International training and management development has to date received little research attention. This study aims to contribute to the international human resource management literature by empirically exploring international training and management development policies and practices for both expatriates and host‐country nationals (HCNs) of South Korean multinational enterprises (MNEs) operating in China. The data for this study were collected through in‐depth interviews with both HCN managers and expatriate managers of 10 Korean MNEs. The results show that in our sample, South Korean MNEs provide expatriates with inadequate and low‐rigor predeparture cross‐cultural training and leadership training. However, the sample MNEs provide extensive predeparture and postarrival language training and regular postarrival technical and professional training. On‐the‐job training is provided mainly to HCN production workers in order to improve productivity and work safety. Selected high‐performance HCN middle managers and employees are sent back to headquarters for training. This, however, is not regarded for career development but for rewarding good performance. The sample South Korean MNEs pay little attention to management development for both expatriates and HCNs. Consequently, this has a negative effect on employees’ organizational commitment and retention. © 2015 Wiley Periodicals, Inc.

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ABSTRACT. Diploid Thinopyrum elongatum, a wild relative of wheat, contains many agronomically desirable traits and has potential for increasing genetic variability and introducing desirable characters in this crop. Few molecular markers are available for rapid screening of T. elongatum genome segments in the wheat genetic background. We used 36 RAPD primers and 33 ISSR primers to screen for polymorphisms in the common wheat variety Chinese Spring and in T. elongatum. Two RAPD markers and one ISSR marker, designated OPF03 1407 , LW10 1487 and UBC841 701 , were identified and were specific for the T. elongatum E genome. Three pairs of primers flanking these specific sequences were designed to produce SCAR markers. All three SCAR markers were T. elongatum E genome-specific. Two of these SCAR markers, SCAR 807 and SCAR 577 , were present in all seven T. elongatum chromosomes, while SCAR 839 was specific for T. elongatum chromosomes 2E and 3E. These newly developed SCAR markers should be useful for detecting alien genome chromatin or chromosome segments in the genetic background of common wheat.

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