Differentiation as measured by the Classroom Practices Survey: a validity study updating the original instrument

The Classroom Practices Survey assesses educators’ use of differentiated instruction with students achieving at average and high levels. The purposes of this study were to investigate if the Classroom Practices Survey (1) yields reliable and valid data from the groups for which it was originally designed and (2) can be used to evaluate teachers’ differentiation practices for students who achieve at low levels. Participants included 648 elementary teachers who completed the Classroom Practices Survey for students achieving at high, average and low levels. Confirmatory factor analyses revealed that the original six-factor model was not supported by the current data. Model fit was improved with a four-factor model, but did not reach the recommended values for good model fit. Further research and possibly modifications are needed before this tool is used by researchers and schools. This study highlights the importance of periodically evaluating instruments and revising them if necessary.

     

Systematic errors in pigeons’ memory for event duration: Interaction between training and test delay

Pigeons trained to choose different stimuli following short- and long-duration signals make disproportionately more “short” choices (i.e., “choose-short errors”) following an increase in the retention interval and more “choose-long errors” following a decrease in this delay. The present experiment provided a systematic investigation of how these selective errors depend on the relationship between the training delay and the test delay. Pigeons were first trained with a 0-sec delay between the signal (2- or 8-sec food presentations) and the choice stimuli (red- and blue-lit keys). On subsequent test trials with 5- and 10-sec delays, choose-short errors predominated. Next, the birds were trained with a constant 10-sec delay and then tested with shorter or longer delays on some trials. The birds now responded accurately and without selective errors at the 10-sec training delay, but made choose-long errors at shorter delays and choose-short errors at longer delays. Finally, the birds were trained with a constant 20-sec delay and then tested with shorter and longer delays. Choose-long errors again appeared at shorter test delays, choose-short errors at longer test delays, and no differential errors at the 20-sec training delay. The selectivity of these errors generally increased with the absolute difference between the training and test delay. Theoretical implications of these results are discussed.     

Reader and nonreader conception of the spoken word

The development of the concept of word in readers and nonreaders was investigated. Five reader and nonreader male students from four age groups (6.5–7.5; 7.6–8.5; 8.6–9.5; 9.6–10.5) were tested using the procedures developed by J. Downing and P. Oliver (Reading Research Quarterly, 1973–1974, 9, 581–586). Results from an analysis of variance indicated significant effects for reading levels (p < .001), age (p < .05), stimuli (p < .01), and a significant interaction between reading level and stimulus class (p < .05). Evidence indicates nonreaders may be confused about the differences between a short word and phonemes, syllables, sentences, and long words.     

Gaining and Sustaining TEL in a 1:1 Laptop Initiative: Possibilities and Challenges for Teachers and Students

The uptake and use of digital technologies is studied in Unos Umeå, a joint one-to-one (1:1) research project between Umeå University and the municipality of Umeå in Sweden. This article presents the results of the third phase of the classroom work with laptops. Using the ecology of resources model (Luckin, 2010), these possibilities and challenges can be interpreted as the manifestation of filters in the learning environment. Alleviating technical problems, targeting low student laptop use, teacher collaboration, and teacher professional development (TPD) may help teachers and students gain and sustain technology-enhanced learning (TEL) in this 1:1 initiative.     

Mentorship Matters: Does Early Faculty Contact Lead to Quality Faculty Interaction?

This study seeks to understand the factors that contribute to a type of student–faculty interaction known to have particular benefits for students, faculty mentorship. Using three-time-point data from the Cooperative Institutional Research Program at the University of California, Los Angeles, this study employed structural equation modeling to investigate the relationship between contact and communication with faculty in the first year of college and faculty mentorship in the senior year. Results suggest that early interaction with faculty serves as a socialization process in college that leads students to have more meaningful interactions with faculty later in college, in the form of mentorship. The study extends the field’s understanding of faculty mentorship and offers important implications for institutional practices.     

Wild botanic gardens as valuable resources for innovative environmental education programmes in Latin America

Wild botanic gardens consist of natural or semi-natural land remnants immersed in large urban areas or botanic gardens, which are managed for purposes of biodiversity preservation and public recreation. In Latin America, they tend to be affected by budget limitations; however, they serve as valuable resources that permit the development of innovative environmental education programmes. Specifically, we are considering the appropriateness of implementing critical environmental education and socio-constructivist programmes. As for practical considerations, it is important to include diverse epistemologies, and therefore, strategies or procedures characteristic of science teaching, such as problem-based learning, together with other characteristics of social activism and popular education initiatives, such as assemblies or meetings, and others characteristic of more traditional and indigenous worldviews, such as celebrations of the earth. In this way, Latin American wild botanic gardens may play a role in constructing environmentally responsible societies and the nurturing of a culture of reflective inquiry.     

Assessing alignment between information technology educational opportunities,professional requirements,and industry demands

Information technology (IT) and computing are growing fields, offering far more job opportunities than applicants. Yet, little data are available to indicate how course content, employer needs, and additional learning opportunities work together the prepare graduates to enter the IT workforce. To understand the extent to which learners were prepared to for these highly technical careers, we used text analysis to examine the extent to which course syllabi, job postings, internship postings, and industry certifications from information technology preparation programs at state college and two universities commonly reflected national IT curriculum knowledge areas. Integrated data suggested that while the two-year and four-year programs imparted key technical skills, to qualify employers sought applied, or “soft,” skills such as critical thinking, problem solving, teamwork, and written and verbal communication. These soft skills were more difficult to detect as learning outcomes, but the determination of the extent to which the examined programs foster these skills presents a fertile area for subsequent research.     

Targeted Support for Using Technology-Enhanced Science Inquiry Modules

Designing effective professional development experiences for technology-enhanced inquiry instruction is the goal of the Technology Enhanced Learning in Science (TELS) NSF funded Center for Learning and Teaching. In order to provide this type of support to a large number of teachers, we devised a targeted professional development approach. Participating teachers implemented short inquiry modules that featured interactive scientific visualizations. We collaborated with 16 schools in eight districts and five states. This paper reports the design, implementation, and refinement of the targeted approach. Findings from interview data show that teachers faced challenges that are often associated with enacting technology innovations in K-12 classrooms. The targeted professional development approach addressed the challenges and allowed teachers to successfully implement the modules in their classrooms. The interview data clarify teachers’ perspectives on how using technology impacted their teaching practices and their ideas about student learning. This work contributes to a growing body of literature that identifies and addresses barriers to integrating technology into K-12 classrooms.