Millennium Development Goals EnvironmentAL A REVIEW OF .

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7MDG #broadband seriesmillennium development goalsenvironmentALsustainabilitySEPTEMBER 2012A REVIEW OF ENVIRONMENTALSUSTAINABILITY IN NATIONALBROADBAND policies– GLOBAL OVERVIEW AND CASE STUDIESON AUSTRALIA AND RWANDAa contribution to the

ABOUTThis case study is part of a series of studies being undertaken by the International Telecommunication Union (ITU) in partnershipwith the Broadband Commission to take an in-depth look at the state of broadband development. This series of case studiesunderlines the importance of broadband and ICTs in accelerating the achievement of the Millennium Development Goals (MDGs)by 2015, and aims to assist countries in meeting the Broadband Challenge and Targets adopted by the Broadband Commission inOctober 2011.The studies are available online and free of charge at www.itu.int/broadbandThe Broadband Commission for Digital Development is an initiative set up by ITU and the United Nations Educational, Scientificand Cultural Organization (UNESCO) in response to UN Secretary-General Ban Ki-Moon’s call to step up efforts to meet theMDGs. Launched in May 2010, the Commission comprises government leaders from around the world and the highest-levelrepresentatives and leaders from relevant industries and international agencies and organizations concerned with development,providing a fresh approach to UN and business engagement. To date, the Commission has published two high level policy reports,as well as a number of best practice documents and case studies.More information about the Commission is available at www.broadbandcommission.orgDISCLAIMERThe information contained in this publication was provided by the authors and contributors to the case study, and does not engageor necessarily represent the opinions of the International Telecommunication Union (ITU), the United Nations Educational,Scientific and Cultural Organization (UNESCO), the membership and staff of ITU and UNESCO, or the Broadband CommissionSecretariat.All rights are reserved. No part of this publication may be reproduced, by any means whatsoever, without the prior writtenauthorization of ITU or UNESCO. Denominations and classifications used in this publication do not imply any opinion concerningthe legal or other status of any territory or any endorsement or acceptance of any boundary. Where the designation “country”appears in this publication, it covers countries and territories.Printed atInternational Telecommunications UnionPlace des NationsCH-1211 Geneva 20SwitzerlandSeptember 2012

ACKNOWLEDGEMENTSThis case study has been prepared and funded by ITU [*], and has been based on the information included in ITU ICT Eyeregulatory database, as well as on a preliminary paper produced by Dr. Raul L. Katz, Director of Business Strategy Research at theColumbia Institute for Tele-Information and Adjunct Professor in the Finance and Economics Division at Columbia Business Schooland Dr. Pantelis Koutroumpis, Fellow at the Columbia Institute for Tele-Information.[*] ITU team involved in the preparation of the case study included Jose Maria Diaz Batanero, Gemma Newbery, Chelsea Haines,Lucas de Moncuit, Anna Polomska, Veronica Aleotti and Matthias Verstraeten.We would like to thank the governments of Australia and Rwanda for their collaboration in the revision of this case study, as well asthe following experts who have contributed through their comments to the final version (listed alphabetically by organization):Elaine Weidmann (Ericsson), Alice Valvodova and Luis Neves (GeSI), Gabriel Solomon (GSMA), Paul Budde and Dennis Pamlin(independent consultants), Carlos Martinez, Peter Gibson (Intel), Phillippa Biggs, Youlia Lozanova and Nancy Sundberg (ITU),Regis Gatarayiha (Rwanda Utilities Regulatory Agency), Richard Heeks and Angelica Ospina (University of Manchester, Center forDevelopment Informatics).For additional information on the initiatives presented in this case study, visit the ITU ICT Eye regulatory database (available athttp://www.itu.int/ITU-D/icteye/) and the Broadband Commission’s on-line repository of information (available atwww.broadbandcommission.org/sharehouse). All are welcome to access this content, and to submit further contributions.

CONTENTSEXECUTIVE SUMMARYi1ICTS, BROADBAND AND ENVIRONMENTALSUSTAINABILITY12ACCELERATING MDG7 THROUGH BROADBAND63INCLUSION OF ENVIRONMENTALSUSTAINABILITY IN NATIONAL BROADBANDPOLICIES164AUSTRALIA: LONG TERM ICT ANDENVIRONMENTAL SUSTAINABILITYSTRATEGIES235RWANDA: LONG-TERM ICT ANDSUSTAINABILITY STRATEGIESFOR ACHIEVING DEVELOPMENT GOALS326CONCLUSIONS41

EXECUTIVE SUMMARYThis study is part of a series of studies being undertaken bysector by, for example, improving the energy efficiency ofthebroadband infrastructure –as well as the power artnership with the Broadband Commission to take an in-or by tackling the growing concern of e-waste;depth look at the state of broadband development. This series Promoting broadband and ICT-enabled applications toof case studies underlines the importance of broadband andincrease the environmental sustainability of other sectorsICTs in accelerating the achievement of the Millenniumby, for example, reducing resource consumption –inDevelopment Goals (MDGs) by 2015, and aims to assistparticular energy consumption- through the use of smartcountries in meeting the Broadband Challenge and Targetsgrid technologies, promoting environmental monitoring oradopted by the Broadband Commission in October 2011.reinforcing education about environmental sustainability.This case study complements previous work in the area ofThe review conducted in this study indicates that, in generalICTs and sustainability by looking at the potential and existingterms, when it comes to leveraging the potential of broadbandcontributions of broadband towards the achievement oftoMDG7, which targets environmental sustainability, includingcountries tend to focus on carbon abatement strategies,reducing CO2 emissions, improving access to water andwhereas developing nations envisage the use of broadbandsanitation, reversing biodiversity loss and improving the livesto reinforce the preservation of biodiversity and promote eco-of slum dwellers.friendly development. In particular, countries within theTarget A of MDG7 is the integration of the principles ofEuropean region are taking the lead in the use of teleworkingenvironmental sustainability into national policies and(also known as telecommuting) and smart technologiesprogrammes. The review of progress towards this targetwhereas the most referenced broadband-enabled solutionhighlights the limited progress in this regard – particularly inpromoted in the African region is the distribution of content tonon-environmental sectoral policies. The third chapter of themanage the environment and to educate about environmentalstudy presents a global overview of the inclusion ofsustainability. This could provide a reference for countriesreferences to environmental sustainability in nationalwho are preparing, or reviewing, their broadband policy as tobroadband policies, in essence providing an assessment ofthe type of applications that can be promoted through policy-the achievement of Target A within the information andmaking to advance environmental sustainability in eachcommunications technology (ICT) sector. Of the 193national context.countries reviewed, 119 were found to have a broadbandThe review conducted also indicates that many policies havepolicy, 34 per cent of which contained a reference tonot advanced in defining metrics, targets and implementationenvironmental sustainability. The assessment presents thestrategies to measure the success and effectiveness of theirnature of inclusions of environmental sustainability thatpolicies. On this regard, many of the references described aregovernments are prioritising and establishes two broad areaspresented in a descriptive narrative of “good-to-have”of action:initiatives. In the context of MDG7, the improvement of promotesustainabilityImproving the environmental sustainability of the gh-incomeenvironmentalandbiodiversity losses and improving basic sanitation and accessi

to drinking water. These principles have not been addressedin a holistic context in any of the plans analysed.The final two chapters of the study review in detail twocountries, Australia and Rwanda, who have featuredenvironmental sustainability as a key element in their nationalbroadband policies. These two countries have complementedthese references with further relevant references to ICTswithin their national environmental policies, showcasing thetype of collaboration across governmental agencies that isrequired to leverage the unique opportunities that broadbandcan provide to accelerate the achievement of MDG7 at anational level.To maximize the potential of broadband for progressingMDG7 and environmental sustainability, next steps require aconcerted effort by all stakeholders. Long term monitoring ofthe outcomes of the projects outlined in this case study willprovide a wider scale opportunity for tracking progress andidentifying tools that encourage the implementation of plansand policies, promote investment and overcome barriers.Finally, the adoption of a standardized set of methodologiesto measure the overall impact of ICTs and broadband on theenvironment could be considered for new and future revisionsof these policies.ii

1ICTS, BROADBAND AND ENVIRONMENTAL SUSTAINABILITYEnvironmental sustainability has had a prominent role in theIn this context the World Bank defines environmentalglobal political agenda since 1972, the year of the Unitedsustainability as ensuring that the overall productivity ofNations Conference on the Human Environment. 40 yearsaccumulated human and physical capital resulting fromlater significant progress has been achieved in defining a setdevelopment actions more than compensates for the direct orof agreements that further define the concepts and principlesindirect loss or degradation of the environment3. Productivitythat should be incorporated into sustainable national policiesand technological change being closely connected, theand practices (see Figure 1a). During that period the impactconsensus is now that technology should be promoted toof technology on the environment was demonstrated 1 anddecouple economic growth and environmental degradation. Inthough initially technology was seen as a threat, that viewdoing so, technological progress can both aid and guarantee2was reversed though the 1990s .that this evolutionary process will continue in favour and notat the expense of the physical environment.FIGURE 1a TIMELINE OF ENVIRONMENTAL SUSTAINABILITY IN THE UNITED NATIONSConference/BodyKey outcome(s)1972UN Conference on the Human EnvironmentDeclaration on the Human Environment (Stockholm Declaration)Creation of the United Nations Environmental Programme (UNEP)198248th plenary of the UN General AssemblyWorld Charter for Nature1983 1987World Commission on Environment and Development(WCED or Brundtland Commission)Report Our Common Future4 (1987)1992UN Conference on Environment and Development(UNCED or Earth Summit 1992)51997Special Session of the UN General Assembly to Review andAppraise the Implementation of Agenda 21(Earth Summit 1997 or Rio 5)6Programme for the Further Implementation of Agenda 212000UN Millennium Summit7United Nations Millennium DeclarationLaunch of the process to define the Millennium Development Goals2002World Summit on Sustainable Development(WSSD, Earth Summit 2002 or Rio 10)8Johannesburg DeclarationJohannesburg Plan of Implementation (JPOI)2012United Nations Conference on Sustainable Development(UNCSD 2012 or Rio 20)The Future We WantRio Declaration on Environmentand DevelopmentAgenda 21Rio Conventions opened forsignatureStatement of Forest Principles1United Nations FrameworkConvention on ClimateChange (UNFCCC)United Nations Convention onBiological Diversity (CBD)United Nations Convention toCombat Desertification(UNCCD)

The relationship between environmental sustainability andimplemented to reduce the environmental footprint of the ICTinformation and communication technologies (ICTs) has beensector, among others.discussed extensively at the policy level as well as in theacademic community over recent years, in particular withregards to climate change. Two relevant reports covering thisare: ICTs and Climate Change9, published in 2007 by ITU,which presents an overview of the role that ICTs can play tomonitor, adapt to and ultimately mitigate climate change, andthe report Smart 2020: Enabling the low carbon economy inthe information age10, commissioned in 2008 by the Global eSustainability Initiative (GeSI), and conducted by the ClimateGroup and McKinsey, which undertook a preliminaryassessment of the amount of global greenhouse gas (GHG)emissions that could be depleted through the use of ICTs andidentified some of the biggest and most accessibleopportunities to achieve these reductions as well as theeconomic gains thereof.The main achievement of these two reports was tocomplement previous work on sustainability and raiseawareness at the global level of the role played by the ICTsector to promote environmental sustainability and addressclimate change. By achieving this goal both reports engagedtelecommunication /ICT and environmental policy makers inthe identification and implementation of initiatives, standards,regulations and policies that could be launched or adopted toimprove the environmental performance of the ICT sectoritself through optimized resource consumption -in particularreducing energy consumption and the generation of electronicwaste (or e-waste), as well as maximize the benefits thatcould be achieved through the use of ICTs to reinforceenvironmental protection and assist other economic sectorsto become more resource efficient11.After 2008, additional studies (see Box 1.1) complementedthe two aforementioned reports by documenting lessonslearned and covering new angles, such as expanding theevidence of the use of ICTs to address climate change aswell as other environmental challenges (e.g. improving watermanagement and reducing deforestation), and identifyingfurther actions, standards and methodologies that could be2

BOX 1.1 SELECTION OF LITERATURE ON ICTS AND ENVIRONMENTAL SUSTAINABILITYReport (year)OrganizationKey issues highlightedGlobal Information Society Watch, Focuson ICTs and Environmental Sustainability(2010)Association for ProgressiveCommunications (APC)Overview on ICTs and environmental sustainability.Thematic issues, indicators for Green ICTs and regional andcountry reports.Linking ICTs and Climate ChangeAdaptation: A Conceptual Framework fore-Resilience and e-Adaptation (2010)CDI - The University ofManchesterUse of ICTs for climate change adaptation.E-resilience and e-adaptation.Evaluating the Carbon-Reducing Impactof ICT: An Assessment Methodology(2011),GeSIMethodology to assess the ICT enabling effect, case studies todemonstrate application of the methodology to specificservicesMeasuring the Energy Reduction Impactof Selected Broadband-Enabled ActivitiesWithin Households (2012)GeSIInvestigates link between broadband usage and energyreduction with respect to online activities like teleworking andonline shopping.Technology Roadmap. Smart Grids(2011)International Energy AgencySmart grids for energy security, economic development andclimate change mitigation.ICTs as an enabler for Smart WaterManagement (2010)ITUSmart water management,Standards for smart water initiatives.ICTs for e-Environment. Guidelines forDeveloping Countries, with a Focus onClimate Change. (2008)ITUICTs for monitoring, information sharing, education onenvironmental issues, mitigation.Recommendations for developing countries,Using ICTs to tackle climate change(2010)ITU, GeSIUse of ICTs to monitor the global environment andecosystems, mitigate climate change and adapt to its effects.Focus on smart technologies and on the need to developmethodologies for assessing the environmental impact of ICTs.Greener and Smarter ICTs, theEnvironment and Climate Change (2010)OECDDefinition of green ICTs,Assessment of the environmental impact of ICTs (directimpacts, enabling impacts and systemic impacts),Recycling – From e-waste to resources(2009)UNEPChallenges and opportunities of e-waste,Recycling technologies, market potential and potentialobstacles.The Potential Global CO2 reduction fromICT use (2008)WWFICT solutions to reduce CO2.Focus on smart technologies, dematerialization, Integratedrenewable solutions and intelligent transport systems.Note: Further references are available at ITU’s dedicated site to ICTs, the environment and climate change (www.itu.int/climate)The Broadband Commission for Digital Developmentchange. It highlights pioneering projects and innovation frompublished the report The Broadband Bridge, linking ICTs withthe private sector, international organizations and a selectionclimate action for a low carbon economy12 in April 2012. Theof government best practices.report built on the existing analysis on the impact ofbroadbanddeploymentoneconomicoutput,The report puts forward a set of recommendations that aim tolabourpromote the adoption and delivery of environmentally focusedproductivity and consumer welfare by taking a closer look atbroadband policies that can accelerate global progressthe role of broadband networks, services and applications intowards a low-carbon economy. In particular the documentdriving the transformation towards a low-carbon s the need for visionary leadership and long-termbestbroadband plans coupled with applications of ICT services forleverage investments in broadband to address climateenergy, health, education and environmental protection. Fromchange, highlighting the transformative potential of broadbandan institutional standpoint, regulatory certainty, integratedand ICTs as a solution to mitigate and adapt to climatedecision-making and cross-ministerial flexibility should3

contribute to overcoming the barriers that currently hinder theadoption of broadband-enabled applications that can promoteenvironmental sustainability. Incentivizing the uptake of suchlow carbon solutions, funding or facilitating scalable pilots,forming partnerships among the private sector andgovernment agencies, promoting the dissemination andfindings and boosting measurement and standardization areall parts of this holistic broadband regulatory frameworkpromoted by the Broadband Commission (see Figure 1b).This case study departs from the analysis made in TheBroadband Bridge, looking at the specific contribution thatnational broadband plans, strategies, policies or agendas canhave in promoting environmental sustainability. The analysispresented in the following chapters is centred on theframework of the Millennium Development Goals (MDGs) 13and especially MDG7 -ensuring environmental sustainability.Its purpose is to stimulate an in-depth examination of thisarea, looking at the countries that are leading with vision andenhancing attention to the type of environmental impacts thatcan be addressed through telecommunication/ICT policy. Thedocument also introduces some of the new principles adoptedat the 2012 United Nations Conference on SustainableDevelopment (Rio 20) 14 , underscoring how the inclusion ofsustainability principles in ICT policies and strategies canfurther promote the integration of the three pillars ofsustainable development: environmental, economic andsocial.The analysis starts by presenting the MDG7 framework inchapter 2 that displays the multiple contributions ofbroadband in achieving the targets defined within this goal.Chapter 3 presents a global overview of national broadbandpolicies that have stipulated environmental sustainability as apotential area of benefit, highlighting the actions,

increase the environmental sustainability of other sectors by, for example, reducing resource consumption –in particular energy consumption- through the use of smart grid technologies, promoting environmental monitoring or reinforcing education about environmental sustainability. The review conducted in this study indicates that, in general

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