Customer pressure and green innovations at third party logistics providers in China. The moderation effect of organizational culture

Published date11 February 2019
Pages57-75
DOIhttps://doi.org/10.1108/IJLM-11-2017-0294
Date11 February 2019
AuthorZhaofang Chu,Linlin Wang,Fujun Lai
Subject MatterManagement science & operations,Logistics
Customer pressure and green
innovations at third party
logistics providers in China
The moderation effect of organizational culture
Zhaofang Chu
Research Center for Smarter Supply Chain, Dongwu Business School,
Soochow University, Suzhou, China
Linlin Wang
Department of Human Resource Management, Business School,
Nankai University, Tianjin, China, and
Fujun Lai
Research Center for Smarter Supply Chain, Dongwu Business School,
Soochow University, Suzhou, China and
College of Business, University of Southern Mississippi,
Hattiesburg, Mississippi, USA
Abstract
Purpose The purpose of this paper is to investigate how customer pressure influences green innovation in
the context of Chinese third-party logistics (3PL) providers, and especially the role of organizational culture in
moderating this relationship.
Design/methodology/approach Based on survey data collected from 165 3PL providers in China,
hierarchical moderated regression analysis was conducted to test the hypotheses.
Findings Customer pressure is an important driver of green innovation amongst 3PL providers.
Flexibility-oriented organizational culture strengthens the effect of this driving force, while control-oriented
organizational culture weakens this force. Green innovation significantly contributes to financial performance
and flexibility orientation strengthens this contribution, while control orientation weakens it.
Research limitations/implications This research examines the contingency effect of organizational
culture in helping to resolve inconsistencies in the relationship between customer pressure and green
innovation. Although the inconsistencies cannot be resolved completely, the research opens an avenue to
explore other contingency factors or the possibility of a non-linear relationship.
Practical implications 3PL firms could undertake green innovation to satisfy customersenvironmental
requirements. To develop their green innovation initiatives, managers should allow their employees greater
autonomy and design (or re-design) operations procedures and regulations to be more flexible, thus enabling
the diffusion of green innovation and avoiding or reducing the potential influence of control-oriented
organization culture.
Originality/value The study considers the conditional effect of organizational culture to reconcile the
mixed results in the literature regarding the relationship between customer pressure and green innovation of
logistics service providers.
Keywords China, Green innovation, Sustainability, Survey, Logistics services, Organizational culture
Paper type Research paper
1. Introduction
With increasingly strict environmental regulations and the popularity of environmentalism
on the rise (Sarkis et al., 2010), green innovation has become one of the most important
strategic tools for more sustainable competitive advantage (Lin and Ho, 2011). The International Journal of
Logistics Management
Vol. 30 No. 1, 2019
pp. 57-75
© Emerald PublishingLimited
0957-4093
DOI 10.1108/IJLM-11-2017-0294
Received 5 November 2017
Revised 30 April 2018
1 August 2018
6 September 2018
Accepted 6 September 2018
The current issue and full text archive of this journal is available on Emerald Insight at:
www.emeraldinsight.com/0957-4093.htm
The authors acknowledge that this research was supported by National Natural Science Foundation of
China (71402174, 71471125 and 71772132).
57
3PL providers
in China
By innovating products, processes and technologies that save energy, prevent pollution,
recycle waste or contribute to environmental management, firms can improve their
corporate image and enhance their competitive advantage through green differentiation
(Chen et al., 2006). With such benefits, green innovation has received considerable attention
from both researchers and practitioners (e.g. Lam and Dai, 2015). However, while most
studies have focused on innovations in manufacturing, the green innovation practices of
service providers in particular, third-party logistics (3PL) providers provide unique
challenges and opportunities (Lieb and Lieb, 2010). There is thus a need to expand our
understanding of green innovation in the 3PL context (Baz and Laguir, 2017).
Environmental issues have become a major concern for 3PL providers. Many firms are
becoming increasingly interested in pursuing green innovation (Rossi et al., 2013). First, 3PL
providers consume a remarkable amount of natural resources, which may have a negative
impact on the environment, including air pollutants, hazardous waste disposal and fuel
consummation, among other issues (Lin and Ho, 2011). Second, 3PL providers, especially
those in China, have recently become aware of environmental issues (Lin and Ho, 2011).
Although 3PL providers have little experience in the area, green innovation is now seen as a
major strategic tool for dealing with the issues (Chu et al., 2018).
However, because firms in different industrial sectors may exhibit dissimilar attributes
toward environmental issues(Lin and Ho, 2008, p.18), green innovation practices in
manufacturing may not be easily translated to the 3PL context, which thus requires further
studies (Lin and Ho,2011). In fact, the green innovationpractices of 3PL providersdiffer from
manufacturersin several ways. First, compared to manufacturers, 3PL providers may face
less risk when investing in green innovation, as their role in the service sector requires less
expenditure on research and development (Wagner, 2008). Second, because they are part of
the service industry, 3PL providers may receive less scrutiny from governments and other
regulators with regard to environmental issues relative to manufacturers (Chu et al., 2018).
As a result, they may feel lower governmental pressure than manufacturers. Third, 3PLs
green innovation practices are more likely to be desirable to customers because most 3PL
innovations are ad hoc response(s) to [a] customer request(Cui et al., 2012, p.101).
In response to calls for research on green innovation practices in the 3PL context
(Centobelli et al., 2017), this study examines whether 3PL providers develop green
innovation practices in response to pressure from customers environmental concerns.
In recent years, 3PL customers have begun voicing environmental concerns (Berg and
Langen, 2016), placing a high value on green capabilities as a criterion when selecting 3PL
providers (Large et al., 2013). To address such customer requirements, 3PL providers have
tended to adopt new environmental management practices (Lin and Ho, 2008).
Customer pressure perceived criteria based on customersenvironmental requirements
and concerns is thus seen as the main factor driving 3PL providersgreen innovation
practices (Baz and Laguir, 2017). However, previous empirical studies have provided mixed
evidence on therelationship between customerpressure and green innovationpractices in the
3PL context. For example, while Chu et al. (2018) confirmed the positive effect of customer
pressure on 3PL providersgreen innovation practices,Lin and Ho (2011) found that customer
pressure did not affect Chinese logistics companies(including 3PL providers) adoption of
green practices.These aggregatedresults suggest that the role of customerpressure in driving
3PL providersgreen innovation needs to be further examined. Moreover, the contingencies
under whichcustomer pressure drives greeninnovations need to be explored (Chuet al., 2018) .
Therefore, the present study focuses on how customer pressure drives 3PL providersgreen
innovation practices, especially the contingent role of organizational culture on this effect.
Examining the contingent effect of organizational culture may help resolve
inconsistencies in the extant literature (Liu et al., 2010) and extend our understanding of
firmsheterogeneous responses to customersenvironmental pressure (Berrone et al., 2013).
58
IJLM
30,1

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