Custom In The Courtroom, Law In The Village: Legal Transformations In Papua New Guinea

After more than twenty-five years on the legal landscape of Papua New Guinea, 'customary law' is ripe for reassessment, particularly as it appears to be an ideal mechanism with which the Papua New Guinean state can meet some of its obligations to a burgeoning body of international law. This article addresses the need to understand customary law in the context of its varying usage across different legal domains in an archetypally pluralistic state. In contrast to older approaches focusing on the problematic interface between an exogenous legal system and indigenous methods of dispute settlement, my concern is with the ways in which these distinct legal forms have fared in each other's company since independence in 1975. Case-studies from a village court and an urban national court demonstrate that village court magistrates and high court judges alike use custom and law as strategic sources of authority. While village courts take custom for granted and therefore must 'discover' law, high courts take law for granted and must 'discover' custom. These processes indicate that, rather than being hybridized as 'customary law', the distinctiveness of custom and law are often maintained in order for one to appear as a resource upon which the other can draw.     

Improvements In The Paraffin Method

Dilute hydrofluoric acid alone and in conjunction with glycerin and ethyl alcohol was employed successfully to soften various types of refractory plant materials embedded in paraffin. Serial sections were cut at 6-8 μ and no appreciable deleterious effects on cell walls, cell contents, or staining procedures occurred. “Tannins” and “phlobaphene compounds” can be removed from tissues softened by this method by treating the sections for 12-48 hours with an aqueous solution of chromic acid, potassium bichromate and glacial acetic acid prepared according to the formula given by Johansen (1940).     

The Calculated In Vitro and In Vivo Chlorophyll a Absorption Bandshape

The room temperature absorption bandshape for the Q transition region of chlorophyll a is calculated using the vibrational frequency modes and Franck-Condon (FC) factors obtained by line-narrowing spectroscopies of chlorophyll a in a glassy (Rebane and Avarmaa, Chem. Phys. 1982; 68:191-200) and in a native environment (Gillie et al., J. Phys. Chem. 1989; 93:1620-1627) at low temperatures. The calculated bandshapes are compared with the absorption spectra of chlorophyll a measured in two different solvents and with that obtained in vivo by a mutational analysis of a chlorophyll-protein complex. It is demonstrated that the measured distributions of FC factors can account for the absorption bandshape of chlorophyll a in a hexacoordinated state, whereas, when pentacoordinated, reduced FC coupling for vibrational frequencies in the range 540-850 cm⁻¹ occurs. The FC factor distribution for pentacoordinated chlorophyll also describes the native chlorophyll a spectrum but, in this case, either a low-frequency mode (ν < 200 cm⁻¹) must be added or else the 262-cm⁻¹ mode must increase in coupling by about one order of magnitude to describe the skewness of the main absorption bandshape.     

The Glendo Skeleton And Its Meaning In Light Of Post-Contact Racial Dynamics In The Great Plains

Abstract

A protohistoric burial from the Glendo Site in eastern Wyoming produced a nearly complete human skeleton of a young adult female. Osteological analysis of the specimen reveals predominantly Caucasoid physical characteristics. A skeleton exhibiting such an anatomical pattern, and coming from a grave clearly exhibiting Plains.lndian cultural affinities, raises interesting but somewhat difficult questions for interpretation.     

Buffalo Migrations In The Canadian Plains

Abstract

This paper examines the seasonal movements of buffalo in the Canadian Plains during the furtrade period. Using the primary accounts of fur traders and missionaries, it demonstrates thata regular migration into the parkland in winter, and back onto the prairie in spring and summer, was characteristic of buffalo movements in the region. The migration into the parkland in winter was initiated by the need for shelter. The specific temporal and spatial manifestations ofthis general movement, however, were conditioned from year to year by a variety of factors whose effects were largely predictable to both the aboriginal and non-aboriginal residents of the region. Most important among these factors were winter mild spells, heavy snow, hunting pressures and fires.