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has been reached Tasmania from the Australian mainland, where it was previously unknown, owing to a Summer party coors light beer all over print hawaiian shirt strengthening of the East Australian Current that connects the two regions Ling . As a consequence, the distribution and abundance of kelp

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compatible with . of global warming. Some of these aspects are also addressed in more detail in Cross- Boxes and in this . Earlier work has identified of global warming as the tipping point leading to a significant strengthening of the West African monsoon and subsequent wettening of the Sahel and Sahara Lenton . AR Niang , as well as more recent research through the Coordinated Regional Downscaling Experiment for Africa  provides a more uncertain view, however, in terms of the rainfall futures of the Sahel under low mitigation futures. Even if a wetter Sahel should materialize under of global warming , it should be noted that there would be significant offsets in the form of strong regional warming and related adverse impacts on crop yield, livestock mortality and human health under such low mitigation futures Summer party coors light beer all over print hawaiian shirt r . Emergence and intensity of climate change hotspots under different degrees of global warming. Worldwide, the largest increases in the number of hot days are projected to occur in the tropics ure .. Moreover, the largest differences in the number of hot days for . versus of global warming are projected to occur in the tropics Mahlstein . In tropical Afric increases in the number of hot nights, as well as longer and more frequent heatwaves, are projected under . of global warming, with further increases expected under of global warming Weber . Impact studies for major tropical cereals reveal that yields of maize and wheat begin to decline with to of local warming in the tropics. Schleussner project that constraining warming to .

rather than would avoid significant risks of tropical crop yield declines in West Afric Southeast Asi and Central and South America. There is limited evidence and thus low confidence that these changes may result in significant population displacement from the tropics to the subtropics , Hsiang and Sobel. Unique and threatened systems in small island states and in systems fed by glacier meltwater were also considered to contribute to this RFC in AR, but there is little new information about these systems that pertains to . or of global warming. Taken together, the evidence suggests that the transition from high to very high risk in unique and threatened systems occurs at a lower level of warming, between . and , than in AR, where this transition was located at .. The transition from moderate to high risk relocates very slightly from . to . There is also high confidence in the location of the transition from low to moderate risk below present-day global temperatures. Projected changes in the ocean system at higher warming targets ., including potential changes in circulation .. and increases in both surface temperatures .. and ocean acidification ., suggest increasing risks for SIDS associated with warming levels close to and exceeding .. The first group of organisms, pteropods, are small pelagic molluscs that suspension feed and produce a calcium carbonate shell. They are highly abundant in temperate and polar waters where they are an important link in the foodweb between phytoplankton and a range of other organisms including fish, whales and birds. The second group, bivalve molluscs , clams, oysters and mussels, are filter-feeding invertebrates. These invertebrate organisms underpin important fisheries and aquaculture industries, from polar to tropical regions, and are important food sources for a range of organisms including humans. The third group of organisms considered here is a globally significant group of invertebrates known as euphausiid crustaceans , which are a key food source for many marine organisms and hence a major link between primary producers and higher trophic levels , fish, mammals and sea birds. Antarctic krill,Euphausia superb are among the most abundant species in terms of mass and are consequently an essential component of polar foodwebs Atkinson . The last group, fin fishes, is vitally important components of ocean foodwebs, contribute to the income of coastal communities, industries and nations, and are important to the foodsecurity and livelihood of hundreds of millions of people globally . Further background for this is provided in Supplementary Material .SM… Changes in ocean circulation can have profound impacts on marine ecosystems by connecting regions and facilitating the entry and establishment of species in areas where they were unknown before , ‘tropicalization’ of temperate ecosystems;  , as well as the arrival of novel disease agents low-medium confidence  . For example, the herbivorous sea urchin Centrostephanus rodgersii

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