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A soil information system was developed to manage soil survey data and to ensure that soil information is readily available to support land use planning and development. The Soil Information System combined spatial information management of a Geographical Information System (GIS) with the textural information management of a relational database management system. The GIS is capable of manipulating and displaying area and point data with the logical framework of a database to store data for interpretation. The main objective of this paper was to demonstrate one of the approaches to utilize and interpret data from the soil information system for identifying soil suitable for irrigated agriculture. The design and implementation of the soil information system are discussed, and an example of system output, such as mapping soils suitable for irrigated agricultural, is presented in this paper. For mapping these areas, a criterion was defined to select potential areas for irrigated agriculture. The criterion was applied to each of the soil property classes and subclasses to determine the most limiting rating for each soil. The rating was applied to map units and was allocated by the geographic soil map units in the GIS to produce a suitability map for irrigated agricultural areas in Kuwait. The soil information for the State of Kuwait provided information in a digitized format that can be further extended to interpret other land uses.

S.I. Hayakawa said, “The map is not the territory.” Taking this as my theme, I explore the idea of economics as a cultural-interpretive map that can be usefully employed to navigate the legal landscape. As a map, economics facilitates our understanding of law in a market context. At the same time, the map is not the metaphorical territory that it represents, just as economics is not the market exchange process to which it refers. Therefore, we must be careful not to conflate our conception of the economic map with our understanding of the legal territory.

Interpretive research in management accounting and control provides rich insights from empirically based studies, but it has been criticised for lacking generalisability and potential subjectivity. On the latter, triangulation is useful, and this paper aims to offer some insights on a triangulation technique thus far not commonly reported in management accounting/control research.

Drawing on a study of the roles of management accountants in performance management systems, this paper offers some insights from empirical experiences on the use of concept maps as a tool to assist triangulation and improve understanding of complex empirical phenomena.

The concept maps as utilised revealed additional insights which were not recounted by interviewees during the normal interview time. This is a potentially important finding for consideration of future researchers.

In this paper, how concept maps were used is detailed, and it is hoped that future researchers will find their use beneficial in interview settings.

Thus far, concept maps seem under-utilised in management accounting and control research. This paper gives some initial insights on how they may be used in case study settings.

Gazelle companies are characterized by rapid growth in a short time. Identifying the determinants of this exponential expansion is important as these firms have a significant impact on the economy. They generate increased employment and investment by investors interested in new opportunities. Previous studies have failed to reach a consensus about what fosters high growth in gazelle companies as each firm’s geographical, political and economic context is different. The present research uses cognitive mapping and interpretive structural modeling (ISM) to overcome the limitations of prior investigations and identify factors that can potentially accelerate growth in gazelle companies.

Two sessions were held with an expert panel with knowledge about and experience with these firms. In the first session, data were collected to create a group cognitive map, while the second meeting comprised ISM-based analyses of the high-growth determinants identified and the causal relationships between them. A final consolidation session was held to discuss the results with two members of the Committee for Central Region Coordination and Development (i.e. Comissão de Coordenação e Desenvolvimento Regional do Centro – a public entity that grants gazelle awards in Portugal).

The analysis system created was tested, and the results demonstrate that the dual methodology used can increase our understanding of the dynamics of high-growth determinants and lead to more informed and potentially better evaluations of gazelle companies. Indeed, once high-growth determinants in gazelle companies are understood, this information can help other firms implement the same business model to achieve similarly rapid growth. The strengths and shortcomings of this new structured analysis model are also analyzed.

The authors know of no prior work reporting the integrated use of cognitive mapping and ISM in this study context.

To empirically examine the usefulness and value of supply chain mapping (SC mapping), which has been neglected despite its importance in research and practice.

Based on three combined theoretical perspectives, we conducted a case study on a car manufacturer's managers mapping their downstream supply chain (SC). We conducted semi-structured interviews and a mapping exercise with them, followed by a focus group.

We find differences between individual and corporate SC maps and between how managers define the outbound SC, the SC map they draw and what they say when mapping. The three theoretical perspectives allow us to enrich SC mapping thinking. We focus on boundary objects to formulate propositions. SC mapping and maps are discussed with respect to contemporary SCs and SCM.

Based on a single case study on one firm's outbound SC. Research could be expanded to the company's external partners and follow the development and use of maps in real time.

Highlights the usefulness and difficulties of SC mapping, for individuals and organisations. For the company, it opens avenues for further development and use of SC mapping to improve inter-functional and inter-organisational collaboration.

Confirms the need for SC mapping competences in SCM and consequently the usefulness of teaching SC mapping courses in logistics and SCM programs.

Highlights the usefulness of SC mapping and rekindles interest in SC mapping and maps in SCM. Introduces boundary objects into SCM research.

This article discusses how certain sensibilities and techniques from a network perspective can facilitate different levels of thinking about symbolic interaction in mediated contexts. The concept of network implies emergent structures that shift along with the people whose connections construct these webs of significance. A network sensibility resonates with contemporary social media contexts in that it focuses less on discrete objects and more on the entanglements among elements that may create meaning. From a methodological stance, this involves greater sensitivity to movement and connection, both in the phenomenon and in the researcher’s relationship to this flow. The goal is to embody the perspective of moving with and through the data, rather than standing outside it as if it can be observed, captured, isolated, and scrutinized outside the flow. Rather than reducing the scope, the practice of moving through and analyzing various elements of networks generates more data, more directions, and more layers of meaning. We describe various ways a network sensibility might engender more creative and ethically grounded approaches to studying contemporary cultures of information flow.

The evaluation of readiness provides insight into the readiness of its individual components for successful accomplishment of tasks. This study aims to evaluate readiness in leagility of supply chains based on the design and analysis of fuzzy cognitive maps (FCM) and interpretive structural modeling (ISM).

On the basis of the purpose of this study, data are gathered via the Delphi method. Moreover, FCM and ISM are also used to evaluate readiness.

Findings initially demonstrate a categorization of factors influencing leagility into static and dynamic variables according to the degree of their influence derived from the resultant behavior of FCM and ISM. It is also found that evaluating readiness in leagility of supply chains with ISM and FCM was done with respect to the type and role of the study variables, which were determined within the minimum and maximum ranges of 20 to 100 per cent, respectively.

The evaluation of the readiness using the FCM and ISM is proved to be more efficient than other classical methods. Experimental results of the study contribute to improve readiness of leagility of supply chain as well as develop functional areas of business.

This paper investigates the adaptive capacity expressed by an agricultural region in response to changing conditions as a mean to address the future of cultural landscapes in a time of extreme uncertainty. Through the conceptual framework of biocultural diversity, the work assesses regimes shifts and persistence as a dialectic between natural and anthropogenic components of the landscape.

Specifically, the mechanisms of progressive landscape adaptation are explored by using an integrated method to align manifestations of biological and cultural diversity. Through a multidimensional approach applied to spatial analysis, the study determines a relationship between the footprint of past and modern landscape regimes and contemporary rural management practices in McLaren Vale, South Australia.

The biological and cultural diversity patterns along riparian corridors, or “biocultural corridors” are indicators of past and current adaptive capacity, which are able to convey novel trajectories of sustainable management in the landscape system.

Understanding the positive feedback loops between nature and human interactions as represented by their interrelationships in the landscape can inform planning decisions for sustainable agricultural development and enable effective regional long-term trajectories of resilience.

This paper presents a framework for understanding the technological change and its impacts on environments where multiple versions of a technology exist simultaneously. Both orienting and limiting role of physical (skeumorph) and conceptual metaphors on the products, processes, and user experience in changing from a familiar functional implementation to the one employing new media is illustrated using examples showing the transition from wet photography to digital imagery and from surface mail to e‐mail. People use physical (skeumorph) and conceptual metaphors to orient themselves with new technology by understanding new functions in terms of earlier technological versions. Since new technology is adopted at varying rates and varying times, multiple versions exist at any given time. Sometimes expectations appropriate for earlier technological iterations obscure the challenges and possibilities presented by the new media implementation. This paper examines how new technologies challenge and are challenged by the contexts into which they are introduced. By understanding the function that physical (skeumorph) and conceptual metaphors play in facilitating technological change, we can become more conscious of the discontinuities between the new technological iteration and earlier implementations to gain deeper awareness about how “the new” functions differently and to help us engage new technology closer to its own terms and open up new possibilities for its use.

In this conceptual essay, the purpose of this paper is to argue that the structure of databases and other information systems provides valuable information beyond their content. The author contends that reading databases – as a separate, distinct activity from retrieving and reading the documents that databases contain – is an under-studied form of human-information interaction. Because the act of reading databases encourages awareness, reflection, and control over information systems, the author aligns the author’s proposal with “slow” principles, as exemplified by the slow food movement.

This paper presents an extended argument to demonstrate the value of reading a database. Reading a database involves understanding the relationship between database structure and database content as an interpretation of the world. For example, when a supermarket puts vermicelli in the pasta section but rice vermicelli in the Asian section, the supermarket suggests that rice vermicelli is more “Asian” than “noodle.” To construct the author’s argument, the author uses examples that range from everyday, mundane activities with information systems (such as using maps and automated navigation systems) to scientific and technical work (systematic reviews of medical evidence).

The slow, interpretively focused information interactions of reading databases complement the “fast information” approach of outcome-oriented retrieval. To facilitate database reading activities, research should develop tools that focus user attention on the application of database structure to database contents. Another way of saying this is that research should exploit the interactive possibilities of metadata, either human-created or algorithmically generated.

This paper argues that information studies research focuses too heavily on seeking and retrieval. Seeking and retrieval are just two of the many interactions that constitute our everyday activities with information. Reading databases is an area particularly ripe with design possibilities.