CSR Theory (csr + theory)

Distribution by Scientific Domains


Selected Abstracts


CSR in business start-ups: an application method for stakeholder engagement

CORPORATE SOCIAL RESPONSIBILITY AND ENVIRONMENTAL MANAGEMENT, Issue 6 2009
Jose Luis Retolaza
Abstract In this paper, we propose a Corporate Social Responsibility (CSR) method to apply in business start-ups or newly created firms, whose main aim is the engagement of stakeholders. Several different CSR resources have been developed from various initiatives, both public and private. However, these initiatives do not highlight and consider the characteristics of newly created firms; moreover, most CSR theories and methods of applying social responsibility in firms are focused on medium and large firms, whose characteristics are so different, compared to start-ups and newly created firms. The method proposed in this paper shows the possibility, at least theoretically, to implement a CSR method to tackle all of the interests of future and potential stakeholders in business start-ups. Copyright © 2009 John Wiley & Sons, Ltd and ERP Environment. [source]


From ancient genes to modern communities: the cellular stress response and the evolution of plant strategies

FUNCTIONAL ECOLOGY, Issue 5 2005
S. PIERCE
Summary 1Two major plant strategy theories attempt to explain how phenotype determines community structure. Crucially, CSR plant strategy theory suggests that stress and sporadic resource availability favour conservative phenotypes, whereas the resource-ratio hypothesis views the spatial heterogeneity of resources as selecting for optimal foraging in chronically unproductive habitats. Which view is most realistic? 2The ecophysiology literature demonstrates that stress is comprised of two processes: (1) limitation of resource supply to metabolism; and (2) damage to biomembranes, proteins and genetic material (chronic stress). Thus stress is defined mechanistically as the suboptimal performance of metabolism. 3Adaptations to limitation buffer metabolism against variability in external resource supply; internal storage pools are more consistent. Chronic stress elicits the same ancient cellular stress response in all cellular life: investment in stress metabolites that preserve the integrity and compartmentalization of metabolic components in concert with molecular damage-repair mechanisms. 4The cellular stress response was augmented by morphological innovations during the Silurian,Devonian terrestrial radiation, during which nutrient limitation appears to have been a principal selection pressure (sensu CSR theory). 5The modern stress,tolerator syndrome is conservative and supports metabolism in limiting or fluctuating environmental conditions: standing resource pools with high investment/maintenance costs impose high internal diffusion resistances and limit inherent growth rate (sensu CSR theory). 6The resource-ratio hypothesis cannot account for the cellular stress response or the crucial role of ombrotrophy in primary succession. CSR theory agrees with current understanding of the cellular stress response, terrestrial radiation and modern adaptations recorded in chronically unproductive habitats, and is applicable as CSR classification. [source]


Plant strategy theories: a comment on Craine (2005)

JOURNAL OF ECOLOGY, Issue 2 2007
J. PHILIP GRIME
Summary 1It is suggested that arguments concerning the nature of primary plant strategies could have been resolved more rapidly by reference to older literature relating to the behaviour of solutes in the rhizosphere and by more active programmes of plant trait screening. 2The critique of CSR theory in Craine (2005) is rejected largely on the basis that it misunderstands the role of fundamental and proximal controls on vegetation composition (sensu Welden & Slauson 1986). 3The ,way forward' advocated in Craine (2005) is flawed in its exclusive reliance on competition experiments. Recent progress in community and ecosystem ecology is strongly related to an increasing recognition of the declining importance of competition in unproductive or heavily disturbed environments. [source]