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Cumbria 164.2 100 Crosby Garrett Cumbria 101.3 100 Askham Hall Cumbria 83.7 100 Sleagill Cumbria 87.5 95 Scalebeck Farm Cumbria 91.8 85 High Snab Farm Cumbria 148.0 80 Orton Shallowford Cumbria 110.2 80 Kirkby Stephen: South RoadCumbria 92.9 80 Alston S Works Cumbria 90.2 70 Shap Cumbria 118.6 60 Burn
influencing methane profiles in the free troposphere many days and 100’s of km away from the intrusion (b) orographic and other processes associated with complex flow not captured in the transport model (c) errors or biases in the background field and (d) transient emissions not captured in the estimated
citation: Holmes, S., Burgin, L., Salmon, K., Burgan, S., Oakes, R., Weeks, OFFICIAL-SENSITIVE J. (2023). Guidance for Understanding Climate-Related Risks to Development in Maritime Environments. Met Office, UK. www.metoffice.gov.uk Page 1 of 61 www.metoffice.gov.uk © Crown Copyright 2021, Met
new risks over implementation delivery and benefits realisation would be assessed. A health and safety risk have been added to the register. • Simon Brown (Services Director) presented the annual Health and Safety (H&S) report. He discussed the external report on H&S governance and the plans
+0.7 ns England NW and Wales N -1.2 83 3.6 359 +0.6 121 Midlands -1.3 ns 3.6 206 +0.9 114 East Anglia -1.3 ns 4.0 149 +0.8 ns England SW and Wales S -1.1 ns 4.6 368 +0.8 117 England SE and Central S -1.2 ns 4.3 217 +1.0 ns In each district temperatures are significantly higher when averaged over
conventions. A-Z of storm names for 2020-21 A: Aiden B: Bella C: Christoph D: Darcy E: Evert (Eh-vert) F: Fleur G: Gavin H: Heulwen (Hail-wen) I: Iain J: Julia K: Klaas (Klaa-s) L: Lilah (Ly-la) M: Minne (Minn-eh) N: Naia (N-eye-a) O: Oscar P: Phoebe R: Ravi S: Saidhbhin (Sigh-veen) T: Tobias V
, 2025, https://doi.org/10.1016/j.cliser.2024.100530. New, S., and Coauthors (2024): Towards a climate service for the tea industry: A collaborative approach between the UK and China. Adv. Atmos. Sci., 41(12), 2289−2299, https://doi.org/10.1007/s00376-024-4302-8. Golding, N. et al. (2023) Towards a Step
., Graham, R., Fereday, D., Camp, J., Scaife, A.A., Xavier, P., McLean, P., Colman, A., and Cusack, S, 2011: The GloSea4 ensemble prediction system for seasonal forecasting, MWR, DOI: 10.1175/2011MWR3615.1. MWR, 139(6), pp. 1891-1910. Bowler, N.E., A. Arribas, S. Beare, K. Mylne and G. Shutts, 2009
., Maidens, A., Peterson, K., Gordon, M., MacLachlan, C., Graham, R., Fereday, D., Camp, J., Scaife, A.A., Xavier, P., McLean, P., Colman, A., and Cusack, S, 2011: The GloSea4 ensemble prediction system for seasonal forecasting, MWR, DOI: 10.1175/2011MWR3615.1. MWR, 139(6), pp. 1891-1910. Bowler, N.E
s−1) (red: ERA5; black CANARI LE; grey: individual LE members. The dotted lines indicate the axis of the stratospheric polar vortex. i.e. where !U peaks, while the dashed lines are the zero-wind line. The 20 m s −1 contours are thickened to highlight the stratospheric polar vortex
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