Matches in SemOpenAlex for { <https://semopenalex.org/work/W2108830930> ?p ?o ?g. }
- W2108830930 endingPage "3999" @default.
- W2108830930 startingPage "3984" @default.
- W2108830930 abstract "Abstract Surface icing can cause dramatic consequences on human activities. What is more, numerical weather prediction models are not very accurate in determining freezing drizzle, which creates uncertainty when forecasting this type of weather phenomenon. Therefore, it is essential to improve the forecast accuracy of these models for such phenomena to mitigate risks caused by unforeseen freezing drizzle events. On 5 February 2012, an episode of freezing drizzle took place in the Guadarrama Mountains, at the center of the Iberian Peninsula. This episode was preceded by weak snowfall. After the freezing drizzle, moderate snowfall was recorded in the study area. This event was simulated using the Weather Research and Forecasting model. Through this analysis, we identified the meteorological factors at both synoptic scale and mesoscale that caused this episode. Wind perpendicular to an orographic barrier‐generated updrafts and retention of moisture upwind, which caused orographic clouds to appear on the north side of the Guadarrama Mountains. Atmospheric stability prevented cloud formation at midlevels at the time of the freezing drizzle, which maintained cloud top temperatures warmer than −15°C during the episode. The entrance of moisture and instability at midlevels caused cloud top temperatures substantially colder than −15°C, which coincided with snow in the mountain range. Cloud top temperature and thickness control the efficiency of the glaciation process, thereby determining the type of precipitation at the surface. Freezing drizzle risk and in‐cloud icing algorithms were developed with the aim of predicting similar events in the study area, which could mitigate impacts on human activities." @default.
- W2108830930 created "2016-06-24" @default.
- W2108830930 creator A5009169597 @default.
- W2108830930 creator A5015965018 @default.
- W2108830930 creator A5037767390 @default.
- W2108830930 creator A5055400252 @default.
- W2108830930 creator A5073797745 @default.
- W2108830930 creator A5090571521 @default.
- W2108830930 creator A5091688416 @default.
- W2108830930 date "2015-05-12" @default.
- W2108830930 modified "2023-10-02" @default.
- W2108830930 title "Analysis of a seeder-feeder and freezing drizzle event" @default.
- W2108830930 cites W1008194622 @default.
- W2108830930 cites W1599142327 @default.
- W2108830930 cites W161873239 @default.
- W2108830930 cites W1780952849 @default.
- W2108830930 cites W1824679074 @default.
- W2108830930 cites W188641943 @default.
- W2108830930 cites W1908311686 @default.
- W2108830930 cites W1966587452 @default.
- W2108830930 cites W1967879313 @default.
- W2108830930 cites W1968445460 @default.
- W2108830930 cites W1969981719 @default.
- W2108830930 cites W1975278179 @default.
- W2108830930 cites W1980564357 @default.
- W2108830930 cites W1986209963 @default.
- W2108830930 cites W1986465004 @default.
- W2108830930 cites W1991799239 @default.
- W2108830930 cites W1996274732 @default.
- W2108830930 cites W1998196924 @default.
- W2108830930 cites W1999143851 @default.
- W2108830930 cites W2009214786 @default.
- W2108830930 cites W2011632365 @default.
- W2108830930 cites W2014002646 @default.
- W2108830930 cites W2015028167 @default.
- W2108830930 cites W2015476899 @default.
- W2108830930 cites W2021350270 @default.
- W2108830930 cites W2023545246 @default.
- W2108830930 cites W2024456532 @default.
- W2108830930 cites W2025304286 @default.
- W2108830930 cites W2029916271 @default.
- W2108830930 cites W2031270975 @default.
- W2108830930 cites W2036336859 @default.
- W2108830930 cites W2043694875 @default.
- W2108830930 cites W2045180099 @default.
- W2108830930 cites W2046307699 @default.
- W2108830930 cites W2046802963 @default.
- W2108830930 cites W2047485718 @default.
- W2108830930 cites W2056805022 @default.
- W2108830930 cites W2058030119 @default.
- W2108830930 cites W2059344606 @default.
- W2108830930 cites W2062150953 @default.
- W2108830930 cites W2063378182 @default.
- W2108830930 cites W2064809880 @default.
- W2108830930 cites W2066648772 @default.
- W2108830930 cites W2074413151 @default.
- W2108830930 cites W2075162893 @default.
- W2108830930 cites W2077434916 @default.
- W2108830930 cites W2081346528 @default.
- W2108830930 cites W2083339292 @default.
- W2108830930 cites W2083916633 @default.
- W2108830930 cites W2085689646 @default.
- W2108830930 cites W2090217777 @default.
- W2108830930 cites W2096608828 @default.
- W2108830930 cites W2103680334 @default.
- W2108830930 cites W2107374427 @default.
- W2108830930 cites W2108383276 @default.
- W2108830930 cites W2113712071 @default.
- W2108830930 cites W2119007429 @default.
- W2108830930 cites W2119693378 @default.
- W2108830930 cites W2128881058 @default.
- W2108830930 cites W2129382832 @default.
- W2108830930 cites W2130455604 @default.
- W2108830930 cites W2141568724 @default.
- W2108830930 cites W2142009264 @default.
- W2108830930 cites W2144109463 @default.
- W2108830930 cites W2146186088 @default.
- W2108830930 cites W2148326633 @default.
- W2108830930 cites W2153951107 @default.
- W2108830930 cites W2169966996 @default.
- W2108830930 cites W2172460752 @default.
- W2108830930 cites W2172708021 @default.
- W2108830930 cites W2173000537 @default.
- W2108830930 cites W2174197490 @default.
- W2108830930 cites W2174362109 @default.
- W2108830930 cites W2175032488 @default.
- W2108830930 cites W2179912439 @default.
- W2108830930 cites W2303528543 @default.
- W2108830930 cites W2915783575 @default.
- W2108830930 cites W3192661424 @default.
- W2108830930 cites W4205321206 @default.
- W2108830930 cites W4240717376 @default.
- W2108830930 cites W82379729 @default.
- W2108830930 doi "https://doi.org/10.1002/2014jd022916" @default.
- W2108830930 hasPublicationYear "2015" @default.
- W2108830930 type Work @default.
- W2108830930 sameAs 2108830930 @default.
- W2108830930 citedByCount "9" @default.