Your search for 2030 found 85 results.
Your search for 2030 found 85 results.
… (see Figure 2.26) (high confidence). For instance, undiscounted values under a Higher-2°C pathway range from 15–220 USD2010 tCO2-eq −1 in 2030 , 45–1050 USD2010 tCO2-eq−1 in 2050, 120–1100 USD2010 tCO2-eq −1 in 2070 and 175–2340 USD2010 tCO2-eq−1 in 2100. On the contrary, …
… sector-specific mitigation policies in industry, transportation and residential sectors are needed in the short run for emissions to peak in 2030 (Méjean et al., 2018). Stringent demand-side policies (e.g., tightened efficiency standards for buildings and appliances) driving the expansion, efficiency …
… from residues and waste, but at lower shares. Land for second-generation energy crops (such as Miscanthus or poplar) expands by 2030 and 2050 in all available pathways that assume a cost-effective achievement of a 1.5°C temperature goal in 2100 (Figure 2.24), …
… gCO2 MJ−1 by 2050, compared to 25 gCO2 MJ−1 in 2°C-consistent pathways. Considerable carbon intensity reductions are already achieved by 2030 , largely via a rapid phase-out of coal. Biomass becomes an increasingly important energy carrier in the industry sector in …
… terms of energy carriers (electricity, liquids, gases, solids, hydrogen etc.). Figure 2.19 shows the structure of global final energy demand in 2030 and 2050, indicating the trend toward electrification and fossil fuel usage reduction. This trend is more significant in 1.5°C pathways …
… that are available, however, show a faster decline in the carbon intensity of electricity generation and residual fuel mix by 2030 than most pathways that are projected to temporarily overshoot 1.5°C and return by 2100 (or 2°C pathways). The Below-1.5°C pathways …
… demand side All end-use sectors show marked demand reductions beyond the reductions projected for 2°C pathways. Demand reductions from IAMs for 2030 and 2050 lie within the potential assessed by detailed sectoral bottom-up assessments. Section 2.4.3 Switching from fossil fuels to electricity in end-use …
… and higher transitional and long-term economic impacts (Clarke et al., 2014). The literature mainly focuses on delayed action until 2030 in the context of meeting a 2°C goal (den Elzen et al., 2010; van Vuuren and Riahi, 2011; Kriegler et …