Leaving the War Popular Violence and Judicial Repression of ‘unpatriotic’ behaviour in Belgium (1918–1921)

After four years of occupation, Belgium emerged ruined at the end of the Great War. The King returned from Yser, leading the army and acclaimed by the population. In contrast, the government and the exiles came back discreetly and the absence of the dead was felt strongly. Part of the population felt itself to be the victim of the occupation and sought revenge: shop windows were broken and houses sacked, men were molested and women's heads shaven. Manufacturers who had closed their businesses sought the severe repression of those who had pursued their activities. Journalists who had stopped writing called for harsh treatment of the newspapers that submitted to German censorship. A fraction of the population stigmatised those who profited from the occupation and demanded justice. In 1918, Belgium was already confronted with problems that most European countries only discovered at the end of the Second World War. How does one move on from a war of occupation? How does one reconstruct a state weakened by occupation? How does one handle collective vengeance and respond to calls for justice? This article will study successively the wave of ‘popular’ violence accompanying the country's liberation in November and December 1918 and the state's answer through the judiciary repression of collaboration with the enemy conducted between 1919 and 1921, mainly by military and civil tribunals.     

A novel and non-destructive approach for ZooMS analysis: ammonium bicarbonate buffer extraction

Bone collagen is found throughout most of the archaeological record. Under experimental conditions, collagen is apparently preserved as an intact molecule, with amino acid compositions and isotopic profiles only changing when almost all of the protein is lost. The ubiquity of collagen in archaeological bone has lead to the development of the use of collagen peptide mass fingerprints for the identification of bone fragments—Zooarchaeology by Mass Spectrometry (ZooMS). We report a novel, but a simple method for the partial extraction of collagen for ZooMS that uses ammonium bicarbonate buffer but avoids demineralisation. We compared conventional acid demineralisation with ammonium bicarbonate buffer extraction to test ZooMS in a range of modern and archaeological bone samples. The sensitivity of the current generation of mass spectrometers is high enough for the non-destructive buffer method to extract sufficient collagen for ZooMS. We envisage that a particular advantage of this method is that it leaves worked bone artefacts effectively undamaged post-treatment, suitable for subsequent analysis or museum storage or display. Furthermore, it may have potential as a screening tool to aid curators in the selection of material for more advanced molecular analysis—such as DNA sequencing.