La présence attentive et la sensibilité éthique : une réflexion sur le concept d’attention

Le présent article porte sur la sensibilité éthique et s’interroge sur la manière dont la présence attentive (mindfulness) peut contribuer concrètement à son développement dans un contexte de formation à l’éthique professionnelle. L’objectif principal est d’explorer la définition de la notion d’attention dans la littérature philosophique contemporaine, ce qui en fait un concept porteur pouvant enrichir celui de sensibilité éthique. Ensuite, cet article vise à démontrer de quelle manière la présence attentive constitue une avenue prometteuse pour améliorer les qualités de l’attention et le développement de la sensibilité éthique.This article focuses on the theme of ethical sensitivity and asks how mindfulness can concretely contribute to its development in a professional ethics training context. The main objective is to explore how the notion of mindfulness has been defined in contemporary philosophical literature, which makes it a promising concept that can enrich the concept of ethical sensitivity. Then, this article aims to demonstrate how mindfulness is a promising avenue for enhancing the qualities of attention and the development of ethical sensitivity

Coastal Flood Assessment Based on Field Debris Measurements and Wave Runup Empirical Model

On 6 December 2010, an extra-tropical storm reached Atlantic Canada, causing coastal flooding due to high water levels being driven toward the north shore of Chaleur Bay. The extent of flooding was identified in the field along the coastline at Maria using DGPS. Using the assumption that the maximum elevation of flooded areas represents the combination of astronomical tide, storm surge and wave runup, which is the maximum elevation reached by the breaking waves on the beach, all flood limits were identified. A flood-zone delineation was performed using GIS and LiDAR data. An empirical formula was used to estimate runup elevation during the flood event. A coastal flood map of the 6 December flood event was made using empirical data and runup calculations according to offshore wave climate simulations. Along the natural beach, results show that estimating runup based on offshore wave data and upper foreshore beach slope represents well the observed flood extent. Where a seawall occupies the beach, wave breaking occurs at the toe of the structure and wave height needs to be considered independently of runup. In both cases (artificial and natural), flood risk is underestimated if storm surge height alone is considered. There is a need to incorporate wave characteristics in order to adequately model potential flood extent. A coastal flooding projection is proposed for Pointe Verte based on total water levels estimated according to wave climate simulation return periods and relative sea-level rise for the Chaleur Bay