Multinational companies (MNCs) frequently adopt corporate social responsibility (CSR) activities that are aimed at providing ‘public goods’ and influencing the government in policymaking. Such political CSR (PCSR) activities have been determined to increase MNCs’ socio-political legitimacy and to be useful in building relationships with the state and other key external stakeholders. Although research on MNCs’ PCSR within the context of emerging economies is gaining momentum, only a limited number of studies have examined the firm-level variables that affect the extent to (...) which MNCs’ subsidiaries in emerging economies pursue PCSR. Using insights from resource dependence theory, institutional theory, and the social capital literature, we argue that MNCs’ subsidiaries that are critically dependent on local resources, have greater ties to managers of related businesses and to policymakers, and that those that are interdependent on the MNCs’ headquarters and other foreign subsidiaries, are more likely to be involved in PCSR. We obtain support for our hypotheses using a sample of 105 subsidiaries of foreign firms that operate in India. Our findings enhance our understanding of the factors that determine MNCs’ political CSR in emerging economies. (shrink)

Rice cultivation is one of the most important agricultural activities on earth, with nearly 90% of it being produced in Asia. It belongs to the family of crops that includes wheat, maize and barley, and it supplies more than 50% of calories consumed by the world population. Its immense economic value and a relatively small genome size makes it a focal point for scientific investigations, so much so that four whole genome sequence drafts with varying qualities have been generated by (...) both public and privately funded ventures. The availability of a complete and high‐quality map‐based sequence has provided the opportunity to study genome organization and evolution. Most importantly, the order and identity of 37,544 genes of rice have been unraveled. The sequence provides the required ingredients for functional genomics and molecular breeding programs aimed at unraveling intricate cellular processes and improving rice productivity. BioEssays 28: 421–432, 2006. © 2006 Wiley Periodicals, Inc. (shrink)