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Appendix <br />WE REV THE ENGINES <br />35 <br />{ 30 <br />t� <br />25 <br />20 <br />0 <br />15 <br />10 <br />5 <br />0 <br />-5 <br />2012 <br />HIGH EMISSIONS PATHWAY <br />Carbon dioxide emissians peak by 2080, but still rise 34 percent above 2010 levels by 2050. <br />2020 2030 2040 2050 2080 2070 2080 2090 2100 <br />Global <br />temperature <br />Increases by <br />up to 37a. <br />Ab3ul32y, ea re ad In die 239A, eb3ul7 Ran gee or mmy of R9tlr temperaWB <br />drepowBdglobal dMesasmarypeoplelhowodd'splat a iDXMWsoF3- Q <br />populalionwillfJW amexpeulbdlnbe adanimdapeciea 'aa � agrul6amlproducbm <br />rrducedmneestle annuallyeW5W13 will deeraaebymore r y andglobalxd <br />ovsermurr�tlmamwn[olwa�r than 50py sacavcould see <br />lbyike2davcad xdl a 1he24w1h3.5C regmbBinpa� <br />so <br />oomparedmtl�e 1C0-"rAood .}[ orwarming. I hmy9-�L-dierrannot <br />im. mrnpamd tD the be odapmd la. <br />1�OS. <br />www.wri.org/ipcc-infographics wORin RESOURCES INSTITUTE <br />The "High Emissions" scenario doesn't see emissions peaking until 2080, while global temperatures jump 3.7 <br />degrees C by 2100. The carbon budget is exhausted in 2057. The impact on agricultural production is so heinous <br />that adaption is no longer viable, the WRI predicts. <br />City of Redwood City Climate Action Plan 81 <br />