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Towards Holism : The Significance of Methodological Pluralism 방법론적 다원론의 중요성
Morse, Janice M.,Chung, Seung Eun 연세대학교 간호정책연구소 2003 간호학탐구 Vol.12 No.1
In this article, we have argued that qualitative method, while claiming to be holistic, actually partition phenomena, settings, and concepts according to researcher's agenda, the methods used, and underlying theories and concepts. While we recognize that single projects, by necessity, may be focused, the boundaries and limitations of such projects should be made explicit. However, a single method does not build a comprehensive and competent research program if the researcher's goal is to understand a single concept holistically. It is our obligation to continue to become increasingly versatile as researchers, deliberately building our methodological toolboxes. When this is not possible, we should be collaborating with researchers who have methodological knowledge that complements our own. This strategy will have the benefit of developing more certainty in our qualitative research products, of enabling qualitative inquiry in nursing to be moved from describing experiences forward to the identification of interventions, and to at last allow us to have much important research to contribute to our discipline. Qualitative inquiry has the capabilities of developing theories for praxis, but this effort has largely been truncated by a lack of concerted effort in inquiry. We look forward to the development of solid, comprehensive, and pragmatic qualitatively-derived theory having an impact on and directing nursing.
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A Model for Developing Urban Innovation Clusters
Morse, Sidney World Technopolis Association 2013 World Technopolis Review Vol.2 No.2
This paper seeks to build on previous work conducted by Porter, Devol, Florida, Bahrami and Evans, Wennberg and Lindqvist, and others contained in the literature, to construct a new way of looking at innovation cluster development. It seeks to describe the key elements contained in the research that serve as building blocks for innovation clustering, adding analysis dimensions that aim to further illuminate understanding of this process. It compares those building block characteristics to the innovation topography of U.S. urban centers, to shed light on a new framework through which urban innovation cluster formation can be considered. It identifies three building block analysis categories: 1) Technological Capability and Capacity (TCC); 2) Intellectual Propulsion Capacity (IPC); and 3) Structural Creative Inspiration (SCI). These three pillars form the architecture for creation of a Strategic Innovation Network (SIN), upon which clustering can be systematically analysed and built. The purpose of the SIN is to optimally organize and connect all available resources that include physical, financial, and human, such that innovation clustering is inspired, encouraged, nurtured, and ultimately constructed as fully functioning socio-economic organisms that provide both local and regional benefits. It is designed to aid both private enterprise and public policy leaders in their strategic planning considerations, and to enhance urban economic development opportunities.
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EFFECTS OF PHOSPHORUS AND CALCIUM ON FEED INTAKE AND YIELD AND COMPOSITION OF MILK OF HOLSTEIN COWS
Morse, D.,Head, H.H.,Wilcox, C.J. Asian Australasian Association of Animal Productio 1994 Animal Bioscience Vol.7 No.2
Three concentrations of P (0.33, 0.43 and 0.54%) and two concentrations of Ca (0.60 and 0.97%) in ration dry matter were evaluated for effects on dry matter intake and on milk yield and composition using 24 Holstein cows. Cows were arranged in a $3{\times}2$ factorial experiment as an incomplete randomized block design with three 28-day periods. Each cow consumed at least one ration with each concentration of Ca. Dry matter intake, yield of 3.5% Fat Corrected Milk, and milk composition were not affected by concentration of P, but milk yield was greater when lowest concentration of P was fed (22.8 vs. 22.1 kg/day; p<0.07). Cows fed rations containing 0.60% Ca had greater milk (22.7 vs. 21.9 kg/day; p<0.02) and 3.5% Fat Corrected Milk yields (p<0.03) and slightly greater protein content than when fed 0.97% Ca. Dietary Ca:P ratios between 1.1:1 and 2.9:1 had no effect on dry matter intake, milk yield, or composition. Concentrations of P in plasma were within the normal range for all rations. Because cows had high dry matter intake, mean daily intakes of both P and Ca were greater than required for their level of milk yield.
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Building Validity in Qualitative Inquiry
Janice Morse 질적연구학회 2015 질적연구 Vol.16 No.1
For the past four decades, criteria of trustworthiness developed by Guba and Lincoln have been used in qualitative inquiry at standards for rigor. In this article, I suggest, in keeping with other social sciences, that we must return to referring to rigor as reliability and validity. Further, I recommend that the Guba and Lincoln strategies for achieving trustworthiness must be re-examined. If researchers focus on the construction of validity during the conduct of qualitative inquiry, such validity supports reliability, makes qualitative researchers certain, and their research rigorous.
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A Model for Developing Urban Innovation Clusters
Sidney Morse 세계과학도시연합 2013 World Technopolis Review Vol.2 No.2
This paper seeks to build on previous work conducted by Porter, Devol, Florida, Bahrami and Evans, Wennberg and Lindqvist, and others contained in the literature, to construct a new way of looking at innovation cluster development. It seeks to describe the key elements contained in the research that serve as building blocks for innovation clustering, adding analysis dimensions that aim to further illuminate understanding of this process. It compares those building block characteristics to the innovation topography of U.S. urban centers, to shed light on a new framework through which urban innovation cluster formation can be considered. It identifies three building block analysis categories: 1) Technological Capability and Capacity (TCC); 2) Intellectual Propulsion Capacity (IPC); and 3) Structural Creative Inspiration (SCI). These three pillars form the architecture for creation of a Strategic Innovation Network (SIN), upon which clustering can be systematically analysed and built. The purpose of the SIN is to optimally organize and connect all available resources that include physical, financial, and human, such that innovation clustering is inspired, encouraged, nurtured, and ultimately constructed as fully functioning socio-economic organisms that provide both local and regional benefits. It is designed to aid both private enterprise and public policy leaders in their strategic planning considerations, and to enhance urban economic development opportunities.
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