the green practice index of the faculty of a state...
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The Green Practice Index of the Faculty of a State Educational
Institution in the Philippines
RONORA S. MALAGA Carlos Hilado Memorial State College
Talisay City, Philippines
Email: [email protected]
Tel: +9173043187
Abstract
The paper provides a clearer picture of the extent the teachers demonstrate tangible and inspiring
examples of practices that work towards a system-based and sustainability-oriented paradigm which is an
embodiment of resource-efficient green campus, culture, curriculum, research and community extension.
It further identifies some factors that relate to these green practices. The study adopted a descriptive
research design. It utilized 115 respondents from the total 162 teachers of Carlos Hilado Memorial State
College using the systematic sampling method. The validated and reliability-tested Green Practice Index
(GPI) was used as a tool for data gathering. The instrument demarcated five (5) measurable parameters
reflecting the practices that promote green campus, culture, curriculum, research, and community
extension. The study employed the average standard deviation, T-test, one-way ANOVA, Point Biserial,
and PPM for the statistical treatment of data. Generally, the faculty demonstrated a moderately high level
of green practice index. The green culture earned a very high index while green research garnered a very
low index. Sex caused significant variation in the faculty green practice in the areas of culture, curriculum,
and community extension. The educational attainment resulted in notable difference in the faculty green
community extension practices. Accordingly, sex and educational attainment were found as correlates of
the green practice index of the faculty. The findings set out the College to come up with the systematic
planning of stratagems to formalize establishment of norms, institute training programs, fix allocation of
funds and sources, and align priorities for its faculty to exemplify the ideal environmental practices.
Keywords: Green Campus, Green Culture, Green Curriculum, Green Research, Green Community, Green
Extension, Green Practice Index, State Educational Institution.
Introduction
Teachers are on the brink of the global and universal call for sustainability. In the practice of their
profession, they employ a paradigm that synthesizes the forces of the moral object and “change agentry”
(Fullan, 1993). They have a moral end of shaping the society – its people, its events, and its destiny
(Corpuz, 2012). Such purpose is well expressed in the way they prepare people of all walks of life to plan
for, cope with, and find solutions for issues that threaten the sustainability of the planet; and encourage
changes in behavior that will create a more sustainable future (UNESCO, 2005). By teaching and
propagating the splendid idea of “living in harmony with the environment,” they eventually break
structures, routines, and practices that do not cultivate “learning for being” and “learning for future living.”
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Nevertheless, the leap from “knowing” to “transforming society” may not be a simple step. There is a need
for teachers to explore innovative activities that concretize and actualize the sustainable practices also
labeled as green practices. It is equally difficult for them to function in the nurturing and validating manner
required for promoting such qualities in young people in their charge, if they themselves do not feel good
about themselves and possess sustainable attributes (Cambers, G. et. al., 2008).
Certainly, the above condition is putting forward the concept of teachers “walking their talk.” Teachers
should practice what they teach. Thompson (2004) opines it as walking with integrity which indicates the
acquisition of quality and the adherence to high moral principles and professional standards; and the state
of being complete, undivided, sound, or undamaged (Cambridge Dictionary). It further denotes teachers
owning and keeping those principles or standards consistently as apparently shown in their daily behavior
and practices.
The Code of Ethics of Professional Teachers (R.A. 7836) also accentuates that teachers are persons of
dignity, reputation, and high moral values (Bilbao, 2012; 30-31). Expectedly, as individuals of good moral
character, they should manifest virtuous and mature culture and sound green ethics and practices.
The demonstrated green practices of teachers relevantly impinge the environmental performance and
sustainability dimensions of the whole school. Interestingly, there has been a good deal of popular
discussions on how to measure this performance with teachers at the nub of the valuable undertakings of
addressing the pressing environmental concerns. Literature and studies detail the features that characterize
a green or an eco-friendly school with a teacher at the underside.
Noticeably, the valuation often progresses from a bigger picture before going into small details. During the
last ten years, efforts to measure a country’s environmental performance have been conducted through
Environmental Performance Indexes (EPIs) to quantify a country’s environmental performance in response
to the Millennium Development Goals.
Scorecards have been developed to assess a country’s environmental policies in different categories based
on outcome-based indicators (Waas, 2014). On the other side of the said appraisal, there is a dearth of
proof on the discrete quantification of teachers’ individual green practices and the extent they shape the
overall school performance. Chan (2013) remarks on insufficient literature devoted to the accountability
issues in educational settings and little consistency in developing and implementing policies for promoting
green school environments.
More often, the cultivation of broad-based support to the environmental efforts does not start from the
grassroots with generous attention placed to the individual’s moral vision and disposition that stir their
engagement in green practices. Correspondingly, it does start from small or subordinate units to bigger
concepts that can be utilized to facilitate and guide management decisions and prioritization.
The above conditions necessitate the conduct of appraisal of the teachers’ environmental practices that
contribute to the total environmental culture of the school. Specifically, the paper presents the green
practice index of the faculty of a state college in the areas of promoting green campus, culture, curriculum,
research, and community extension. It further draws attention to some covert elements or circumstances
that influence these green practices.
Research Questions
The paper primarily intended to determine the green practice index of the faculty of a state educational
institution in the province of Negros Occidental during the academic year 2017-2018. Specifically, it
purported to provide answers to the following questions:
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1. What is the green practice index of the faculty in five measurable parameters (campus, culture,
curriculum, research, and community extension) when taken as a whole and when grouped according
to age, sex, highest educational qualification, and family monthly income?
2. Are there significant differences in the green practice index of the faculty in five measurable
parameters (campus, culture, curriculum, research, and community extension) when grouped and
compared according to age, sex, highest educational qualification, and family monthly income?
3. Are there significant relationships between the green practice index of the faculty in five measurable
parameters (campus, culture, curriculum, research, and community extension) and each of the
associated variables (age, sex, highest educational qualification, and family monthly income)?
Framework of the Study
The green ethics and reconstructive theory are juxtaposed with recent transition and realignment of vision
and practices of educators to address the global concerns and issues for sustainability. Sustainable
education obtained within the premises of a sustainable school contributes to the making of a sustainable
society. Consequently, these notions now point to the re-visitation of education policies, restructuring of
content, re-engineering of operations and processes, and re-orientation of the constitution and value system
to completely transform the College into a green institution and eventually amass the landscape of
sustainable development. In the midst of this global command and demand for sustainable development, the
College also needs to backlash the culture, policy, and management strategies that imperil its progress and
development.
The underpinning views convey the need to carry out a systematic and exhaustive analysis of information
that would mirror and ascertain the green practice index of the faculty as they cope with the sustainable
prerequisites and help in the building of a green environment. The behavior-analytic position provides the
basis for the assessment and analyses of the extent of observance of the faculty of the model green practices
(Schlinger, 1992). It also lays the groundwork for identifying the possible correlates that will actively
influence and bring about variation for the faculty to efficiently and masterfully take the path towards
sustainable development. The essential attributes of the perceived divergence and association to the green
practice index include age, sex, highest educational qualification, and family monthly income as reflected
in figure 1.
Figure 1. Schematic diagram illustrating the conceptual framework of the study
Materials and Methods
Research Design
The study primarily utilized detailed quantitative data providing an accurate description of the characteristic
or attribute being measured without manipulation of experimental variables. Given the nature of research
problem, the study adopted a descriptive research design.
FACULTY
Age
Sex
Highest Educational
Qualification
Family Income
GREEN PRACTICE
Campus
Culture
Curriculum
Research and Technology
Community Extension
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Respondents and Study Site
The study covered 115 from the total 162 faculty members of the main campus of Carlos Hilado Memorial
State College as respondents who were chosen using the systematic sampling design.
Instrumentation
The researcher used the Green Practice Index (GPI) as a tool to gauge the extent the faculty observes or
implements the prescribed green practices in the college premises. The instrument demarcated five
measurable parameters reflecting the practices that promote green campus, culture, curriculum, research,
and community extension. It provided simple and precise coding system and explicit scoring procedure to
ensure the objective and accurate measures of data. Prior to the utilization of instrument as data gathering
device, five validators with proven expertise in the field checked on the meaningfulness and
appropriateness of the GIS. The Cronbach’s Alpha result (0.93) established the internal consistency of the
test instrument; while the Pearson Product-Moment Correlation Coefficient result of 0.97 proved the ability
of the instrument to draw a stable/consistent response. Interview, actual observation, and document survey
served as additional tools for data gathering and cross verification of responses.
Mode of Analyses
The descriptive problems on the green practice index of the faculty employed the use of statistical
average/mean and standard deviation. The test for significant differences based on sex employed the t-test
for independent samples; while the grouping based on age, highest educational qualification, and family
monthly income used the one-way analysis of variance. Measuring association of the green practice index
with sex necessitated the use of Point-biserial; and Pearson Product Moment coefficient when establishing
for its relationship with age, highest educational qualification, and family monthly.
Results and Discussion
The Green Practice Index of SUC Faculty
The green practice index of the faculty across all quantifiable parameters was moderately high (M=2.62).
The mean result denotes that the ideal green practices were substantially and consistently met in some
respects, but further efforts have still to be put forth for their complete adoption or observance. Analyzing
by parameter, the faculty notably showed a very high index in the promotion of green culture M=4.26); a
high index (3.48) in the promotion of green campus; a moderately high index in the areas of green
curriculum (M=2.70) and community extension (M=2.61); and a very low index (M=0.03) in the area of
research.
Table 1. The green practice index of the faculty in five measurable parameters when taken as a whole
N Parameters
Campus Culture Curriculu
m
Researc
h
Community
Extension
Whole
Index
As a
Whole
115 3.48 4.26 2.70 0.03 2.61 2.62
sd 0.62 0.59 0.65 0.87 0.65 0.42
IN H VH MH VL MH MH
Legend: IN – Interpretation; VH – very high; H – high; MH – moderately high; L - low; VL- very low
The very high index in the area of green culture expresses the substantial observance of green values and
ethics and utmost involvement in the promotion of green organizational climate. Whereas, the very low
index in research is a manifestation of the absence or deficiency of conscious endeavors of the faculty to
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engage or participate in green research undertakings. The faculty attributed their lack of engagement to
failure to optimize the utilization of research fund, limited incentives, and inadequate technical support
When grouped according to age, teachers classified in 52-64-year-old group steadily exhibited a higher
index (M=2.56) than 39-51-year-old group (M=2.56) and 26-38-year-old group (M=2.56) except in the area
of research where the 26-38-year-old group showed a peripheral edge. The mean ratings of the total index
descriptively bare that the indicators for green practice in the different parameters were observed or
practiced by the faculty on a moderate or average level.
Table 2. The green practice index of the faculty in five measurable parameters when grouped and
compared according to age
Age
(years old)
N Parameters
Campus Culture Curriculu
m
Research Community
Extension
Whole
Index
26-38 24 3.37 4.21 2.69 0.03 2.52 2.56
Sd 0.59 0.61 0.62 0.13 0.46 0.37
IN H VH MH VL MH MH
39-51 52 3.40 4.24 2.63 0.02 2.53 2.56
Sd 0.63 0.59 0.57 0.43 0.62 0.41
IN H VH MH VL MH MH
52-64 39 3.66 4.31 2.82 0.04 2.78 2.72
Sd 0.60 0.58 0.76 0.10 0.75 0.44
IN H VH MH VL MH MH
Legend: IN – Interpretation; VH – very high; H – high; MH – moderately high; L - low; VL- very low
When indexed according to sex, the female teachers consistently obtained a higher mean than the male
teachers in the areas of campus, curriculum, culture, and community extension, thusly, ending up in
disproportion in whole index values (M=2.76 versus M=2.31).
Table 3. The green practice index of the faculty in five measurable parameters when grouped and
compared according to sex
Sex N Parameters
Campus Culture Curriculum Research Community
Extension
Whole
Index
Male 37 3.41 3.77 2.14 0.04 2.22 2.31
sd 0.83 0.56 0.69 0.13 0.66 0.46
IN H H MH VL MH MH
Female 78 3.51 4.49 2.97 0.02 2.80 2.76
sd 0.50 0.45 0.42 0.06 0.55 0.30
IN H VH MH VL MH MH
Legend: IN – Interpretation; VH – very high; H – high; MH – moderately high; L - low; VL- very low
Classified based on highest educational attainment, teachers with doctorate degree generally displayed a
higher green practice index in the areas of campus (M=3.70), curriculum (M=2.84) research (0.05), and
community extension (3.04) than those with baccalaureate and master’s degree.
The grouping based on family income gave out the almost similar result with faculty classed in the 80, 000
pesos and above monthly family revenue showing the highest green practice index (M=2.72) interpreted as
moderately high. Faculty belonging to 40, 000 – 79, 999 peso-monthly-income-group (M=2.58)
comparably manifested a moderately high green practice index.
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Table 4. The green practice index of the faculty in five measurable parameters when grouped and
compared according to highest educational attainment
Highest
Educational
Attainment
N Parameters
Campus Culture Curricul
um
Research Community
Extension
Whole
Index
Baccalaur
eate
17 3.27 3.40 2.44 0.01 2.27 2.40
sd 0.75 0.66 0.66 0.02 0.68 0.49
IN H H MH VL MH MH
Masters 75 3.46 4.31 2.72 0.02 2.56 2.61
sd 0.56 0.57 0.57 0.09 0.57 0.36
IN H VH MH VL MH MH
Doctorate 23 3.70 4.30 2.84 0.05 3.04 2.79
sd 0.66 0.57 0.85 0.11 0.67 0.46
IN H VH MH VL MH MH
Legend: IN – Interpretation; VH – very high; H – high; MH – moderately high; L - low; VL- very low
Table 5. The green practice index of the faculty in five measurable parameters when grouped and
compared according to family monthly income
Monthly
Income
(php)
N Parameters
Campus Culture Curriculu
m
Research Community
Extension
Whole
Index
40,000 and
below
3
9
3.46
4.28
2.69
0.01
2.44
2.58
sd 0.39 0.57 0.56 0.03 0.59 0.38
IN H VH MH VL MH MH
40,001-
79,999
4
4 3.35 4.20 2.68 0.03 2.62 2.58
sd 0.59 0.59 0.65 0.11 0.63 0.42
IN H VH MH VL MH MH
80,000 and
above
3
2 3.67 4.32 2.76 0.04 2.81 2.72
sd 0.68 0.62 0.76 0.10 0.70 0.45
IN H VH MH VL MH MH
Legend: IN – Interpretation; VH – very high; H – high; MH – moderately high; L - low; VL- very low
In general, irrespective of the variable groupings (age, sex, highest educational attainment, and family
income), green campus yielded a high index, green culture a very high index, green curriculum and
community extension a moderately high index, and green research a very low index. Digressing from a
seemingly consistent result are the male faculty and teachers with baccalaureate degree generating only a
high index score in the area of green culture.
Difference in the green practice index of the faculty in five measurable parameters when grouped
according to age, sex, highest educational attainment, and family income
The overall obtained p-value (0.16) which is higher than the set level of significance of 0.05 hints the
absence of meaningful variance in the green practice index of the teachers categorized according to age.
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Analogous results can be derived when the five parameters were taken discretely as indicated by the p-
values of 0.09 for the green campus, 0.76 for green culture, 0.39 for green curriculum, 0.44 for green
research, and 0.15 for green community extension.
The absence of significant difference in the teachers green index, when grouped according to age, dispels
the claim that age is a variable most closely and consistently related to attitudinal indicators of
environmental awareness and practices. The strength and direction of age-effects observed across
environmental studies have been inconsistent. For example, Memery, Megisks, and Williams (2005)
and the International Institute for Sustainable Development studies point to younger people showing
greater sensitivity to environmental issues and practices. Departing from the preceding results, this
study proves that age is insignificant in the teachers’ observance of green practices in the campus.
Table 6. Difference in the green practice index in of the faculty in five measurable parameters when
grouped according to age
Parameters
Sum of
Squares df Mean Square F Sig.
Interpretation
Campus Between Groups 1.85 2 0.93 2.47 0.09
Not
Significant
Within Groups 41.93 112 0.37
Total 43.78
114
Culture Between Groups .191 2 0.10 0.27 0.76
Not
Significant
Within Groups 39.38 112 0.35
Total 39.57 114
Curriculum Between Groups 0.80 2 0.40 0.95 0.39
Not
Significant
Within Groups 47.24 112 0.42
Total 48.04
114
Research Between Groups 0.01 2 0.01 0.77 0.44
Not
Significant
Within Groups 0.86 112 0.01
Total 0.87
114
Community
Extension
Between Groups 1.58 2 0.79 1.92 0.15
Not
Significant
Within Groups 46.17 112 0.41
Total 47.76
114
TOTAL Between Groups 0.64 2 0.32 1.88 0.16
Not
Significant
Within Groups 19.00 112 0.17
Total 19.64 114
When grouped according to sex, there was a meaningful disparity between male and female faculty green
practice index. The areas of green culture (p-value=0.00), green curriculum (p-value=0.00), green
community extension (p-value=0.00) generated p-values that are lower than the 0.05 level of significance.
These values significantly contributed to the whole index p-value of 0.00 which presents an evident gap in
the mean scores of male versus female (2.31 versus 2.76). On a closer look, the comparative mean scores
of male and female faculty in the green curriculum (2.14 versus 2.97), green culture (3.77 versus 4.49), and
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green community extension (2.22 versus 2.80) clearly disclose the perceptible difference between the two
groups.
Conversely, the notable difference did not manifest in the areas of green campus (p-value=0.49) and
research (0.39). The result illustrates that both male and female faculty had manifested substantial or
adequate engagement in the waste management program, campus greening, and conservation efforts of the
college. In the case of green research, it could be gleaned from the gathered evidence that very few
teachers showed engagement in environmental research and introduced innovations or produced
technologies that would help assuage the human impact on the environment. The equally active
involvement in green campus initiatives and nearly evenly negligible research produce on environmental
topics somehow provided rationalization on the insignificant difference between male and female faculty
green practice in campus and research areas. Relative to this, the studies of do Paco, Raposo, and Fiho
(2009), found that women exhibit greater sensitivity toward and better perception of environmental issues.
The International Institute for Sustainable Development (IISD) (2013), specifies women to patronize
greener products. The studies by Mostafa (2007) and D’Souza, et. al. (2009) asserted that men are more
knowledgeable about the environment compared to women.
Despite the conflicting findings of which group is better in terms of awareness and sensitivity to the
environment, the above-mentioned studies strengthen the existence of gender gap in green practice index
which provided sound support or reinforced the current finding.
Table 7. Difference in the green practice index in of the faculty in five measurable parameters when
grouped according to sex
Parameters t-test P-value Interpretation
Campus
Male 3.41 -.070 0.49 Not Significant
Female 3.51
Culture
Male 3.77 -.7.49 0.00 Significant
Female 4.49
Curriculum
Male 2.14 -6.76 0.00 Significant
Female 2.97
Research
Male 0.04 0.86 0.39 Not Significant
Female 0.02
Community Extension
Male 2.22 -5.01 0.00 Significant
Female 2.80
Whole Index
Male 2.31 -5.37 0.00 Significant
Female 2.76
Furthermore, the data present the significant difference in the green index of the faculty in the area of green
community extension when they are grouped and compared according to their acquired highest educational
attainment. The p-value of 0.00 which is lower than the set 0.05 level of significance is indicative that the
educational status of a teacher is a precursor to his or her participation and involvement in community
extension activities. Going back to mean comparisons, teachers with baccalaureate degree end up with the
lowest mean score (M=2.27) compared to teachers with master’s degree (M=2.56) and doctorate degree
(M=3.04). The result shows the hierarchical or ordered increase of scores along with the level of
educational achievement.
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Chan (2014) explains the positive association of knowledge, environmental awareness, and environmental
concerns with ecological behavior. Ottman and Reilly (1998), Memery, et. al. (2005), D’ Souza, et. al.
(2007), and do Paco, et. al. (2009) studies similarly prove how educational attainment influences the
understanding of ecological issues and eventually motivates responsible environmental attitude and
practices.
In contrast, educational attainment did not result to the significant difference in the green practice index of
faculty in the areas of green campus (p-value=0.08), green culture (p-value=0.14), green curriculum (p-
value=0.14), and green research (p-value=0.42). The marked difference was seemingly weak and
inconclusive to establish the connection between educational attainment and environmental practice in
the areas of campus, curriculum, culture, research, and community extension.
Nevertheless, the whole index p-value (p=0.01) illustrates the capacity of educational status to reflect
variance in the green practice of the college faculty. Examining closely the mean scores generated, faculty
with doctorate degree set the highest index over-all index (M=2.79) compared to faculty with master’s
degree (M=2.61) and a baccalaureate degree (M=2.40).
Knowledge of issues and action strategies are found to be associated with responsible environmental
behavior (Hines, Hungerford, & Tomera, 2010). In this regard, the paper assumed that the accumulated
knowledge on environmental issues and concerns depends on the educational achievement of the faculty;
that is then, effectual to their extent of demonstrating environmentally-responsible attitude and practice.
Table 8. Difference in the green practice index in of the SUC faculty in five measurable when grouped
according to highest educational qualification
Parameters
Sum of
Squares Df
Mean
Square F Sig.
Interpretation
Campus Between Groups 1.94 2 0.97 2.60 0.08 Not Significant
Within Groups 41.84 112 0.37
Total 43.78 114
Culture Between Groups 1.38 2 0.69 2.02 0.14 Not Significant
Within Groups 38.19 112 0.34
Total 39.57 114
Curriculum Between Groups 1.63 2 0.82 1.97 0.14 Not Significant
Within Groups 46.41 112 0.41
Total 48.04 114
Research and
Technology
Between Groups 0.013 2 0.01 0.87 0.42 Not Significant
Within Groups 0.859 112 0.01
Total 0.872 114
Community
Extension
Between Groups 6.51 2 3.26 8.84 0.00 Significant
Within Groups 41.25 112 0.37
Total 47.76 114
Whole Index Between Groups 1.48 2 0.74 4.57 0.01 Significant
Within Groups 18.16 112 o.16
Total 19.64 114
The comparative pairing of faculty with a baccalaureate (M=2.27) and master’s (M=2.56) degrees did not
show a significant difference (p-value=0.19) in the green index practice of faculty in the area of community
extension. When both groups were matched with faculty having a doctorate degree (M=2.40), a significant
difference was shown (p-value=0.00). This difference showed the distinguished variation in the
involvement, participation, and engagement of the faculty in green community extension activities. It
could be deduced then that educational attainment is an important variable to the green community
extension practice of the faculty.
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Family income was also inconsequential to the green practice index of the faculty. The generated p-values
for green campus (0.08), culture (0.64), curriculum (0.84), research (0.23), and community extension (0.54)
exceeded the 0.05 level of significance. The overall p-value (0.24) assents to the individual scores for five
parameters which are similarly lower than the 0.05 level of significance.
The current finding, although focusing on the green practices, partly negates the findings of Ottman and
Reilly (1998) that affirm the greater sensitivity and concerns of the above average earners to environmental
issues. It also poses a quite diverging idea on the partiality of buying green products by better-off or high-
income shoppers. Relative to the given literature, the preference and use of environment-friendly materials
and resources; and eventually, opting for pro-environmental habits in all parameters are aspects that the
current study gauges to be the epithets of green practices. Subsequently, no significant divide in the
covered parameters of green practices can be noted based on the high, average, and low-income
classification of the faculty.
Table 9. Difference in the green practice index in of the SUC faculty in five measurable parameters when
grouped according to family income
Parameters
Sum of
Squares Df
Mean
Square F Sig.
Interpretation
Campus Between Groups 1.95 2 0.97 2.61 0.08
Within Groups 41.83 112 0.37
Not
Significant
Total 43.78 114
Culture Between Groups 0.317 2 0.16 0.45 0.64
Not
Significant
Within Groups 39.258 112 0.35
Total 39.569 114
Curriculum Between Groups 0.15 2 0.08 0.18 0.84
Not
Significant
Within Groups 47.89 112 0.43
Total 48.04 114
Research Between Groups 0.02 2 0.01 1.48 0.23
Not
Significant
Within Groups 0.85 112 0.01
Total 0.87 114
Community
Extension
Between Groups 2.42 2 1.21 2.99 0.054
Not
Significant
Within Groups 45.34 112 0.41
Total 47.76 114
TOTAL Between Groups 0.50 2 0.25 1.463 0.24
Not
Significant
Within Groups 19.14 112 0.17
Total 19.64 114
Relationship between the green practice index of the SUC faculty in five measurable parameters and
the variables age, sex, highest educational attainment, and family income
A significant relationship existed between age and the green campus practice index of the faculty (p-
value=0.05). The three groups of respondents, 26 to 38 years old (M=3.37), 39 to 51 years old (M=3.40),
and 52 to 64 years old (M=3.66) presented the positive correlation between the two measures. As reflected
in the data, older faculty appeared to manifest higher index in terms of green campus practices compared to
younger faculty. In affirmation to this finding, Wierknik (2013) meta-analysis revealed the small but
generalizable relationships between age and the environmental attitude and practice placing a stronger
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emphasis on older individuals as likely to be more engaged with nature, avoid environmental harm, and
conserve raw materials and natural resources.
A similar relationship was generally shown between sex and the green practice index with a p-value of 0.00
falling lower than the 0.05 level of significance. Specifically, the current finding proved that sex is
consequential to the faculty compliance with the green culture (p-value=0.00), adoption and
implementation of the green curriculum (p-value=0.00), and extent of collaboration with other stakeholders
to implement green programs and projects in the community (p-value=0.00). The study of Lee (2017)
underscored this noted relationship as evidenced by the remarkable discrepancy between female and
male adolescents in environmental attitude, environmental concern, resoluteness of dealing with
environmental problems, perceived environmental responsibility, peer influence, and green
purchasing behavior.
Finally, the highest educational attainment obtained by the faculty relates to their green index practice (p-
value=0.00) particularly in the areas of green campus (p-value=0.02) and community extension (p-
value=0.00). The study of Hines, Hungerolf, and Tomera 92010) stressed that educational attainment is one
of the variables associated with responsible environmental behavior that encompasses knowledge of issues,
knowledge of action strategies, the locus of control, verbal commitment, and individual sense of
responsibility. These components of environmental behavior were embedded in the essential indicators
utilized by the researcher to ascertain the green campus and community extension index of the faculty.
Table 10. Relationship between the green practice index of the SUC faculty and the variables age, sex,
highest educational qualification, and family income
Variables Campus Culture Curriculu
m
Research Community
Extension
Whole
Index
Age Pearson
Correlation
0.19* 0.07 0.09 0.05 0.16 0.15
Sig 0.05 0.47 0.35 0.58 0.10 0.10
Sex Pearson
Correlation
0.08 0.58** 0.60** -0.08 0.50** 0.50**
Sig 0.41 0.00 0.00 0.39 0.00 0.00
Highest
Educ’l
Qualificatio
n
Pearson
Correlation
0.21* 0.14 0.17 0.12 0.52** 0.27**
Sig 0.02 0.15 0.06 0.19 0.00 0.00
Family
Income
Pearson
Correlation
0.12 0.02 0.04 0.15 0.15 0.13
Sig 0.19 0.80 0.64 0.10 0.10 0.54
**Significant at 0.01 alpha level
* Significant at 0.05 alpha level
Conclusion
The promotion of green values and ethics, adoption of green campus solutions, and involvement in
environmentally-oriented operations are a remarkable boost to the green culture index of the faculty.
Nonetheless, the areas of green campus, curriculum, and community extension are still out-lying from an
excellent status. Extremely far below the passable index is the green research area rationalized by
inadequate involvement in research and dearth of research produce that takes up environmental topics. The
female faculty demonstrates better cultivation of green culture, adoption, and implementation of green
curriculum, collaboration with local partners in the promotion green community. Parallel to this finding,
there is a correlational link between sex and green practice index of the faculty in the same parameters
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(culture, curriculum, and community extension). Lastly, the educational attainment of teachers is
consequential to their green community extension index.
A corollary to the ardent desire to take the path towards sustainable development, the College through its
management needs to wield further efforts to provide a clear sense of direction and performance
expectation for faculty to realign all their actions and practices towards the promotion of green campus,
culture, curriculum, and community extension. The very low index in green research necessitates a more
profound re-visitation and re-orientation of the research and development agenda and priorities of the
College.
Education cannot remain stagnant, unresponsive, and defocused in the midst of alarming changes taking
place. Understanding this, the College may adopt a systematic whole school approach that will instigate a
unified, collaborative, and communal action in the fostering of eco-friendly initiatives and innovations
within the campus. Establishment of stringent and precise enabling standards or norms along green
practices may necessarily allow teachers and all school members to behave and act accordingly. Above all,
every teacher needs to devotedly partake in the assembling of sustainable future through endorsement and
proliferation of sustainable principles in its ground.
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