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at three regional climate model (RCM) simulations from the Co- Ordinated Regional Downscaling Experiment (CORDEX) South Asia initiative and conclude that precipitation in the wet season will decrease within a range of 0 to -16%, with an associated reduction in hydropower electricity production of up

most of the US and Caribbean, the Middle East extending east across Central Asia towards Japan, as well as Malaysia/Indonesia and adjacent countries. Notable exceptions to this are northern parts of South America, which is accompanied by wetter than normal conditions (see slide 6). The Pacific

period is the dry season in West Africa. The main exception coastal districts, many of which were wet or very wet. 3-Month Outlook April to June - Rainfall Outlook: With ENSO-neutral conditions prevailing over the next few months, predictability will be lower than earlier in the year when La Niña

exceptions over parts of Africa and southern Asia, mainly India, owing to likely active monsoon seasons. Much More Likely Below Normal Near-Normal Above Normal Likely Likely Much More Likely Climate Outlook Global: February to November Overview 5 Global Outlook - Rainfall Outlook: 3-Month Outlook June

Indonesia/Malaysia and northern/eastern Australia. Over the next three months, large parts of southern Asia, Australasia, northern parts of South America, along with southern parts of Africa are likely to be wetter than normal. Meanwhile, much of West, Central and East Africa, Central Asia

and December. In southern Africa, it was very wet in South Africa, Zimbabwe and Mozambique during November and December. Outlook: The East African Long Rains season runs from March until May across most of this region. The start of this season is likely to be drier than normal in Uganda, Kenya, Rwanda

and hot, dry weather). The temperate zones are divided into the Mediterranean climates with mild, rainy winters and hot, dry summers, and the temperate rain belts with rain in all seasons. On the eastern margins of the continents, especially in Asia, the subtropical desert zone and the Mediterranean

of wetter than normal conditions across central Asia and drier than normal conditions across parts of southeast Asia; however there is an increased likelihood of wetter than normal conditions across parts of Malaysia and much of Indonesia. Meanwhile, large swathes of Africa are more likely to experience

precipitation. Precipitation is spatially averaged over South Asia and each of the country-specific domains in the plot titles. The black line represents the line of best fit between the 12 points. Figure A17-ii - As caption for Figure 17-iError! Reference source not found., but for the OND season.

on global temperatures through this period. Consistent with a warming climate, nearly all land areas are likely or very likely to experience warmer than normal conditions through the next three months. The main exceptions over parts of Africa and southern Asia owing to likely active monsoon seasons