World Journal of Environmental Biosciences
World Journal of Environmental Biosciences
2023 Volume 12 Issue 3

Antecedents of Green Innovation among SMEs in Ghana: The Moderating Role of Organizational Green Core Competence

 

Lydia Asare Kyire1, Owusu Ackah2*, Eugene Owusu Acheampong3, Mawutor Humphrey Ackumey Korda4

 

1Department of Entrepreneurship and Finance, Kumasi Technical University, Kumasi, Ghana.

2Department of Management and Administration, Accra Technical University, Accra, Ghana.

3Department of Management and Administration, Cape Coast Technical University, Cape Coast, Ghana.

4Department of Built Environment, University of Environmental and Sustainable Development Somanya, Somanya, Ghana.


Abstract

The drive toward sustainable production and consumption has gained momentum among academics, policymakers, and industry practitioners. A critical factor in this sustainability match is the recycling entrepreneur/firm. This study explores both internal and external factors that impact the green innovation performance of small and medium enterprises using a resource-based view as a theoretical lens. The study examines the relationship between stakeholder sustainability pressure, sustainability identity, green creativity, green core competence, and green innovation performance. Specifically, we examine the causal effects of stakeholder sustainability pressure and sustainability identity on green creativity and then the effect of green creativity on green product and process innovation performance. Furthermore, the moderation role of green core competence is assessed in the link between green creativity and green innovation performance. Data were collected from respondents in the landscape in Ghana. The result of the empirical analyses indicates that sustainability pressures have a significant impact on SMEs organizations'green creativity. Conversely, sustainability identity does not influence the green creativity of SMEs organizations. In furtherance, green creativity is found to influence green processes and product innovation of SMEs firms in the sustainability ecosystem. In addition, green core competence has a significant influence on the green process and product innovation performance of firms. However, the moderating effect of green core competence is weak and quite insignificant.

Keywords: Sustainability pressures, Sustainability identity, Green creativity, Green core competent, Green innovation performance


INTRODUCTION

 

To thrive in the current competitive business environment, it is imperative organizations enact and maintain sustainability practices. Sustainability practices require auspicious use of resources without causing harm to future generations. The shift to a sustainability paradigm is influenced by diverse factors, including pressures from regulatory bodies, communities, and customer demand for environmentally friendly products and services (Singh et al., 2020; Achi et al., 2022). The quest for sustainability has birthed new avenues for enterprise development, such as green-oriented small and medium enterprises (SMEs) aimed at offering services and products by recollecting, rebuilding, and repurposing waste matter in communities. That is, these enterprises are mostly concerned with the successful SMEs and the reuse of waste products (Simpson & Radford, 2012).

Pressures onSMEs are nowadays influencing organizations'strategic and tactical approaches. Organizations are under constant pressure to mitigate the extent to which their products and services negatively affect the environment and society. In addition, economic pressures serve as an underlying factor contributing to SMEs' sustainable behavior and practice. However, inasmuch as recycling enterprises have the potential to ensure industrial sectors achieve their sustainability goals, the activities of such enterprises are at a nascent stage (Fan et al., 2023).

For instance,the recycling landscape involved in the championing of sustainable practices is dominated by a few large enterprises and, in recent times, some start-up entities. Surviving in the recycling sector requires the utilization of superior technology and innovation. Converting waste into usable products requires firms to shift from a conventional form of innovation to sustainable/green innovation. Green innovation is defined as a process where sustainability dimensions such as environmental, social, and financial aspects are integrated into an organization's system from idea generation through to research and development and commercialization (Awan et al., 2023). Green innovation is categorized into two distinct forms – green product innovation and green process innovation.

Studies in the domain of sustainability have attempted to establish a relationship between green innovation and the performance of firms, but limited attention has been paid to enterprises in the recycling sector (Baeshen et al., 2021). The recycling sector plays a crucial role in the quest to achieve high sustainability standards and outcomes. However, there is a dearth of literature providing a nuanced understanding ofthe factors that influence green innovation in such a business landscape. The lack of consensus on the underlying factors that influence green product innovation and green process innovation limits insights into how recycling enterprises gain and maintain competitive advantage.

To address this gap in the literature, the study attempts to unearth the influencing factor that shapes green innovation (i.e., green product and process innovation) in the recycling sector. Relying on resource-based theory and social capital theory, the study explores both internal and external factors that impact the green innovation performance of enterprises. The study examines how recycling pressures from stakeholders and the sustainability identity of an organization affect green innovation. Corporate image contributes significantly to the reputation of a firm and further steersthe activities of such an entity. Enterprises with green orientation happen to enact and institute measures that are fashioned towards the achievement of enterprise green goals (Nasrollahi et al., 2020). Notwithstanding, these studies fail to elucidate how corporate green image impacts an organization's green creativity and furthers its green product and process innovation. External pressures and the sustainability identity of an organization shape its activities. However, these factors partially influence the success of green innovation (Cao & Chen, 2019). To derive superior benefits from these factors, firms should endeavor to integrate these sustainability factors into its corporate core values and beliefs. Hence, this would shape the orientation of the firm and further steer the creativity of teams into the design and production of environmentally friendly products and processes. The study conceptualizes that a high level of green innovation performance can only be achieved when entities cultivate and sustain a superior level of green creativity competence. Possessing superior green creativity competence would contribute significantly to the success of green product and process innovation (Khan et al., 2022).

Conversely, green creativity does not impact the outcome of green processes and green product innovation under every circumstance (Yahya et al., 2021). The limitation of previous studies is their inability to consider the green competence level of an organization and how it impacts the relationship between green creativity and green innovation performance. The study argues that organizations with superior green core competence stand the chance to enrich its green creativity and further impact dimensions of green innovation performance and vice versa. The remainder of the study is arranged as follows: section 2 focuses on the theoretical background and hypotheses development, section 3 presents the research method utilized for the study, and Section 4 elaborates on empirical findings and discussion of the study. The managerial implications are further discussed in section 4, while section 5 presents the conclusion of the study.

Theoretical background and hypothesis

Sustainability pressure and green creativity

In recent decades, there has been an increasing depletion of global resource stockpiles (Imran et al., 2021). The decrease is mainly the result of hazardous business practices that affect both the natural and socio-cultural environment. For instance, the increase in the usage of fossil fuels in industries has contributed significantly to the unhealthy atmospheric environment of China in past decades. In most resource-rich developing countries, irresponsible mining activities have contributed to an increase in greenhouse gas emissions (Walker & Brammer, 2012). These activities have attracted the attention of governments, multilateral agencies, societies, and customers – demanding proper conduct of activities of enterprises in a manner that is friendly to the environment and society. Such demand from these stakeholders seeks to encourage organizations to move ahead of the financial bottom line to an inclusive approach that seeks to balance the economic, social, and environmental impact of business activities (Lee et al., 2014).

Pressures from stakeholders'attempts to encourage organizations to design specific actions and policies to enhance the welfare of various groups by accounting for the triple bottom line of economic, social, and environmental performance have taken lives of their own, and firms have no option than to respond (Irani & Kilic, 2022). In most cases, the government'senvironmental regulations are designed to influence the green behavior of enterprises. To gain or increase access to government incentives, firms tend to re-position their activities to align with the broad sustainability demands of regulatory authorities (Eiadat et al., 2008). These regulatory policies and incentives shape the sustainability behavior of enterprises – prompt organizations to acquire new skills and further enact deliberate strategies to gain the support of management. Gaining the support of management enables a firm to align its resources and human capital with the development of novel products and services that are environmentally friendly (Su et al., 2020). In addition, firms can only achieve this feat by ensuring that team creativity is reconfigured to integrate green values and beliefs. By so doing, these value systems would enrich the firm's green creativity competence.

Moreover, stakeholder pressures provide a unique platform for organizations to reconfigure and align operations to fit into the sustainability agenda. Essentially, these pressures hold the power to alter the relationship between an organization and external stakeholders. Achieving a high level of sustainability performance requires impetus from both internal and external stakeholders. However, firms cannot gain a positive impact from the acquisition of this external knowledge unless it is able to strengthen its internal creative processes. Boosting internal absorptive capability and competence would positively impact the creativity of employees in a sustainableway (Rubashkina et al., 2015). The study contends that there is a positive relationship between stakeholder sustainability pressures and firm green creativity performance. Based on this,hypothesis 1 is stated:

H1: Stakeholder sustainability pressure has a positive association with an organization's green creativity.

Sustainability identity and green creativity

Drawing lessons from the findings of studies in the scope of green innovation suggests that an individual's positive self-concept is enriched when they feel membership with a specific group or organization. It further argues that positive self-identity is attained when employees'identity aligns with the group's core beliefs and values (Iqbal et al., 2021; Yahya et al., 2021). Placing significant emphasis on the core values and beliefs of an organization offers the leverage to attract and maintain superior human capital. Tyler and Blader (2001) documented that individuals prefer to be part of an organization that shares a high corporate reputation and vice versa.

To drive the sustainability agenda – organizations need to implement deliberate green strategies and policies that enhance the green image of the organization. Sustainability practices should be enshrined as core values and beliefs of such entities (Qu et al., 2022; Wang et al., 2022). The sustainability identity of an organization is central to its core beliefs and values. Placing emphasis on green beliefs and values would serve as a platform to enhance the sustainability identity of the organization (Carmeli & Dothan, 2017). Sustainability identity can be classified as an interpretive scheme of firm environmental protection that organizational members collectively possess to enhance its corporate green image and reputation (Chen, 2011). Implementing green strategies that influence the sustainability behavior and identity of employees happens to shape employees'cognitive and physiological model toward the greater efforts to bring forth novel ideals and approaches (Yousaf, 2021; Guo, 2022; Yu et al., 2022).

The sustainability identity of an organization positively influences the collective interpretation of issues and consequences. When organizational identity asserts itself as an environmentally friendly one, it shapes collective efforts to adopt and implement sustainability practices. In this atmosphere, the design and production of novel products are influenced by a shared sense of belief and value. Consequently, shared belief system and value influence employees' mental model towards the acquisition of new useful idea that seeks to mitigate the negative impact of organizational products on the environment and society. The continuous acquisition of green knowledge and skills enhances the green creativity of firms. In addition, the process of sustainability identity of firms makes employees share in the firm's successes and failures (Xing et al., 2019). Thus, the sustainability identity of an organization can aid in coordinating employee behavior toward the effort of cultivating new ideas, approaches, and actions that are sustainability-oriented. These efforts, we stand to argue, would enhance the green creativity of an organization. Based on this theory, the hypothesis 2 is formulated;

H2: The sustainability identity of the organization is positively associated with green creativity.

Green creativity and green innovation performance

The sustainability identity of a firm shapes the cognitive and behavioral attitudes of employees. Aligning employee behavior and attitude towards a firm's sustainability goals or agenda aids in shaping the green creativity of individuals. Collective efforts of employees to strengthen firms' green competitive advantage contribute to the green creativity of firms. An organization with a superior level of sustainability identity is argued to positively influence its green creativity (Song & Yu, 2018).

To curb the increasing demand and pressures from community and regulatory agencies, firms need to re-position its human capital and skills to offer novel and useful products and services that are environmentallyfriendly (Shamsuzzoha et al., 2022). Re-positioning and reconfiguring organization resources and human capital can positively impactthe green creativity of organizations. The Green creativity of organizations leads to superior innovation performance of firms. It does so by enabling firms to convert green human capital and green orientation into the generation and utilization of green ideas (Anik & Sulistyo, 2021). The study conceptualizes that the green creativity of firms positively mediates the relationship between stakeholder pressure, sustainability identity, and green innovation performance.

Studies green creativity on green product innovation (Chen et al., 2016). However, there is limited insight into how green creativity affectsthe green process innovation of firms. This study seeks to resolve these inconsistencies by examining the mediating effect of these factors on green product innovation and green process innovation. In addition, the study seeks to empirically examine the mediating effect of green creativity on green product innovation and green process innovation. Previous studies consider green innovation as a one-off activity without placing emphasis on the dimensions of green innovation, such as process and product innovation. The study contributes to the existing literature by examining the mediating effect of green creativity on green processes and green product innovation performance. The hypotheses below are formulated to test these assumptions. The hypotheses below are formulated to test these assumptions.                

H3: Green creativity of the organization positively impactsthe firm's green process innovation.

H4: Green creativity of the organization positively impactsthe firm's green product innovation.

Moderating effect of green core competence on green creativity and green innovation performance

The green creativity of an organization contributes to the superior innovation performance of firms. For firms to gain superior creativity requires the need for highly creative individuals coupled with prudent management practices (Ahmad et al., 2022). Green creativity of an organization enhances the innovation performance of a firm by influencing the creativity orientation of the firm (Anik & Sulistyo, 2021). Although green creativity impacts green innovation performance, significant emphasis is placed on green product innovation as against green process innovation (Chen et al., 2008; 2016). Green core competence is acknowledged to have an impact on the green innovation performance of firms. However, some firms turn to gain superior outcomes as compared with their competitors (Chen et al., 2016). Investment in green creativity is highlighted to influence the outcome of green process innovation and green product innovation. In spite of this, there are limited studies providing insights into factors that influence the relationship between green creativity,green process, and green product innovation performance.

The green creativity of a firm results in the creation of competence in the design and deployment of environmentally friendly products and services. These green core competencies, in turn, provide a firm with the relevant leverage to outperform its competitors (Qu et al., 2022). To enrich the green innovation outcome of firms, this study attempts to examine how the green core competence of an entity moderates the relationship between green creativity and green innovation performance. The study argues that organizations with high green core competencies havea high propensity to enrich the outcome between green creativity,green product innovation, and green process innovation. In furtherance, firms with green core competence are able to meet market demands – enterprises with core competence in green creativity (i.e., green manufacturing and production) are able to meet the green demand from customers and society holistically. As elaborated in the innovation literature, the core competence of an organization plays a crucial role in innovation performance and competitive advantage development (Nasrollahi et al., 2020; Anik & Sulistyo, 2021). Drawing lessons from innovation management literature, entities with superior green core competence possess the capabilities to integrate sustainability creativity practices into its organizational processes, product design, and commercialization phases. Based on the above, the hypotheses 5a and 5b are formulated:

H5: Green core competence positively moderates the impact of green creativity on green process innovation.

green creativity on green product innovation.

 

 

 

Figure 1. Conceptual Model

 

 

MATERIALS AND METHODS

The research method of the study is discussed in terms of data collection, variable measurement, and common method bias assessment.

Data collection

The study utilizes correlational design to examine the relationship between stakeholder sustainability pressure, sustainability identity, green creativity, green core competence, and green innovation performance. It examines the causal effect of these variables on green processes and green product innovation performance.

To examine the conceptual model and the stated hypotheses, a survey instrument was designed, and synthesizing scales developed measurement scales from management and business literature. The draft questionnaire was constructed, and content validity was examined and improved with the aid of four (4) academics and four (4) industrial experts. The questionnaire was revised and used to test the stated hypotheses. The questionnaire elicits information on the informant's attitude and perception about the influencers of green creativity and its impact on the firm green process and green product innovation performance. It further ascertains the moderating effect of green core competencies of an organization.

To conduct the study, the target population was drawn to consist of employees and managers, both middle and senior level, working in SMEs that are into recycling waste and sale of green products. These individuals, over the period, have adopted green innovation practices and strategies. The targeted population is considered knowledgeable about the processes and mechanisms involved in the adoption and utilization of green practices and strategies. A convenience sampling approach was utilized in sample identification and data collection. Most of the potential respondents were contacted personally to participate in the survey. Two hundred and fifty (250) questionnaires were distributed to potential respondents with cover letters guaranteeing the anonymity of answers and personality. The cover letter attached provided insights into the objectives of the study. Emphasizing the anonymity of respondents in the cover letter was to ensure social desirability bias is reduced to the barest minimum. This is an acceptable approach, especially in the area of sustainable development and green innovation performance (Roxas & Lindsay, 2012). Out of the 250 questionnaires, the study attained a response rate of 52%, translating into 130 answered questionnaires.

Non-response bias was examined by contacting most of the respondents to solicit reasons for not participating in the study. Reasons provided by respondents included lack of knowledge on the subject matter, disrupted and busy work schedule, and lastly, the issue of COVID-19 prevented most employees from gaining access to the workplace, preventing them from providing answers to questionnaire items. It became apparent that because most SMEs and green enterprises are small and medium enterprises, they lacked the requisite technological infrastructure to support a remote work environment. The chi-square test was conducted to examine the non-response bias by comparing responses between early respondents and late respondents. The outcome was not significant, signifying and further providing evidence to support non-response bias.

Measures

In all, thirty–three questionnaire items, excluding the section on respondents'demographics. The questionnaire covered all the variables stated in the conceptual model of the study. The questionnaire items covered areas such as green creativity, green core competencies, stakeholder sustainability pressures, sustainability identity, green process, and green product innovation performance.

Green creativity is measured as the organizational ability and capabilities to develop and commercialize green and sustainable products. The measurement items for green creativity were adopted from studies conducted by Barczak et al. (2010) and Chen and Chang (2013). These measurement scales covered six items.

Green core competence measures the environmental and sustainability technical know-how of an organization. These comprisedfive items selected from a study conducted by Chen (2007). The capabilities and competence of a firm arguably have an impact on the innovation process and performance of firms. In addition, pressures from diverse stakeholders in both the micro and macro environment of firms contribute to their innovation process and performance. Stakeholder sustainability pressure examines how stakeholders influence organizations to adopt environmentallyfriendly practices. Measurement items for this construct were selected from studies conducted by Stevens et al. (2005) and Wuyts and Geyskens, (2005).

Sustainability identity measures an organization's social goals, objectives, and mission. It is argued that the identity of an organization, to some degree, aids in shaping the functional activities and processes of such an entity. Sustainability identity is measured using six (6) measurement items selected from Thong and Wong, (2018).

The dependent variables – green process innovation performance and green product innovation performance were measured using items from Chen et al. (2006). In addition, some items were selected from Chang (2011). It measured resource allocation and how organizations optimize processes to achieve sustainability objectives and goals.

Data analyses

The conceptual relationship elaborated in (Figure 1) is analyzed using Partial Least Squares Structural Equation Modelling (PLS-SEM) using the SmartPLS 3 software. The PLS-SEM method is used against the traditional covariance-based technique. The study utilized PLS-SEM techniques because the sample and data size followed the outline and procedure outlined by Kline (2012). The PLS-SEM approach is relevant in the estimating of a complex, hierarchical model representing the credibility and methodology of soft modeling assumptions (Fosso, Wambas, et al., 2015; Dubey et al., 2017). Initial descriptive statistics and profiles of respondents were provided. The sample comprises 72% male and 28% female, respectively. The average respondent had a bachelor's degree. A percentage of 21 had a master's degree. In addition, organizations sampled, on average, employed over 100 employees.

The descriptive statistics consisted of the mean, standard deviation, excess kurtosis, and skewness (Table 1). Inference suggests the data distribution was normal and not entangled in excess outliers.

Table 1. Descriptive Statistics

Variables

Mean

Standard Deviation

Excess Kurtosis

Skewness

SSP1

5.010

1.556

0.179

-0.737

SSP2

4.514

1.633

0.232

-0.576

SSP3

4.495

1.451

-0.163

-0.421

SSP4

4.536

1.894

-0.743

-0.611

SSP5

5.247

1.277

1.153

-0.719

SSP6

5.330

1.137

0.150

-0.339

SSP7

5.549

1.037

-0.486

-0.212

SSP8

5.521

1.160

1.557

-0.516

SI1

5.031

1.453

1.412

-1.119

SI2

4.918

1.397

1.169

-0.910

SI3

5.268

1.328

1.299

-1.084

SI4

5.649

1.340

1.908

-0.934

SI5

5.588

1.191

1.041

-0.863

SI6

4.969

1.439

0.182

-0.598

GC1

5.010

1.550

0.179

-0.734

GC2

4.804

1.629

0.249

-0.565

GC3

4.505

1.451

-0.150

-0.442

GC4

5.649

1.046

0.633

-0.625

GC5

5.340

1.192

0.362

-0.392

GC6

5.474

1.066

-0.458

-0.269

GCC1

5.216

1.160

1.557

-0.596

GCC2

5.021

1.457

1.337

-1.092

GCC3

4.897

1.140

0.993

-0.867

GCC4

5.256

1.341

1.758

-0.927

GCC5

5.649

1.340

1.299

-1.089

GPI1

5.588

1.191

1.041

-0.803

GPI2

4.969

1.439

0.182

-0.898

GPI3

4.969

1.608

0.113

-0.749

GPI4

4.773

1.653

0.103

-0.535

GIP1

4.474

1.477

-0.262

-0.412

GIP2

5.670

1.073

0.685

-0.566

GIP3

5.38

1.113

0.436

-0.401

GIP4

5.093

1.119

-0.080

-0.589

                       

In applying the PLS-SEM techniques, it is imperative to examine the validation of the outer model. Validating the outer model providedthe basis for examining the inner model. Validating the outer model consists of determining the convergent and discriminant validity and reliability of constructs (Wetzels et al., 2009). Once the model is validated, the inner model is fitted by calculating the path coefficients. In addition, the bootstrap test was conducted to examine the significance of conceptual relationships. The outcome of the outer model is presented in (Table 2). The outer model explored factor analyses of the indicators of the latent variables. Also, the average variance extracted and the Cronbach reliability test are presented. The outcome indicates latent variables are reliable and valid. Judging by the factor loading, it can be seen that all the variables had an acceptable threshold, as proposed by Hair et al. (2014). The average variance extracted (AVE) values showed that the indicators can explain the variance of the construct above 50%.

 

 

Table 2. Measurement Model Evaluation

Variables

Loading

Alpha

Average Variance Extracted

Stakeholder Sustainability Pressure

 

 

0.825

 

0.548

  1. Media

0.769

  1. Civil Society Organizations

0.801

  1. Community demand and resident pressure

0.780

  1. Our organization works intensively with environmental advisors

0.667

  1. Our organization has a close relationship with one or more environmental organizations

0.628

  1. Our organization has a collaborative relationship in the environment with third parties, like a real team

0.635

  1. Our supply chains collaborate with societal groups in the field of environment

0.641

  1. Our organization is involved in environmental projects in which several groups from society participate.

0.728

Sustainability Identify

 

 

 

  1. The company's employees are proud of the company's history ofsocial management and protection

0.872

0.745

0.590

  1. The company has a sense of pride about the company's social goals and missions

0.898

  1. The company has carved out a significant position concerning social management and protection

0.779

  1. The company has formulated a well-defined set of social goals and missions

0.634

  1. The company's employees are knowledgeable about the company's social traditions and cultures

0.818

  1. The company pays very close attention to social management and protection

0.628

Green Creativity

 

 

 

  1. Members of the green product development project propose new green ideas to improve environmental performance

0.796

0.825

0.614

  1. Members of the green product development project suggest new ways to achieve environmental goals

0.892

  1. Members of the green product development project promote and champion new green ideas to others

0.886

  1. Members of the green product development project develop adequate plans for the implementation of new green ideas

0.726

  1. Members of the green product development project would rethink new green ideas

0.813

  1. Members of the green product development project would find creative solutions to environmental problems

0.639

Green Core Competence

 

0.772

 

 

0.632

 

 

 

  1. The environmental capabilities, technologies, or know-how of the firm are rare in the marketplace

0.743

  1. The environmental capabilities, technologies, or know-how of the firm are less imitable by competitors

0.841

  1. The environmental capabilities, technologies, or know-how of the firm are difficult to be substituted

0.876

  1. The environmental capabilities, technologies, or know-how of the firm provide potential access to meet a wide variety of environmental needs of markets

0.734

  1. The environmental capabilities, technologies, or know-how of the firm make environmental contributions to customer benefits

0.705

Green Process Innovation

 

 

 

  1. The manufacturing process of the company effectively reduces the emission of hazardous substances or waste

0.629

 

0.790

0.515

  1. The manufacturing process of the company SMEss waste and emission that allow them to be treated and reused
  2. The manufacturing process of the company reduces the consumption of water, electricity, coal or oil

0.639

  1. The manufacturing process of the company reduces the use of raw materials

0.862

 

 

Green Product Innovation

 

 

 

  1. The company chooses the materials of the product that produce the least amount of pollution for conducting the product development or design.

0.908

0.741

0.729

  1. The company chooses the materials of the product that consume the least amount of energy and resources for conducting the product development or design

0.772

  1. The company uses the fewest amount of materials to comprise the product for conducting the product development or design

0.617

  1. The company would circumspectly deliberate whether the product is easy to SMEs, reuse, and decompose for conducting the product development or design

0.840

 

 

Furthermore, a construct discriminant validity test was conducted using the Heterotrait  Monotrait ratio approach. The outcome of the HTMT test is presented in (Table 3). The outcome indicated the outer model is valid. Therefore, further analysis can be conducted to ascertain the relationship between the variables under study. The outcome of the discriminant validity demonstrates that the average variance extracted fromany construct and its indicator is greater than any of the shared variance with other constructs (Fornell & Larcker, 1981).

Table 3. Discriminant Validity – Heterotrait – Monotrait Ratio

Variables

1

2

3

4

5

6

1. Green Creativity

 

 

 

 

 

 

2. Green Process Innovation

0.718

 

 

 

 

 

3. Green Product
Innovation

0.698

0.763

 

 

 

 

4. Green Core Competence

0.687

0.761

0.783

 

 

 

5. Stakeholder Sustainability Pressures

0.760

0.645

0.791

0.618

 

 

6.Sustainability Identity

0.841

0.538

0.785

0.808

0.754

 

 

Model analysis

The next step after examining the reliability and validity of data was to examine the structural relationship between constructs and green process and product innovation performance. Correlation analysis was conducted to ascertain the relationship between latent variables under study. Although correlation does not equal causation, it does provide insights into the characteristics of data and further ascertain if issues of multicollinearity are present. The outcome of the test indicated some degree of relationship between constructs and green process innovation performance and green product innovation performance, respectively. The outcome of the correlation analysis is presented in (Table 4).

 

Table 4. Correlation Analyses

Variables

1

2

3

4

5

6

1. Green Creativity

 

.480

.385**

.515

.486

.239

2. Green Process Innovation

 

 

.294*

.341

.385*

.499***

3. Green Product
Innovation

 

 

 

.567*

.387

.435

4. Green Core Competence

 

 

 

 

.279**

.518

5. Stakeholder Sustainability Pressures

 

 

 

 

 

.428

6. Sustainability Identity

 

 

 

 

 

 

 

In furtherance to the above, the R2 value obtained showed that the independent constructs can explain an acceptable part of the variance of the dependent variables. The study obtained R2 values of 0.841, 0.779, and 0.739 for green creativity, green process innovation performance, and green product innovation performance, respectively. The result obtained demonstrated that the model was in agreement with the criteria such as nomological validity posited by Chin (1998). In addition, the outcome satisfied the criteria as discussed by Chin (1998). Sustainability-oriented pressures from internal and external stakeholders of an organization have a significant influence on the green creativity of employees. Pressures from stakeholders, in addition to shaping the mental model and attitude towards sustainability thinking, further encourage organizations to reallocate resources and align talents to address sustainability gaps. Achieving the sustainability feat of organizations requires a collective effort by ensuring talents are utilized in a proactive manner to generate and maintain the organization's core capabilities and core competencies.

Judging by the path coefficient, it is seen that sustainability identity does not play a significant role in shaping the green creativity of firms. There are different ascribed reasons for this assertion. Moreover, green creativity is found to impact the green process and product innovation performance, respectively. The path coefficient value and R2 value indicate green creativity has a positive impact on the green process and product innovation performance of firms. The outcome of the inner model evaluation is presented in (Figure 2).

 

Figure 2. Structural Model

Moderating effect

The moderating effect of green core competencies on the relations between green creativity and green process and product innovation performance wasexamined using cluster analysis and bootstrapping test. The results ascertain the chances in path coefficient and R2 value. Adopting these techniques to ascertain the moderating effect is acknowledged by studies conducted by DeSarbo et al. (1992) and Kamakura and Wedel (2000). Once the clustering is done, the bootstrap test is conducted to examine the significance of the variables. The study employed the k-means clustering method to group respondents. During the clustering analysis, each observation was assigned to a specific cluster. The ANOVA test revealed that all the measurement items contributed to differentiating the two clusters. It is worth noting that the clustering was done based on the similarities. To test the difference in path coefficient and R2, multi-group analysis and bootstrapping test were performed. The outcome of the test indicated a change in path coefficient and R2 value. Green creativity had a path coefficient value of 0.878 and 0.632, with green process innovation performance and green product innovation performance, respectively. The R2 value obtained was 0.834 and 0.845 for green process innovation performance and green product innovation performance. Although there was a change in the R2 value, the change was not significant. However, the outcome from the bootstrap test revealed green core competence could moderate the relationship between green creativity and green process innovation performance.

RESULTS AND DISCUSSION

The stated hypotheses of the study were tested using t-statistics and bootstrap tests. (Table 5) presents the outcome of the hypotheses tests. The outcome revealed the sample mean, standard deviation, t-statistics, and the p-value. The results of the hypotheses'tests indicated that out of the six (6) stated hypotheses, the empirical outcome supported four (4) hypotheses. The study supports H1, H3, H4 and H5.

Table 5. Overall Results of Hypotheses Tests

Hypotheses

Sample Mean

Std Deviation

T- Statistics

P-Value

H1: Stakeholder Sustainability Pressure à Green Creativity

0.889

0.031

28.210

0.000

H2: Sustainability Identity àGreen Creativity

0.087

0.072

1.217

0.224

H3: Green Creativity à Green Process Innovation

0.864

0.055

15.612

0.000

H4: Green Creativity à Green Product Innovation

0.864

0.032

26.875

0.000

H5: Green Creativity à Green Core Competence à Green Process Innovation

0.230

0.108

2.100

0.000

H6: Green Creativity à Green Core Competence à Green Product Innovation

0.012

0.050

0.328

0.743

 

The purpose of the study was to determine the impact of stakeholder sustainability pressures, sustainability identity, and green creativity on green process and product innovation performance. It further examined the moderating effect of green core competence. Although studies have identified some antecedents of green creativity and green innovation performance, there was still a lack of consensus on the impact of the factors on the green innovation performance of firms. A holistic model that depicted the theoretical relationship between variables was developed using scales from studies in management and sustainability literature. The proposed conceptual model was tested using data collected from a sample of 130 respondents selected from different recycling firms and green enterprises. These businesses operated mostly in the recycling and waste management sectors of the Ghanaian economy. In addressing the first question of the study depicted in the model – thus, the effect of stakeholder sustainability pressures and sustainability identity on the green creativity of the organization. The outcome of the study indicated stakeholder pressures have an impact on the green creativity of firms. Pressures from internal and external stakeholders within the business environment of organizations indicated that the demands from civil societies and environmental advocates influence firm decisions to allocate resources to green and sustainability activities. The continuous demand by regulatory agencies for firms to adhere to environmental benchmark and standards steer firms to enact specific strategies and mechanism. The outcome of the study supports a study conducted by El Akremi (2011) that indicated thatenvironmental regulation demand from the community and society, coupled with increasing calls for sustainable development and consumption, influences the sustainability behavior and attitude of firms. These demands encourage employees and management to reallocate and align firm resources, strategies, and talents to achieve stipulated sustainability goals and objectives. And this assertion is buttressed by Eiadat et al. (2008).

The identity of an organization, in most cases, dictates the functional activities and values of such an entity. The sustainability identity of the organization is posited to influence the firm's green creativity (Chen, 2011). However, the outcome of the study revealed a contradicting outcome. The outcome showed that sustainability identity had no significant impact on the green creativity of firms. Sustainability identity is documented not to impact the green creativity of firms. The rationale for such an assertion can be attributed to the size and age of the firms under consideration. Most of these enterprises were small and medium and, in some cases, start-ups that lacked the requisite knowledge and skills to chart a formidable sustainability plan and develop relevant sustainability knowledge. The inability of firms to cultivate sustainability knowledge and skills pool affects the shared beliefs and collective efforts of a firm towards achieving its sustainability organizational goals.

Green creativity is revealed to impact green process and product innovation performance. The green creativity of a firm is enriched when the attitude and cognitive behaviors of employees are geared towards the attainment of superior green innovation performance. The collective nature of green creativity requires contributions from various employees and talents. Employee talents, in most cases, translate into organizational creativity. Therefore, when employee talents are steered towards achieving sustainability benchmarks, it results in an improvement in organization-wide competence and green capabilities development (Song & Yu, 2018). In addition, due to increasing pressure from internal and external stakeholders, organizations reallocate, reconfigure, and align organizational resources and talents to achieve competitive advantage and organizational creativity. This finding supports studies conducted by Rubashkina et al. (2015).

Green creativity is revealed to impact green processes and green product innovation performance. The creativity of talents translates into the building and maintenance of a firm's green competitive advantage. Individual creativity is converted into organizational creativity capabilities. The availability of these capabilities and resources enables firms to smoothen their processes and product development. Creative enterprises are able to allocate resources to the design and development of green processes that meet environmental standards and regulatory measures. Similarly, the green product innovation performance of the firm is enhanced when creativity is superior to its counterparts.

Green core competence was postulated to influence the green innovation performance of firms. Although the findings of the study indicated no significant moderation effect provide insights into how the core competence of a firm enrichesits innovation processes. The core competence of a firm is argued in management and strategic management literature to be a form of organizational resource that is rare and difficult to imitate. The weak moderation effect of green core competence is attributed to the early stage of sustainability adoption in theseSMEs, thereby resulting in a lack of ability to build core competencies in the green industry. Most firms are in the early stage and, therefore, lack the relevant competence required to boost their competitive advantage and performance.

CONCLUSION

The study examined the complex relationship between stakeholder sustainability pressures, sustainability identity, green creativity, green core competence, and green innovation performance. Green innovation performance was examined as green process and product innovation performance. Using data from firms in the manufacturing, recycling, and waste management sectors of the Ghanaian economy, the study revealed that stakeholder sustainability pressures havea significant and positive impact on the green creativity of organizations. In addition, green core competence has a significant influence on the green process and product innovation performance of firms. However, the moderating effect of green core competence is weak and insignificant. Although the study makes some intriguing revelations and contributions to the field of study in sustainability literature, there exist some shortcomings that need to be addressed in future studies.

Future research should endeavor to integrate both qualitative and quantitative methods – this would enable the study to provide both qualitative and quantitative insights into the factors that contribute both directly and indirectly towards a firm's green innovation performance. In addition, acomparative study can be conducted to provide insights into how these factors influence a firm's green innovation performance in different geographic jurisdictions. Studies can extend the current conceptual model to include other factors, such as green supply chain networks, green human resource management practices,and social innovation factors (El-Kassar & Singh, 2019). This will broaden the understanding of how environmental factors influence the green innovation performance of firms. Finally, future studies should adopt a longitudinal approach to provide a nuanced understanding of how the factors evolve over time.

 

ACKNOWLEDGMENTS: The authors express gratitude to anonymous reviewers for their valuable feedback, enhancing the manuscript. They also thank department colleagues for their initial review and insightful comments, contributing to the research's development. The collaborative and supportive academic environment.

CONFLICT OF INTEREST: None

FINANCIAL SUPPORT: None

ETHICS STATEMENT: None

 
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