the issues and methodologies in sustainability assessment tools for higher education
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Journal of Education for Sustainable
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DOI: 10.1177/097340821100600113
2012 6: 63Journal of Education for Sustainable DevelopmentMasaru Yarime and Yuko Tanaka
Institutions: A Review of Recent Trends and Future ChallengesThe Issues and Methodologies in Sustainability Assessment Tools for Higher Education
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RESEARCHESD in Higher Education, the Professions and at HomeCopyright © 2012SAGE Publications(Los Angeles, London, New Delhi, Singapore and Washington DC)www.sagepublications.comVol 6(1): 63–7710.1177/097340821100600113
The Issues and Methodologies in Sustainability Assessment Tools for Higher Education Institutions
A Review of Recent Trends and Future Challenges
MASARu yARIME And yuko TAnAkA
AbstractAssessment tools influence incentives to higher education institutions by encouraging them to move towards sustainability. A review of 16 sustain-ability assessment tools was conducted to examine the recent trends in the issues and methodologies addressed in assessment tools quantitatively and qualitatively. The characteristics of the current approaches as well as problems and obstacles are identified, and implications and suggestions offered for improvements. The sustainability assessment tools reviewed focus mainly on the environmental impacts of university operation and issues related to governance. Aspects of education, research and outreach activities are not well addressed by these tools. As activities for sustainability at higher education institutions increasingly involve inter-/trans-disciplinary cooperation and close collaboration with diverse stakeholders in society, it will be of critical importance to develop and implement concepts and methodologies for conducting comprehensive, long-term and integrated assessment of research, education and outreach on sustainability at higher education institutions.
keywords: Sustainability assessment tool, higher education institutions, governance, operation, education, research, outreach
Masaru yarime and yuko Tanaka are in the Graduate Program in Sustainability Science (GPSS) at the Graduate School of Frontier Sciences, University of Tokyo. Email: [email protected]
64
Journal of Education for Sustainable Development 6:1 (2012): 63–77
Masaru Yarime and Yuko Tanaka
InTRoduCTIon
The concept of sustainability was first introduced to education at an international level by the UNESCO-UNEP International Environmental Education Programme
in 1975, jointly administered by the United Nations Educational, Scientific and Cul-tural Organization (UNESCO) and the United Nations Environmental Programme (UNEP) (UNESCO 1984). Since then, a number of national and international declara-tions directly relating to sustainability in higher education institutions (HEIs) have been developed and gained broad acceptance in the higher education community. The emerging themes in these declarations include sustainable physical operations, sustainable research, public outreach, interuniversity cooperation, partnership with government, nongovernmental organisations (NGOs) and industry, ecological lit-eracy, developing interdisciplinary curriculum, and moral obligation (Wright 2002, 2004).
The importance of reorienting existing education programs to incorporate sustainability-related principles, knowledge, skills, perspectives and values has been emphasised further by the United Nations Decade of Education for Sustainable Development (2005–2014) and UNESCO’s International Implementation Scheme (UNESCO Education Sector 2005). Here education for sustainable development is defined as a dynamic concept that utilises all aspects of public awareness, educa-tion and training, to create and enhance an understanding of the linkages among the issues of sustainable development and to develop the knowledge, skills, perspec-tives and values that will empower people of all ages to assume responsibility for creating and enjoying a sustainable future. It requires HEIs to rethink their mis-sions, and to restructure their courses research priorities, community outreach and campus operations. Integrating sustainability into all of the major activities of HEIs presents a tremendous opportunity to prepare students, and the campus community, to become more adept decision makers in an increasingly complex, dynamic and un-certain future (Glasser et al. 2005).
Progress on campuses, however has been much slower than expected (Velazquez et al. 2005). The slow pace in HEIs’ movements towards sustainability is particularly influenced by the conventional university evaluation systems that do not seriously consider sustainability perspectives in their assessment frameworks. Currently, HEIs are under increasing pressure from the government’s requirements for qual- ity assurance, and by market-based evaluations, which use quantitative data such as the number of academic papers published or cited and have become a power-ful tool to provide simplified impressions of HEI performance. Because ranking and assessment systems are increasingly influential in guiding the activities of HEIs, they, if modified appropriately, could be a significant force for transformation towards a more sustainable direction (Fadeeva and Mochizuki 2010).
Since the development of the major declarations on sustainability in higher educa-tion in the 1990s, a variety of assessment tools have been published and implemented with a considerable diversity in scope and methodology, covering a broad range of aspects related to sustainability of HEIs. Three primary functions are addressed in the campus sustainability assessments; namely, to understand where an institution stands
Sustainability Assessment Tools for Higher Education Institutions 65
Journal of Education for Sustainable Development 6:1 (2012): 63–77
with regard to sustainability objectives; to identify areas and develop strategies for improving an institution’s sustainability performances; and to help build a culture committed to sustainability (Nixon 2002). To fully understand where an institution stands as well as what initiatives could improve sustainability, a comprehensive framework helps make critical linkages and connections among different areas of the institution, which might not be possible with a focused analysis. Furthermore, a cul-ture committed to sustainability can be better fostered by comprehensive reporting, which can inspire interest in sustainability by presenting information in a form easily accessible and digestible to all stakeholders (Heilmayr 2005).
To achieve far-reaching impacts in the community of higher education, it is crucial that assessment tools are constructed and implemented across different institutions. A study analysing 11 major cross-institutional sustainability assessment tools found that while the assessment tools vary greatly in purpose, scope, function and the state of development, they tend to emphasise the following attributes of sustainability in higher education—decreased usage of energy, water, and other materials and inputs, incremental and systemic progress, sustainability education as a core function, incor-poration of teaching, research, operations and service, and cross-institutional action (Shriberg 2002). While these previous studies described the basic characteristics, strengths and weaknesses of existing sustainability assessment tools, they were most-ly based on qualitative analysis; and the focused areas, specific issues, and methodolo-gies were not examined quantitatively, which would make it difficult to trace chrono-logical trends and to make more precise comparisons among universities. Recently, more sustainability assessment tools have been developed, and their issues and meth-odologies require close examination. This article reviews the major assessment tools used in dealing with sustainability in higher education over the past 20 years and to examine the basic trends and characteristics in the scope and methodology of these tools. In particular, it examines the issues addressed in these assessment tools with quantitative as well as qualitative measures. It compares the similarities and differ-ences among the major assessment tools. Based on the analysis of the characteristics of the existing assessment tools, we draw implications and suggestions for improving sustainability assessment tools for HEIs.
METHodoLoGy And dATA
In a major study of assessment tools for sustainability in higher education, Shriberg argued that ideal sustainability assessments across institutions in general should identify important issues, be calculable and comparable, move beyond eco-efficiency, measure processes and motivations, and stress comprehensibility (Shriberg 2002). This study follows this criteria for choosing the sustainability assessment tools. Including the sustainability assessment tools analysed by Shriberg, as well as more recent ones, we selected 16 assessment tools for close examination. Basic informa-tion on the sustainability assessment tools is provided in Table 1.
The categories and indicators used in assessment and reporting tools are diverse, and indicators and questions asking the same content are categorised differently, depending on the assessment tool. In this study, indicators and questions were
66
Journal of Education for Sustainable Development 6:1 (2012): 63–77
Masaru Yarime and Yuko Tanaka
Table 1 List of the sustainability assessment tools analysed
no. Sustainability Assessment Toolorganisation/Individual for development year
1 Campus Ecology Student Environmental Action Coalition (SEAC)
1993
2 Higher Education Funding Council for England’s environmental report and workbook (Environmental Workbook)
Higher Education Funding Council for England
1998
3 University Leaders for a Sustainable Future’s Sustainability Assessment Questionnaire for Colleges and Universities (SAQ)
University Leaders for a Sustainable Future (ULSF)
1999
4 Environmental Management System Self-Assessment Checklist
Campus Consortium for Environmental Excellence
2000
5 Penn State Indicator Report Penn State Green Destiny Council 2000
6 Auditing Instrument for Sustainability in Higher Education (AISHE)
Dutch Committee on Sustainable Higher Education (CDHO)
2001
7 National Wildlife Federation’s State of the Campus Environment
National Wildlife Federation (NWF) 2001
8 Campus Sustainability Selected Indicators Snapshot
New Jersey Higher Education Partnership for Sustainability
2001
9 Campus Sustainability Assessment Review Project (CSARP)
Western Michigan University 2002
10 Campus Sustainability Assessment Framework (CSAF)
Lindsay Cole 2003
11 Higher Education Partnership for Sustainability (HEPS)
Forum for the Future 2003
12 Good Company’s Sustainable Pathways Toolkit
Good Company 2004
13 Global Reporting Initiative Modified for Universities
Global Reporting Initiative 2006
14 Sustainability Tracking, Assessment and Rating System (STARS) for Colleges and Universities Version 0.4
Association for the Advancement of Sustainability in Higher Education (AASHE)
2007
15 Campus Sustainability Assessment Framework Core (CSAF Core)
Sirra Youth Coalition 2009
16 College Sustainability Report Card Sustainable Endowment Institute 2010
examined individually by the authors and recategorised into the five categories— governance, operations, education, research and outreach. These categories were mentioned as crucial elements of sustainability in HEIs in many of the previous stud-ies of sustainability assessment tools.
Sustainability Assessment Tools for Higher Education Institutions 67
Journal of Education for Sustainable Development 6:1 (2012): 63–77
Governance—Questions and indicators concerning the administrative structure and policy directions of a HEI. This category indicates a basic framework to pro-mote sustainability in the institution, thus it includes visions and policies imposed on the whole institution with regard to working conditions, such as employment and payment.
Operation—Indicators and questions directly related to campus operations and environmental performance, such as energy and water consumption, and waste and hazardous materials management. It also includes policies and funding guidelines implemented on a specific part of environmentally conscious performance, such as environmental purchasing policies and investment in renewable energy.
Education—Indicators and questions related to the curriculum, teaching and cap-acity development offered for students at the institution. Other learning opportu- nities for faculty members and staff are categorised in the governance section and learning opportunities for communities are categorised in the outreach section.
Research—Indicators and questions asking the institution’s efforts and commit-ments to promote research activities in relation to sustainability and to establish the surrounding conditions that enables them.
Outreach—Indicators and questions representing the extent of transformation that the institution has undergone towards reaching sustainability goals, such as net-working with stakeholders outside the institution as well as regional, national and international engagement.
RESuLTS oF AnALySIS
Table 2 shows that the questions and indicators on governance and operation have received much attention, accounting for 39 and 44 per cent of questions and indi-cators, respectively. Education, research and outreach account only for 8 per cent, 5 per cent and 4 per cent, respectively, which suggests that there is a relative lack of attention to these areas in the existing assessment tools.
To understand trends in the areas addressed in sustainability assessment tools, we examined the questions and indicators in different tools by recategorising the ques-tions and indicators into the five areas of governance, operation, education, research and outreach. The share of the number of indicators and questions on governance,
Table 2 Areas addressed in sustainability assessment tools for HEIs
Area Share (%)
Governance 39
Operation 44
Education 8
Research 5
Outreach 4
Total 100
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Journal of Education for Sustainable Development 6:1 (2012): 63–77
Masaru Yarime and Yuko Tanaka
operation, education, research and outreach to the total number of indicators and questions in each assessment tool is given in Table 3. The 16 assessment tools are listed in a chronological order depending on the year of development as shown in Table 1.
Table 3 Share of indicators on governance, operation, education, research and outreach in sustainability assessment tools for HEIs
Assessment Tool no. Governance operation Education Research outreach
1 26 54 8 8 4
2 35 64 0 0 1
3 46 18 20 8 8
4 97 3 0 0 0
5 12 61 0 12 15
6 50 0 40 5 5
7 16 66 4 10 4
8 0 90 7 3 0
9 44 45 6 4 1
10 43 44 5 3 5
11 52 31 9 4 4
12 10 83 7 0 0
13 53 23 11 13 0
14 46 31 10 6 7
15 51 41 2 2 4
16 45 45 2 0 8
Governance and operation received attention in assessment tools developed in early periods, and have also been emphasised in more recent assessment tools. Conversely, the areas of education, research, and outreach do not exhibit a clear tendency over the years. Nonetheless, the attention given these three areas has been consistently smaller than that given to governance and operation.
Qualitative Analysis
Qualitative analysis was conducted on the content of individual indicators. The issues addressed in the fields of governance, operation, education, research and outreach in the 16 assessment tools are shown in Tables 4–7 respectively. Elements and aspects mentioned more than two times in the assessment tools were included. Indicators and questions interpreted as addressing the same content are combined into one indicator. For example, in the category of governance, indicators asking if the institu-tion has either a policy, vision or mission for sustainability are regarded as a single indicator.
Tab
le 4
Iss
ues
ad
dre
ssed
in t
he
field
of g
over
nan
ce in
su
stai
nab
ility
ass
essm
ent
too
ls
Issu
e1
23
45
67
89
10
11
12
13
14
15
16
Tota
l
Cre
atio
n o
f Po
licie
s, St
rate
gie
s, Pl
ann
ing,
In
itia
tive
s an
d V
isio
ns
xx
xx
xx
xx
xx
xx
12
Imp
lem
enta
tio
n o
f Po
licie
s,
Man
agem
ent
Pro
gra
ms
xx
x3
Mo
nit
ori
ng,
Inve
stig
atio
n, A
ud
it,
Ass
essm
ent
and
Su
rvey
xx
xx
xx
xx
8
Sust
ain
abili
ty-R
elat
ed C
oo
rdin
ato
r an
d O
ffice
xx
xx
xx
6
Emp
loym
ent
(Div
ersi
ty, D
isab
led,
Eth
nic
Min
ori
ty)
xx
xx
4
Facu
lty
Dev
elo
pm
ent
in S
ust
ain
abili
ty (H
irin
g,
Pro
mo
tio
n a
nd
Oth
er In
cen
tive
s)x
x2
Sala
ry, P
aym
ent
xx
xx
4
Inve
stm
ent,
Bu
dg
et a
nd
Fu
nd
ing
xx
xx
xx
xx
8
Stak
eho
lder
Invo
lvem
ent
in
Dec
isio
n-M
akin
g P
roce
ssx
xx
3
Ori
enta
tio
n fo
r Sta
ff a
nd
Fac
ult
y, W
ritt
en
Gu
idel
ine
and
Tra
inin
gx
xx
xx
xx
7
Pub
lic R
elat
ion
s (R
epo
rtin
g, W
ebsi
te, e
tc.)
xx
xx
xx
6
Stu
den
t O
rgan
isat
ion
xx
x3
Stu
den
t R
eten
tio
n, G
rad
uat
ion
Rat
esx
xx
x4
Volu
nte
erx
xx
3
Hea
lth
an
d W
ell-
bei
ng
(Men
tal a
nd
Ph
ysic
al
Hea
lth
, Ho
usi
ng
)x
xx
xx
x6
Emer
gen
cy P
lan
xx
x3
no
te:
X in
dic
ates
th
e co
nte
nt
is a
dd
ress
ed in
th
e as
sess
men
t to
ol.
Tab
le 5
Iss
ues
ad
dre
ssed
in t
he
field
of o
per
atio
n in
su
stai
nab
ility
ass
essm
ent
too
ls
Issu
e1
23
45
67
89
10
11
12
13
14
15
16
Tota
l
Ener
gy
Co
nsu
mp
tio
n, R
enew
able
En
erg
y U
sex
xx
xx
xx
xx
xx
x12
GH
G E
mis
sio
ns
xx
xx
4
Wat
er/S
ewag
ex
xx
xx
xx
xx
xx
xx
13
Air
Qu
alit
yx
xx
xx
xx
7
No
ise
Pollu
tio
nx
x2
Trea
tmen
t o
f Haz
ard
ou
s/To
xic
Mat
eria
ls,
Pollu
tio
n C
on
tro
lx
xx
xx
xx
7
Solid
Was
te M
anag
emen
t
(Rec
ycle
, Red
uct
ion
)x
xx
xx
xx
xx
xx
x12
Mat
eria
ls (P
aper
, etc
.)x
xx
xx
x6
Foo
d (O
rgan
ic, V
eget
aria
n)
xx
xx
xx
xx
x9
Purc
has
ing
Pro
du
cts
and
Ser
vice
sx
xx
xx
xx
xx
9
Lan
dsc
ape
xx
xx
xx
xx
x9
Bio
div
ersi
tyx
xx
xx
5
Tran
spo
rtat
ion
xx
xx
xx
xx
xx
xx
xx
14
Bu
ildin
g, R
enov
atio
nx
xx
xx
xx
7
no
te:
X in
dic
ates
th
e co
nte
nt
is a
dd
ress
ed in
th
e as
sess
men
t to
ol.
Tab
le 6
Iss
ues
ad
dre
ssed
in t
he
field
of e
du
cati
on
in s
ust
ain
abili
ty a
sses
smen
t to
ols
Issu
e1
23
45
67
89
10
11
12
13
14
15
16
Tota
l
Cu
rric
ulu
m, C
red
its
Req
uir
emen
tx
xx
xx
xx
7
Co
urs
e an
d P
rog
ram
xx
xx
xx
6
Facu
lty
Part
icip
atio
nx
xx
3
Fun
d, B
ud
get
xx
2
Stu
den
t Li
tera
cy in
clu
din
g G
rad
uat
esx
xx
xx
xx
7
no
te:
X in
dic
ates
th
e co
nte
nt
is a
dd
ress
ed in
th
e as
sess
men
t to
ol.
Tab
le 7
Iss
ues
ad
dre
ssed
in t
he
field
of r
esea
rch
in s
ust
ain
abili
ty a
sses
smen
t to
ols
Issu
e1
23
45
67
89
10
11
12
13
14
15
16
Tota
l
Res
earc
h P
roje
ctx
xx
xx
xx
xx
9
Facu
lty
Part
icip
atio
nx
xx
x4
Fun
d, B
ud
get
xx
xx
xx
6
Eth
ical
Tre
atm
ent
of R
esea
rch
R
elat
ed to
Su
stai
nab
ility
xx
2
no
te:
X in
dic
ates
th
e co
nte
nt
is a
dd
ress
ed in
th
e as
sess
men
t to
ol.
Tab
le 8
: Is
sues
ad
dre
ssed
in t
he
field
of o
utr
each
in s
ust
ain
abili
ty a
sses
smen
t to
ols
Issu
e1
23
45
67
89
10
11
12
13
14
15
16
Tota
l
Alu
mn
i Net
wo
rkx
x2
Gra
du
atin
g S
tud
ents
Car
eer S
up
po
rtx
xx
x4
Stu
den
t In
tern
ship
, Vo
lun
teer
an
d S
ervi
ce
to C
om
mu
nit
yx
xx
3
Invo
lvem
ent
and
Co
mm
un
icat
ion
wit
h
Loca
l Co
mm
un
ity
xx
xx
x5
Loca
lly P
rod
uce
d P
rod
uct
xx
2
Part
ner
ship
at
Reg
ion
al, N
atio
nal
an
d
Inte
rnat
ion
al L
evel
xx
2
no
te:
X in
dic
ates
th
e co
nte
nt
is a
dd
ress
ed in
th
e as
sess
men
t to
ol.
Sustainability Assessment Tools for Higher Education Institutions 73
Journal of Education for Sustainable Development 6:1 (2012): 63–77
In the field of governance, due to a wide variety of issues and aspects, ranging from the management of the whole university to human rights, some differences can be identified among assessment tools. Nevertheless, most of the assessment tools address the importance of creating policies, strategies, planning, initiatives and visions. The issue of monitoring, investigation, audit, assessment and survey as well as financial aspects including investment, budget and funding are also frequently addressed in many assessment tools. Conversely, faculty development in sustainabil-ity areas, implementation of policies, stakeholder involvement in decision making and emergency plans have not received much attention.
The field of operations showed similarities with regard to the attention received in different assessment tools, compared with other fields. Assessing HEIs’ physical opera-tions incorporating environmental impacts has been addressed well. That is probably because relevant quantitative data can be collected relatively easily, which makes it possible to compare performance with that of other institutions. Accordingly, several of the assessment tools are specifically focused on this area. In particular, the issues of energy consumption, water/sewage, solid waste management and transportation received attention most frequently.
Attention to the fields of education, research and outreach has been small in most existing assessment tools. One exception is research projects for sustainability, as this aspect can be relatively easily evaluated based on the increasingly sophisticated da-tabase on scientific articles in academic journals (Yarime et al. 2010). As these three areas are increasingly emphasised in the activities of HEIs for sustainability, more at-tention needs to be given to them in sustainability assessment tools even though the outcomes of educational, research and outreach activities are not easily evaluated, because it will take some time to see if they have actually made any impact.
The types of indicators and questions used in the 16 assessment tools were also examined to give useful information on their frequency of use and effectiveness. Table 9 shows the percentage of four types of indicators and questions; namely, yes/no questions, ratings or multiple options, quantitative questions and free descrip-tions. If an indicator/question has both a yes or no question and free descriptions, each of them is counted once. Although there is variety in the composition of the different types of indicators and questions, many of the early assessment tools rely on asking questions with multiple options, whereas more recent assessment tools often ask for quantitative information. That difference suggests that assessment tools are increasingly aimed at obtaining more subtle, detailed information, reflecting the diversity and complexity of sustainability.
ConCLuSIonS And dISCuSSIon
HEIs are expected to play a significant role in contributing to creating a more sustain-able world through their major functions of education, research and outreach (Fadeeva and Mochizuki 2010). Assessment systems and frameworks are increasingly in- fluential in guiding the activities of HEIs. The results of our analysis show, however, that the existing sustainability assessment tools are not sufficiently addressing the
74
Journal of Education for Sustainable Development 6:1 (2012): 63–77
Masaru Yarime and Yuko Tanaka
Table 9 Share of different types of indicators and questions used in sustainability assessment tools for HEIs
yes/no Multiple options Quantitative Free description
1 33 1 25 41
2 – 100 – –
3 23 28 2 47
4 – 50 – 50
5 – – 64 36
6 – 50 – 50
7 – 100 – –
8 – 100 – –
9 – – 24 76
10 – – 100 –
11 – – 63 37
12 – – 40 60
13 – – 50 50
14 92 8 – –
15 – – 100 –
16 38 25 21 17
importance of education, research and outreach activities in HEIs. A close look at the indicators and questions included in the assessment tools reveals that they mostly deal with the environmental impacts of university operation and issues related to gov-ernance. These aspects are relatively easily observable and manageable, often with quantitative goals and objectives.
In the field of governance, some of the assessment tools have started to consider as important indicators informal meetings of faculty members, student groups and community activities, which are not necessarily recognised officially. The practice of assessment itself has been increasingly recognised as a driving force to promote efforts in transforming HEIs into sustainable directions. However, while it is often emphasised that we need to consider problem-oriented nature, long-term perspec-tives, multi-stakeholders involvement and inter-/trans-disciplinary approaches, many of the existing assessment tools fail to address these aspects sufficiently.
In the area of education, indicators and questions mainly address curricula, the avail-ability of sustainability-related courses, and students’ environmental literacy. While many assessment tools ask for the numbers of courses offered and the number of faculty and students participating in these courses, there are few indicators concern-ing course content; for example, what skills and knowledge students learn through sustainability education. Analysis of course content would require more careful work, as sustainability-related programs are quite diverse at HEIs across the world.
Sustainability Assessment Tools for Higher Education Institutions 75
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It will also be necessary to examine the various kinds of measurement used to evaluate student learning. While immediate results of education are usually measured by tests and exams, a key challenge ahead will be in developing yardsticks that can measure long-term impacts of education for sustainability, the ultimate objective of which is to contribute to promoting sustainability in the future (Trencher and Tanaka 2010). Multiple approaches to sustainability assessment will contribute to a com-prehensive understanding of how well and under what pedagogies and educational experiences students learn those outcomes that an institution values (Hernon 2010).
The amount of research funding and number of participating faculty and research projects are the measures commonly addressed in the field of research. Most of the questions in this area ask whether HEIs are making efforts to support research ac- tivities related to sustainability and how actively. Thus indicators on research are mainly dealing with the inputs and processes of sustainability-related research activities. Evaluating the outputs of those research activities is especially difficult compared with traditional types of research, because of the inter-/trans-disciplinary nature and the long time period necessary for having any effects on society. While conventional approaches to quantitative evaluation of research performance of HEIs are often based on bibliometric data, such as the numbers of academic papers pub-lished and cited, there is no established methodology to assess whether a research project has made any positive impact with regard to sustainability. Even with their limitations, conventional methods of research performance evaluation, including academic articles and patents, could be used to focus on specific subjects considered to contribute to sustainability such as renewable energy.
Only rarely do universities and their surrounding communities collaborate closely with each other to initiate integrated approaches to sustainability, despite huge op-portunities for mutual benefits (Elder 2008). There remains a barrier between town and gown even though universities should be able to create research and education opportunities based on real-world problems rather than making unidirectional con-tributions to society. Community colleges can work on local issues through their strong connections with local communities, whereas large research universities can promote efforts for linking research findings to global challenges such as climate change. It will be necessary to develop assessment tools which take into account such functional differentiations, since indicators are not necessarily applicable to all types of HEIs.
Sustainability is not just another issue to be added to an already overcrowded cur-riculum, but rather can be a gateway to a different view of curriculum, pedagogy, organizational change, policy, and, in particular, ethos (Sterling 2004). While interest in sustainability is growing rapidly at HEIs across the globe, it will be of vital impor-tance to develop methodologies to assess and evaluate appropriately new activities, which transcend mere efficient environmental management of university infrastruc-ture (Wals and Blewitt 2010). Among the novel initiatives recently emerging at some HEIs is the integration of education, research and outreach—three major functions of contemporary universities—through social experimentation based on collaboration with various types of stakeholders (Yarime et al. 2012). Integrated assessment tools will be required to make appropriate evaluation of this kind of ambitious attempts,
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which will go beyond the existing disciplinary boundaries and organisational barri-ers so that HEIs are encouraged to lead efforts for making steady progress towards sustainability (Yarime 2010).
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