“A People Forgotten by History”: Soviet Studies of the Kurds

The Russian/Soviet experience raises complex general questions concerning orientalism, conceptual hegemony, and the politics of (post-)colonial knowledge. Russia was not an empire in Said's sense, and drew much of its orientalist categories from non-imperialist German sources; the Soviet Union was explicitly anti-imperialist, and was dedicated to the emancipation of subaltern classes and nationalities. Yet Soviet orientalism in part reproduced hegemonic categories of "bourgeois" knowledge, notably concerning language and national identity. This becomes especially clear in the case of Soviet studies of Kurdish, a language subaltern with respect to Persian, Arabic, and, increasingly, Turkish. In the 1920s and early 1930s, native scholars like Erebê Shemo, Qanatê Kurdo, and Heciyê Cindî pioneered the creation of both an alphabet and a literature in Kurdish and of scholarly linguistic studies. Their work was shaped (and encouraged) by Nikolaj Marr's rejection of the idea of genetic links between Indo-Persian languages, and of the reification of "national characters." Marr's "japhetic" linguistics dovetailed with Stalin's nationality policies in the 1920s and 1930s; it is rightly rejected as unscientific, but it did have positive emancipatory effects. It criticized ethnocentric and racist assumptions in contemporary Indo-European linguistics, and emphasized the value of spoken subaltern vernaculars like Ossetian and Kurdish against hegemonic written languages like Sanskrit and Persian. It also had the paradoxical effect of both countering bourgeois nationalism and encouraging national consciousness. The article concludes with a discussion of how the Soviet experience may affect our view of the Gramscian concept of hegemony and of the linguistic turn in later postcolonial studies

Association genetics in Corymbia citriodora subsp variegata identifies single nucleotide polymorphisms affecting wood growth and cellulosic pulp yield

Wood is an important biological resource which contributes to nutrient and hydrology cycles through ecosystems, and provides structural support at the plant level. Thousands of genes are involved in wood development, yet their effects on phenotype are not well understood. We have exploited the low genomic linkage disequilibrium (LD) and abundant phenotypic variation of forest trees to explore allelic diversity underlying wood traits in an association study. Candidate gene allelic diversity was modelled against quantitative variation to identify SNPs influencing wood properties, growth and disease resistance across three populations of Corymbia citriodora subsp. variegata, a forest tree of eastern Australia. Nine single nucleotide polymorphism (SNP) associations from six genes were identified in a discovery population (833 individuals). Associations were subsequently tested in two smaller populations (130160 individuals), validating our findings in three cases for actin 7 (ACT7) and COP1 interacting protein 7 (CIP7). The results imply a functional role for these genes in mediating wood chemical composition and growth, respectively. A flip in the effect of ACT7 on pulp yield between populations suggests gene by environment interactions are at play. Existing evidence of gene function lends strength to the observed associations, and in the case of CIP7 supports a role in cortical photosynthesis