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CAP 2.0 Action Quantification Outcomes
<br />Table 1. GHG emission reductions associated with state and federal legislation adjustments, all potential CAP 2.0 strategies
<br />and actions, and existing City actions (in MTCO2e). Unless otherwise indicated, reductions are isolated to those achieved
<br />within the indicated year compared to the BAU scenario. Cumulative values are through 2030.
<br />Table 2. Top 10 actions for reducing GHG emissions through 2030.
<br />1 1150
<br />Urban Forest Master Plan
<br />1119
<br />Mass (MTCO2e)
<br />2
<br />Per -Capita (MTCO2e/person)
<br />3 MC2
<br />. •C F _.
<br />Cumulative
<br />In 2030
<br />In 2045
<br />Cumulative
<br />In 2030
<br />In 2045
<br />All
<br />ABAU reduction
<br />3,980,004
<br />134,477
<br />224,576
<br />47.94
<br />1.62
<br />2.29
<br />BE
<br />Decarbonization of buildings
<br />28,126
<br />7,356
<br />28,992
<br />0.34
<br />0.09
<br />0.30
<br />BE
<br />Energy efficiency & consumption
<br />27,909
<br />4,342
<br />143
<br />0.34
<br />0.05
<br />0.00
<br />BE
<br />Renewable energy generation & storage
<br />278,084
<br />30,450
<br />-
<br />3.35
<br />0.37
<br />0.00
<br />T&LU
<br />Active, shared transport
<br />31,567
<br />7,140
<br />6,124
<br />0.38
<br />0.09
<br />0.06
<br />T&LU
<br />Sustainable land use
<br />35,411
<br />5,520
<br />3,226
<br />0.43
<br />0.07
<br />0.03
<br />T&LU
<br />Vehicle decarbonization
<br />118,182
<br />25,352
<br />71,168
<br />1.42
<br />0.31
<br />0.73
<br />M&C
<br />Waste diversion
<br />-
<br />-
<br />-
<br />--
<br />-
<br />-
<br />M&C
<br />Sustainable consumption
<br />-
<br />-
<br />-
<br />-
<br />-
<br />-
<br />NS
<br />Carbon sequestration
<br />370,153
<br />73,874
<br />195,961
<br />4.46
<br />0.89
<br />2.00
<br />NS
<br />Ecosystem resilience
<br />-
<br />-
<br />-
<br />-
<br />-
<br />-
<br />WR
<br />Supply & conservation
<br />-
<br />WR
<br />Stormwater resilience
<br />CRW
<br />Community resilience
<br />CRW
<br />CC vulnerability
<br />-
<br />-
<br />-
<br />-
<br />-
<br />-
<br />CRW
<br />City ops integration
<br />27,346
<br />5,490
<br />2,950
<br />0.33
<br />0.07
<br />0.03
<br />BE
<br />Existing actions
<br />2,118
<br />183
<br />0.03
<br />0.00
<br />0.00
<br />T&LU
<br />Existing actions
<br />9,494
<br />1,462
<br />767
<br />0.11
<br />0.02
<br />0.01
<br />M&C
<br />Existing actions
<br />135,118
<br />22,585
<br />26,499
<br />1.63
<br />0.27
<br />0.27
<br />NS
<br />Existing actions
<br />-
<br />WR
<br />Existing actions
<br />CRW
<br />Existing actions
<br />-
<br />-
<br />-
<br />-
<br />Total Reductions
<br />5,043,510
<br />318,229
<br />560,407
<br />60.75
<br />3.83
<br />5.73
<br />Resulting Emissions
<br />-
<br />328,415
<br />170,149
<br />-
<br />3.96
<br />1.74
<br />Table 2. Top 10 actions for reducing GHG emissions through 2030.
<br />1 1150
<br />Urban Forest Master Plan
<br />1119
<br />Zero emissions energy as default East Bay
<br />2
<br />Community Energy (EBCE) choice
<br />3 MC2
<br />SB 1383 Implementation
<br />4 1056
<br />ZEV Infrastructure Plan
<br />5 1023
<br />Comprehensive climate outreach
<br />6 1176
<br />Community energy efficiency upgrades
<br />7 1230
<br />Housing Element
<br />8 1086
<br />Promote LEED Neighborhood Development
<br />9 1164V
<br />Existing Building Electrification Plan
<br />10 1184
<br />VMT reduction for K-12 activities
<br />Table 3. Emissions trajectories under examined scenarios.
<br />6A
<br />BAU Emissions
<br />ABAU Emissions
<br />Existing On -Going Cap Reductions
<br />CAP Action Reductions
<br />Projected Emissions
<br />% Reduction (compared to 1990 baseline)
<br />Target
<br />Projected Gap from Target
<br />73,253 195,340
<br />30,374 0
<br />366,263
<br />277,840
<br />2,441,753
<br />524,332
<br />22,585
<br />26,499
<br />135,118
<br />506,627
<br />25,352
<br />71,168
<br />118,182
<br />855,919
<br />5,490
<br />2,950
<br />27,346
<br />89,091
<br />3,976
<br />70
<br />26,041
<br />58,197
<br />3,717
<br />2,257
<br />18,800
<br />64,825
<br />1,803
<br />969
<br />16,611
<br />36,376
<br />4,357
<br />6,034
<br />16,511
<br />95,279
<br />2,529
<br />1,365
<br />12,708
<br />40,539
<br />MTCO2e Emissions (mass emissions)
<br />In 2030
<br />In 2045
<br />646,644
<br />730,555
<br />512,167
<br />505,979
<br />-24,229
<br />-27,266
<br />-159,523
<br />-308,565
<br />328,415
<br />170,149
<br />52%
<br />75%
<br />341,188
<br />0
<br />-12,774
<br />170,149
<br />MTCO2e Emissions (per capita)
<br />In 2030
<br />In 2045
<br />7.79
<br />7.47
<br />6.17
<br />5.17
<br />-0.29
<br />-0.28
<br />-1.92
<br />-3.15
<br />3.96
<br />1.74
<br />71%
<br />87%
<br />4.11
<br />0.00
<br />-0.15
<br />1.74
<br />CASCADIA Page 10
<br />CONSULTING LF 1
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