Leadership Reflections: Resiliency in Library Organizations

Similar to individuals, organizations display characteristics that speak to qualities and abilities. Our guest writer, Lisa Bodenheimer, discusses a trait that is critical for library organizations during this period of constant change and transformation. Resiliency is the ability to rebound and flex as circumstances shift enabling an organization to thrive and adjust during difficult times. This skill is typically developed through experiences, but, as Ms. Bodenheimer outlines, organizations are able to strategize in order to build employee and organizational resilience. Such a proactive approach will enable a library organization to better weather challenging situations and times as difficulties will enviably occur. The following article provides practical suggestions for library organizations that will enable them to be more successful while leading and managing in a changing environment.     

Cultural capital and academic achievement of first generation domestic and international students in Canadian universities

In Canada little research has been conducted on those who are the first in their families to attend university. Cultural reproduction theory suggests that such students would be less likely to engage in the type of activities that, according to the college impact model, contribute to academic achievement. In order to test these and other possibilities a longitudinal survey‐based study of domestic and international students was conducted at four Canadian universities. Overall it was found that university experiences did vary by the educational background of parents; however, such experiences were not always of consequence for academic achievement.     

Longitudinal confirmatory factor analysis: Common,time‐specific,item‐specific,and residual‐error components of variance

Following Cronbach (1970) and others, it is useful to decompose test score variation into common factor, time‐specific, item‐specific, and residual components. In the traditional approach to factor analysis, only two sources of variance can be estimated: common factor variance and a uniqueness term that confounds specific sources of variation and residual error. When the same items are measured on different occasions, however, it is possible to separate specific variance and residual error. Two approaches, the first‐order approach described by Raffalovich and Bohrnstedt (1987) and a second‐order approach based on Jöreskog and Sörbom (1989; Jöreskog, 1974) are considered initially. The two approaches, although based on different rationales, both suffer a similar weakness in that two of the four sources of variance are confounded. In the Raffalovich and Bohrnstedt approach, time‐specific variance is confounded with common factor variance that generalizes across items and time. In the second‐order approach based on Jöreskog and Sörbom, time‐specific variance is confounded with residual error. Here we demonstrate that by combining features from both approaches we can eliminate these weaknesses and estimate all four of Cronbach's sources of variance, and that this combined approach is easily generalized to a wide variety of applications.     

Improving students' understanding of carbohydrate metabolism in first-year biochemistry at tertiary level

Many introductory biochemistry students have problems understanding metabolism and acquiring the skills necessary to study metabolic pathways. In this paper we suggest that this may be largely due to the use of a traditional teaching approach which emphasises memorisation rather than understanding. We present an alternative approach to teaching carbohydrate metabolism which is designed to promote understanding of pathways. The approach also enables regular monitoring of, and reflection on, student progress and the identification of student reasoning and conceptual difficulties through the use of specially designed problems. Preliminary results are presented giving examples of specific student difficulties and the extent to which they were addressed by the alternative instructional approach. A qualitative evaluation of the approach is also presented. Specializations: metal accumulating plants biochemical education. Specializations: physics education, conceptual development, instructional design, improvement of tertiary science education.     

The construction of abstract units in geometric and numeric settings

The main thesis of this paper is that the construction and coordination of abstract units is central to mathematical activity in both numerical and geometric settings. Data were gathered from students in grade three through six, with four students being observed over a three year period. A consistent parallel was found in the sophistication of the types of units constructed in a geometric setting (tiling the plane) with their numeric activity. The tiling activity of the students was analyzed for evidence of the construction and coordination of units. Some students constructed rather sophisticated abstract composite units to facilitate their tiling with a particular shape while others had difficulty making a covering. Students who constructed abstract composite units in tiling did so also in adding and subtracting whole numbers. Evidence of unitizing and coordinating the units constructed was associated with advances in mathematical thinking. Unitizing seems to be a fundamental mental operation in coming to act mathematically. As mathematics activities are planned, it is important to provide opportunities for students to construct abstract composite units in both geometric and numeric settings. Emphasis on prescribed procedures such as subtracting with two-digit numerals may inhibit this construction process.     

Collaborate to Innovate: Expanding Access to Faculty Patents through the Institutional Repository and the Library Catalog

This work explores the use of Clemson University's institutional repository and library catalog in promoting and providing access to the patents granted to its inventors. More specifically, the authors outline the project from generating metadata for patents and crosswalking it into a form that can be batch-uploaded to a bepress Digital Commons repository. They then explore the process of harvesting the records from the repository and using MarcEdit to crosswalk it into the library catalog. The process could easily be adapted to other nontraditional forms of scholarship.     

Towards a theory of curriculum implementation with particular reference to science education in developing countries

Improving science education is often regarded as a priority for developing countries in order to promote longterm economic development. Thus initiatives, both government and foreign-aid sponsored, aimed at improving science education in developing countries abound. However, all too often the focus of such initiatives is limited to the development of science curricula, while the details of how the curricula will be implemented at school level are often neglected. This paper represents an effort to lay the groundwork for a theory of curriculum implementation with particular reference to developing countries. We have drawn on school development, educational change, and science education literature in order to develop three constructs that could form the heart of such a theory, namely, Profile of Implementation, Capacity to Innovate, and Outside Support. Six propositions are offered to suggest how the constructs may inter-relate as a basis for the development of the theory. The implementation of the natural sciences learning area of the South African Curriculum 2005 is used to illustrate the emerging theory.     

Academic Achievement of First-Generation Students in a Canadian University

Previous research has shown that first-generation students confront greater problems than traditional students. In order to determine if this disadvantage extends to first-year grade-point averages (GPAs) in a commuter university in which the majority are first-generation students, 1,849 students at York University in Toronto were surveyed at the end of the first year and survey results were merged with information on grades from administrative records. The results of stepwise regression and classification and regression tree analyses show that traditional students enjoy a slight advantage in terms of GPA, and that while traditional students have higher levels of involvement than first-generation students, for both student groups involvement in various university activities contributes to GPA.