Say Oui to We : A Longitudinal Analysis of Pronouns and Articles in French and English

Modern English only uses gender in personal, reflexive, and possessive third person singular pronouns. Modern English also does not use gendered articles, which extends to not assigning an arbitrary gender to inanimate objects. This study examines how recent this aspect of grammar is, and to what degree did cultural interaction with the French throughout history influence the use of gendered pronouns. Two written texts in British English (one in Old English, one in Modern English) and one written text in French are analyzed for elements of grammatical gender embedded within articles, pronouns, and possessive adjectives. The geopolitical influences on incorporating gender into language were also considered. This study found that gender is altogether more present in Old English and Modern French. Old English is found to have more gendered articles and pronouns than other later evolutions of English. Interactions between Norman pirates and Celtic Britons up through French words being fashionably borrowed by English nobles are evidence of geopolitical and international relations impacting the evolution of the English language

Book Review

Review of: SHELDON KRIMSKY & ALONZO PLOUGH, ENVIRONMENTAL HAZARDS: COMMUNICATING Risks AS A SOCIAL PROCESS. (Auburn House 1988) [333 pp.] Acknowledgements, bibliographies, case chronologies, figures, foreword, glossaries of acronyms, index, notes. LC: 88-14467; ISBN: 0-8659-187-8. [$18,95 paper. 88 Post Road West, Westport CT 06881.

Autumn Storms Trigger Enhanced Export of Iron, Phosphorus, and Carbon from a Forested Vermont Catchment

Autumn leaf fall may be an important driver of annual stream loading in forested catchments due to the introduction of large amounts of labile organic matter. In light of climate change projections for an intensification of the autumnal hydrological cycle for northern temperate forests, there is an increasing demand to understand this leaf fall period, and the extent to which it may drive water quality. In this study, we examine the export and biogeochemical coupling of dissolved organic carbon (DOC), iron (Fe), aluminum (Al), and phosphorus (P) during autumn and summer storms to understand the effects of seasonality and storm timing and magnitude on stream loading dynamics. We utilize in situ spectrophotometric sensors to measure UV-Vis light absorbance with high temporal resolution in order to quantify rapid changes in stream chemistry during storm events. We also explore the potential to project concentrations of the aforementioned parameters using partial least squares regression (PLSR) and high frequency absorbance data. Post leaf fall autumn storms resulted in the export of 23% of total study DOC in a 2-week period, as well as the largest fluxes of Fe and Al observed over the study period. These results may have important implications for nutrient loading in the receiving water body, Lake Champlain