Making new history: Contemporary art and the temporal orientations of climate change in Oceania

This article explores artistic production in the region of Oceania that resists the ahistorical and future-oriented temporality of climate change discourse, as it perpetuates colonial structures of power by denying Indigenous futures and ignoring the violent histories that have led to the current climate breakdown. In the video poem Anointed (2018), prominent climate justice activist Kathy Jetñil-Kijiner strategically combines spoken word poetry with visual montage in order to situate Cold War nuclear tests by the US military within the same temporal plane as rising sea levels currently threatening the Marshall Islands. Katerina Teaiwa’s exhibition Project Banaba (2017) similarly mobilizes archival imagery in order to visualize the genealogical relationship between Banabans and the settler landscapes of Aotearoa New Zealand and Australia. Sean Connelly’s architectural and design practice in Hawaiʻi Futures, an ongoing digital design project that engages with the threats of sea level rise and coastal erosion in Hawaiʻi, problematizes linear formations of time and favours a future structured around cyclical, ecological time instead. Interacting with vastly different sites, strategies and temporalities, these three multidisciplinary projects provide critical alternatives to the ahistorical framing of colonial climate change in Oceania and thus play a crucial role in constructing a more just future.

Benefits of living closer to kin vary by genealogical relationship in a territorial mammal

While cooperative interactions among kin are a key building block in the societies of group-living mammals, their importance for species with more variable social environments is unclear. North American red squirrels (Tamiasciurus hudsonicus) defend individual territories in dynamic neighbourhoods and are known to benefit from living among familiar conspecifics, but not relatives. However, kin-directed behaviours may be restricted to specific genealogical relationships or strongly mediated by geographic distance, masking their influence at broader scales. Using distance between territories as a proxy for the ability of individuals to interact, we estimated the influence of primary kin (parents, offspring, siblings) on the annual survival and reproductive success of red squirrels. Contrary to previous work, this approach revealed large fitness effects of living closer to kin, but only for certain genealogical relationships and fitness components. For example, females had enhanced annual survival when living closer to their daughters, though the reverse was not true. Most surprising was the finding that males had higher annual reproductive success when living closer to their father, raising new questions about cooperation among fathers and sons. Together, these findings reveal unexpected nuance in the fitness consequences of kinship dynamics for a species that is territorial and largely solitary.

The Hittite ‘Theogony’ or Song of Going Forth (CTH 344): Stratification of Mythical Traditions

The present paper deals with the controversially discussed relationships between the gods Alalu, Anu, Kumarbi, and Tarḫunnaš in the Hittite Song of Going Forth (CTH 344). On the basis of a new philological analysis, of comparisons with theogonies or succession myths in other ancient cultures and on the background of considerations on the cross-cultural stratification of various mythical traditions in the surviving Hittite text, various proposals on the genealogical relationship of the deities in question are weighed against each other and reasons are presented for the plausibility of the proposed new translation and general reconstruction that the divine kingship always passes from father to son within a single genealogical line.

Haplotype Network Analysis and Phylogenetic Tree Construction of Hepatitis C Virus (HCV) Isolated from Tuban, Indonesia

This study aimed to analyzed the haplotype network and constructed the phylogenetic tree topology of hepatitis C virus (HCV) in Tuban, Indonesia and those from other countries, to determine the visualize genealogical relationship and inference about gene connected. The HCV isolates were collected from blood transfusion center of Tuban, East Java, Indonesia in 2015 and as a comparison, also the sequences of HCV isolates were retrieved from the GenBank®, National Center of Biotechnology Information (NCBI), USA database. To constructed of distribution map was performed through median joining analysis using Haplotype Network v4.6, whereas to constructed and phylogenetic model analyses were constructed based on the NS5B and 5’UTR regions using MEGA X, maximum-likelihood method based on the Tamura-Nei model. In the HCV NS5B region haplotype network showed high haplotype diversity (Hd=1.00) in 22 haplotypes. Based on phylogenetic analysis 3 sample isolates Tuban (BDT-55-p23, BDT-79-p23 and BDT-112-p23) were identified one group and closely related to isolates from Indonesia. However, isolates Tuban also have the same sequence characters as the isolates from Thailand. It was also confirmed in haplotype network that the three isolates are connected to each other. The identification of HCV genotypes circulating in blood donors in the Tuban of East Java confirmed were closely related to HCV isolates from Indonesia and Thailand. Therefore, this result might contribute in a better medical management towards HCV.

Genealogical relationship inference to identify areas of intensive poaching of the Orange-fronted Parakeet (Eupsittula canicularis)

Background The Orange-fronted Parakeet (Eupsittula canicularis) is the Mexican psittacine that is most captured for the illegal pet trade. However, as for most wildlife exploited by illegal trade, the genetic diversity that is extracted from species and areas of intensive poaching is unknown. In this study, we analyzed the genetic diversity of 80 E. canicularis parakeets confiscated from the illegal trade and estimated the level of extraction of genetic diversity by poaching using the mitochondrial DNA sequences of cytochrome b (Cytb). In addition, we analyzed the genealogical and haplotypic relationships of the poached parakeets and sampled wild populations in Mexico, as a strategy for identifying the places of origin of poached parakeets. Results Poached parakeets showed high haplotype diversity (Hd = 0.842) and low nucleotide diversity (Pi = 0.00182). Among 22 haplotypes identified, 18 were found exclusively in 37 individuals, while four were detected in the remaining 43 individuals and shared with the wild populations. A rarefaction and extrapolation curve revealed that 240 poached individuals can include up to 47 haplotypes and suggested that the actual haplotype richness of poached parakeets is higher than our analyses indicate. The geographic locations of the four haplotypes shared between poached and wild parakeets ranged from Michoacan to Sinaloa, Mexico. However, the rare haplotypes detected in poached parakeets were derived from a recent genetic expansion of the species that has occurred between the northwest of Michoacan and the coastal region of Colima, Jalisco and southern Nayarit, Mexico. Conclusions Poached parakeets showed high genetic diversity, suggesting high extraction of the genetic pool of the species in central Mexico. Rarefaction and extrapolation analyses suggest that the actual haplotype richness in poached parakeets is higher than reflected by our analyses. The poached parakeets belong mainly to a very diverse genetic group of the species, and their most likely origin is between northern Michoacan and southern Nayarit, Mexico. We found no evidence that poachers included individuals from Central American international trafficking with individuals from Mexico in the sample.

Basic vocabulary in the Transeurasian languages

This chapter addresses one of the major objections raised against the genealogical relationship of the Transeurasian languages, notably the paucity of basic vocabulary in both quantity and quality. In contrast to the frequently uttered concern that the Transeurasian languages do not have enough basic vocabulary in common, it shows that there are 93 etymologies for 64 different concepts on the Leipzig-Jakarta basic vocabulary 100 list. From the viewpoint of quality of evidence, the etymologies display regular sound correspondences and empirically supportable semantic latitude. Providing evidence for the exclusion of borrowing and coincidence as an alternative account of the similarities, this chapter shows that inheritance is the most sensible explanation of the observed correlations between the Transeurasian languages.

Beck-Wichmann-Brown evaluation of lexical comparisons for the Transeurasian proposal

The Beck-Wichmann-Brown system is used to objectify and provide uniformity to the comparative method of historical linguistics in the evaluation of lexical sets assembled as evidence for proposals of language genealogical relationship. The approach quantitatively assesses degrees of support that collections of comparative sets provide for proposals, with regard to whether or not observed similarities exceed coincidental expectation, and in the case that they do, an algorithm is developed for distinguishing resemblance due to genealogical affiliation from that due to borrowing. This study applies Beck-Wichmann-Brown to ten collections of comparative sets based on data compiled by Robbeets (2005) for the Transeurasian proposal (uniting Japanese, Korean, Mongolic, Tungusic, and Turkic). These evaluative results are compared with those yielded by Beck-Wichmann-Brown application to 86 other collections of lexical sets for proposals involving languages of global distribution.

Morphology in Quechuan Languages

Quechuan is a family of closely related indigenous languages spoken in Argentina, Bolivia, Colombia, Ecuador, and Peru, in the central part of the Andean cordilleras, in what used to be the Empire of the Incas and adjacent areas. It is divided into two main branches, commonly denominated Quechua I and II, and comprises 15 or more spoken varieties and several extinct ones that can be considered separate languages, although an exact number cannot easily be established. Quechuan shares a long and intense contact history with the neighboring Aymaran languages, but a genealogical relationship between the two families has never been demonstrated, nor a relationship with any other language family in the area. Quechuan languages are mainly agglutinative. All grammatical categories are indicated by suffixes with very few exceptions. The order in which these suffixes occur within a word form is governed by rules and combinatory restrictions that can be rigid but not always explicable on a basis of scope and function. Portmanteau suffixes play a role in verbal inflection and in mutually interrelated domains of aspect and number in the Quechua I branch. In Quechuan verbal derivation affixes may be semantically polyvalent, depending on the combinations in which they occur, pragmatic considerations, the nature of the root to which they are attached, their position in the affix order, and so on. Verbal derivational affixes often combine with specific verbal roots to denote meanings that are not fully predictable on the basis of the meaning of the components. Other verbal affixes never occur in such combinations. Verbal morphology and nominal morphology tend to overlap in the domain of personal reference, where subject and possessor markers are largely similar. Otherwise, the two morphological domains are almost completely separate. Not only the morphological inventories but also the formal constraints underlying the structure of verbs and nouns differ. Nominal expressions feature an elaborate but relatively instable system of case markers, some of which appear to be of recent formation. Transposition from one class to another, nominalization in particular, is indicated morphologically and occupies a central place in Quechuan grammar, particularly in interaction with case. Finally, there is a class of Independent suffixes that can be attached to members of all word classes, including adverbial elements that cannot be classified as verbs or nominals. These suffixes play a role at the organizational level of larger syntactic units, such as clauses, nominal phrases, and sentences.

Mande

The chapter surveys the history of classification of Mande languages from the first attempts in 1849 to the most recent ones on the basis of quantitative approaches to language classification, linguistic reconstruction, and theories on language stability. It discusses various proposals for the internal genealogical relationship of Mande languages and examines their advances and differences in the light of methodological aspects and availability of reliable linguistic data. Special emphasis is laid on the historical tan/fu dichotomy and its revision. Typological issues are treated in the discussion of Mande-specific typological obstacles for lexicostatistic classification. The problem of internal convergence for the linguistic classification of Mande is exemplified in particular in accounting the impact of Greater Manding. The effect of changes in classification methodology by the introduction of phylogenetic methods and theoretical assumptions about language stability are addressed in the final discussion of a revised classification of Mande.

ABO Blood Groups are Efficient in Delineating Relationships across Linguistic Subpopulations of Pakistan

Background: Varying frequencies of ABO blood groups serve objectively to characterize populations just as the traditional characters are observed and measured by anthropologist. The study aimed to delineate genealogical relationships across the five major linguistic subpopulations of Pakistan using ABO blood groups phenotype and gene frequencies. Methods: This was a prospective multiple cohort study design. The study was conducted during 2009-2014. In Karachi. Cohorts were formed because of mother tongue and termed as linguistic subpopulations. There were five major cohorts namely Balochi, Punjabi, Pashto, Sindhi and Urdu. Punjabi, Sindhi and Urdu belong to Indo Aryan class while Balochi and Pashto belong to Indo Iranian class of languages. Blood samples were collected from 2,327 unrelated individuals chosen through random sampling from different sampling units. ABO blood groups were determined using antisera. ABO gene frequencies were estimated through Bernstein methods. Cluster and Correspondence analyses were performed to explore genealogical relationships between the five linguistic subpopulations. Results: Gene B was the most common across all the subpopulations except Balochis which showed relatively higher frequency of gene A. Dendrogram of cluster analysis and bi-plot of correspondence analysis showed closeness of three Indo Aryan linguistic subpopulations namely Punjabi, Sindhi and Urdu, while Indo Iranian linguistic subpopulations Balochi and Pashto stood out from Indo Aryan cluster. Conclusion: ABO blood groups efficiently delineated genealogical relationship between the five linguistic subpopulations of Pakistan. Randomization, un-relatedness and a larger sample size enhanced the reliability of the results. Inclusion of more genetic markers may further elaborate the relationships between the subpopulations.