The 11-year solar cycle - Climate Influencer.

The 11-year solar cycle in the sun’s output impacts winter surface climate of Northern Europe. I am using model experiments to try to understand this impact and improve predictions of winter climate.

Xehetasun bibliografikoak
Egile Nagusiak: Brown, M, Gray, L
Formatua: Conference item
Argitaratua: Met Office 2017
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author Brown, M
Gray, L
author_facet Brown, M
Gray, L
author_sort Brown, M
collection OXFORD
description The 11-year solar cycle in the sun’s output impacts winter surface climate of Northern Europe. I am using model experiments to try to understand this impact and improve predictions of winter climate.
first_indexed 2024-03-07T00:29:29Z
format Conference item
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institution University of Oxford
last_indexed 2024-03-07T00:29:29Z
publishDate 2017
publisher Met Office
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spelling oxford-uuid:7f4475f5-7608-4249-bd9b-8543cd9dda912022-03-26T21:15:48ZThe 11-year solar cycle - Climate Influencer.Conference itemhttp://purl.org/coar/resource_type/c_5794uuid:7f4475f5-7608-4249-bd9b-8543cd9dda91Symplectic Elements at OxfordMet Office2017Brown, MGray, LThe 11-year solar cycle in the sun’s output impacts winter surface climate of Northern Europe. I am using model experiments to try to understand this impact and improve predictions of winter climate.
spellingShingle Brown, M
Gray, L
The 11-year solar cycle - Climate Influencer.
title The 11-year solar cycle - Climate Influencer.
title_full The 11-year solar cycle - Climate Influencer.
title_fullStr The 11-year solar cycle - Climate Influencer.
title_full_unstemmed The 11-year solar cycle - Climate Influencer.
title_short The 11-year solar cycle - Climate Influencer.
title_sort 11 year solar cycle climate influencer
work_keys_str_mv AT brownm the11yearsolarcycleclimateinfluencer
AT grayl the11yearsolarcycleclimateinfluencer
AT brownm 11yearsolarcycleclimateinfluencer
AT grayl 11yearsolarcycleclimateinfluencer