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pdf-to-markdown/examples/Achieving-The-Paris-Climate-Agreement/detectTOC.json
Johannes Zillmann 19a76d6163 Publish TOC as global (rudimentary)
2021-04-25 08:15:10 +02:00

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{"page":38,"change":"ContentChange","str":"Fig. 6.9 Electricity-performed pkm in domestic aviation under ","line":20,"x":53.85842895,"y":363.15979003,"width":"251.44","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":38,"change":"ContentChange","str":"Fig. 6.10 Powertrain split of the world passenger car fleet in the 2.0 °C ","line":22,"x":53.8584404,"y":339.15979003,"width":"285.01","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"Scenario ( left ) and 1.5 °C Scenario ( right ) ................................... 140","line":23,"x":104.85843658,"y":327.15979003,"width":"270.64","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"Fig. 6.11 Final energy demand in urban and inter-urban passenger ","line":24,"x":53.85845947,"y":315.15979003,"width":"266.24","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":38,"change":"ContentChange","str":"Fig. 6.14 Average global energy intensities of truck drivetrain ","line":30,"x":53.85850143,"y":243.15977478,"width":"248.77","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":38,"change":"ContentChange","str":"Fig. 6.15 Average global energy intensities of bus drivetrain ","line":32,"x":53.85850906,"y":219.15977478,"width":"241.91","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"technologies in 2015 ( left ) and 2050 ( right ) ................................. 144","line":33,"x":104.85851287,"y":207.15977478,"width":"270.82","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"Fig. 6.16 Average global energy intensities of two-wheel vehicles ","line":34,"x":53.85852813,"y":195.15977478,"width":"264.47","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":38,"change":"ContentChange","str":"in 2015 ( left bar ) and 2050 ( right bar ) ......................................... 145","line":36,"x":104.85852813,"y":171.15977478,"width":"270.55","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"Fig. 6.17 MJ/tkm of freight rail trains ( left ) and MJ/pkm of passenger ","line":37,"x":53.85853958,"y":159.15977478,"width":"279.98","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"rail trains ( right ) for 2015 ( left ) and 2050 ( right ) ......................... 146","line":38,"x":104.8585434,"y":147.15977478,"width":"270.81","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"Fig. 6.18 Region-specific MJ/tkm and MJ/pkm in 2015 and 2050 for ","line":39,"x":53.85855102,"y":135.15977478,"width":"276.24","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"freight rail trains ( left ) and passenger rail trains ( right ) ............... 146","line":40,"x":104.85855102,"y":123.1597824,"width":"269.68","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"Fig. 6.19 Shares of bio- and synfuels in all world regions ","line":41,"x":53.8585701,"y":111.1597824,"width":"230.01","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"under all scenarios ........................................................................ 147","line":42,"x":104.85856628,"y":99.1597824,"width":"269.98","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"Fig. 6.20 Relative growth in world transport demand ","line":43,"x":53.85858154,"y":87.1597824,"width":"212.57","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":38,"change":"ContentChange","str":"(2015 = 100% pkm/tkm) in the 5.0 °C scenario ........................... 150","line":44,"x":104.85858154,"y":75.1597824,"width":"270.74","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":39,"change":"ContentChange","str":"Fig. 6.21 Relative growth in world transport demand ","line":1,"x":53.85829925,"y":597.15979003,"width":"212.57","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"(2015 = 100% pkm/tkm) in the 2.0 °C Scenario ( left ) ","line":2,"x":104.85829925,"y":585.15979003,"width":"216.85","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"and 1.5 °C Scenario ( right ) ........................................................... 150","line":3,"x":104.85829925,"y":573.15979003,"width":"271.21","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.22 Regional pkm development .......................................................... 151","line":4,"x":53.8583107,"y":561.15979003,"width":"305.84","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.23 World pkm development in all scenarios ...................................... 152","line":5,"x":53.85832977,"y":549.15979003,"width":"307.12","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.24 World pkm development in the 2.0 °C Scenario .......................... 152","line":6,"x":53.85834121,"y":537.15979003,"width":"305.29","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.25 Pkm development in OECD Europe ( left ) Africa (middle), ","line":7,"x":53.8583603,"y":525.15979003,"width":"270.14","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"and China ( right ) in the 2.0 °C Scenario ...................................... 153","line":8,"x":104.8583603,"y":513.15979003,"width":"270.10","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.26 World tkm development in all scenarios ....................................... 154","line":9,"x":53.85837173,"y":501.15979003,"width":"307.40","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.27 Regional tkm development ........................................................... 154","line":10,"x":53.85837936,"y":489.15979003,"width":"306.12","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.28 World tkm development in the 5.0 °C, 2.0 °C, ","line":11,"x":53.8583908,"y":477.15979003,"width":"223.75","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"and 1.5 °C Scenarios ..................................................................... 156","line":12,"x":104.8583908,"y":465.15979003,"width":"271.49","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.29 Road tkm in the 2.0 °C Scenario .................................................. 156","line":13,"x":53.85839843,"y":453.15979003,"width":"305.67","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.30 Rail tkm in the 2.0 °C Scenario .................................................... 157","line":14,"x":53.85842132,"y":441.15979003,"width":"306.23","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 6.31 Share of rail tkm in total rail + road tkm ","line":15,"x":53.85842895,"y":429.15979003,"width":"201.19","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"in the 2.0 °C Scenario ................................................................... 157","line":16,"x":104.85842895,"y":417.15979003,"width":"270.66","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 7.1 Electricity infrastructure in Africa—power plants ","line":17,"x":53.85845184,"y":399.15979003,"width":"232.77","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":39,"change":"ContentChange","str":"Fig. 7.2 Solar potential in Africa ................................................................ 166","line":19,"x":53.85845947,"y":375.15979003,"width":"302.22","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 7.3 Europe’s potential for utility-scale solar power plants ................. 167","line":20,"x":53.85847091,"y":363.15979003,"width":"300.84","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 7.4 OECD North America: existing and potential ","line":21,"x":53.85849,"y":351.15979003,"width":"216.51","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"wind power sites ........................................................................... 168","line":22,"x":104.85849,"y":339.15979003,"width":"270.02","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 7.5 Latin America: potential and existing wind power sites ............... 169","line":23,"x":53.85850143,"y":327.15979003,"width":"302.09","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 8.1 Global: projection of final energy (per $ GDP) intensity ","line":24,"x":53.8585205,"y":309.15979003,"width":"258.41","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"by scenario .................................................................................... 176","line":25,"x":104.8585205,"y":297.15979003,"width":"270.82","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 8.2 Global: projection of total final energy demand by sector ","line":26,"x":53.85852813,"y":285.15979003,"width":"262.85","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"in the scenarios (without non- energy use or heat from ","line":27,"x":104.85852813,"y":273.15979003,"width":"219.22","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"combined heat and power [CHP] autoproducers) ......................... 177","line":28,"x":104.85852813,"y":261.15979003,"width":"271.37","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 8.3 Global: development of gross electricity demand by sector ","line":29,"x":53.85855102,"y":249.15977478,"width":"269.57","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"in the scenarios ............................................................................. 178","line":30,"x":104.8585434,"y":237.15977478,"width":"269.71","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 8.4 Global: development of final energy demand for transport ","line":31,"x":53.85855865,"y":225.15977478,"width":"266.61","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"by mode in the scenarios .............................................................. 179","line":32,"x":104.85855865,"y":213.15977478,"width":"269.43","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 8.5 Global: development of heat demand by sector ","line":33,"x":53.8585701,"y":201.15977478,"width":"222.63","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":39,"change":"ContentChange","str":"Fig. 8.6 Global: development of the final energy demand by sector ","line":35,"x":53.85858917,"y":177.15977478,"width":"268.00","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":39,"change":"ContentChange","str":"Fig. 8.7 Global: development of electricity-generation structure ","line":37,"x":53.85860061,"y":153.15977478,"width":"255.95","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":39,"change":"ContentChange","str":"Fig. 8.8 Global: development of total electricity supply costs ","line":39,"x":53.85861968,"y":129.15977478,"width":"244.87","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"and specific electricity generation costs in the scenarios ............. 182","line":40,"x":104.85861968,"y":117.1597824,"width":"269.40","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":39,"change":"ContentChange","str":"Fig. 8.9 Global: investment shares for power generation ","line":41,"x":53.85863113,"y":105.1597824,"width":"225.28","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":39,"change":"ContentChange","str":"Fig. 8.10 Global: development of heat supply by energy carrier ","line":43,"x":53.85863876,"y":81.1597824,"width":"254.38","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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{"page":45,"change":"ContentChange","str":"Fig. 9.1 Global coal production in 1981–2017 ","line":1,"x":53.85829925,"y":597.15979003,"width":"185.83","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"(BP 2018—Statistical Review) ..................................................... 405","line":2,"x":104.85829925,"y":585.15979003,"width":"270.89","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 9.2 Global coal production until 2050 under ","line":3,"x":53.8583107,"y":573.15979003,"width":"196.66","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"the three scenarios ........................................................................ 405","line":4,"x":104.85830688,"y":561.15979003,"width":"269.42","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 9.3 Global oil production in 1965–2017 ","line":5,"x":53.85832977,"y":549.15979003,"width":"179.73","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"(BP 2018—Statistical Review) ..................................................... 406","line":6,"x":104.85832977,"y":537.15979003,"width":"270.89","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 9.4 Global oil production until 2050 under ","line":7,"x":53.85834121,"y":525.15979003,"width":"190.56","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"the three scenarios ........................................................................ 407","line":8,"x":104.8583374,"y":513.15979003,"width":"269.42","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 9.5 Global gas production in 1970–2017 ","line":9,"x":53.8583603,"y":501.15979003,"width":"182.45","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"(BP 2018—Statistical Review) ..................................................... 408","line":10,"x":104.8583603,"y":489.15979003,"width":"270.89","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 9.6 Global gas production until 2050 under ","line":11,"x":53.85837173,"y":477.15979003,"width":"193.28","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"the three scenarios ........................................................................ 408","line":12,"x":104.85836791,"y":465.15979003,"width":"269.42","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 10.1 World employment in the energy sector under ","line":13,"x":53.85837936,"y":447.15979003,"width":"224.17","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"the 5.0 °C and 2.0 °C Scenarios ( left ) and the 5.0 °C ","line":14,"x":104.85838317,"y":435.15979003,"width":"213.65","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"and 1.5 °C Scenarios ( right ) ......................................................... 418","line":15,"x":104.85838317,"y":423.15979003,"width":"270.10","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","EHWIUF+GmkwrjQwhrjhPbfgkvTimesLTStd-Italic"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 10.2 Distribution of human resources required to manufacture ","line":16,"x":53.85839843,"y":411.15979003,"width":"268.27","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"the main components of a 50 MW solar photovoltaic ","dir":"ltr","width":"215.74","height":"10.00","transform":["10.00","0.00","0.00","10.00","104.86","399.16"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":104.85839843,"y":399.15979003,"line":17,"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"power plant. (IRENA 2017a) ........................................................ 420","line":18,"x":104.85839843,"y":387.15979003,"width":"271.04","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 10.3 Division of occupations between fossil fuels and renewable ","line":19,"x":53.85840988,"y":375.15979003,"width":"278.25","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"energy in 2015 and 2025 under the 1.5 °C Scenario .................... 427","line":20,"x":104.8584137,"y":363.15979003,"width":"269.90","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 10.4 Division of occupations between fossil fuels and ","line":21,"x":53.85842895,"y":351.15979003,"width":"235.01","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"renewable energy in 2015 and 2025 under ","dir":"ltr","width":"172.76","height":"10.00","transform":["10.00","0.00","0.00","10.00","104.86","339.16"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":104.85842895,"y":339.15979003,"line":22,"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"the 2.0 °C Scenario ....................................................................... 428","line":23,"x":104.85842895,"y":327.15979003,"width":"270.38","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 10.5 Employment changes between 2015 and 2025 ","line":24,"x":53.8584404,"y":315.15979003,"width":"224.88","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"by occupational breakdown under the 2.0 °C Scenario ................ 433","line":25,"x":104.85843658,"y":303.15979003,"width":"270.93","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 10.6 Employment changes between 2015 and 2025 ","line":26,"x":53.85845947,"y":291.15979003,"width":"224.88","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"by occupational breakdown under the 1.5 °C Scenario ................ 434","line":27,"x":104.85845184,"y":279.15979003,"width":"270.93","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 11.1 Overview of key metal requirements and supply ","line":28,"x":53.85847091,"y":261.15979003,"width":"232.93","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"chain for solar PV ......................................................................... 439","line":29,"x":104.8584671,"y":249.15977478,"width":"270.54","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 11.2 Overview of key metal requirements and supply ","line":30,"x":53.85847854,"y":237.15977478,"width":"232.93","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"chain for wind power .................................................................... 440","line":31,"x":104.85848236,"y":225.15977478,"width":"270.56","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 11.3 Overview of key metal requirements and supply ","line":32,"x":53.85850143,"y":213.15977478,"width":"232.93","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"chain for LIB and EV ................................................................... 441","line":33,"x":104.85849761,"y":201.15977478,"width":"269.70","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 11.4 Cumulative demand from renewable energy ","line":34,"x":53.85850906,"y":189.15977478,"width":"215.98","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"and transport technologies to 2050 compared with reserves ........ 446","line":35,"x":104.85851287,"y":177.15977478,"width":"270.64","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 11.5 Annual demand from renewable energy and storage ","line":36,"x":53.85852813,"y":165.15977478,"width":"247.47","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"technologies in 2050 compared with current production ","dir":"ltr","width":"227.19","height":"10.00","transform":["10.00","0.00","0.00","10.00","104.86","153.16"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":104.85852813,"y":153.15977478,"line":37,"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"rates (note that scale varies across the metals) ............................. 446","line":38,"x":104.85852813,"y":141.15977478,"width":"269.70","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 11.6 Annual primary demand for cobalt from EVs and storage ........... 447","line":39,"x":53.85853958,"y":129.15977478,"width":"307.18","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 11.7 Cumulative primary demand for cobalt from EVs ","line":40,"x":53.85855102,"y":117.1597824,"width":"238.19","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"and storage by 2050 ...................................................................... 447","line":41,"x":104.85855102,"y":105.1597824,"width":"270.82","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 11.8 Annual primary demand for lithium from EVs ","line":42,"x":53.8585701,"y":93.1597824,"width":"225.82","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"and storage .................................................................................... 448","line":43,"x":104.85856628,"y":81.1597824,"width":"270.82","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"Fig. 11.9 Cumulative primary demand for lithium from EVs ","line":44,"x":53.85858154,"y":69.1597824,"width":"242.65","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"and storage by 2050 ...................................................................... 449","line":45,"x":104.85858154,"y":57.1597786,"width":"270.82","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":45,"change":"ContentChange","str":"List of Figures","dir":"ltr","width":"50.55","height":"8.50","transform":["8.50","0.00","0.00","8.50","334.96","623.65"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":334.96279907,"y":623.65319824,"line":46,"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"li","dir":"ltr","width":"5.10","height":"8.50","transform":["8.50","0.00","0.00","8.50","380.60","623.65"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":380.5954895,"y":623.65332031,"line":0,"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"Fig. 11.10 Annual primary demand for silver from solar PV (c-Si) .............. 449","line":1,"x":53.85829925,"y":597.15979003,"width":"311.76","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"Fig. 11.11 Cumulative primary demand for silver from solar PV ","line":2,"x":53.8583107,"y":585.15979003,"width":"258.32","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"(c-Si) by 2050 ............................................................................... 450","line":3,"x":104.85830688,"y":573.15979003,"width":"270.27","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"Fig. 11.12 Top five oil-producing countries (left) versus ","line":4,"x":53.85832977,"y":561.15979003,"width":"224.99","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"lithium-producing countries (right) .............................................. 453","line":5,"x":104.85832977,"y":549.15979003,"width":"269.99","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"Fig. 12.1 Global CO 2 , CH 4 and N 2 O concentrations under ","line":6,"x":53.85834121,"y":529.65979003,"width":"232.31","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"various scenarios. The so-called SSP scenarios are going ","dir":"ltr","width":"231.75","height":"10.00","transform":["10.00","0.00","0.00","10.00","104.86","519.16"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":104.85720062,"y":519.15979003,"line":7,"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"to inform the Sixth Assessment Report by the IPCC, ","dir":"ltr","width":"214.18","height":"10.00","transform":["10.00","0.00","0.00","10.00","104.86","507.16"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":104.85720062,"y":507.15979003,"line":8,"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"the RCP scenarios are the previous generation of scenarios ","dir":"ltr","width":"239.70","height":"10.00","transform":["10.00","0.00","0.00","10.00","104.86","495.16"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":104.85720062,"y":495.15979003,"line":9,"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"and the LDF scenarios are those developed in this study ............. 462","line":10,"x":104.85720062,"y":483.15979003,"width":"270.68","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"Fig. 12.2 CO 2 equivalence concentrations and radiative forcing ","line":11,"x":53.85720825,"y":469.65979003,"width":"253.72","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"of main IPCC scenarios for the forthcoming Sixth ","dir":"ltr","width":"204.71","height":"10.00","transform":["10.00","0.00","0.00","10.00","104.86","459.16"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":104.8580017,"y":459.15979003,"line":12,"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"Assessment (so-called SSP scenarios), the RCP scenarios ","dir":"ltr","width":"234.70","height":"10.00","transform":["10.00","0.00","0.00","10.00","104.86","447.16"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":104.8580017,"y":447.15979003,"line":13,"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"underlying the Fifth IPCC Assessment Report and ","dir":"ltr","width":"205.56","height":"10.00","transform":["10.00","0.00","0.00","10.00","104.86","435.16"],"fontName":"TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman","x":104.8580017,"y":435.15979003,"line":14,"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"the LDF scenarios developed in this study ................................... 463","line":15,"x":104.8580017,"y":423.15979003,"width":"270.42","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"Fig. 12.3 Global cumulative CO2 emissions – 2.0 °C and ","line":16,"x":53.85802078,"y":411.15979003,"width":"230.55","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"1.5 °C scenarios ............................................................................ 464","line":17,"x":104.85801696,"y":399.15979003,"width":"270.38","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"Fig. 12.4 Global-mean surface air temperature projections ......................... 467","line":18,"x":53.85802841,"y":387.15979003,"width":"307.07","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"Fig. 12.5 Global-mean sea level rise projections under the three ","line":19,"x":53.85803985,"y":375.15979003,"width":"256.22","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
{"page":46,"change":"ContentChange","str":"scenarios developed in this study ................................................. 468","line":20,"x":104.85803985,"y":363.15979003,"width":"269.31","height":"10.00","fontName":["TGOZWB+JkylrpTwghlkTlcrnvTimesLTStd-Roman"],"dir":["ltr"],"types":["TOC"]}
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