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In recent years consumers in Belgium have shown a great interest for foods from the short supply chain. The difference with the conventional chain is that in the short supply chain the primary products are locally processed and sold directly by the producer to the consumer. The short supply chain has different microbiological quality and safety aspects in comparison with the conventional chain. The purpose of this paper is to evaluate these aspects.

The methodology consists of analyzing the available scientific literature and results of microbiological analyses on foods from the short supply chain.

The main findings were that Listeria monocytogenes was frequently detected (15 percent) in sampled raw dairy products whereas Salmonella was not isolated in 1,023 samples. Human pathogenic vero (cyto) toxin-producing Escherichia coli and Campylobacter spp. are potential hazards, in particular for products that are not thermally treated. Data with regard to E. coli counts showed a greater variability in products from the short supply chain compared to the conventional chain.

The paper discusses strengths and weaknesses with impact on microbial quality and safety in operation of food safety management in the short supply chain vs the conventional chain.

This is the first paper that assesses the risks from the short supply chain vs the conventional chain and that makes recommendations for operators in the short supply chain.

For decades, numerous mechanisms have been adopted to accelerate the progression of women in decision-making levels, and many organizations have developed programs to promote gender mainstreaming. In practice however, literature has shown that experience in gender mainstreaming faces many important challenges and under-representation persists at higher organizational levels. The paper aims to discuss these issues.

This research brings together the results of two case studies on gender equality in the higher echelons of public and private sector organisations in Canada (Québec) and Morocco. Based on the analytical framework used as a theoretical basis for the analysis of change and resistance to gender mainstreaming, the data were revisited to explore common trends and patterns, despite the differences in context.

The analysis shows that common factors support and limit women's progress in organizations. Equity initiatives are limited to the technical agenda and scant effort goes to managing political and cultural dimensions. The study shows that those dimensions play a central role in the production of gender inequality and that actions and measures targeting political and cultural dimensions must be prioritized.

An improved conceptual framework is proposed for practical interventions and theory building. The new matrix feeds into the reflection for a new learning approach for organizations who want to achieve gender mainstreaming, to better identify the dimensions that should be addressed or to assess the measures taken and their impact and also offers a basis for new studies and research to test the matrix, its usefulness for theory building for intervention.

This work aims to identify the linear elastic orthotropic material paramters of Pinus pinaster Ait. wood, using full-field measurements and an inverse identification strategy based on the finite element (FE) method updating technique.

Compression tests are carried out under uniaxial and quasi-static loading conditions on wood specimens oriented on the radial-tangential (RT) plane, with different grain orientations. Full-field displacements and strains are measured using digital image correlation (DIC), which are then used as a reference in the identification procedure. A FE model is implemented assuming plane stress conditions, where wood is modelled as an orthotropic homogeneous material. Based on the numerical results, a synthetic image reconstruction scheme is implemented to synthetically deform the reference experimental image, which is then processed by DIC and further compared to the experimental results.

The results for both approaches were similar when both specimen configurations were used in a single run. However, when using the DIC-based FEMU approach with the on-axis configuration, the identified modulus of elasticity in the tangential direction and shear modulus are closer to the reference values.

This approach ensures a fair comparison between both sets of data since the full-field strain maps are obtained through the same filter and therefore have the same strain formulation, spatial resolution and data filtering. Firstly, the identification is performed using a single configuration, either the on-axis or the off-axis specimen. Secondly, the identification is carried out by merging data from both on-axis and off-axis configurations.