2023
DOI: 10.3846/tede.2023.18526
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R&D COLLABORATION BREADTH AND FAMILY-FIRM INNOVATION EFFICIENCY: THE ROLE OF FAMILY MANAGEMENT AND GENERATIONAL STAGE

Abstract: This paper examines the relationship between R&D collaboration breadth and innovation efficiency within family firms. Based on the socioemotional wealth approach and recognising that family firms constitute a rather heterogeneous group, we study family firms’ differences in the way of addressing the R&D collaboration breadth-innovation efficiency link, taking into account family management and the generational stage. Using a panel dataset of 424 manufacturing family firms during the 2007–2016 period, w… Show more

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Cited by 2 publications
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“…A final valid sample of 615 firms was obtained, and 11 years of balanced panel data were used for parameter estimation. Drawing on the method of Martínez et al (2023) [50], the total amount of current R&D capital investment and the total number of current R&D personnel were used as the measures of R&D capital (lnCapital) and R&D personnel (lnLabor), respectively, and they were processed by adding 1 to take the natural logarithm. Since the quality of patent applications varies significantly among enterprises, Song and Han (2022) [51] used the number of green patents granted to enterprises to measure their R&D output level (lnGrPat), and considering that R&D activities need a certain amount of time, this paper takes the number of green patents granted to enterprises in the latter period as a measure of green innovation output and performs a natural logarithm processing by adding 1.…”
Section: Data Descriptionmentioning
confidence: 99%
“…A final valid sample of 615 firms was obtained, and 11 years of balanced panel data were used for parameter estimation. Drawing on the method of Martínez et al (2023) [50], the total amount of current R&D capital investment and the total number of current R&D personnel were used as the measures of R&D capital (lnCapital) and R&D personnel (lnLabor), respectively, and they were processed by adding 1 to take the natural logarithm. Since the quality of patent applications varies significantly among enterprises, Song and Han (2022) [51] used the number of green patents granted to enterprises to measure their R&D output level (lnGrPat), and considering that R&D activities need a certain amount of time, this paper takes the number of green patents granted to enterprises in the latter period as a measure of green innovation output and performs a natural logarithm processing by adding 1.…”
Section: Data Descriptionmentioning
confidence: 99%