567 research outputs found
Re-framing student academic freedom: a capability perspective
The scholarly debate about academic freedom focuses almost exclusively on the rights of academic faculty. Student academic freedom is rarely discussed and is normally confined to debates connected with the politicisation of the curriculum. Concerns about (student) freedom of speech reflect the dominant role of negative rights in the analysis of academic freedom representing āthreatsā to academic freedom in terms of rights which may be taken away from a person rather than conferred on them. This paper draws on the distinction between negative and positive rights and the work of Sen (1999) to re-frame student academic freedom as capability. It is argued that capability deprivation has a negative impact on the extent to which students can exercise academic freedom in practice and that student capability can be enhanced through a liberal education that empowers rather than domesticates students
The CV as a symbol of the changing nature of academic life:performativity, prestige and self-presentation
The performative turn in the assessment of student learning: a rights perspective
Active learning and group-based processes in higher education are central to student engagement strategies. Forms of assessment regarded as evidencing student engagement, including attendance, class participation grading and group-based projects, have become commonplace in the university curriculum on an international basis. Whilst the literature has focused on evaluating such forms of assessment in terms of learning gain, analysis of their impact from a student rights perspective has been largely overlooked. This paper will analyse student perspectives of three forms of assessment entailing the measurement of observable student attitudes and behaviour: attendance, class participation and group work grading. The evidence from a survey of undergraduates based in a Hong Kong university suggests that the majority of students are concerned about whether such practices are appropriate and fair, potentially undermining their freedom of choice to learn as adults
The neoliberal academic:Illustrating shifting academic norms in an age of hyper-performativity
Regional and seasonal patterns of epipelagic fish assemblages from the central California Current
The coastal Pacific Ocean off northern and central California encompasses the strongest seasonal upwelling zone in the California Current ecosystem. Headlands and bays
here generate complex circulation features and confer unusual oceanographic complexity. We sampled the coastal epipelagic fish community of this region with a surface trawl in the summer and fall of 2000ā05 to assess patterns of spatial and temporal community structure. Fifty-three species of fish were captured in 218 hauls at 34 fixed stations, with clupeiform species dominating. To examine spatial patterns, samples were grouped by location relative to a prominent headland at Point Reyes and the resulting
two regions, north coast and Gulf of the Farallones, were plotted by using nonmetric multidimensional scaling.
Seasonal and interannual patterns were also examined, and representative species were identified for each distinct community. Seven oceanographic variables measured concurrently with trawling were plotted by principal components analysis and tested for correlation with biotic
patterns. We found significant differences in community structure by region, year, and season, but no interaction among main effects. Significant differences in oceanographic
conditions mirrored the biotic patterns, and a match between biotic and hydrographic structure was detected.
Dissimilarity between assemblages was mostly the result of differences in abundance and frequency of occurrence of about twelve common species. Community patterns were best
described by a subset of hydrographic variables, including water depth, distance from shore, and any one of several correlated variables associated with upwelling intensity. Rather than discrete communities with clear borders and distinct member species, we found gradients in community
structure and identified stations with similar fish communities by region and by proximity to features such as
the San Francisco Bay
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