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this sector over the next few decades. Although these gases are currently a relatively small proportion of annual GHG emissions, The beavis and butt-head tv show summer party all over print hawaiian shirt their use in the air conditioning sector is expected to grow rapidly over the next few decades if alternatives are not adopted. However, their projected future impact can be significantly

The beavis and butt-head tv show summer party all over print hawaiian shirt

respect to the period. Based on current understanding , only the collapse of marine-based sectors of the Antarctic ice sheet, if initiated, could cause global mean sea level to rise substantially above the likely range during the st century. There is medium confidence that this additional contribution would not exceed several tenths of a metre of sea-level rise during the st century. Despite the limitations of current modelling approaches, there is high agreement and robust evidence across models and studies that the AFOLU sector plays an important role in stringent mitigation pathways. The findings from these multiple lines of evidence also result in high confidence that AFOLU mitigation strategies can vary significantly based on preferences and policy choices, facilitating the exploration of strategies that can achieve multiple societal objectives simultaneously see also … At the same time, given the many uncertainties and limitations, only low to medium confidence can be attributed by this assessment to the more The beavis and butt-head tv show summer party all over print hawaiian shirt extreme AFOLU developments found in the pathway literature, and low to medium confidence to the level of residual non-CO emissions. Land-use changes until mid-century occur in the large majority of SSP pathways, both under stringent mitigation and in absence of mitigation ure .. In the latter case, changes are mainly due to socio-economic drivers like growing demands for food, feed and wood products. General transition trends can be identified for many land types in . pathways, which differ from those in baseline scenarios and depend on the interplay with mitigation in other sectors ure  Mitigation that demands land mainly occurs at the expense of agricultural land for food and feed production. Additionally, some biomass is projected to be grown on marginal land or supplied from residues and waste, but at lower shares. Land for second-generation energy crops expands by and in all available pathways that assume a cost-effective achievement of a . temperature goal in ure , but the scale depends strongly on underlying socio-economic assumptions .

Reducing rates of deforestation restricts agricultural expansion, and forest cover can expand strongly in . and pathways alike compared to its extent in no-climate-policy baselines due to reduced deforestation and afforestation and reforestation measures. However, the extent to which forest cover expands varies highly across models in the literature, with some models projecting forest cover to stay virtually constant or decline slightly. This is due to whether afforestation and reforestation is included as a mitigation technology in these pathways and interactions with other sectors. The share of low-carbon fuels in the total transport fuel mix increases to and by and to and by in .-overshoot pathways from IAMs and the IEA-BDS pathway, respectively. The IEA-BDS scenario is on the more ambitious side, especially in the share of electricity. Hence, there is wide variation among scenarios, including the IAM pathways, regarding changes in the transport fuel mix over the first half of the century. As seen in ure , the projections of energy consumption, CO emissions and carbon intensity are quite different between IAM and ETP scenarios. These differences can be explained by more weight on efficiency improvements and avoidshift decreasing energy consumption, and the higher share of biofuels and electricity accelerating the speed of decarbonization in ETP scenarios. Although biofuel consumption and electric vehicle sales have increased significantly in recent years, the growth rates projected in these pathways would be unprecedented and far higher than has been experienced to date. Emissions reductions are driven by a clear tempering of energy demand and a strong electrification of the buildings sector. The share of electricity in is in .-overshoot pathways, compared with in -consistent pathways ure .. Electrification contributes to the reduction of direct CO emissions by replacing carbon-intensive fuels, like oil and coal. Furthermore, when combined with a rapid decarbonization of the power system see .. it also enables further reduction of indirect CO emissions from electricity. Sectoral bottom-up models generally estimate lower electrification potentials for the buildings sector in comparison to global IAMs see ure .. Besides CO emissions, increasing global demand for air conditioning in buildings may also lead to increased emissions of HFCs in

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