Work practices under Socio-technical systems for sustainable manufacturing among large manufacturers of Malaysia

Keyphrases

1. Greenhouse Gas Emissions 100%
2. Sustainable Manufacturing 83%
3. Human Resource Management 50%
4. Emission Growth 50%
5. Pakistan 50%
6. Health Expenditure 50%
7. Sectoral Growth 50%
8. Policy Effectiveness 50%
9. Review Policy 50%
10. Practice Review 50%
11. Green Human Resource Management 50%
12. Growth-related 50%
13. Asian Countries 50%
14. Electric 50%
15. Agricultural Production 50%
16. Air Pollution 50%
17. Dynamic Linkages 50%
18. Sustainable Agriculture 50%
19. Emission Production 50%
20. Economic Factors 50%
21. Energy Consumption 50%
22. Energy Crisis 50%
23. New Manufacturing 50%
24. Evil 50%
25. Manufacturing Paradigm 50%
26. Socio-technical Systems 50%
27. Work Practices 50%
28. Malaysia 50%
29. Environmental Indicators 33%
30. Lean Manufacturing 33%
31. Adaptation 33%
32. Production Process 33%
33. Manufacturing Process 33%
34. Wheat Production 30%
35. Cotton Production 30%
36. Sugarcane Production 30%
37. Environmental Factors 26%
38. Energy Demand 26%
39. Positive Impact 26%
40. Sub-Saharan Africa 25%
41. Power Development 25%
42. Environmentalists 25%
43. Latin America (LATAM) 25%
44. Europe 25%
45. Feedback Hypothesis 25%
46. Power Shortage 25%
47. Factor-driven 25%
48. Large Region 25%
49. Electric Power 25%
50. Non-government 25%
51. Energy Reform 25%
52. Specific Factors 25%
53. Sustainable Policy 25%
54. Electric Power Transmission 25%
55. Multiple Causes 25%
56. East Asia Pacific 25%
57. South Asia 25%
58. Asian-Pacific Region 25%
59. Granger Causality 25%
60. Significant Relationship 25%
61. Government Officials 25%
62. Cause-effect 25%
63. Causal Relationship 25%
64. Variance Decomposition Analysis 25%
65. Central Asia 25%
66. Caribbean 25%
67. HRM Practices 20%
68. Green Organizations 20%
69. Energy Sources 20%
70. Agricultural Value Added 20%
71. Rice Production 20%
72. Corporate World 20%
73. CO2 Emissions 20%
74. Waste Reduction 16%
75. Negative Effects 16%
76. Per Capita Health Expenditure 16%
77. Efficiency Improvement 16%
78. Procedural 16%
79. Regression Estimator 16%
80. Dynamic OLS 16%
81. Environmental Health 16%
82. Profit Maximization 16%
83. Panel Cointegration 16%
84. Robust Least Squares Regression 16%
85. Asian Context 16%
86. Regulatory Agencies 16%
87. Panel Cointegration Techniques 16%
88. Canonical Cointegrating Regression 16%
89. Forest Area 16%
90. Technical Work 16%
91. Social Factors 16%
92. Process Manufacturing 16%
93. Green Manufacturing 16%
94. Politicians 16%
95. Continuous Adaptation 16%
96. Manufacturing Industry 16%
97. Process Effectiveness 16%
98. Manufacturing Concepts 16%
99. Fully Modified Ordinary Least Square (FMOLS) 16%
100. Energy Use 16%
101. Socio-environmental Factors 16%
102. Social-economic Factors 16%
103. Manufacturing Procedure 16%
104. Technical System 16%
105. Systems-Based Practice 16%
106. Fossil Energy 10%
107. Integrative View 10%
108. Training Performance 10%
109. Green Development 10%
110. Green HRM 10%
111. Green Recruitment 10%
112. Generalized Method of Moments Estimation 10%
113. Researcher-practitioner 10%
114. Performance Appraisal 10%
115. Employee Relations 10%
116. HRM Policies 10%
117. Business Executives 10%
118. Recruitment Performance 10%
119. Going Green 10%
120. Green Policy 10%
121. Green Training 10%
122. Simultaneous Equations 10%
123. Sustainability Agenda 10%
124. Positive Sources 10%
125. Development Performance 10%
126. Fossil Sources 10%
127. Wheat-rice 10%
128. Energy Gases 10%
129. Cotton-wheat 10%
130. Negative Impact 10%
131. Management Initiatives 10%
132. Rice 10%
133. Environmental Aspects 10%