Stronger support for Hypothesis H2 was found.Particularly, the relations between the extent of greenproject partnerships with major customers and quality(Model 2, p ! 0.05), flexibility (Model 4, p ! 0.10), andenvironment (Model 5, p ! 0.10) were all significant.The coefficient linking cost performance and greenproject partnership was directionally consistent but notsignificant.Some results from the contextual variables arenoteworthy. First, plant size was associated with poorerdelivery (Model 3, p ! 0.10) and environment perfor-mance (Model 5, p ! 0.10). The first result reflects thatnegative link of larger, more complex, organizationswith delivery speed and reliability and is consistent withother results in the literature [55]. The second result isconsistent with the findings of Grant et al. [46] whofound that there was a positive relation between theplant size and the pollution rate in the United Stateschemical industry.
Stronger support for Hypothesis H2 was found.<br>Particularly, the relations between the extent of green<br>project partnerships with major customers and quality<br>(Model 2, p ! 0.05), flexibility (Model 4, p ! 0.10), and<br>environment (Model 5, p ! 0.10) were all significant.<br>The coefficient linking cost performance and green<br>project partnership was directionally consistent but not<br>significant.<br>Some results from the contextual variables are<br>noteworthy. First, plant size was associated with poorer<br>delivery (Model 3, p ! 0.10) and environment perfor-<br>mance (Model 5, p ! 0.10). The first result reflects that<br>negative link of larger, more complex, organizations<br>與輸送速度和可靠性,並具有一致的<br>在文獻[55]其他結果。第二個結果是<br>與格蘭特等人的研究結果是一致的。[46]誰<br>發現,是之間的正相關<br>工廠的規模和在美國的污染率<br>化工等行業。
正在翻譯中..