7-Louw.qxd Organisations are under tremendous pressure to adapt to a cont inuous and increasing number of changes in the environment. In most instances, organisations are aware of these environmental pressures, but do not change accordingly (Hammer, 1997). In many cases, organisational focus is only on external forces instead of both external and internal (Jones, 2000). The question arises which force, external or internal, demands change in organisations. Research (Conner & Lake, 1998; Fomburn, 1992) revealed that in most instances demands for change within organisations may be initiated either by external or by internal forces. However, Kinnear and Roodt (1998) confirmed that external forces usually trigger change while internal forces tend to prevent change. Thus, the efforts to overcome resistance to change should be focused on the human component of the organisation (Kinnear & Roodt, 1998). The above phenomenon is the result of a concept known as “organisational inertia” which refers to forces inside an organisation that cause resistance to change (Jones, 2000). The evolutionary steps the term “organisational inertia” took will not be expounded here, but it will be shown that the term “inertia” in an organisational context has featured in several forms in literat ure reviews, such as “organisational responsiveness”, “organisational learning disabilities”, “organisational viscosity”, “organisational momentum” and “structural inertia”. The difficult terminology attached to this concept is comprehensively summarised in recent research publications (Kinnear & Roodt, 1998; Roodt, Kinnear, Erwee, Smith, Lynch & Millett, 2001). In this summarised context, organisational inertia indicated the tendency to remain within the status quo and the resistance to strategic renewal outside the existing frame of strategy (Huff, Huff & Thomas, 1992). The inertia phenomenon is hallmarked by its inherent momentum, either retarding change or contributing to the forward movement of organisations (Fomburn, 1992). The momentum relevant to inertia is that it reinforces the status quo. The organisational forces which are supposed to initiate stable structures and processes generate resistance to change, because they protect and maintain the status quo (Kelly & Amburgey, 1991). Inertia is a vicious circle in which organisations are trapped. It means that certain forces impede change while others gather momentum for the continuation of the status quo. As a result of this, change-facilitating forces have limited impact on organisational management practices and the phenomenon becomes a growing and integral part of the system (Connor & Lake, 1988). Kinnear and Roodt (1998) found that various synonyms or antonyms often overlap with the existing theory or merely adding a different dimension to theories on inertia. French and Bell (1999) draw a distinction between the different types of change that can take place in an organisation. Day-to- day- adaptation- to-change demands can be referred to as incremental or evolutionary changes. On the other hand, organisational transformation or second order change, which can be defined in terms of comprehensive, drastic and radical alterations imposed on organisations as a whole, take place after an organisation maintained the status quo for too long. Therefore, drastic change become a means for survival or to create a state of equilibrium. The change efforts referred to in this article apply to any type of change that is initiated and ranging from either incremental, evolutionary adaptation efforts, or radical second-order changes. Louw (1995) confirms that the phenomenon of organisational inertia stems from individual resistance to change, which can be traced back to the psycho-analytic theory. This theory postulates that resistance to change is an individual response to uncertainty or fear of unexpected events, or when the outcome of change demands cannot be predicted. Such sluggishness may be manifested in group as well in organisational activities. Kreitner and Kinicki (1998) describe the phenomenon in terms of a vertical continuum which may vary from individual acceptance to active resistance. Those who do not directly resist, but who may experience uncertainty, are unproductive. The situation converts into individual pathology which can result in an “individual crisis”. Senge (1994) argues that organisations which do not change may face immediate death, because it is a matter of survival of the fittest. According to Senge (1994), the largest industrial enterprises have an average lifetime of forty years. The corrective actions that may be needed to get the organisation out of the t urmoil, namely organisational transformation, may be G J LOUW Department of Industrial Psychology, Vista University (Port Elizabeth Campus) N MARTINS Department of Industrial and Organisational Psychology, University of South Africa ABSTRACT Those organisations which do not change according to environmental pressures, suffer from organisational inertia. The purpose of this study is to explore the manifestation of organisational inertia in the target organisation. The target population for this study was a group of trainees, representing the geographic and demographic levels of a particular state department. In South Africa, surveys of this nature were only executed in the corporate sector. The results indicate that organisational inertia is a phenomenon that affects both corporate and governmental organisations. OPSOMMING Organisasies wat nie ooreenkomstig omgewingsdruk verander nie, ly aan organisasietraagheid. Die doel van die studie is om organisasietraagheid te konseptualiseer en die manifestasie daarvan in die teikenorganisasie te ondersoek. Die teikenpopulasie bestaan uit ’n groep kursusgangers wat die demografiese en geografiese samestelling van ‘n tipiese staatsdepartement verteenwoordig. In Suid -Afrika is navorsing van hierdie aard nog net in die korporatiewe sektor uitgevoer. Die resultate toon aan dat organisasietraagheid ‘n faktor is wat beide die korporatiewe omgewing en staatsorganisasies beïnvloed. EXPLORING INERTIA IN A TYPICAL STATE ORGANISATION Requests for copies should be addressed to: N Martins, Department of Industrial Psychology, UNISA, PO Box 392, UNISA, 0003 55 SA Journal of Industrial Psychology, 2004, 30 (1), 55-62 SA Tydskrif vir Bedryfsielkunde, 2004, 30 (1), 55-62 dangerous if not correctly managed. Maurer (1996) estimates a success rate not more than nine percent for organisations who opt for transformation. Stewart (1999) is more lenient and estimates it on fifty percent. The main reason for failure is that organisations forget that the human side must also be managed into transition. Governmental organisations can survive for a longer period in comparison with corporate organisations, due to the “sponsorship” of the taxpayer’s money. To deal with difficulties in the change process itself, Lewin (1951) suggests change in organisations as a three-stage process. The first is to unfreeze the organisation’s behaviour from the status quo. Then movement takes place into new behaviour. The last stage is to refreeze behaviour at a new level. A very strong characteristic of this change process is the movement from one equilibrium stage to another. It creates the perception that movement from the one stage should not take place unless it occurs from a position of equilibrium. However, it seems that the change process can keep on swinging from one vicious circle to another. The reasons for this can be linked to the impatience of management with employees’ uncertainties, a lack of systems thinking in terms of business/human resource management and the fact that change is not monitored as a multi-systems flow process. The most important factor here may be the consolidated human behaviour into the future state. An example of a multiple systems flow is depicted in figure 1 as postulated by the Burke and Lit win (1992) model of Organisational Performance and Change. Concerning the business processes, the figure is self-explanatory. The model explains the causality in the organisation and the feedback loops bet ween the different systems. It consists the following dimensions: i) The transformational variables (depicted in the upper part of figure 1) which represents the external environment, mission, leadership and organisational culture. These variables refer to areas which are suppose to be sensitive to alteration needs caused by internal or external environmental focus and which require new sets of behaviour. ii) Transactional variables (depicted in the lower part of figure 1) which consist of structure, management practices, systems, work unit climate, task requirements, motivation, and individual needs and values. These variables are affected by short term interaction between individuals and groups. According to Burke (1992) diagnostics should be focused on these systems to establish the organisation’s readiness to change. However, it seems that the unfreezing stage as postulated by Lewin (1951), may be the most problematic due to the cyclical nature of the change process. As mentioned earlier, movement from one stage to another should occur between stages of equilibrium. Maurer (1996) warns that the movement can slide into diseliquibrium. To drive the change process successfully, Maurer (1996, pp. 29- 32) explains the change process in terms of the “cycle of change”. It postulates the monitor of the change process in terms of the “big picture” or “gestalt”. This change process is shown in figure 2. The cycle can be explained as follows: Random incidents (one o’clock on the cycle). Only senior management may be aware of problems that may require change. Most staff are unaware of any problems. Recognition (three o’ clock). Recognition is the most crucial stage of the cycle. Senior management committed to be open and talk about the problems. Once everyone sees the same picture, it becomes possible to get all the role players aligned to move around the cycle together. During this stage, it is important that everyone recognizes the situation and realizes the need for a shift. When this shift occur, people’s views are transformed. Initial actions (five o’clock). Once the issue is recognized, energy starts to build. Everyone wants to do something. Here conversations emerge out of the situation in an effort to address the problem. Such conversations can only take place after everyone had recognized the seriousness of the status quo. LOUW, MARTINS56 Figure 1: Burke and Litwin (1992) model for organizational performance and change Figure 2: Cycle of change (Maurer, 1996, p. 30) Implementation (seven o’clock). During this stage the idea to address the situation is rolled out. The plan how to tackle the problem will be announced and implemented immediately. The implementation of any change initiative will fail at this stage if any individual employee does not understand and support the initiative. Even unions, who agreed up to now, can derail the process. The phase seems to correspond with Lewin’s (1951) stage of unfreezing. Thus, during this stage, the organisation must be in total readiness to enhance the new vision. Integration (nine o’clock). During this stage, the new initiative forms part of the business cycle. If the organisation experiences full integration, almost no resistance may exist. If any uncertainty or resistance is detected, the initiative may be hampered. Waning activities (eleven o’clock). The transition stage between integration and the waning activities take place at this stage. This is also an important part of the process. If resistance of any nature is not identified and addressed properly, the whole process moves back to the stage of “random incidents”. The implication thereof is that the new vision or change initiative is back to the original stage without any progress. This is the stage where the status quo is still in existence. In this regard, Scott and Jaffe (1991, pp. 51-52) distinguish bet ween individual as well as group manifestations of organisational inertia. These manifestations are displayed in table 1. The cycle of change supports the theory of inertia which further implies that the dynamics of change can hamper change processes itself. For example, committed employees who can propel any change initiative successfully, may become involved in the political dynamics within an organisation. Political activities can obstruct change initiatives. One obvious reason for obstructing the change process, is uncertainty (Maurer 1996). Although organisational transformation is a process that usually follows as an initiative to drive the organisation out of the vicious cycle of inert ia, the individual or (organisational) inertia can emerge if the human component is not managed properly (French & Bell, 1999). To overcome this problem, accurate diagnostic information is needed to drive the change and development process. Kinnear and Roodt (1998, pp. 44-54) developed an instrument to measure the existence of inertia within the target organisation. This instrument is known as the “Organisational Inertia Scale” which is based on the key systems within an organisation as depicted in figure 1. TABLE 1 INDIVIDUAL AND GROUP MANIFESTATIONS Individual Manifestations Group manifestations Complaints Accidents Errors Increased absenteeism Anger Sabotage Stubbornness Increase in union activity Apathy Lower productivity Absence due to illness Withdrawal (Adapted from Scott & Jaffe, 1991, pp. 51-52) The results of the “Organisational Inertia Scale -OIS” provide diagnostic information regarding the target organisation. From the results a facilitator can see whether an organisation is ready to change (Kinnear & Roodt, 1998). Organisational systems that reflect negative results can be isolated. Multiple organisational interventions can be targeted to move the organisation out of diseliquibrium. As a result of the new National Constitution (Act 108 of 1996) which was promulgated in South Africa, it is assumed that most corporate and public sector organisations should change in response to this “environmental obligation” which is contained in the act. The main objective of this study was to target a typical public sector organisation in obtaining a sample respondents that represents this particular sector, as well post levels between the lowest and junior management. For this study, the focus was specifically to determine whether the same systemic variables, that are identified by Kinnear and Roodt, (1998) in the corporate sector as causal factors of organisational inertia, are also manifested in a sample obtained in a public sector organisation. The aim of this study is thus to explore the manifestation of organisational inertia in the target organisation, because the latter represents a government organisation, and similar studies have not been conducted in such work environments as yet. METHOD Sample The subjects for the study were 347 employees in a typical state department who represent the demographic composition of the organisation. This particular sample was obtained at an in- service training institution. Table 2 reflects the various biographical categories of each group. The age category of 25 to 34 years is the largest while the category 18 to 24 years representing the smallest. Male respondents dominate the sample with 88,8% Although the sample is covering all language groups in South Africa, Afrikaans comprises the largest proportion with Tshivenda as the minorit y. The tenure category, representing the proportion bet ween 6 to 10 years, is in the majorit y. Despite a missing value of 1,4 percent, a proportion of 88,8 percent of the respondents have a qualification of matric or higher. To explore the leadership/management training levels, a proportion of 67,6 percent indicated that they haven’t attended either of the courses while 20,3 percent indicated that they attended at least an internal management training course. EXPLORING INERTIA 57 TABLE 2 BIOGRAPHICAL DATA AGE N % 18 – 24 Years 9,0 2,6 25 – 34 Years 162,0 46,7 35 – 44 Years 135,0 38,9 45 – 54 Years 18,0 5,2 55+ 0,0 0,0 Missing 23,0 6,6 Total 347,0 100,0 GENDER N % Male 308,0 88,8 Female 38,0 11,0 Missing 1,0 0,2 Total 47,0 100,0 LANGUAGE N % Afrikaans 85,0 24,5 Sepedi 25,0 7,0 Setswana 56,0 16,1 Xitsonga 7,0 2,0 siXhosa 61,0 17,6 SiSwazi 8,0 2,3 English 24,0 7,0 Sesotho 26,0 7,5 Tsivenda 3,0 0,9 IsiNdebele 4,0 1,2 IsiZulu 43,0 12,4 Other 3,0 0,9 Missing 2,0 0,6 Total 347,0 100,0 TENURE N % Less than 3 years 7,0 2,0 3 – 5 years 36,0 10,4 6 – 10 years 122,0 35,2 11 – 15 years 102,0 29,4 16 – 20 years 65,0 18,7 More that 20 years 14,0 4,0 Missing 1,0 0,3 Total 347,0 100,0 QUALIFICATIONS N % Lower than matric 36,0 9,8 Matric 193,0 55,6 Matric with diploma 88,0 25,4 B-degree 17,0 4,9 Post graduate 10,0 2,9 Missing 5,0 1,4 Total 347,0 100,0 COURSES ATTENDED Rank Management Leadership No Course Total N N N N Entry level 3,0 1,0 11,0 15,0 Second level 26,0 10,0 119,0 155,0 Third level 21,0 15,0 55,0 91,0 Junior Management 17,0 3,0 34,0 64,0 Civil/Professional 0,0 0,0 0,0 0,0 Other 1,0 1,0 5,0 7,0 Missing 0,0 0,0 2,0 2,0 Total 68,0 40,0 226,0 334,0 Percentage 20,3 11,9 67,6 100,0 Measuring instrument To identif y the constructs applicable to organisational inertia, the “Organisational Inertia Scale” (OIS), developed by Kinnear and Roodt (1998), was used with the permission of the developers. The questionnaire consists of 109 items, representing the synergised and overlapping dimensions, adapted by Kinnear and Roodt (1998) on the Burke-Litwin (1992) model of organisational change and development. This model is depicted in terms of its systems flow in Figure 2. In the South African context, the OIS was standardised on samples representing the corporate sector and respondents from post levels between junior-or middle management (Kinnear & Roodt, 1998). The dimensions measured by the OIS are as follows: � External environment. Any outside condition or situation that influences the performance of the organisation. � The business and change strategy (mission and strategy). The necessity of a change strategy in terms of the external and internal demands for change. � Change leadership. Executive behaviour that provides direction and encourages others to take needed action. Data gathering focuses on perceptions of executive practices and values. � Supportiveness of organisational culture. The overt and covert rules, values and principles that guide organisational behaviour. � Business composition. The structure and arrangement of functions and people into specific areas and levels of responsibility, decision-making, authority and relationships. � Change management practices. What managers do in the normal course of events to use the human and material resources at their disposal to carry out the organisation’s strategy. � Change related systems. Policies, mechanisms, compensation, financial resources and any other reward systems that are conducive to change efforts. � Work unit orientation. A supportive climate, availability of resources, level of expertise of change agents and the work unit’s acceptance of change initiatives. � Job/task requirements and individual skills/abilities. This dimension concerns what is often referred to as job-person match. � Motivation. Aroused behavioural tendencies to move toward goals, take needed action and persist until satisfaction is attained. � Personal impact of the change initiative. Aspects that may have an impact on individual and organisational performance. For example, people’s existing status, earnings job security and power networks. � Individual needs and values. The ability to cope and the impact of psychological factors (emotional impact) that provide desire and worth for individual/personal actions or thoughts. The instrument gives a summary of the individual respondent’s perception and experience of the change process. The LOUW, MARTINS58 questionnaire is a Likert seven-point intensity response scale, anchored at either side in terms of Schepers’s (1992) requirements for measuring instruments. The items are formulated in question format. To overcome the error of item prejudice, the scale is numbered in a reversed order (from left to right with decreased intensity). High scores on the scale indicate an individual’s satisfaction with the questions set, and vice versa. The instrument proved to be reliable with an internal consistency of 0,981 (Cronbach Alpha) (Kinnear & Roodt, 1998, p. 50). Procedure Respondents were gathered in a lecture room. The nature and purpose of the research were explained to them. Full instructions on how to complete the questionnaire were given verbally. Respondents were given the opportunity to take part in the research project voluntarily. Confidentiality and anonymity were assured by requesting respondents not to write their names on the questionnaire. No time limitation was set to complete the questionnaire. The questionnaires were distributed in the lecture room and collected after it was completed. Statistical analysis The measuring instrument generated an enormous amount of data. Therefore, the publication of all of them is beyond the scope of this article. However, it is available for inspection if necessary. In order to confirm the reliability of the instrument for the purpose of this study, a principal factor analysis with a Varimax rotation was conducted. The analysis was subjected to Kaiser’s normalization. A three level rotation was done to determine the measurement consistency of the instrument as such, as well as for the sub-scales and individual items respectively. TABLE 3 FACTOR MATRIX FACTOR I FACTOR II Factor I 0,773 0,634 Factor II –0,634 0,773 Hair, Anderson, Tatham and Black (1995, p. 374) have requirements for assumptions relevant to reliability indexes for analysis. For example, an index of 0,90 or above is “marvelous,” 0,80 or above is “meritorious”, 0,70 or above is “middling,” 0,60 or above is “mediocre,” and 0,50 or above is “miserable.” Those lower than 0,50 is unacceptable. The nature of the OIS Likert-scale makes it difficult to obtain results that meet the requirements of normality. In this case, it was decided to conduct significance tests by means of Pearson’s Chi-square (X²) on those items that reflects seriousness in terms of inertia’s existence. The “Statistica (1995)” software was used to conduct the analysis. RESULTS Tables 3, 4 and 5 show the reliability indexes of the OIS as it was rotated on the three levels respectively. The matrix in table 3 confirms an inter-correlation of 0,773 (Alpha) for the instrument as a whole. It means that the results are referring to only one common factor, namely the phenomenon of organisational inertia. Table 4 depicts the reliability indexes of the underlying dimensions of inertia as reflected in the 12 sub-scales of the instrument. Indexes in this table varies between 0,677 for factor G, which is the lowest, to 0,896 for factor F representing the highest index for all sub-scales. TABLE 4 RELIABILITY INDEX OF SUB-SCALES Factor Alpha A 0,845 B 0,820 C 0,870 D 0,846 E 0,837 F 0,896 G 0,677 H 0,730 I 0,851 J 0,870 K 0,828 L 0,871 Although table 5 is reflecting the reliability indexes of the individual items on the OIS, it also displays all other descriptive statistics for further discussions in the article. TABLE 5 DESCRIPTIVE STATISTICS ITEM N X SD Alpha Skewness Kurtosis A. Inertia factors in change strategy A1 339 5,56 1,19 0,834 -1,13 0,09 A2 345 5,17 2,00 0,848 -0,82 -0,53 A3 342 4,48 2,05 0,831 -0,35 -1,07 A4 341 3,68 1,97 0,831 0,19 -1,08 A5 343 3,90 1,96 0,833 0,02 -1,07 A6 345 3,71 1,94 0,830 0,23 -1,02 A7 343 4,22 2,06 0,830 -0,13 -1,20 A8 346 3,60 1,98 0,831 0,26 -1,06 A9 343 3,88 2,01 0,832 0,12 -1,16 A10 342 3,60 2,00 0,838 0,32 -1,09 A11 344 4,46 1,90 0,837 -0,24 -1,00 A12 345 4,63 2,03 0,830 -0,39 -1,09 A13 344 4,54 1,92 0,838 -0,32 -0,99 B. Environmental influences as inertia factor B1 343 3,88 1,93 0,808 0,04 -1,06 B2 346 4,45 2,06 0,789 -0,34 -1,08 B3 345 4,29 1,88 0,791 -0,18 -1,02 B4 342 4,34 1,78 0,799 -0,18 -0,83 B5 346 4,38 1,86 0,794 -0,22 -1,02 B6 344 4,11 1,95 0,794 -0,10 -1,10 B7 342 3,58 1,91 0,797 0,20 -1,00 C. Inertia factors surrounding change leadership C1 341 3,62 2,17 0,855 0,27 -1,33 C2 338 3,20 2,04 0,856 0,56 -0,95 C3 337 3,59 1,93 0,861 0,36 -0,98 C4 338 3,19 1,90 0,864 0,53 -0,85 C5 338 2,95 1,95 0,865 0,69 * -0,71 C6 339 3,17 1,84 0,864 0,55 -0,67 C7 340 3,46 1,96 0,870 0,31 -1,06 C8 337 3,01 1,95 0,852 0,69 * -0,71 C9 337 3,12 1,89 0,855 0,60 -0,66 C10 337 3,33 1,90 0,857 0,40 -0,89 C11 339 3,19 1,83 0,858 0,48 -0,75 C12 345 3,39 1,91 0,865 0,42 -0,84 EXPLORING INERTIA 59 D. Inertia factors in organisational culture D1 345 3,22 1,80 0,828 0,55 -0,67 D2 347 3,18 1,97 0,819 0,50 -0,96 D3 345 3,13 1,89 0,814 0,55 -0,83 D4 344 3,09 1,85 0,827 0,58 -0,71 D5 345 2,99 1,75 0,833 0,54 * -0,69 D6 344 3,32 1,83 0,822 0,42 -,084 D7 345 3,37 1,85 0,849 0,41 -0,81 D8 345 3,57 1,99 0,826 0,21 -1,16 E. Inertia factors in business composition E1 342 3,72 1,96 0,839 0,13 -1,13 E2 342 3,35 1,93 0,811 0,43 -0,97 E3 343 3,38 1,92 0,807 0,38 -0,98 E4 343 3,28 1,90 0,814 0,48 -0,88 E5 344 3,28 1,93 0,805 0,48 -0,89 E6 343 3,37 1,87 0,819 0,31 -0,98 E7 342 3,39 1,92 0,819 0,42 -0,90 E8 343 3,31 1,93 0,829 0,48 -0,90 F. Inertia factors in change management practices F1 343 3,43 1,93 0,890 0,42 -0,89 F2 3,23 1,87 ,653 0,48 -0,81 F3 346 3,07 1,92 0,626 0,63 * -0,72 F4 343 3,13 1,90 0,888 0,58 -0,71 F5 344 3,20 2,00 0,538 0,53 -0,91 F6 343 3,25 2,05 0,544 0,55 -0,96 F7 346 3,77 2,09 0,381 0,13 -1,26 F8 345 3,21 2,01 0,491 0,57 -0,92 F9 344 3,62 2,08 0,475 0,27 -1,20 F10 344 3,10 1,82 0,552 0,62 -0,56 F11 341 3,26 1,87 0,599 0,46 -0,86 F12 344 3,20 1,79 0,686 0,50 -0,64 F13 343 3,34 1,82 0,670 0,44 -0,77 F14 341 3,47 1,75 0,629 0,33 -0,72 F15 340 3,36 1,83 0,618 0,44 -0,74 G. Inertia factors in change related systems G1 339 2,99 1,77 0,634 0,68 * -0,44 G2 340 2,79 1,77 0,597 0,76 * -0,48 G3 341 2,91 1,88 0,560 0,76 * -0,53 G4 343 3,10 1,99 0,637 0,60 -0,88 G5 344 3,23 1,98 0,693 0,55 -0,87 H. Inertia factors in work unit change organisation H1 345 3,88 2,12 0,730 0,12 -1,34 H2 343 3,66 2,06 0,698 0,20 -1,22 H3 343 3,43 2,10 0,725 0,37 -1,16 H4 343 3,34 2,09 0,705 0,44 -1,10 H5 343 2,98 1,93 0,667 0,63 * -0,80 H6 339 2,96 1,99 0,683 0,68 * -0,78 H7 342 3,20 1,98 0,693 0,57 -0,81 H8 342 3,42 2,05 0,698 0,37 -1,12 I. Inertia factors in job requirements I1 343 3,66 2,04 0,848 0,28 -1,13 I2 343 3,79 2,08 0,845 0,18 -1,23 I3 342 3,83 2,02 0,840 0,11 -1,21 I4 343 4,45 2,03 0,839 -0,26 -1,19 I5 342 4,48 1,96 0,837 -0,27 -1,03 I6 342 4,78 1,93 0,830 -0,51 -0,83 I7 340 4,61 1,96 0,826 -0,34 -1,10 I8 343 4,52 1,99 0,831 -0,28 -1,12 I9 340 4,48 2,00 0,832 -0,30 -1,08 I10 344 4,24 2,11 0,832 -0,15 -1,31 I11 341 4,08 2,03 0,846 -0,11 -1,16 J. Motivation for change as inertia factor J1 341 4,39 2,05 0,854 -0,19 -1,22 J2 338 4,46 2,02 0,833 -0,25 -1,17 J3 340 4,51 2,04 0,846 -0,31 -1,14 J4 341 4,35 2,09 0,849 -0,21 -1,24 J5 342 4,28 2,10 0,847 -0,18 -1,29 J6 342 4,09 2,07 0,859 -0,04 -1,24 K. Personal experience of change as inertia factor K1 343 3,83 2,14 0,801 0,12 -1,29 K2 340 3,95 2,16 0,794 0,08 -1,36 K3 339 4,02 2,09 0,811 0,03 -1,28 K4 340 4,24 2,01 0,803 -0,06 -1,19 K5 338 3,86 2,04 0,821 0,09 -1,23 K6 332 3,88 1,99 0,803 0,14 -1,12 K7 335 3,78 2,02 0,802 0,17 -1,13 L. Emotional experience of change as inertia factor L1 327 3,61 2,10 0,855 0,28 -1,22 L2 323 3,53 1,97 0,867 0,29 -1,03 L3 326 3,23 2,01 0,859 0,47 -1,07 L4 324 3,68 2,04 0,860 0,18 -1,18 L5 326 3,29 1,99 0,861 0,42 -0,98 L6 325 3,52 2,11 0,846 0,30 -1,17 L7 325 3,85 2,01 0,859 0,04 -1,16 L8 325 3,73 2,04 0,849 0,15 -1,20 L9 325 3,71 2,11 0,855 0,11 -1,25 The “Statistica (1995)” software programme was used to conduct the analysis. The reliability indexes among the 109 items, as reflected in table 5 varies bet ween 0,870 and 0,381. Bartholomew, Henderson and Marcia (2000, p. 298) argue that reliabilities between 0,80 and 0,60 are acceptable. Those lower than 0,60 are also acceptable as long as the testing of a hypotheses is not involved. Thus, during this research it was decided that the relevant items were highly reliable during the development of the questionnaire and that the low indexes in this study should not be omitted. Due to the nature of the questionnaire that was characterized by a reversed intensity, the researchers were interested in items with a positive skewness index from 0,5 and higher. Such indexes demonstrated a majority of responses closer to option one (1) on the seven-point Likert-scale. To determine a cut-off for the mean, the authors were guided by previous research. In similar studies (Burke, Coruzzi & Church, 1996; Church, Margiloff & Coruzzi, 1995) item means lower than 3,06 were considered as items that reflect concern for the purpose of organisational development interventions. To be conservative, a mean of 3,08 and lower was set for this research. Kurtosis indicates a measure of the peakedness of a distribution. In this study the distributions vary between 0,09 (the most leptokurtic) and -1,36 (the most platykurtic). Due to the nature of the measuring instrument that usually generates data which tend to group or cluster at either extreme end of the scale, none of the items reflected a normal distribution (mesokurtic distribution). An inspection of results in table 5 reveals that some items create data with concern in terms of the change process as a whole. Table 6 is a summary of items below the 3,08 cut-off. It can also be relayed to the particular dimension the OIS measures as well as the specific sub-system as explained in this article in terms of the Burke-Lit win (1992) model of Organisational Change and Development. LOUW, MARTINS60 TABLE 6 ITEMS BELOW CUT-OFF MEAN Items Dimensions Variable C5,C8 Leadership Transformational D5 Organisation culture Transformational F3 Management practices Transactional G1,G2,G3 Organisational systems Transactional H5,H6 Work unit climate Transactional A further interpretation attached to this data is that development interventions would usually be focussed in these areas within the target organisation, due to the fact that low means is a signal of sluggishness of organisational systems relevant to the change process (Burke et al., 1996). All items listed in table 6 have means below the 3,08 cut-off set for research purposes. The questions in the OIS referring to the items depicted in table 6, are displayed in table 7 to give direct support for any conclusions in this article. TABLE 7 QUESTIONS RELEVANT TO ITEMS THAT CAUSE CONCERN ITEM QUESTION C5 Do employees have confidence in top management’s ability to manage changes? C8 Do top management show commitment to the change initiative, by practising what they preach? D5 Are creative contributions to business improvement rewarded? F3 Was the change initiative planned well? G1 Does the company’s compensation system support the change initiative? G2 Are employees who implement the changes rewarded for it? G3 Have sufficient human resources been allocated to manage the change initiative? H5 Are some people of your team selected as change agents (individuals who will drive the change initiative within your team? H6 Are those selected fully trained to act as trained agents? TABLE 8 CROSS TABULATIONS Biographic Dimension on Confidence P-Value Significant/ Dimension “Organisational level No significance Inertia Scale” Courses Leadership (C5) 5 0,906022 no attended Educational Organisational 5 0,874334 no level culture (D5) Tenure Management 5 0,215841 no practices (F3) Educational Organisational 5 0,170926 no level systems (G2) To rule out the possibility of chance, data listed in table 6 was subject to Pearson’s chi square (X²) cross-tabulations with biographic dimensions in table 2. All these item means were below the cut-off mean of 3,08. The results of the cross-tabulations are shown in table 8. The confidence level of 0,05 in this exercise confirms that the results obtained are not due to chance. DISCUSSION The results in table 5 confirm that the respondents do support the changes initiated by the organisation (see items A1 and A2) but also prove that there are some reasons for concern with the process drive itself. The data summarised in tables 6 and 8 confirm that the respondents were not satisfied with dimensions like leadership and organisational culture which represent the transformational variables as conceptualised by Burke and Litwin (1992). A similar argument can be raised in terms of management practices, organisational systems and work unit climate which represent the transactional variables conceptualised by the same authors. The impact there-of is that the target organisation is not ready for change and that the the “unfreezing” stage of change will be problematic. In fact, the organisation will maintain the status quo unless target interventions could be implemented to drive the change process. As from an interpretation of the responses generated by means of the OIS, it can be assumed that respondents are uncertain about the leadership vision for the change process. It also reflects the perception that previous change initiatives were unsuccessful and that top management do not posses the ability to manage the change initiatives properly. The fact that respondents feel that management is not honest enough with the change objectives implemented, can also be interpreted as a matter of insufficient communication between management and ground level employees. The scores relevant to the dimension “organisational culture” (D5) give the impression that employees are not given an opportunity to do experiments in the work context to find solutions for the daily problems experienced. The findings relevant to “organisational culture” supports a possible leadership crisis is experiencing. The data generated by the questionnaire reflects an assumption that a learning culture is still not being introduced and that creativity is not rewarded within the organisational context. The classification of leadership and organisational culture as transformational variables reveals that the target organisation does not possess the ability to respond to environmental pressures. Management practices can be seen as the tools to deal pro- actively and reactively with the pressures from inside and outside the organisation. However, the sample in this study shows a lack of participative management practices. Further more, role models are not clearly identified to promote interaction and drive during the change process. A lack of management skills are manifested. This leads to a lack of guidance to subordinates which is crucial during the change process. The respondents revealed the insufficient allocation of financial resources to reward extraordinary change successes initiated by employees. The non-existence of supporting change systems, as indicated by respondents, may result in stagnated organisational systems. The presence of a negative organisational climate is a causal effect of weak leadership and a lack of interaction between management and subordinates. The weakening climate is suppressing inter-employee relationships as well as the trust relationships between supervisors and subordinates. Although item means on and below 3,08 were selected for research purpose in this article, items with means up to 3,5 (out of the Likert scale of seven) could also been isolated for intervention purposes, because item means up to 3,5 are still not convincing that all are well with the change process in the target organisation. If this was the case the following items would have been selected for intervention purposes: EXPLORING INERTIA 61 � Items C2,C3,C4,C5,C6,C7,C8,C9,C10,C11,C12 (Leadership) � Items D1,D2,D3,D4,D5,D6,D7D,D8 (Organisation culture) � Items E2,E3,E4,E5,E6,E7,E8 (Business composition) � Items F1,F2,F3,F4,F5,F6,F7,F8,F9,F10,F11,F12,F13,F14,F15 (Change management practices) � Items G1,G2,G3,G4,G5 (Organisational systems) � Items H4,H5,H6,H7,H8, (Work unit climate) With the mentioned negative aspects in mind, it will not be unjustified to argue that the target organisation is heading for a state of organisation pathology. Organisation dysfunctions like these have serious threats to employee physiological and mental well- being (Herman, 1963; Kets de Vries & Miller, 1984; Krantz, 1985). The outcome of the empirical study supports the theory regarding the dynamics within the organisational change process. It also underlines the psycho-socio dynamics of change. Ignorance of these components will inevitably result in the failure of change and transformation interventions (Burke, 1992). According to the findings of this study, it can be concluded that organisational inertia is a phenomenon that affects both corporate and public sector organisations. However, the results of this study and those of Kinnear and Roodt (1998) differ partly in terms of organisational inertia’s manifestation in organisational systems. Whereas Kinnear and Roodt (1998) pointed out that the variables named management practices, change-related systems, work-unit climate, task requirements and individual experience of change (variables labelled “transactional variables” by Burke and Litwin) is mostly causal to inertia, this study reveals similarity with regard to management practices, change related systems and work unit climate. Besides these similarities, variables like individual skills/abilities as well as individual and organisational performance can be added to transactional variables that are causal to inertia. What appears to be different from Kinnear and Roodt’s (1998) findings, is that leadership and organisational culture (labelled as “transformational variables” by Burke and Litwin, 1992), are more prominent in this study. The latter’s prominence supports Maurer’s (1996) argument explaining that change in organisations should be initiated by management/leadership as the driving force. Further, change should be facilitated through socialisation processes in order to create a new corporate culture that may reduce or eliminate restraining forces during the cyclical phase of the change process. This research has succeeded in providing a holistic view of organisational inertia as a logical factor manifested in different organisational environments. 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