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the difference? Eight interesting facts about Autumn Fact checking climate information Met Office week ahead: Wet, windy but with hints of change Hurricanes, typhoons and tornadoes: What’s the difference? Why do we have seasons? How changing weather patterns are affecting UK wildlife Ocean forecasting
description of tropical storm activity for each basin can be found below. All statistics are calculated using observed data to 1 st December 2015. 2.1 North Atlantic The 2015 Atlantic hurricane season recorded 11 tropical storms (winds ≥ 39 mph), of which only 4 became hurricanes (winds ≥ 74 mph) and 2
in the north-eastern part of the zone. • Inland (lake and river) fisheries and marine fisheries. Zone 3 is projected to be hotter on average, potentially wetter in the wet season, and potentially drier September-November. • High confidence for a warming of 1.5-4°C in annual mean temperature in the 2050s
the UK and they ‘block’ the passage of depressions. These anticyclones are most common in spring but can occur in all seasons — sometimes they can persist for a month or more and completely change the character of the weather. In summer, the blocking anticyclones can bring a prolonged spell of warm
Scottish Highlands. The course of mean monthly rainfall for 1981 - 2010 for 4 sites is shown below. Whilst rainfall is generally welldistributed through the year, there is a seasonal pattern. The driest season is spring whilst in the wetter upland areas there is an autumn/winter maximum, when
Oceans the majority of names used are not personal names. While there are a few male and female names, most are names of flowers, animals, birds, trees, foods or descriptive adjectives. The names are also not allocated in alphabetical order, but are arranged by the name of the Asian country which
Office 10-day trend: Wet and windy into Autumn Author: Press Office 28 August 2025 As summer comes to an end, the UK is already experiencing a distinctly autumnal feel. The latest Met Office 10-Day Trend points to a period dominated by unsettled conditions, with low pressure systems bringing spells
about contingency measures. At the same time it will help them develop definite strategies for dealing with the more likely outcome of flooding seasons. Providing this type of probabilistic climate information requires a good understanding of the drivers of Asian monsoon and how they will change
Systems (CREWS). Since COP26, CLARE has become one of the most prominent research programmes in Climate Adaptation and Resilience globally. So far, 24 research projects are underway involving 136 organisations in 38 countries, three quarters of which in Africa and Asia. CLARE is developing research
. These changes initially warmed the land over much of the Tropics and south and central Asia (see Fig. 5 top panel). The stronger warming over much of the Arctic and the initial reduction in the AMOC over the first 20 years suggests these are more complicated responses to that initial warming. It is also
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