%0 Journal Article %T Convective Rainfall in Lake Victoria Watershed and Adjacent Equatorial Africa %A Felipe Vemado %A Augusto Jos¨¦ Pereira Filho %J Atmospheric and Climate Sciences %P 373-397 %@ 2160-0422 %D 2021 %I Scientific Research Publishing %R 10.4236/acs.2021.113022 %X An integrated satellite precipitation estimation dataset, namely, the Climate Prediction Center morphing method (CMORPH), was used to analyze precipitation regimes across Equatorial Africa between 3¡ãS - 1¡ãN and 24¡ãE - 42¡ãE from 2000 to 2014. This region includes the Rift Valley, part of the Congo Forest, and the Lake Victoria (LV) basin, the second largest lake in the area of the world. Hovmöller diagrams were obtained for all organized convective systems to estimate their spans, duration, and phase speeds. The analysis included 33,189 episodes of westward propagating convective systems. Within the study area, lake and land breezes tend to trigger convection and precipitation over LV as well as mountain-valley circulation trigger thunderstorms over the mountains east of LV and western Rift Valley. The statistics of convective systems streaks on longitude-time diagrams were obtained for yearly frequencies of starting and ending longitudes and times among other morphologic variables. Results indicate organized precipitation episodes tend %K Lake Victory %K Precipitation %K Deep Convection %K Diurnal Cycle %K CMORPH %U http://www.scirp.org/journal/PaperInformation.aspx?PaperID=109148