Demand for Organic Salmon in the European Union

This paper provides an analysis of the market potential for organic salmon, primarily in the European Union. There has been a substantial growth in the demand for organic food products in industrialised countries in the course of the past decade. Legislation for organic production is now being extended to aquaculture, and limited quantities of certified organic salmon have been marketed in the European Union. We examine the experience gained in other organic food markets, and draw some conclusions from these markets with relevance to salmon. Organic salmon fills a dietary need among organic consumers, but at the same time it has some characteristics which may present obstacles to successful marketing. We analysed price premiums for organic salmon compared to conventional salmon. Positive price premiums were found, but it is hard to predict how they will evolve when the supply of organic salmon is expanded. Experience from other organic foods that are supplied in large volumes suggests that it may be possible to obtain price premiums even with substantially higher production

High spatial resolution analysis of ferromanganese concretions by LA-ICP-MS†

A procedure was developed for the determination of element distributions in cross-sections of ferromanganese concretions using laser ablation inductively coupled plasma mass spectrometry (LA-ICP-MS). The effects of carrier flow rates, rf forward power, ablation energy, ablation spot size, repetition rate and number of shots per point on analyte intensity were studied. It is shown that different carrier gas flow rates are required in order to obtain maximum sensitivities for different groups of elements, thus complicating the optimisation of ICP parameters. On the contrary, LA parameters have very similar effects on almost all elements studied, thus providing a common optimum parameter set for the entire mass range. However, for selected LA parameters, the use of compromise conditions was necessary in order to compensate for relatively slow data acquisition by ICP-MS and maintain high spatial resolution without sacrificing the multielemental capabilities of the technique. Possible variations in ablation efficiency were corrected for mathematically using the sum of Fe and Mn intensities. Quantification by external calibration against matrix-matched standards was successfully used for more than 50 elements. These standards, in the form of pressed pellets (no binder), were prepared in-house using ferromanganese concentrates from a deep-sea nodule reference material as well as from shallow-marine concretions varying in size and having different proportions of three major phases: aluminosilicates, Fe- and Mn-oxyhydroxides. Element concentrations in each standard were determined by means of conventional solution nebulisation ICP-MS following acid digestion. Examples of selected inter-element correlations in distribution patterns along the cross-section of a concretion are given

Analysis of the impact of length of stay on the quality of service experience, satisfaction and loyalty

Although length of stay is a relevant variable in destination management, little research has been produced connecting it with tourists' post-consumption behaviour. This research compares the post-consumption behaviour of same-day visitors with overnight tourists in a sample of 398 domestic vacationers at two Mediterranean heritage-and-beach destinations. Although economic research on length of stay posits that there are destination benefits in longer stays, same-day visitors score higher in most of the post-consumption variables under study. Significant differences arise in hedonic aspects of the tourist experience and destination loyalty. Thus, we propose that length of stay can be used as a segmentation variable. Furthermore, destination management organisations need to consider length of stay when designing tourism policies. The tourist product and communication strategies might be adapted to different vacation durations

Development and application of a calibration technique for laser ablation - ICP - MS

Laser Ablation - Inductively Coupled Plasma - Mass Spectrometry (LA-ICP-MS) is a powerful analytical technique for the direct elemental analysis of solid samples, with spatial resolution down to a few microns. However, calibration remains the limiting factor in obtaining quantitative analysis by LA-ICP-MS for a wide range of sample types. No universal method exists as yet and the ones that are currently used tend to employ matrix-matched solid standards. Matrix-matched solid standards are not available for many types of sample, such as polymers, biological materials, fluid inclusions, etc. The need for a universal method of calibration that involves standards that are easy to prepare and suitable for any type of sample is required. Additional to matrix-matching, internal standards are widely used in LA-ICP-MS for quantitative analyses. The internal standard compensates for the different ablation yields from the sample and the standard and for the laser shot-to-shot variation. Given that the use of an internal standard is required to obtain reliable results, the need for matrix-matching might be regarded as questionable. This project has focused on the development and application of a new method of calibration for LA-ICP-MS. It involves the use of aqueous standards whose absorption characteristics are modified by the addition of a chromophore to the solution. Additives were selected for ablation with KrF excimer, and Nd:YAG lasers. The influence of the additive concentration on the ablation yield was investigated for different laser energies. Response curves were obtained showing that as the additive concentration was increased, less energy was required to ablate the modified standard solutions efficiently. A general procedure was then defined for the preparation and use of the modified standard solutions for a given sample. The new method of calibration was used for the quantitative analysis of different sample types: low density polyethylene (LDPE), polyketone (PK), polyethylene thin film as well as gels contained in the thin film, and stainless steel. (author)Available from British Library Document Supply Centre-DSC:DXN043623 / BLDSC - British Library Document Supply CentreSIGLEGBUnited Kingdo

The future role of bank branches and their managers: comparing managerial perceptions in Canada and Spain

Although it was predicted that bank branches would quickly become obsolete in a computerized society, the reality is that many full-service branches are not closing but rather evolving to meet changing needs. The role of the branch manager is crucial, and is also changing. In particular, managers are expected to take a lead in marketing activities. A questionnaire study was carried out to examine managers’ changing roles, using two samples of branch managers, one from Canada and one from Spain. Managers were asked to rate 21 function variables on their importance in bank management and in facing new market trends. Differences were found between the two samples, as were similarities: both identified managerial ability, strategic autonomy of the branch and business development through increased marketing ability, as important building blocks for the future role of branches and their managers