Ju8uG

62 Low-carbon Africa: leapfrogging to a green future Endnotes
118 Pathways to a Low Carbon Economy, Version
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119 Ibid.
120 See note 21.
121 Thierry Ogier, ‘Green funds for Africa ‘needed
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122 See note 118.
123 Ibid.
124 N Oakes, Spending $100 Billion in Africa,
IDEAcarbon, 18 March 2011.
125 See note 50.
126 The Growth Report: Strategies for Sustained
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127 J Wakeford et al, Energy Resource
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128 Rod Crompton, in Climate Change and
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129 Hallowes and Munnik, Peak Poison: The Elite
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130 South African Energy Policy Discussion
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131 R Norman, B Barnes, A Mathee et al,
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132 B Barnes, A Mathee, E Thomas et al,
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133 Wikus van Niekerk, Renewable Energy
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135 K Hagemann, Mesoscale Wind Atlas of South
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136 D Holm, D Banks, J Schäffler et al, Potential
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137 D Retief , Ocean Energy in South Africa
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138 Ocean flow energy – Agulhas current analysis
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139 New Growth Path Framework, Department of
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140 Kusaya Energy Efficiency Project, capetown.
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141 Kusaya CDM project, kuyasacdm.co.za/impact.
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142 See note 141.
143 M Wells, Integrated Biogas Pilot for Rural
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144 Darling Wind Farm project overview,
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145 City Energy Support Unit, Sustainable Energy
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146 Analysis and suggestions – produced for
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149 World Resource Institute, Earth Trends,
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151 Nigeria Bureau of Statistics, 2009.
152 bp.com/conversionfactors.jsp
153 Based on 1,701MW generated from 425.25
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155 Press release, watchdogreporters.com/
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156 Annual Report 2010/2011, Nairobi, Kenya
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157 Share of total primary energy supply excludes
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158 African Energy Data and Terminologies
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159 See note 157.
160 P Mbuthi and D Yuko in S Karekezi and
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161 See note 157.
162 This was not commissioned owing to long
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163 National Energy Policy and National Energy
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164 Draft Electricity Strategic Plan for the Energy
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165 Diagnosis of the Present Hydropower
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166 S Onacha et al, Geothermal Resources
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167 See note 164.
168 Ibid.
169 Ibid.
170 See note 165.