Integral.sustainability.assessment

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    IntegralSustainability

    Assessment:

    AnEmergentHolarchyofPrinciplesBByyWWiilllliiaammVVaarreeyy eemmrrggnncc((FFoouunnddeerr))

    IntroductionSustainabilityassessmentistheprocesswhichhonourstheintentionofsustainability

    bydeterminingwhetherwhatweareintendingtodowillbesustainable,beforewe

    doit.Apartialapproachthatdefeatsthatprocessalsodefeatsourintention,andasa

    consequence,ourhopeforasustainableworld.

    AsdifferentexperiencesoftheSustainabilityAssessmentprocessaresharedandthe

    casestudyanecdotalevidenceaccumulates,thecomplexityoftheinterrelationshipof

    the issues involved entreats us to seek an integral approach to assessing

    sustainability.

    Inapplyingan integralapproachwemustfirstrecognizethatanywholeconcept is

    madeup toholonsorwholeparts.Sustainabilityasawhole conceptmust, tobe

    treatedin

    awhole

    way,

    be

    dealt

    with

    as

    awhole.

    The

    framing

    of

    sustainability

    around the fourquadrantsofaholon,being the intentional, thecultural, thesocial

    and thephysical, isourplaceofbeginningandend (Wilber1995,1996,1997,1998,

    2000, 2001). Omitting our consideration of one quadrant, or one level in any

    quadrant,prejudicesourconsiderationofthewhole.

    Whiletheconceptofsustainabilityisdevelopingintheintentionalquadrant(UL),is

    supportedbyobjectiveanalysis in thephysicalquadrant (UR)and is thesubjectof

    increasing collective concern in the culturalquadrant (LL), it isour social systems

    (LR)that

    are

    lacking

    in

    comparative

    development.

    FourQuadrantsLowerRightFocusIn examining the social systems that support sustainability,we canview,but one

    fragment of the integral, in the line of development thatmaps the processes of

    sustainability assessment. This line in the Lower Right quadrant (LR) represents

    whensustainabilityismadevisibleinthepatternsandprocessesoftheassessmentof

    theimpactsandbenefitsthatresultfromtheintentions(UL),values(LL)andactions

    (UR)of

    sustainability.

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    TheLowerRightquadrantrepresentsalltheexteriorformsofsocialsystems,forms

    thatcanbeseen, forms thatareempiricalandbehavioural.Thisquadrantrefers to

    anyof the concrete,material, embedded social formsof communities (the exterior

    formsofsocialsystems)thatareexterioraction,wheresomethingisreallyrealif

    itsdatacanbeseenempirically(Wilber1995).

    Figure1:(Source:KenWilber(1995)Sex,Ecologyand Spirituality:Thespiritofevolution)

    Sustainability assessment is where we prospectively assess and design for

    sustainability impacts. Itdiffersfrom theassessmentofenvironmental impactsofa

    prescribed solution only to have to mitigate those impacts retrospectively.

    Acknowledging thenecessity for thesocialandstructural insustainability (ieit is

    not sustainablebecause I think it is,orwe say it is butbecausewemake it so)

    functionalsustainabilityassessmentisonepartofthesustainabilitypicture.

    Abarrier to thedevelopmentofproficiency insustainabilityassessment inexisting

    socialand

    political

    systems

    (and

    therefore

    our

    ability

    to

    enact

    sustainability)

    is

    the

    unfamiliarityofnewprocesseswithina significantdiversityof situations.Withno

    clearintegralinstructionmanualtheemergentapproachesaremeshedintoconflict

    withexistingstructuresandcanonlyhopetobepartial.Wehaveapathologyofthe

    LowerRightinthesystemconflictsthatdevelop.

    This isoften seen in conflictsofgovernanceand inpolicydevelopment,wherewe

    knowsomethingisnotsustainablebutdecidetodoitanyway,becausetheexisting

    structuresrequireittobedone.

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    DevelopmentofAssessmentPrinciplesTo provide some guidance within this complexity, one learning community in

    Western Australia has sought to develop a set of Principles for Sustainability

    Assessment.A

    workshop

    of

    practitioners

    from

    arange

    of

    government

    instrumentalities was heldwhich yielded eighty three anecdotes of positive and

    negative (andcategoricallyneutral) facetsofdifferentsustainabilityassessmentson

    large infrastructuredevelopmentprojectswithsignificantsocialandenvironmental

    impacts.Thisexperience identified fragmentedparts in thisaspectof theemergent

    holarchy.

    Thesemany anecdoteswere coded into a series of recurrent themes around the

    commonissues.Theseincludedproblemswithprocess,decisionmaking,community

    consultation,

    policy

    development,

    scope

    and

    definition.

    Using

    a

    process

    of

    holistic

    structuralism, 7 levels of nested complexity that relate to integral levels of

    development of the principles of sustainability assessmentwere identifiedwithin

    theserecurrentthemesandthecollectiveexperienceoftheparticipants.

    HolarchyofLevelsofAssessmentPrinciplesThe levels identifiedwithin the holarchy asmapped along this particular line of

    developmentare:

    A: Sustainability Definitional Principles: The definitional components of theconceptualisationofsustainability(e.g.thewhatistobesustained,forwhoandover

    whichtimeframe).

    B: Sustainability Core Principles: The degree of integration and tradeoff ofenvironmental, economic, social and other considerations that fall within that

    definition(e.g.whethertheprinciplesreflectweakorstrongsustainabilitywithinthe

    definition)

    C:SustainabilityGuidingPrinciples:The interpretationof thecoreprinciples intostatements of subprinciple for each of the dimensions of sustainability (e.g. the

    approachtobiodiversity,importanceofindigenoussocialconsiderationsetc).

    D: Sustainability Assessment Design Principles: The principles that guide theselectionofcomponentsinthedesignofasustainabilityassessmentframework(e.g.

    Issue Definition, Outcome Criteria, Decision Criteria, Assessment Scales, Impact

    Analysisetc).

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    E: Sustainability Assessment Process Principles: The principleswhich determinethenumberandorderofstages inanassessmentprocess in linear timeorder (e.g.

    roleofcommunityconsultation,timingofdecisions,followupassessmentsetc.).

    F: Sustainability Assessment Policy Principles: The principles that determine atwhatleveltheassessmentshouldbedealtwithwithinsociopoliticalstructures(e.g.

    ieparliament,premier, cabinet, independentarbiter,advisorygroup,departmental

    policy,departmentalprogram,proponentledinternaldecisionmakingetc.).

    G:SustainabilityAssessmentHolarchicalPrinciples:Theprinciples thatprescribethe translevel integration and management between levels to ensure an

    apithologicalholarchywithouthierarchicalorheterarchicalpathology(e.g.principles

    forthealignmentofeachearlierlevelofprinciples).

    HolarchyIntegrityUnlikethelevelsofotherquadrants,thelevelsoftheLowerRightQuadrantmaynot

    necessarilyoccur in structure in theorderof theirphysical size,as systems in the

    LowerRight areby theirnaturenonphysical,notbeing in the individual, instead

    beingvisibleintheexteriorasthesumofcollectiveprocesses.

    Figure2:(Source:KenWilber(1995)Sex,Ecologyand Spirituality:Thespiritofevolution)

    Asimilarpatternisseenalongthelinethatindicatesthedevelopmentoftheintegral

    principlesforsustainabilityassessmentwithinaholarchy,withtheincreasebylevel

    indepthshowingadecreaseinthespan,butnotnecessarilylimiting,innumber,the

    principleswithineachlevel.

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    1. definitional principles

    2. core principles

    3. guiding principles

    4. design principles

    5. process principles

    6. policy principles

    7. holarchy principlesLower RightExterior-Collective

    (Social)

    ITS

    Figure3:Levelsof IntegralDevelopmentinSustainabilityAssessmentPrinciples(LR)

    The

    levels

    within

    one

    quadrant

    of

    a

    holarchy

    can

    be

    established

    by

    several

    objective criteria:by a qualitative emergence,by asymmetry,by an inclusionary

    principle, by a developmental logic; by a chronological indicator; all while

    recognising thepurelyarbitrarynatureof thenumberof levels inaholon (Wilber

    1995).

    Usingthetestforholarchicaldevelopment,thatahigherlevelholoniscomposedof

    its lower levelholons,andthus ifwedestroyany lower, level,wewillalsodestroy

    anylevelsaboveitbecausewehavetakenawaysomeoftheircomponentparts,we

    canconfirmthelevelsoftheparticularlinewithintheholarchyasdescribed.

    ForLevelG.onHolarchicalPrinciples, iftherearenopolicylevelsthereisnoneed

    forprinciplesofinterlevelinteraction,andpriortotranslevelintegrationthesystem

    canstillfunctionwithinlevels.ForLevelF.onPolicyLevelPrinciples,ifthereareno

    processes,thentherearenointrapolicylevelconsiderations.ForLevelE.onProcess

    Principles,iftherearenocomponentsofanassessmentprocessthereisnoneedfora

    process sequence. For Level D. on Design Principles, if there are no guiding

    principles then theassessmentcomponentscannotbedetermined. ForLevelC.on

    GuidingPrinciples,iftherearenocoreelements,acompletesetofguidingprinciples

    cannotbe

    established.

    For

    Level

    B.

    on

    Core

    Principles

    if

    there

    is

    no

    underlying

    component definition of sustainability, there can be no delineation of degree of

    integration. For Level A. on Definitional Principles, if there are no fundamental

    elements that comprise the definition, the concept of sustainability is rendered

    meaninglessandheldonlyintheintentional,existingonlyasaneuralsynapsepulse,

    and as avague culturalvibe,never to enter into the structureof languageor any

    other structural element of the social systems in a real form so as to become

    manifest.

    Thereforeif

    we

    lack

    one

    level

    of

    the

    holarchy,

    we

    compromise

    the

    effectiveness

    in

    termsof integral integrityofall the levelsabove. Ifwe lackonepartof this lineof

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    development within the sustainability holarchy, we will not have the structural

    systems to manage all levels in the Lower Right quadrant, andmay fail in the

    implementation and integration of the intentional, physical or common cultural

    elementsthatdefineoursustainableworld.

    SummaryThe analysis indicates that a failure of clarity in the practice of sustainability

    assessment as one line of development in one quadrant of thewhole impairs the

    abilityforanintegralapproachtosustainabilitytosucceedinitsentirety.

    Thelevelsinthepartialholarchydevelopedconfirmthesourceoffrustrationinthe

    community of sustainability practitioners at: 1. not having clear definitional

    principles

    for

    sustainability,

    2.

    the

    differing

    principles

    for

    integration

    of

    definitional

    components indeveloping tradeoffs inweakandstrongsustainabilityconcepts,3.

    the lackofadefinitivesetofcomponentsforassessmentframeworks,4.the lackof

    transparency in the governance of assessment processes, 5. the lack of belief in

    assessmentprocessesinrepresentingcommunityvalues,6.thepolicylevelconflicts

    that existbetween assessment processes and 7. the nonintegration of thewhole

    systemasaholarchy,suggestingthepresenceofasystemicpathology.

    However,whatshouldberememberedisthatdevelopmentwithinthisLowerRight

    quadrant hasboth thebenefit and the impediment of other established systems,

    providingaplatformfornewprocesstoemerge,butfindingaconflictwithinthose

    existingsystemstotheextenttheyareclosedtonewideas(seenintheEIAandSEA

    discussions of impact assessment).We get there faster,but find ourpathblocked

    sooner.

    Partial approaches to the integration of the assessmentholarchy (Varey 2003), the

    principles of definition (Varey 2004a, 2004b), the integrated delineation of

    components of assessment frameworks (2004c), the alignment of systems within

    policy levels (2004a) and a rebalancing of systemic pathology (2004d), begin a

    contributionto

    the

    integral

    map,

    but

    do

    not

    complete

    it.

    As development occurs in the other quadrants in our individual understanding,

    shared community values and the validity of empirical analysis around

    sustainability, so too will development in our sustainability assessment systems

    naturallyemerge.

    Thechallengeinthemeantimeisnotto losefocusonthewholewhiledealingwith

    the frustrationsof thedevelopmentof theparts,and instead tosimplynurture the

    emergenceof

    the

    integrity

    of

    our

    entire

    growth

    in

    the

    ways

    we

    see,

    feel,

    act

    and

    think

    ourwaytoamoreintegralandsustainableexistence.

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    ByWilliamVarey

    30October2004

    BioWilliamVareyBJuris.,LLB(Hons),MLM(Distn)worksinthedevelopmentofsustainabilityframeworks inthestateandlocalgovernment,privateindustryandnotforprofitsectors.Heisthefounderofemrgnc,aforumfor

    consciousness evolution. He is presently working on predoctoral research into the theories of growth of

    organisations and integrated models for sustainable organisational development, extending on his Masters

    research into thedynamicsofgenerative learning inorganisations.He isanAssociateFellowof theAustralian

    Institute of Management (AFAIM) and a member of the MultiNational Alliance for the Advancement of

    OrganisationalExcellence(MAAOE)andtheAssociationforHumanisticPsychology(AHP).Hecanbecontacted

    at:[email protected]

    Tel+61894334255

    Fax+61894334155

    Mail:POBox1402

    WestPerth6872

    WesternAustralia

    www.emrgnc.com.au

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    ReferencesVarey,W(2003)Sustainability:FromBuzzwordtoBusinessPractice,ReflectionsinExcellenceArticleSeries,Available onlineURL http://www.fcg.com.au/reflections/sustex5.html [Accessed: 17October

    2004]

    Varey,W

    (2004a)

    TransformingSustainability:Anintegralleadersframework,Spirituality

    LeadershipandManagementNetworkConference,February2004,AvailableonlineURL,

    http://www.emrgnc.com.au/sustainability.htm[Accessed:17October2004]

    Varey,W(2004b)DefinitionsofSustainability:Thegoodthebeautifulandthetrue,AvailableonlineURL,http://www.emrgnc.com.au/sustainability.htm[Accessed:17October2004]

    Varey,W(2004c)IntegratedApproachestoSustainabilityAssessment,AvailableonlineURL,http://www.emrgnc.com.au/sustainability.htm[Accessed:17October2004]

    Varey,W(2004d)Apithology:Anemergentcontinuum,AvailableonlineURL,http://www.emrgnc.com.au/

    papers.htm

    [Accessed:

    17

    October

    2004]

    WilberK,(1995)SexEcologyandSpirituality:Thespiritof evoltution, Shambhala,Boston.Wilber,K.(1996)ABriefHistoryofEverything,Shambhala,Boston.Wilber,K.(1997) AnIntegralTheoryofConsciousness,JournalofConsciousnessStudies,(February1997).4(1):7192

    WilberK.(1998)TheMarriageofSenseandSoul,GillandMacmillianLimited,DublinWilber,

    K.

    (2000)

    Integral Psychology: Consciousness, Spirit, Psychology, Therapy, Boston,Mass:

    ShambhalaPublications.

    Wilber,K.(2001)ATheoryofEverything:AnIntegralVisionforBusiness,Politics,ScienceandSpirituality,FirstPaperbackEdition,Boston,Mass:ShambhalaPublications