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pathways, especially in industries with higher process emissions, such as cement, iron and steel industries. In  Appa avatar the last airbender anime 3d night light led .-overshoot pathways, CCS in industry reaches GtCO yr− by , albeit with strong variations across pathways. Given the projected long-lead times and need for technological innovation, early scale-

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manufacturers, meanwhile, would need to abate their current CO emissions, which accounted for percent of global CO emissions in , by more than percent by through a range of short-term efficiency improvements, including the greater use of advanced analytics. Electrification would also help decarbonize buildings, where CO emissions represent about percent of the global total. Space and water heating, which typically rely on fossil fuels such as natural gas, fuel oil, and coal, are the primary emission contributors. By , electrifying these two processes in those residences and commercial buildings where it is feasible would abate their heating emissions by percent . By expanding the use of district heating and blending hydrogen or biogas into gas grids Appa avatar the last airbender anime 3d night light led for cooking and heating, the buildings sector could potentially reduce nearly an additional percent of emissions. Both would be required to reach a .-degree pathway in our rapid fossil-fuel-reduction scenario. Deforestation quite often linked to agricultural practices, but not exclusively so is one of the largest carbon-dioxide emitters, accounting for nearly percent of global CO emissions. Deforestation’s outsize impact stems from the fact that removing a tree both adds emissions to the atmosphere and removes that tree’s potential as a carbon sink. The good news is that a .-degree pathway is technically achievable. The bad news is that the math is daunting. Such a pathway would require dramatic emissions reductions over the next ten years starting now. This article seeks to translate the output of our analytic investigation into a set of discrete business and economic variables. Our intent is to clarify a series of prominent shifts encompassing food and forestry, large-scale electrification, industrial adaptation, clean-power generation, and carbon management and markets that would need to happen for the world to move rapidly onto a .-degree pathway. There is little evidence in global climate models of a tipping point or critical threshold in the transition from a perennially ice-covered to a seasonally ice-free Arctic Ocean, beyond which further sea-ice loss is unstoppable and irreversible. Stabilization of global average surface temperature does not imply stabilization for all aspects of the climate system. Rural areas are expected to experience major impacts on water availability and supply, food security, infrastructure and agricultural incomes, including shifts in the production areas of food and non-food crops around the world .

Climate change over the st century is projected to reduce renewable surface water and groundwater resources in most dry subtropical regions , intensifying competition for water among sectors . There is no consensus on the future volume of low oxygen waters in the open ocean because of large uncertainties in potential biogeochemical effects and in the evolution of tropical ocean dynamics. It is virtually certain that near-surface permafrost extent at high northern latitudes will be reduced as global mean surface temperature increases. The area of permafrost near the surface upper . m is likely to decrease by for the multi-model average . It is virtually certain that there will be more frequent hot and fewer cold temperature extremes over most land areas on daily and seasonal timescales, as global mean surface temperature increases. There is overall consistency between the projections from climate models in AR and AR for large-scale patterns of change and the magnitude of the uncertainty has not changed significantly, but new experiments and studies have led to a more complete and rigorous characterization of the uncertainty in long-term projections. At the same time, the literature on climate SDG interactions is still an emergent field of research and hence there is low to medium confidence in the precise magnitude of the majority of these interactions. Very limited literature suggests that achieving co-benefits is not automatically assured but results from conscious and carefully coordinated policies and implementation strategies   . Understanding these mitigation SDG interactions is key for selecting mitigation options that maximize synergies and minimize trade-offs towards the . and sustainable development objectives van  . CCS plays a major role in decarbonizing the industry sector in the context of . and

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