Meta-Analysis of Asian Students’ Acculturative Stress in U.S. Higher Education

Most studies examining acculturative stress have found that students of Asian decent experience higher levels of acculturative stress in American higher education institutions than do students of European decent, but effect sizes have ranged widely, and the results of comparisons between Asians and other ethnic groups are inconsistent. To obtain estimates of the magnitude of cultural group differences in acculturative stress, meta-analyses were conducted. Meta-analytic review of 13 studies exploring Asian students’ acculturative stress in higher education during the past two decades revealed that students of Asian decent experienced a higher level of acculturative stress when compared to students of Hispanic decent (g = 0.33) and students of European decent (g = 0.76), but there was no significant difference between Asian and African students (p \u3e .05). This study supported evidence for Asian students’ acculturative stress and the need for further research on this educational issue

The Land Analysis System (LAS)

The Land Analysis System (LAS) is an interactive software system, available in the public domain, for the analysis, display, and management of multispectral and other digital image data. The system was developed to support earth sciences research and development activities. LAS provides over 240 applications functions and utilities, a flexible user interface, complete on-line and hardcopy documentation, extensive image data file management, reformatting, and conversion utilities, and high level device independent access to image display hardware. The capabilities are summarized of the latest release of the system (version 5). Emphasis is given to the system portability and the isolation of hardware and software dependencies in this release

Transport signatures of top-gate bound states with strong Rashba-Zeeman effect

We suggest a single-mode spin injection scheme in non-ferromagnetic quantum channels utilizing perpendicular strong Rashba spin-orbit and Zeeman fields. By applying a positive top-gate potential in order to inject electrons from the spin-orbit gap to the low-energy regime, we observe coherent destruction of transport signatures of a hole-like quasi-bound state, an electron-like quasi-bound state, or a hole-like bound state features that are sensitive to the selection of the top-gate length along the transport direction.Comment: 4 pages, 3 figure