Native-born Research Articles

Fighting Anti-Semitism in Contemporary Germany

This paper examines the discourse around anti-Semitism in Germany since 2000. The discourse makes use of the figure of the Jew for national security purposes (i.e. via the Israeli-Palestinian conflict and the trope of the “dangerous Muslim”) and the politics of national identity. The article introduces the concept of the “War on Anti-Semitism”, an assemblage of policies about national belonging and security that are propelled primarily by white racial anxieties. While the War on Terror is fought against the Muslim Other, or the War on Drugs is fought against predominantly Latinx and Black communities, the War on Anti-Semitism is ostensibly fought on behalf of the racialized Jewish Other. The War on Anti-Semitism serves as a pretext justifying Germany's internal and external security measures by providing a logic for the management of non-white migration in an ethnically diverse yet white supremacist Europe. In 2000, a new citizenship law fundamentally changed the architecture of belonging and im/migration by replacing the old Wilhelminian jus sanguinis (principle of blood) with a jus soli (principle of residency). In the wake of these changes and the resulting racial anxiety about Germanness, state sponsored civil-society educational programs to fight anti-Semitism emerged, targeting predominantly Muslim non-/citizens. These education programs were developed alongside international debates around the War on Terror and what came to be called “Israel-oriented anti-Semitism” in Germany (more commonly known as “Muslim anti-Semitism”). Triangulated through the enduring legacy of colonial racialization, the Jew and the Muslim are con/figured as enemies in socio-political German discourses. This analysis of the War on Anti-Semitism has serious implications for our understanding of “New Europe”. By focusing on the figure of the Jew and the Muslim, the implications of this work transcend national borders and stress the important connection between fantasy, power, and racialization in Germany and beyond.

Getting close to a national icon: an examination of the involvement of the koala (Phascolarctos cinereus) in Australian tourism

ABSTRACT Animal-based experiences are a significant feature of the attractions profile of many tourist destinations. The koala is an iconic species that plays an important role in Australian tourism, both symbolically and materially. Due to the species being endemic to Australia and its human baby-like qualities together with numerous and long-standing representations in popular culture, the koala has become an integral component of Australia’s destination identity and subsequently deployed by government and industry bodies to promote Australia as an international tourist destination. The koala continues to play a major role in a variety of tourist experiences, with captive presentations the predominant form of contemporary koala-based tourism. Drawing on Beardsworth and Bryman’s (2001) four modes of engagement with wild animals and utilising a historical and socio-cultural analytical approach, the paper examines the involvement of the koala in tourism through (i) representation via texts and images, (ii) presentation through captive exhibits, (iii) quasification through museum exhibits, souvenirs and koala sculpture trails and (iv) encounters in the wild. Anthropomorphic renderings of the koala appear to have been important in the construction of the koala as a tourist attraction as well as in its continued symbolic and material involvement in tourism.

Koala immunogenetics and chlamydial strain type are more directly involved in chlamydial disease progression in koalas from two south east Queensland koala populations than koala retrovirus subtypes

Chlamydial disease control is increasingly utilised as a management tool to stabilise declining koala populations, and yet we have a limited understanding of the factors that contribute to disease progression. To examine the impact of host and pathogen genetics, we selected two geographically separated south east Queensland koala populations, differentially affected by chlamydial disease, and analysed koala major histocompatibility complex (MHC) genes, circulating strains of Chlamydia pecorum and koala retrovirus (KoRV) subtypes in longitudinally sampled, well-defined clinical groups. We found that koala immunogenetics and chlamydial genotypes differed between the populations. Disease progression was associated with specific MHC alleles, and we identified two putative susceptibility (DCb 03, DBb 04) and protective (DAb 10, UC 01:01) variants. Chlamydial genotypes belonging to both Multi-Locus Sequence Typing sequence type (ST) 69 and ompA genotype F were associated with disease progression, whereas ST 281 was associated with the absence of disease. We also detected different ompA genotypes, but not different STs, when long-term infections were monitored over time. By comparison, KoRV profiles were not significantly associated with disease progression. These findings suggest that chlamydial genotypes vary in pathogenicity and that koala immunogenetics and chlamydial strains are more directly involved in disease progression than KoRV subtypes.

Comparison of three methods of estimating the population size of an arboreal mammal in a fragmented rural landscape

Abstract Context Precise and accurate estimates of animal numbers are often essential for population and epidemiological models, as well as for guidance for population management and conservation. This is particularly true for threatened species in landscapes facing multiple threats. Estimates can be derived by different methods, but the question remains as to whether these estimates are comparable. Aims We compared three methods to estimate population numbers, namely, distance sampling, mark–recapture analysis, and home-range overlap analysis, for a population of the iconic threatened species, the koala (Phascolarctos cinereus). This population occupies a heavily fragmented forest and woodland habitat on the Liverpool Plains, north-western New South Wales, Australia, on a mosaic of agricultural and mining lands. Key resultsAll three methods produced similar estimates, with overlapping confidence intervals. Distance sampling required less expertise and time and had less impact on animals, but also had less precision; however, future estimates using the method could be improved by increasing both the number and expertise of the observers. ConclusionsWhen less intrusive methods are preferred, or fewer specialised practitioners are available, we recommend distance sampling to obtain reliable estimates of koala numbers. Although its precision is lower with a low number of sightings, it does produce estimates of numbers similar to those from the other methods. However, combining multiple methods can be useful when other material (genetic, health and demographic) is also needed, or when decisions based on estimates are for high-profile threatened species requiring greater confidence. We recommend that all estimates of population numbers, and their precision or variation, be recorded and reported so that future studies can use them as prior information, increasing the precision of future surveys through Bayesian analyses.

Meta-transcriptomic identification of Trypanosoma spp. in native wildlife species from Australia

BackgroundWildlife species carry a remarkable diversity of trypanosomes. The detection of trypanosome infection in native Australian fauna is central to understanding their diversity and host-parasite associations. The implementation of total RNA sequencing (meta-transcriptomics) in trypanosome surveillance and diagnosis provides a powerful methodological approach to better understand the host species distribution of this important group of parasites.MethodsWe implemented a meta-transcriptomic approach to detect trypanosomes in a variety of tissues (brain, liver, lung, skin, gonads) sampled from native Australian wildlife, comprising four marsupials (koala, Phascolarctos cinereus; southern brown bandicoot, Isoodon obesulus; swamp wallaby, Wallabia bicolor; bare-nosed wombat, Vombatus ursinus), one bird (regent honeyeater, Anthochaera phrygia) and one amphibian (eastern dwarf tree frog, Litoria fallax). Samples corresponded to both clinically healthy and diseased individuals. Sequencing reads were de novo assembled into contigs and annotated. The evolutionary relationships among the trypanosomatid sequences identified were determined through phylogenetic analysis of 18S rRNA sequences.ResultsWe detected trypanosome sequences in all six species of vertebrates sampled, with positive samples in multiple organs and tissues confirmed by PCR. Phylogenetic analysis indicated that the trypanosomes infecting marsupials were related to those previously detected in placental and marsupial mammals, while the trypanosome in the regent honeyeater grouped with avian trypanosomes. In contrast, we provide the first evidence for a trypanosome in the eastern dwarf tree frog that was phylogenetically distinct from those described in other amphibians.ConclusionsTo our knowledge, this is the first meta-transcriptomic analysis of trypanosomes in native Australian wildlife, expanding the known genetic diversity of these important parasites. We demonstrated that RNA sequencing is sufficiently sensitive to detect low numbers of Trypanosoma transcripts and from diverse hosts and tissues types, thereby representing an effective means to detect trypanosomes that are divergent in genome sequence.

Assessing the effects of intergroup contact on immigration attitudes

ABSTRACT A significant number of native-born citizens hold anti-immigrant attitudes. Social science scholars often point to intergroup contact between native-born citizens and foreign-born residents as the solution to group threat fears regarding immigrants. Through social interaction, prejudice and stereotypes are expected to be replaced by empathy and positive attitudes. Studies indicate that immigrant friendship, greater frequency of contact in more social domains, and higher quality interactions, lead to pro-immigrant attitudes, while intergroup contact under poor social conditions may have null or negative effects. Methodological changes and an analytical focus on contact structure and interactional process will offer a better test of intergroup contact theory as it pertains to attitudes toward immigrants.

Writing and Democracy in the Early United States

Writing and Democracy in the Early United States

Biogeographies: Transcending anthropocentrism in the Anthropocene

Biogeographies: Transcending anthropocentrism in the Anthropocene

Koala retrovirus epidemiology, transmission mode, pathogenesis, and host immune response in koalas (Phascolarctos cinereus): a review.

Koala retrovirus (KoRV) is a major threat to koala health and conservation. It also represents a series of challenges across the fields of virology, immunology, and epidemiology that are of great potential interest to any researcher in the field of retroviral diseases. KoRV is a gammaretrovirus that is present in both endogenous and exogenous forms in koala populations, with a still-active endogenization process. KoRV may induce immunosuppression and neoplastic conditions such as lymphoma and leukemia and play a role in chlamydiosis and other diseases in koalas. KoRV transmission modes, pathogenesis, and host immune response still remain unclear, and a clear understanding of these areas is critical for devising effective preventative and therapeutic strategies. Research on KoRV is clearly critical for koala conservation. In this review, we provide an overview of the current understanding and future challenges related to KoRV epidemiology, transmission mode, pathogenesis, and host immune response and discuss prospects for therapeutic and preventive vaccines.

“Somos Amazonía,” a New Inter-indigenous Identity in the Ecuadorian Amazonia: Beyond a Tacit jus aplidia of Ecological Origin?

The double colonization of the Northern Ecuadorian Amazon, coming from the Southern Amazon but mainly from the Coast and Sierra, has multiplied perceptions, rights, and management methods in this territory. This article explores these differences and reconstructs the history of this colonization and the rights of access to land, which are private for the colonos (settlers) and mostly communal for the indígenas (indigenous people). These legally differentiated groups are similar in their perception of the territory and their socioeconomic and environmental limitations: most agricultural products are not profitable. Between thegrowing metropolises and the remaining forest, the countryside is slowly shrinking. Communities are appearing that combine indigenous people and settlers and that copy the indigenous communities’ rights and practices. However, this communal right is acquired for the Amazonian groups but not for others, indígenas or colonos, defining de facto a jus aplidia, along with jus soli and jus sanguinis.

The Ethics, Politics, and Aesthetics of Migration in Contemporary Art from Angola and Its Diaspora

The Ethics, Politics, and Aesthetics of Migration in Contemporary Art from Angola and Its Diaspora

Re: Symmetric Dimethylarginine Values in Koalas (Phascolarctos cinereus) Based on Oxalate Nephrosis Status.

No AccessJournal of UrologyUrological Survey1 Oct 2020Re: Symmetric Dimethylarginine Values in Koalas (Phascolarctos cinereus) Based on Oxalate Nephrosis Status Dean G. AssimosMD Dean G. AssimosDean G. Assimos More articles by this author View All Author Informationhttps://doi.org/10.1097/JU.0000000000001217AboutFull TextPDF ToolsAdd to favoritesDownload CitationsTrack CitationsPermissionsReprints ShareFacebookLinked InTwitterEmail "Re: Symmetric Dimethylarginine Values in Koalas (Phascolarctos cinereus) Based on Oxalate Nephrosis Status." The Journal of Urology, 204(4), p. 872 Suggested Reading : Citrate provides protection against oxalate and calcium oxalate crystal induced oxidative damage to renal epithelium. J Urol 2005; 173: 640. Link, Google Scholar : Effects of oxalate on HK-2 cells, a line of proximal tubular epithelial cells from normal human kidney. J Urol 2002; 168: 253. Link, Google Scholar : Changes in the oxidant-antioxidant balance in the kidney of rats with nephrolithiasis induced by ethylene glycol. J Urol 2002; 167: 2584. Link, Google Scholar © 2020 by American Urological Association Education and Research, Inc.FiguresReferencesRelatedDetails Volume 204Issue 4October 2020Page: 872-872 Advertisement Copyright & Permissions© 2020 by American Urological Association Education and Research, Inc.MetricsAuthor Information Dean G. Assimos More articles by this author Expand All Advertisement Loading ...

The limits of ethnic capital: impacts of social desirability on Korean views of co-ethnic immigration

ABSTRACT A substantial body of research has found that social desirability motivates respondents to overstate support for immigration when asked directly, but when provided an unobtrusive means of expressing preferences, support declines. In this paper, we ask whether South Koreans follow this pattern, especially with regards to co-ethnic migrants from North Korea and China. We use list experiments to determine whether observed levels of support for general immigration and co-ethnic migration are biased by social desirability. We find that generally respondents overstate their support for co-ethnics from North Korea by a significant amount when asked directly, but not for the other groups, although college-educated respondents overstate their support for general immigration. Social desirability bias with respect to co-ethnics from North Korea is particularly evident in older respondents and males. These findings challenge the notion that native-born citizens prefer co-ethnic immigrants.

A micro-PRNT for the detection of Ross River virus antibodies in mosquito blood meals: A useful tool for inferring transmission pathways.

Many arboviruses of public health significance are maintained in zoonotic cycles with complex transmission pathways. The presence of serum antibody against arboviruses in vertebrates provides evidence of their historical exposure but reveals nothing about the vector-reservoir relationship. Moreover, collecting blood or tissue samples from vertebrate hosts is ethically and logistically challenging. We developed a novel approach for screening the immune status of vertebrates against Ross River virus that allows us to implicate the vectors that form the transmission pathways for this commonly notified Australian arboviral disease. A micro-plaque reduction neutralisation test (micro-PRNT) was developed and validated on koala (Phascolarctos cinereus) sera against a standard PRNT. The ability of the micro-PRNT to detect RRV antibodies in mosquito blood meals was then tested using two mosquito models. Laboratory-reared Aedes aegypti were fed, via a membrane, on sheep blood supplemented with RRV seropositive and seronegative human sera. Aedes notoscriptus were fed on RRV seropositive and seronegative human volunteers. Blood-fed mosquitoes were harvested at various time points after feeding and their blood meals analysed for the presence of RRV neutralising antibodies using the micro-PRNT. There was significant agreement of the plaque neutralisation resulting from the micro-PRNT and standard PRNT techniques (R2 = 0.65; P<0.0001) when applied to RRV antibody detection in koala sera. Sensitivity and specificity of the micro-PRNT assay were 88.2% and 96%, respectively, in comparison with the standard PRNT. Blood meals from mosquitoes fed on sheep blood supplemented with RRV antibodies, and on blood from RRV seropositive humans neutralised the virus by ≥50% until 48 hr post feeding. The vertebrate origin of the blood meal was also ascertained for the same samples, in parallel, using established molecular techniques. The small volumes of blood present in mosquito abdomens can be used to identify RRV antibodies and therefore host exposure to arbovirus infection. In tandem with the accurate identification of the mosquito, and diagnostics for the host origin of the blood meal, this technique has tremendous potential for exploring RRV transmission pathways. It can be adapted for similar studies on other mosquito borne zoonoses.

The Effect of Immigration on Labor Market Transitions of Native-Born Unemployed in the United States

Unemployed workers are the group most likely to be affected by the presence of immigrants in their local labor markets since they are actively competing for job opportunities. Yet, little is known about the effect of immigration on labor market opportunities of the unemployed. Using a sample of unemployed native-born citizens from the monthly Current Population Survey from 2001 to 2015 and state level immigration statistics, we employ a multinomial model in the framework of a discrete hazard model with competing risks to examine the effects of immigration on the transition out of unemployment. The results suggest that immigration does not affect attrition not the probabilities of native-born workers finding a job. Instead, we find that immigration is associated with smaller probabilities of remaining unemployed.

Jus Soli or Jus Sanguinis? Diagnosing Letters of Law and Official Interpretation of Tanzanian Citizenship by Birth

This article examines the controversy underlying interpretation of the letters of law on what constitutes Tanzanian citizenship by birth, particularly after independence. The centre of controversy lies in the choice of the two basic modes of attainment of citizenship by birth, namely jus soli (right of soil or birth right citizenship without the condition of citizenship of parents) and jus sanguinis (right of blood or citizenship conditioned on parents’ citizenship status).Some secondary sources say the letters of law are jus soli based while official interpretation on the ground says they are jus sanguinis based. So far, there is no judicial interpretation of the convoluted letters of law under the Tanzania Citizenship Act Cap 357 R.E 2002. It is argued that the letters of law under the Tanzania Citizenship Act reflect the jus soli mode. The article proposes for amendment of the disputed provisions to align with what is actually obtainable on ground. Keywords: jus soli, jus sanguinis, citizenship by birth, letters of law.

Economic Inequality, Immigrants and Selective Solidarity: From Perceived Lack of Opportunity to In-group Favoritism

AbstractHow does economic inequality affect support for redistribution to native citizens and immigrants? While prior studies have examined the separate effects of inequality and immigration on redistribution preferences, the interaction between inequality and communal identity has been largely overlooked. This article explains that inequality triggers selective solidarity. Individuals exposed to inequality become more supportive of redistribution – but only if the redistribution benefits native-born citizens. Inequality therefore reinforces the already popular opinion that native citizens deserve welfare priority and widens the gap between support for natives and support for immigrants. This study first provides cross-national evidence with survey data linked to contextual socio-economic indicators from advanced industrialized countries. To evaluate causally identified effects, it then presents the results of a survey experiment administered to a nationally representative sample of Italian citizens. The findings imply that economic inequality can increase support for populist radical right parties that advocate discrimination in access to welfare services based on native citizenship.

Helping koalas battle disease - Recent advances in Chlamydia and koala retrovirus (KoRV) disease understanding and treatment in koalas.

ABSTRACTThe iconic Australian marsupial, the koala (Phascolarctos cinereus), has suffered dramatic population declines as a result of habitat loss and fragmentation, disease, vehicle collision mortality, dog attacks, bushfires and climate change. In 2012, koalas were officially declared vulnerable by the Australian government and listed as a threatened species. In response, research into diseases affecting koalas has expanded rapidly. The two major pathogens affecting koalas are Chlamydia pecorum, leading to chlamydial disease and koala retrovirus (KoRV). In the last eight years, these pathogens and their diseases have received focused study regarding their sources, genetics, prevalence, disease presentation and transmission. This has led to vast improvements in pathogen detection and treatment, including the ongoing development of vaccines for each as a management and control strategy. This review will summarize and highlight the important advances made in understanding and combating C. pecorum and KoRV in koalas, since they were declared a threatened species. With complementary advances having also been made from the koala genome sequence and in our understanding of the koala immune system, we are primed to make a significant positive impact on koala health into the future.

The distribution and abundance of an unusual resource for koalas (Phascolarctos cinereus) in a sodium-poor environment.

Environmentally available sodium tends to decrease with increasing elevation, and sodium resources in these sodium-poor environments are critical for the survival of herbivores. Eucalypt leaves in the subalpine Monaro region of NSW, Australia contain much less sodium than eucalypt leaves at lower elevations, and subalpine koalas obtain this much needed resource by eating the bark from some Eucalyptus mannifera trees. To better understand the availability of salty-barked trees, we searched for evidence of koala bark chewing at 100 randomly generated locations in the region. We found 318 E. mannifera trees with koala chew marks. We also analysed sodium concentrations in the bark of three unchewed E. mannifera trees from each site to determine whether there were trees with high bark sodium content that had not yet been utilized by koalas. Although 90% of unchewed trees had sodium concentrations less than 225.4 mg.kg-1 DM, some unchewed trees contained high sodium concentrations (up to 1213.1 mg.kg-1 DM). From the random survey, we can extrapolate that 11% of trees in this area have bark sodium above 300 mg.kg-1 DM, which is based on the concentration of bark sodium observed in at least moderately chewed trees. We would expect to find 0.24 of these trees per 200 m2, or 720,000 salty-barked trees in the 30 km by 20 km study area. Bark chewing by koalas is widespread in the area, and trees with salty bark are more common than initially thought. We discuss correlations with the occurrence of salty-barked trees and other landscape attributes; however, questions remain about why some E. mannifera trees have much more bark sodium than others. Studies such as this one should be expanded to identify sodium resources and their availability for other herbivorous species, since many are predicted to move to higher elevations in response to climate change.

Ranging Behavior of an Arboreal Marsupial in a Plantation Landscape

ABSTRACTForests are becoming increasingly fragmented, primarily because of their conversion to production landscapes. Animals occupying modified landscapes may need to expand their ranges and move longer distances between remnant forest patches to find resources. The establishment of plantations in fragmented landscapes, however, may provide complementary habitat for wildlife and improve connectivity, reducing the amount of movement required. Our objective was to determine the influence of plantations on koala (Phascolarctos cinereus) habitat use and test 2 competing hypotheses on the relationship between plantations and range size. We deployed global positioning system and very high frequency collars on 40 koalas in 2 landscapes (plantation and non‐plantation) in Victoria, Australia. From 68,216 tracking points collected over an 8‐month period, we calculated and compared seasonal home range size and habitat use between landscapes. There was no difference in range size, the size and number of core use areas, or the distance between core use areas between plantation and non‐plantation landscapes. Plantations extend existing koala habitat and facilitate koala movement through a landscape; however, remnant native vegetation is still more frequently used. Consequently, native vegetation (even fragmented, linear roadside vegetation) is of high conservation importance for the persistence of koalas in modified landscapes. © 2020 The Wildlife Society.