Rage of Honor: Entente Indignation and the Lost Chance for Peace in the First World War

Why the First World War ended in 1918 and not earlier remains a major puzzle. We propose a new theory that emphasizes how honor prolongs wars beyond what rationalist theories can explain. It argues that when honor is insulted, an affronted actor will strive to punish the offender. Absent an apology, the pursuit of a satisfactory punishment leads the affronted belligerent to ignore unfavorable battlefield information, hold logically irreconcilable beliefs, process information in emotional terms, and obsess over status. We predict that wars of prevention and territorial occupation are most likely to elicit honor considerations. We test our argument against an obscure episode in the war where Germany and the United States made peace overtures in December 1916. We demonstrate that honor concerns made Entente decision makers see German aggression as an affront to their honor that only the destruction of Germany's political regime could redress.     

Recent books on the East

The following paper was discovered by Laurence Evans, Professor of History at the State University of New York at Binghamton, during the course of research in the files of the Department of State (to which Department the paper had been made available in 1918 for use as background information by the American Delegation at the Peace Conference), and Professor Evans has kindly communicated it to the Society. Its contents are not included in the book on Mecca which Snouk published in German, and it is not among the scattered articles in Verspreide Geschriften (1923–27). That collection does, however, include another essay about Ahmad Dahlan, in Dutch, entitled “Een rector der Mekkaansche universiteit”, originally contributed to a learned journal and reprinted in vol. 111, pp. 65–122. [We are printing this paper in good faith believing it to be previously unpublished. Ed.]     

Parenting Style and Bullying and Victimization: Comparing Foreign-Born Asian,U.S.-Born Asian,and White American Adolescents

Journal of Family Violence - The purpose of the study is to explore whether the association between types of parenting styles and bullying and victimization are similar across White American,...     

The influence of shared R&D-project innovativeness perceptions on university-industry collaboration performance

The Journal of Technology Transfer - University-industry collaboration (UIC) partners’ different organizational backgrounds entail socialization with distinct thought worlds, management...     

Proper Names in the Legal Terminology of the English Language

International Journal for the Semiotics of Law - Revue internationale de Sémiotique juridique - The article deals with the problem of coining terms and nomenclature signs with proper names...     

Volatile Organic Compounds,Spectral Characterization and Morphology of Ammonium Nitrate Fuel Oil (ANFO) Samples

Ammonium nitrate fuel oil is an explosive mixture found in most antipersonnel landmines (APL) buried throughout the Colombian territory. During more than 50 years of internal conflict, the Colombian government has found that trained dogs are the most effective method to detect APL. However, the olfactive signature in ANFO is unknown and also if there are differences in detection related to the explosive manufacturing origin. Therefore, this work begins with the analytical validation of the method used to determine ammonia, in its derivatized form as carbamate, released by home-made ANFO using HS-SPME-GC-FID. Once validated, the method was used to identify ammonia and other organic volatile compounds present in ANFO, under laboratory and simulated field conditions. The validation process includes the evaluation of the optimum conditions for the derivation and extraction of butylcarbamate, the determination of the working ranges with linear response in FID, the limits of detection and quantification, the sensitivity, and the precision. The results of the validation established linearity and sensitivity in a concentration between 20 and 120 mg/L, as well as low limits of detection and quantification of 6.4 and 21.4 mg/L, respectively. Also, an intermediate precision of 11% for butylcarbamate with a repeatability of 8%. The validated method showed in real samples of home-made ANFO besides ammonia, the presence of low molecular methylamines, and also exhibited differences in volatile compositions according to the origin. The objective of this work is to offer a reliable analytical methodology for the extraction and analysis of volatile compounds from ANFO.