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1 – 2 of 2Mohini Vidwans and Rosemary Ann Du Plessis
While women are increasingly in senior positions in accountancy firms, a century after gaining entry to this once exclusively male field, they are still struggling to achieve…
Abstract
Purpose
While women are increasingly in senior positions in accountancy firms, a century after gaining entry to this once exclusively male field, they are still struggling to achieve career success. The concept of possible selves and a model of career crafting are activated in an analysis of how a set of New Zealand professional accountants have pursued their careers. This paper aims to focus on how people actively craft career selves in the context of organisational and gendered constraints, some of which are self-imposed, and therefore, can be modified and revised.
Design/methodology/approach
Interviews with 36 male and female accounting professionals in New Zealand – 21 working in private firms and 15 in academia identify how careers are shaped by contexts, cultural understandings of gender, organisational structures within which accountants are located and wider environmental factors.
Findings
Women accountants in this study are both agential and responsive to a range of constraints they encounter. These women challenge the notion that professional achievement requires single minded allegiance to a career; their strategic career crafting demonstrates how career and family commitments are not irreconcilable but can be skilfully integrated to nurture multiple selves. Their strategies are considered alongside those of a comparable set of male accountants.
Originality/value
This paper contributes to the literature on possible selves and the complexity of gendered lives through the application of a career crafting matrix to explore how accounting professionals forge careers and construct multiple selves.
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Keywords
Maximilian M. Spanner and Julia Wein
The purpose of this paper is to investigate the functionality and effectiveness of the Carbon Risk Real Estate Monitor (CRREM tool). The aim of the project, supported by the…
Abstract
Purpose
The purpose of this paper is to investigate the functionality and effectiveness of the Carbon Risk Real Estate Monitor (CRREM tool). The aim of the project, supported by the European Union’s Horizon 2020 research and innovation program, was to develop a broadly accepted tool that provides investors and other stakeholders with a sound basis for the assessment of stranding risks.
Design/methodology/approach
The tool calculates the annual carbon emissions (baseline emissions) of a given asset or portfolio and assesses the stranding risks, by making use of science-based decarbonisation pathways. To account for ongoing climate change, the tool considers the effects of grid decarbonisation, as well as the development of heating and cooling-degree days.
Findings
The paper provides property-specific carbon emission pathways, as well as valuable insight into state-of-the-art carbon risk assessment and management measures and thereby paves the way towards a low-carbon building stock. Further selected risk indicators at the asset (e.g. costs of greenhouse gas emissions) and aggregated levels (e.g. Carbon Value at Risk) are considered.
Research limitations/implications
The approach described in this paper can serve as a model for the realisation of an enhanced tool with respect to other countries, leading to a globally applicable instrument for assessing stranding risks in the commercial real estate sector.
Practical implications
The real estate industry is endangered by the downside risks of climate change, leading to potential monetary losses and write-downs. Accordingly, this approach enables stakeholders to assess the exposure of their assets to stranding risks, based on energy and emission data.
Social implications
The CRREM tool reduces investor uncertainty and offers a viable basis for investment decision-making with regard to stranding risks and retrofit planning.
Originality/value
The approach pioneers a way to provide investors with a profound stranding risk assessment based on science-based decarbonisation pathways.
Details