Amorous Ex/Incursions: Love in Writings of Badiou, Weil, Fromm, and Barthes

My dissertation explores the enabling contributions of love to the practice of ethico-political and cultural critique. Engaging with the work of Alain Badiou, Simone Weil, Erich Fromm, and Roland Barthes, I examine love in terms of the following modalities: waiting, giving, and looking. I place the aforementioned thinkers in dialogue with selected literary and cinematic texts to explicate and interrogate the meaningful possibilities of their discourse on love. In my chapter on Alain Badiou, I discuss his ontology, which I draw upon heavily to set the theoretical parameters of my study. I also discuss the logic of love that he develops in his philosophy. Speaking to the problem of pre-Evental agency that critics of his work identify, I suggest that waiting as attention, as theorized by Simone Weil, might be the closest form of agency that a pre-Evental (amorous) being can experience. In my discussion of Erich Fromm, I reevaluate his “art of loving” within the constellation of late capitalism. Reading his work through a Lacanian lens, I explore the utility of his prescriptions by examining Chuck Palahniuk’s controversial novel Fight Club. In my chapter on Roland Barthes, I theorize the possibility of cinematic looking that does not depend on the antagonism inherent in the binaries masculine/ feminine and (Gazing) spectator/ (to-be-looked-at) image. Towards this objective, I propose the “amorous look,” a mode of viewing occasioned by cinematic punctual encounters, that I contend is beyond the domain of desire and perversion. I deploy the “amorous look” as I reflect on Aureus Solito’s film Ang Pagdadalaga ni Maximo Olivares (The Blossoming of Maximo Olivares) and its representations of love and waiting.

Gross and net nitrogen transformation rates and availability in late summer in tall shrub and birch hummock ecosystems of the Canadian low Arctic

Climate change is occurring most rapidly in the Arctic where warming has been twice as fast as the rest of the globe over the last few decades. Arctic soils contain a vast store of carbon and warmer arctic soils may mediate current atmospheric CO2 concentrations and global warming trends. Warmer soils could increase nutrient availability to plants, leading to increased primary production and sequestration of CO2. Presumably because of these effects of warming on shrub ecosystems, shrubs have been expanding across the arctic over the last 50 years, Arctic shrub expansion may track or cause changes in nutrient cycling and availability that favour growth of larger, denser shrubs. This study aimed at measuring gross and net nitrogen cycling rates, major soil nitrogen and carbon pool sizes, and elucidating controls on nutrient cycling and availability between a mesic birch (Betula nana) hummock tundra ecosystem and an ecosystem of dense, tall, birch (B. nana) shrubs. Nitrogen cycling and availability was enhanced at the tall shrub ecosystem compared to the birch hummock ecosystem. Net nitrogen immobilization by microbes was approximately threefold greater at the tall shrub ecosystem. This was in part because of larger microbial biomass nitrogen and carbon (interpreted as a larger microbial community) at the tall shrub ecosystem. Nitrogen inputs via litter were significantly larger at the tall shrub ecosystem and were hypothesized to be the major contributor to the higher dissolved organic and inorganic nitrogen pools in the soil at the tall shrub ecosystem. The results from this study suggest a positive feedback mechanism between litter nitrogen inputs and the enhancement of nitrogen cycling and availability as a driver of shrub expansion across the Arctic.