由英国BBC音乐杂志举办的第二届唱片大奖于4月7日揭晓。在歌剧与声乐方面，亨德尔《时光与幻觉的凯旋》夺得年度歌剧大奖。该唱片由娜塔莉·德赛演唱，艺术家合奏团演出，艾曼纽埃尔-哈伊姆指挥，唱片编号Virgin3634282。马克·...由英国BBC音乐杂志举办的第二届唱片大奖于4月7日揭晓。在歌剧与声乐方面，亨德尔《时光与幻觉的凯旋》夺得年度歌剧大奖。该唱片由娜塔莉·德赛演唱，艺术家合奏团演出，艾曼纽埃尔-哈伊姆指挥，唱片编号Virgin3634282。马克·帕德莫以亨德尔的专辑《早晨》获得最佳声乐大奖，唱片编号Harmorfia Mundi HMU907422。展开更多
The characteristics of nocturnal-to-morning rainfall(NMR)during the warm season in South China are examined using hourly surface observations from 2015–2019.Results show that strong NMR is mainly located in coastal r...The characteristics of nocturnal-to-morning rainfall(NMR)during the warm season in South China are examined using hourly surface observations from 2015–2019.Results show that strong NMR is mainly located in coastal regions and mountainous areas.NMR mainly occurs during 0200–0800 LST.The distribution of NMR can be divided into two types.The first pattern is a coastal type where NMR is mainly located at windward sites,such as southern coastal mountain areas in Guangdong(GD)and in Guangxi(GX).The second type is an inland type where NMR is mainly located at windward sites,such as the northern mountainous areas in GX and the Pearl River Delta regions in GD.The strong convergence between the northerly wind over the mountainous regions and southerly wind,as well as the strong downhill winds strengthened by the narrow pipe effect over the valleys in mountainous areas,together contribute to the high frequency of inland NMR.The strong southeasterly onshore wind and the cyclonic circulations strengthened by the northeasterly wind over the northern mountainous areas contribute to the high frequency of coastal NMR.Though the GRAPES(Global/Regional Assimilation and Prediction System)model can capture the intensity and distribution of large-scale NMR,it exhibits low predictability of small-scale NMR,especially that in the warm sector.展开更多
文摘由英国BBC音乐杂志举办的第二届唱片大奖于4月7日揭晓。在歌剧与声乐方面，亨德尔《时光与幻觉的凯旋》夺得年度歌剧大奖。该唱片由娜塔莉·德赛演唱，艺术家合奏团演出，艾曼纽埃尔-哈伊姆指挥，唱片编号Virgin3634282。马克·帕德莫以亨德尔的专辑《早晨》获得最佳声乐大奖，唱片编号Harmorfia Mundi HMU907422。
基金jointly supported by the National Key Research and Development Program of China grant number2018YFC1506901the National Natural Science Foundation of China grant numbers 41505084 and 41875079the Project of Guangzhou Science and Technology grant number 201804020038。
文摘The characteristics of nocturnal-to-morning rainfall(NMR)during the warm season in South China are examined using hourly surface observations from 2015–2019.Results show that strong NMR is mainly located in coastal regions and mountainous areas.NMR mainly occurs during 0200–0800 LST.The distribution of NMR can be divided into two types.The first pattern is a coastal type where NMR is mainly located at windward sites,such as southern coastal mountain areas in Guangdong(GD)and in Guangxi(GX).The second type is an inland type where NMR is mainly located at windward sites,such as the northern mountainous areas in GX and the Pearl River Delta regions in GD.The strong convergence between the northerly wind over the mountainous regions and southerly wind,as well as the strong downhill winds strengthened by the narrow pipe effect over the valleys in mountainous areas,together contribute to the high frequency of inland NMR.The strong southeasterly onshore wind and the cyclonic circulations strengthened by the northeasterly wind over the northern mountainous areas contribute to the high frequency of coastal NMR.Though the GRAPES(Global/Regional Assimilation and Prediction System)model can capture the intensity and distribution of large-scale NMR,it exhibits low predictability of small-scale NMR,especially that in the warm sector.
