Academic literature on the topic 'Mauritius Institute'

Purpose Prompted by the enlarging skills gap between the university graduate and the desired employee in Mauritius, the Charles Telfair Institute embarked its students on the #NuKapav project for an authentic work integrated learning (WIL) experience which endeavours to fight for the societal inclusion of Persons with Disabilities. The purpose of this paper is to examine the impact of this service-learning project on the students from professional, civic engagement and social justice perspectives. Design/methodology/approach This research used a focus group methodology, allowing the 23 students who participated on the #NuKapav project to share their experiences. Findings This paper recommends that universities in Mauritius and other regional countries consider incorporating service-learning into their WIL programmes to reinforce graduate employability skills and encourage good citizenship through lasting allegiance to community causes. Research limitations/implications The higher education system in Mauritius operates within a broader context facing constant mutations influenced by socio-economic and political factors. As such, research on service-learning cannot be conducted in isolation but should instead include the perspective of various stakeholders on both the demand and supply side of community learning projects. The main limitation of this research relates to its focus on capturing student participants’ perspective alone. Further research is, therefore, recommended to examine how other stakeholders, including employees, employers and community service project supervisors, value service-learning for a more comprehensive view. Originality/value The main contribution of this paper is the examination of how service-learning can help equip graduates with crucial career skills, while bringing an enduring mind-set shift in the future workforce for sustained commitment to social change and inclusion.

a professor in Indian Studies, in February 2019 the author was a special guest to the Mahatma Gandhi Institute in Moka, Mauritius. During her visit she delivered a public lecture entitled “Tracing India in an Old Bulgarian Alphabet”. This text is practically based on it. The name of the first Bulgarian alphabet – Glagolitsa of Saint Cyril – may formally be translated as “speaking script”, or “speaking letters”. As far as each and every letter in it carries a separate name and therefore meaning, given the order of alphabets, the approach to it as to an alphabetical blessing and Benedictio to Bulgarians, initially articulated by Saint Cyril, was easily prompted. The names of five of the Glagolitsa letters – buki, vedi, esti, jivete, shta – as a real shortcut take us back to Ancient India and its classical language Sanskrit. The “speaking” character of this alphabet and the order of alphabets were as a matter of fact the main features of Glagolitsa that Saint Kliment kept and transferred to his new graphics, which he named after his late teacher – Kirilitsa. The author gives her own “translation” of Saint Kliment’s Alphabetical Blessing in Modern Bulgarian and makes a semantic and spiritual bridge between Kirilitsa, or the Cyrillic alphabet and the Holy Bible, or the New Testament.

One of the major research activities of the Mauritius Sugar Industry Research Institute (MSIRI) is the breeding and selection of sugarcane varieties adapted to the different agro-climatic environments. Most of the on-farm experimentation is carried out in the fields of miller-planters (planters who own the sugar mills), where resources in terms of land, labour and other inputs are usually easily available. The non-miller-planters are operating in environments which are not always similar to those of the miller-planters. There is a need for on-farm experimentation under these conditions in order to improve productivity. Variety trials, observation plots and industrial trials to compare commercial varieties with promising and newly released ones have been established on-farm in order to improve the adoption rate of new varieties. The paper elaborates on the objectives of this major extension activity during the last decade. A major inference is that the planters obtain first-hand information on promising varieties prior to their release for commercial plantation, hence influencing their decision for adoption or rejection. Moreover, additional information on the performance and behaviour of these promising varieties is made available to research staff.

Land resources are scarce in Mauritius and to fulfil the export quota sugarcane (Saccharum hybrids) has to be grown in marginal areas which are not conducive to optimal growth. In order to increase overall productivity there is a need to breed and select sugarcane varieties specifically adapted to the extremely dry and extremely wet areas. In this study, 154 genotypes representing four families were planted in a randomized complete block design at two sites. The genotypes were replicated at the two sites and evaluated in the plant cane and first ratoon crops. Family × environment and genotype × environment interactions were determined using the mixed model analysis of variance. Significant differences between families, genotypes and environments were found in stalk height, stalk diameter, industrial recoverable sucrose % cane (IRSC) and cane yield per hectare in tonnes (TCH). The genotype × environment interaction was significant for stalk height, stalk number, stalk diameter, sucrose content, TCH, tonnes sugar per hectare (TSH) and kilobrix (parameter used for selection in the preliminary phase of the selection programme at the Mauritius Sugar Industry Research Institute) in both plant cane and first ratoon crops indicating that the relative performance of the genotypes is not consistent across the environments for these characters. The family × environment interaction was found to be significant for cane and sugar yields whereas it was not significant for field Brix in either the plant cane or the ratoon crops. This showed that, for the parameter Brix, the relative performance of the families is similar in both environments and there is no need to replicate in more than one environment. The environmental sensitivities measured with respect to sugar yield showed that families and genotypes with nearly equal means over all environments displayed inconsistent performances. Differences in the sensitivities of the different families and genotypes were observed and some of the family × environment and genotype × environment interactions could be ascribed to them. The results also suggest that mass selection could be more effective than family selection and selection for each specific environment is advisable.