Shiina Rinzo: imaging hope and despair in occupation Japan

With defeat in the Pacific War in 1945, the very notion of ‘community’ (as described by Benedict Anderson) in Japan was under threat, the future of the nation dependent, as never before, on the response of the international community. Viewed in a different light, however, the slate was clean—the possibilities, indeed the need, for revised terms of reference for this ‘imagined community’ now of paramount importance. The ensuing attempts to define the parameters of the emerging national identity were far-reaching and multi-faceted, seeking as they did to encompass the memories of loss and devastation through the realm of everyday culture as well as through political discourse. The focus of this paper will be on the contribution to this radical reassessment of the relationship between the nation and the individual made by the group of authors collectively known as the Sengoha (après guerre literary coterie). More specifically, I shall be examining the novellas, Shin'ya no shuen (The midnight banquet, 1947) and Eien naru josho (The eternal preface, 1948), two early texts by the author, Shiina Rinzo, arguably the most representative Sengoha writer, for evidence of the extent to which this literature helped to shape and modify the ‘imagined community’ of Japan

Both/And: Self-Authoring a Feminist Christian Identity

This article is my attempt to make sense of the conflicting, confusing, tumultuous journey of making peace with my religion and my commitment to social justice, particularly feminism. I frame my journey using Baxter Magolda’s (2001) model of self-authorship, connecting the development of my religious and gender identities to the learning, questioning, and eventual personalization of external messages. I weave Baxter Magolda’s model, my narrative, and existing scholarship together to present a framework by which self-authorship can be applied to understand the needs of a young woman experiencing spiritual struggle within Christianity. I then consider the limitations of such a framework given the lens of privilege attached to both my own narrative and the model of self-authorship as a whole. I conclude with recommendations for myself and other student affairs practitioners interested in engaging more deeply with this topi

Bird Migration Through A Mountain Pass Studied With High Resolution Radar, Ceilometers, And Census

Autumnal migration was studied with high-resolution radar, ceilometer, and daily census in the area of Franconia Notch, a major pass in the northern Appalachian Mountains. Under synoptic conditions favorable for migration, broadfront movements of migrants toward the south passed over the mountains, often above a temperature inversion. Birds at lower elevations appeared to be influenced by local topography. Birds moving southwest were concentrated along the face of the mountain range. Birds appeared to deviate their flights to follow local topography through the pass. Specific migratory behavior was not associated with species or species groups. Under synoptic conditions unfavorable for southward migration, multimodal movements probably associated with local flights were as dense as the southward migrations described above. Avian migrants reacting to local terrain may result in concentrations of migrants over ridge summits or other topographic features

A tale of three taxes: photo-gyro-gravitactic bioconvection

The term bioconvection encapsulates the intricate patterns in concentration, due to hydrodynamic instabilities, that may arise in suspensions of non-neutrally buoyant, biased swimming microorganisms. The directional bias may be due to light (phototaxis), gravity (gravitaxis), a combination of viscous and gravitational torques (gyrotaxis) or other taxes. The aim of this study is to quantify experimentally the wavelength of the initial pattern to form from an initially well-mixed suspension of unicellular, swimming green algae as a function of concentration and illumination. As this is the first such study, it is necessary to develop a robust and meticulous methodology to achieve this end. The phototactic, gyrotactic and gravitactic alga Chlamydomonas augustae was employed, with various red or white light intensities from above or below, as the three not altogether separable taxes were probed. Whilst bioconvection was found to be unresponsive to changes in red light, intriguing trends were found for pattern wavelength as a function of white light intensity, depending critically on the orientation of the illumination. These trends are explored to help unravel the mechanisms. Furthermore, comparisons are made with theoretical predictions of initial wavelengths from a recent model of photo-gyrotaxis, encouragingly revealing good qualitative agreement