30Ashton, Turton, <strong>and</strong> Rouxresource management is centralized <strong>and</strong> the degreeto which management focus is directed towardssupply-side or dem<strong>and</strong>-side options are importantdrivers <strong>of</strong> change within the water sector. Thesedrivers can be represented as axes on a matrix(Figure 1), where the general trend <strong>of</strong> change isshown as a progressive broadening <strong>of</strong> the scope <strong>of</strong>water resource management envelopes from (A)to (C) over time. The upper left-h<strong>and</strong> quadrantrepresents the early phases <strong>of</strong> development, wheremanagement is highly centralized, with a primaryfocus on supply-side options that can provide waterwith a high assurance <strong>of</strong> supply (envelope “A”).Since most emphasis is placed on the construction<strong>and</strong> operation <strong>of</strong> engineering structures to deliverwater (the first order resource), the institutionalneeds reflect this importance <strong>and</strong> the managementcadre consists predominantly <strong>of</strong> engineers <strong>and</strong>hydrologists.As management becomes progressively moredecentralized over time, the changes can berepresented by envelopes “B” <strong>and</strong> “C” in Figure1, with increasing emphasis being placed on theeffectiveness <strong>of</strong> decentralized institutional structures<strong>and</strong> efficiencies <strong>of</strong> water utilization patterns,shown on the horizontal axis. More attention is alsopaid to new policy applications such as inter-sectoralwater allocation <strong>and</strong> efficiency measures such asintra-sectoral allocative incentives, institutionbuilding<strong>and</strong> the efficiency <strong>and</strong> effectiveness <strong>of</strong>operational procedures. This requires a muchs<strong>of</strong>ter approach, seen as a second-order focus,where the principal resource being mobilized issocial capital or social adaptive capacity (Ohlsson1999). Now, effective water resource managementrequires a much wider range <strong>of</strong> skills, <strong>and</strong> includespolicy specialists, social scientists, economists,lawyers, engineers, hydrologists, <strong>and</strong> ecologists, toname but a few specialist disciplines.It is important to note that South Africa’s originalfocus on water supply infrastructure has not beenab<strong>and</strong>oned since this infrastructure still forms thebackbone <strong>of</strong> all water supply measures (Basson etal. 1997). As additional measures are adopted overtime, this is reflected as a widening managementenvelope, whose shape at any given time dependson several external factors. Particularly importantamong these factors are the physical nature <strong>and</strong>availability <strong>of</strong> water resources, <strong>and</strong> the level <strong>of</strong>political “maturity” <strong>of</strong> South African society.Some Views on GovernanceA key part <strong>of</strong> the current global <strong>and</strong> nationaldebates around governance relates to the lack<strong>of</strong> agreement as to what governance comprises(European Union 2001). Even a cursory review<strong>of</strong> the recent literature will reveal that the term‘governance’ has been used to describe a widearray <strong>of</strong> situations or conditions that include theroles <strong>and</strong> responsibilities <strong>of</strong> government, laysociety <strong>and</strong> the business sector, decision-makingprocesses, management actions at all levels,the behavior <strong>of</strong> individuals <strong>and</strong> communities,institutional structures <strong>and</strong> settings, legal <strong>and</strong>statutory instruments, <strong>and</strong> idealized processes <strong>of</strong>participation or collaboration (Ashton in press). Insome cases, the word “governance” simply appearsto have been appended to a particular descriptor <strong>of</strong>a system or situation as if it’s presence in the nowexp<strong>and</strong>edterm could provide greater “legitimacy”or “public acceptability.” This unfortunate featureis one that is also shared by inappropriate use <strong>of</strong>the word “sustainable”—again appended as if itcould confer some form <strong>of</strong> authenticity or validityto a particular situation or activity.Many descriptions <strong>of</strong> governance have also beenlinked to specific considerations, where governanceis considered to be a process, a structure, a system<strong>of</strong> values or a specific outcome. While each <strong>of</strong>these applications are no doubt entirely appropriate<strong>and</strong> legitimate within their specific contexts, thesheer variety <strong>of</strong> these uses has created considerableconfusion about the underlying concept <strong>and</strong>meaning <strong>of</strong> governance <strong>and</strong>, in particular, theconcept <strong>of</strong> “good governance” (Ashton in press).In the context <strong>of</strong> IWRM, it is therefore importantto underst<strong>and</strong> <strong>and</strong> properly contextualize the use <strong>of</strong>the term governance so that it helps to clarify <strong>and</strong>guide decisions <strong>and</strong> actions, rather than adding tothe existing confusion.The South African emphasis on broadening theparticipation <strong>of</strong> stakeholders in IWRM seeks toensure that prudent water resource managementcan enhance the quality <strong>of</strong> life <strong>of</strong> all citizens whilesimultaneously ensuring the long-term viability <strong>of</strong>the water resources upon which all developmentdepends (Department <strong>of</strong> <strong>Water</strong> Affairs <strong>and</strong> Forestry1997). Clearly, this approach mirrors the conceptUCOWRJOURNAL OF CONTEMPORARY WATER RESEARCH & EDUCATION
Government, Society, <strong>and</strong> Science in IWRM In South Africa31<strong>of</strong> sustainable development <strong>and</strong> reflects thefundamental inter-dependence between economicdevelopment, the natural environment, <strong>and</strong>people (World Commission on Environment <strong>and</strong>Development 1987). Importantly, this approachrequires all segments <strong>of</strong> society to co-operate withina governance system that reflects their values,principles, aspirations, imperatives, <strong>and</strong> objectives(Folke et al. 2002). Significantly, this recognitionalso means that government, civil society—or thelay public—<strong>and</strong> scientists or technology providersmust co-operate closely <strong>and</strong> share a common vision<strong>of</strong> the future. This view provides strong supportfor the so-called “Trialogue” model <strong>of</strong> governancethat links government, civil society, <strong>and</strong> sciencein a set <strong>of</strong> partnerships, <strong>and</strong> that promotes closecollaboration <strong>and</strong> interactions between each <strong>of</strong>these sectors (Figure 2). In this view, particularemphasis is placed on the interfaces betweenthe three sectors <strong>and</strong> their contribution to goodgovernance.Here, it is important to recognize that whilethe “government” <strong>and</strong> “science” clusters in theTrialogue represent components <strong>of</strong> the broader“society” cluster, they also represent discretegroupings <strong>of</strong> individuals <strong>and</strong> institutions that mustperform specific actions on behalf <strong>of</strong> society. Inthis conceptual system, the “science” clusterrepresents technology providers that direct theirefforts to improve the quality <strong>of</strong> life in society <strong>and</strong>assist government to deliver on its m<strong>and</strong>ates. Inturn, the “government” cluster represents thoseindividuals <strong>and</strong> institutions that have been selectedby society to provide leadership <strong>and</strong> direction onits behalf. In an ideal situation, the three clustersare inter-dependent <strong>and</strong> mutually supportive <strong>and</strong>their interactions are guided <strong>and</strong> underpinned byagreed sets <strong>of</strong> principles <strong>and</strong> values that combineto deliver good governance as a desirable outcome(Figure 2) (Ashton in press).In practice, the contextual components <strong>of</strong>governance systems are <strong>of</strong>ten misunderstood, orit is assumed that everyone shares a common set<strong>of</strong> values, goals, <strong>and</strong> ideals. This is seldom truein reality, where people living within the samecommunity may differ widely in their abilities,views, <strong>and</strong> aspirations. Similarly, the effectiveness<strong>of</strong> governance systems can be hampered by thePublicGovernment– PublicInterfaceGoodGovernancePublic –ScienceInterfaceGovernmentGovernment–ScienceInterfaceScienceFigure 2. Conceptual diagram illustrating the linkages <strong>and</strong> interfaces between government, science, <strong>and</strong> the lay public,<strong>and</strong> their collective partnerships <strong>and</strong> contributions to “good governance” (modified from Ashton, in press).JOURNAL OF CONTEMPORARY WATER RESEARCH & EDUCATIONUCOWR
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