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- 저자 : Nason, John D. (검색결과 4 건)
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BYD: Building Your Dreams of a Pure Electric World
Emily M. Nason,Tiffany ManChi Yu,Bella Huiyin Chan,Chevan TszWang Academy of Asian Business (AAB) 2016 Academy of Asian Business Review Vol.2 No.2
BYD Co Ltd., or Build Your Dreams has become a global brand in information technology, automobile and new energy with its robust growth and vast market capitalization over the span of its mere two decades. BYD Auto Co., Ltd. (also known as BYD for simplicity) especially gains the spotlight as the leading electric car manufacturer in China. As a wholly owned subsidiary of BYD Co Ltd., BYD Auto Co., Ltd., which is founded in 2003, is a Chinese automobile manufacturer based in Xi'an. Its principal activities include the designing, manufacturing and distribution of conventional and new energy vehicles. We believe that BYD’s eventful past, challenging present and promising future makes it a perfect subject to explore. In this text, we will analyze the historical development, particularly highlighting six seeds of success, and current challenges of BYD. Corresponding suggestions in terms of internal, external and sustainability will also be formulated for BYD’s future growth.
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How to Write a Powerful Case Study?: Emerging Issues for a Case Study and Writing in Asia
Sunil Venaik,Emily M. Nason,Joyce Linghua Wang,Kannika Leelapanyalert,Bryan Hong Academy of Asian Business (AAB) 2016 Academy of Asian Business Review Vol.2 No.2
Main purpose of this article is to make a dynamic interaction between Award winning scholars and audience (or readers), particularly those who would like to focus on case writing on Asian consumers and businesses for journals like Harvard Business Review (HBR) and Academy of Asian Business (AABR) or competitions like WACC (World Asian Case Competition). The authors provided important guidelines to write a powerful case study. First, several key decisions before writing a case are presented with some issues in case pedagogy, writing and analysis. Then discussed are three key elements such as themes, protagonists, and challenges in case study. Some tips for writing a powerful case study are also provided. The importance of highlighting turning points and “Asian ways” also presented. Several important emerging issues and tips are presented to help readers write an influential case study for their research and career.
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Chung, Mi Yoon,Nason, John D.,Chung, Myong Gi Wiley (John WileySons) 2011 American journal of botany Vol.98 No.12
<P>Fine-scale genetic structure (FSGS) in plants is influenced by variation in spatial and temporal demographic processes. To determine how demographic structure and FSGS change with stages of population succession, we studied replicate expanding and senescing populations of the Asian terrestrial orchid Cymbidium goeringii.</P>
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Chung, Mi Yoon,Nason, John D.,Ló,pez-Pujol, Jordi,Chung, Jae Min,Kim, Ki-Joong,Maki, Masayuki,Chung, Myong Gi GUSTAV FISCHER VERLAG 2018 FLORA -JENA- Vol.240 No.-
<P><B>Abstract</B></P> <P>Fine-scale genetic structure (FSGS) in plants occurs primarily through restricted seed dispersal. Analyses of FSGS have been used retrospectively to infer seed dispersal and other ecological processes. The spring ephemeral <I>Megaleranthis saniculifolia</I>, endemic to Korea, is insect-pollinated and has no special seed dispersal mechanism, and its seedling recruitment is quite low. Given these ecological and life-history traits, we expect that there would be significant FSGS in juveniles, which would persist into adult stage. Since <I>M. saniculifolia</I> is self-compatible and many adults produce 2–3 inflorescences, we expect considerable inbreeding. To test these predictions, we used allozyme-based <I>Sp</I> statistics to compare two undisturbed populations on Mt. Deogyu (DEO) and Mt. Taebaek (TAE), as well as between juveniles (J) and adults (A) stages. We also measured genetic diversity and inbreeding in each population. The two populations exhibited significant FSGS in both life stages. Although the strength of FSGS was reduced with increasing stage (J, <I>Sp</I> = 0.0313; A, <I>Sp</I> = 0.0178 in DEO and J, <I>Sp</I> = 0.0502; A, <I>Sp</I> = 0.0286 in TAE), differences in FSGS between stages and between populations were not significant. Within-population genetic diversity (mean <I>%P</I> = 27.0, <I>A</I> = 1.27, <I>H</I> <SUB>e</SUB> = 0.116) was relatively low and comparable to reference values for both endemic and narrowly-distributed plant species. Genetic differentiation between sites, however, was high (<I>F</I> <SUB>ST</SUB> = 0.465), and the two populations exhibited a significant deficit of heterozygotes (mean <I>F</I> <SUB>IS</SUB> = 0.289), primarily due to selfing and biparental inbreeding (effective selfing rate was ∼0.40). Our results revealed that the magnitude and spatial scale of FSGS in <I>M. saniculifolia</I> is strong and does not differ significantly with life-history stage. The strong FSGS, low within-population genetic variation, high between-population genetic differentiation, and high inbreeding are consistent with the species’ limited seed dispersal and a mixed mating system.</P> <P><B>Highlights</B></P> <P> <UL> <LI> We studied change of fine-scale genetic structure (FSGS) with life stage in two populations of <I>Megaleranthis saniculifolia</I>. </LI> <LI> The two populations exhibited significant FSGS in both life stages. </LI> <LI> However, differences in FSGS between stages and between populations were not significant. </LI> <LI> Low population densities of adults and juveniles would attribute to the similar magnitude and spatial extent of FSGS between stages. </LI> </UL> </P>
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