Histoire de la catastrophe de Saint-Domingue, avec la correspondance des généraux Leclerc, (beau-frère de Bonaparte), Henry-Christophe (depuis roi d'Haïti), Hardy, Vilton, etc., certifiée conforme aux originaux déposés aux archives, par le lieutenant général Rouanez jeune, secrétaire d'État,

"Advertissement de l'auteur" signed: J...e Ch.......e. [i.e. Juste Chanlatte]

The catastrophe, a tale of the nineteenth century.

Mode of access: Internet.

Occupational fatalities related to roofs, ceilings and floors as found in reports of OSHA fatality/catastrophe investigations /

Report prepared by William W. Cloe under the direction of Patricia P. Breslin.

Occupational fatalities related to ladders as found in reports of OSHA fatality/catastrophe investigations /

Report prepared by Carol Mancini Vira.

Occupational fatalities related to fixed machinery as found in reports of OSHA fatality/catastrophe investigations /

Report prepared by Carol Mancini Vira and William W. Cloe under the direction of Patricia P. Breslin.

Selected occupational fatalities related to welding and cutting as found in reports of OSHA fatality/catastrophe investigations / prepared by William W. Cloe.

Shipping list no.: 88-705-P.

Assignment to catastrophe.

v.1. Prelude to Dunkirk, July 1939-May 1940.-v.2. The fall ofFrance, June 1940.

Extinction times for a general birth, death and catastrophe process

The birth, death and catastrophe process is an extension of the birth-death process that incorporates the possibility of reductions in population of arbitrary size. We will consider a general form of this model in which the transition rates are allowed to depend on the current population size in an arbitrary manner. The linear case, where the transition rates are proportional to current population size, has been studied extensively. In particular, extinction probabilities, the expected time to extinction, and the distribution of the population size conditional on nonextinction (the quasi-stationary distribution) have all been evaluated explicitly. However, whilst these characteristics are of interest in the modelling and management of populations, processes with linear rate coefficients represent only a very limited class of models. We address this limitation by allowing for a wider range of catastrophic events. Despite this generalisation, explicit expressions can still be found for the expected extinction times.

Analysis of operational risk of banks – catastrophe modelling

Nowadays financial institutions due to regulation and internal motivations care more intensively on their risks. Besides previously dominating market and credit risk new trend is to handle operational risk systematically. Operational risk is the risk of loss resulting from inadequate or failed internal processes, people and systems or from external events. First we show the basic features of operational risk and its modelling and regulatory approaches, and after we will analyse operational risk in an own developed simulation model framework. Our approach is based on the analysis of latent risk process instead of manifest risk process, which widely popular in risk literature. In our model the latent risk process is a stochastic risk process, so called Ornstein- Uhlenbeck process, which is a mean reversion process. In the model framework we define catastrophe as breach of a critical barrier by the process. We analyse the distributions of catastrophe frequency, severity and first time to hit, not only for single process, but for dual process as well. Based on our first results we could not falsify the Poisson feature of frequency, and long tail feature of severity. Distribution of “first time to hit” requires more sophisticated analysis. At the end of paper we examine advantages of simulation based forecasting, and finally we concluding with the possible, further research directions to be done in the future.

Exploration des modes d'habiter tels que révélés par une catastrophe

Mémoire numérisé par la Direction des bibliothèques de l'Université de Montréal.

Exploration des modes d'habiter tels que révélés par une catastrophe

Mémoire numérisé par la Direction des bibliothèques de l'Université de Montréal.

"The post-antibiotic apocalypse" and the "war on superbugs": catastrophe discourse in microbiology, its rhetorical form and political function

Discourses evoking an antibiotic apocalypse and a war on superbugs are emerging just at a time when so-called "catastrophe discourses" are undergoing critical and reflexive scrutiny in the context of global warming and climate change. This article combines insights from social science research into climate change discourses with applied metaphor research based on recent advances in cognitive linguistics, especially with relation to "discourse metaphors." It traces the emergence of a new apocalyptic discourse in microbiology and health care, examines its rhetorical and political function and discusses its advantages and disadvantages. It contains a reply by the author of the central discourse metaphor, "the post-antibiotic apocalypse," examined in the article.