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This forecast was issued on 02 August 2022 and supersedes the pre-season forecast issued in May 2022. Please see the link below for the pre-season forecast. Seasonal North Atlantic tropical storm forecast issued in May 2022 Forecast for the whole 2022 season Issued 02 August 2022  All values given

storm season usually runs from June to November. The degree of activity over the whole season varies from year to year and is measured in several ways. Total number of tropical storms. The number of tropical storms observed over the season is the best known measure of the level of storm activity

. The North Atlantic tropical storm season usually runs from June to November. The degree of activity over the whole season varies from year to year and is measured in several ways. Total number of tropical storms. The number of named tropical cyclones with winds of at least 39 mph observed over the season

This forecast was issued on 22 May 2024. An updated seasonal forecast has since been issued in early August. Please see the link below for details. Early August updated seasonal forecast for the whole North Atlantic tropical storm season 2024 Forecast for June to November 2024 Issued 22 May 2024

This forecast was issued on 23 May 2022. An updated seasonal forecast has since been issued in early August. Please see the link below for details. Early August updated seasonal forecast for the whole North Atlantic tropical storm season 2022 Forecast for June to November 2022 Issued 23 May 2022

Atlantic tropical storm season usually runs from June to November. The degree of activity over the whole season varies from year to year and is measured in several ways. Total number of tropical storms. The number of tropical storms observed over the season is the best known measure of the level

, will increase crop water stress, drought frequency and intensity, and contribute to greater risk of harvest failures and production shortfalls. • Shorter growing seasons are expected in many areas. This will be especially acute for vulnerable agricultural systems that experience high temperatures

from other regions, namely Europe, the US, East Asia, and Australia through collaboration with colleagues from the Advanced Global Atmospheric Gases Experiment and other international groups Calculating atmospheric trends of important gases using observations from the Mace Head observatory on the west