequent evolutionary diversification must therefore show that it has been the acquisition of an innovation specifically, not the colonization of new areas more generally, that has prompted diversification.

Ancient DNA analyses of early archaeological sites in New Zealand reveal extreme exploitation of moa (Aves: Dinornithiformes) at all life stages

The human colonisation of New Zealand in the late thirteenth century ad led to catastrophic impacts on the local biota and is among the most compelling examples of human over-exploitation of native fauna, including megafauna. Nearly half of the species in New Zealand' s pre-human avifauna are now extinct, including all nine species of large, flightless moa (Aves: Dinornithiformes). The abundance of moa in early archaeological sites demonstrates the significance of these megaherbivores in the diet of the first New Zealanders. Combining moa assemblage data, based on DNA identification of eggshell and bone, with morphological identification of bone (literature and museum catalogued specimens), we present the most comprehensive audit of moa to date from several significant 13th–15th century ad archaeological deposits across the east coast of the South Island. Mitochondrial DNA (mtDNA) was amplified from 251 of 323 (78%) eggshell fragments and 22 of 27 (88%) bone samples, and the analyses revealed the presence of four moa species: Anomalopteryx didiformis; Dinornis robustus; Emeus crassus and Euryapteryx curtus. The mtDNA, along with polymorphic microsatellite markers, enabled an estimate of the minimum number of individual eggs consumed at each site. Remarkably, in one deposit over 50 individual eggs were identified – a number that likely represents a considerable proportion of the total reproductive output of moa in the area and emphasises that human predation of all life stages of moa was intense. Molecular sexing was conducted on bones (n = 11). Contrary to previous ancient DNA studies from natural sites that consistently report an excess of female moa, we observed an excess of males (2.7:1), suggestive that males were preferential targets. This could be related to different behaviour between the two highly size-dimorphic sexes in moa. Lastly, we investigated the moa species from recovered skeletal and eggshell remains from seven Wairau Bar burials, and identified the presence of only the larger species of moa, E. curtus and D. robustus.

Out of the Bassian province: historical biogeography of the Australasian platycercine parrots (Aves, Psittaciformes)

Schweizer, M., Güntert, M. & Hertwig, S. T. (2012). Out of the Bassian province: historical biogeography of the Australasian platycercine parrots (Aves, Psittaciformes). —Zoologica Scripta, 42, 13–27.Aridification from mid‐Miocene onwards led to a fragmentation of mesic biomes in Australia and an expansion of arid habitats. This influenced the diversification of terrestrial organisms, and the general direction of their radiations is supposed to have been from mesic into drier habitats. We tested this hypothesis in the platycercine parrots that occur in different habitats in Australia and also colonized Pacific islands. We inferred their temporal and spatial diversification patterns using a Bayesian relaxed molecular clock approach based on three nuclear and two mitochondrial genes and model‐based biogeographic reconstructions. The Bassian biota was found to be the centre of origin of platycercine parrots and diversification within two of their three clades coincided with the beginning of aridification of Australia. The associated habitat changes may have catalysed their radiation through adaptation to arid environments and vicariance because of the fragmentation of non‐arid habitats. The small oceanic islands of Melanesia contributed as stepping stones for the colonization of New Zealand from Australia.