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9篇 您的检索式:作者名="Ian Simmonds"
    题名 作者 年代 出处 被引量
1Increasing fall-winter energy loss from the Arctic Ocean and its role in Arctic temperature amplification显示文摘Screen James A. Simmonds Ian 2010Geophysical Research Letters2010,,16:1
2Good practice in reviewing and publishing studies on herbal medicine, with special emphasis on traditional Chinese medicine and Chinese materia medica显示文摘Kelvin Chan Debbie Shaw Monique S.J. Simmonds Christine J. Leon Qihe Xu Aiping Lu Ian Sutherland Svetlana Ignatova You-Ping Zhu Rob Verpoorte Elizabeth M. Williamson Pierre Duez 2012Journal of Ethnopharmacology2012,,3:1
3Atmosphere water vapor flux and its association with rainfall over China in summer显示文摘Ian Simmonds Daohua Bi Pandora Hope 1999J climate1999,12,5:1
4Atmosphere water vapor flux and its association with rainfall over China in summer显示文摘Ian Simmonds Daohua Bi Pandora Hope 1999J Climate1999,12,5:1
5The association of rainfall and other weather variables with road traffic volume in Melbourne, Australia显示文摘Kevin Keay Ian Simmonds 2004Accident Analysis and Prevention2004,,1:1
6Sea level pressure response to the specification of eddy-resolving sea surface temperature in simulations of Australian east coast lows显示文摘Four east coast lows(ECLs)were simulated with the Weather Research and Forecast model to investigate the influence of the sea surface temperature(SST)distribution on the sea level pressure(SLP).Each ECL was simulated with two different SST datasets:the Bluelink SST field and NCEP skin temperature field.The former resolved eddies in the East Australian Current while the latter did not.The simulated SLP fields in the eddy-resolving SST runs were compared with those in the non-eddy-resolving SST runs.On time-scales of about 48 hours,higher SSTs were associated with lower SLPs.The spatial scale of the SLP response was similar to that of the ocean eddies,indicative of the rapidity and robustness of the response given the rapidly evolving conditions within the storms.On shorter time-scales,the SLP response to SST change can become substantially larger.The largest reductions in SLP in the eddy-resolving SST runs were associated with regions of deep atmospheric convection that warm the tropospheric column.These areas were shown to be related to the SST distribution with the greatest SLP reductions associated with convection over strong SST gradient regions.The landfall of a damaging convective mesoscale low pressure system on 8 June 2007 was also investigated.It was found that a region of strong SST gradients on the southern flank of a large warm ocean eddy was associated with lower pressures at the time of formation of this meso-low.In addition,the only case that simulated the low pressure at the correct time(albeit at not quite the correct location)was the eddy-resolved SST run.It was hypothesized that the development of this meso-low that impacted the coast around Newcastle,was enhanced because of the eddy-scale SST distribution at the time.Christopher R S Chambers Gary B Brassington Jinyu Sheng Ian Simmonds Kevin Walsh 2016Satellite Oceanography and Meteorology2016,1,1:1
7Atmospherewater vapor flux and its association with rainfall over China in summer 显示文摘Ian Simmonds Daohua B I PandoraHope 1999Journal of Climate1999,12,5:1
8Atmosphere water vapor flux and its association with rainfall over China in summer显示文摘Ian Simmonds Daohua Bi Pandora Hope 1999J Climate1999,12,5:1
9The association of rainfall and other weather variables with road traffic volume in Melbourne, Australia 显示文摘Kevin Keay Ian simmonds 2005Accident Analysis and Prevention2005,37,:1
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