Africa Hazards Briefing

T+24h, a southwesterly flow pattern is expected to dominate over Western Sahara, Morocco, northern Algeria and over Tunisia while an extensive upper level anticyclonic flow pattern

T+48h, an extensive anticyclonic flow pattern is expected to prevail over a large part of the African continent with a trough along the coast of Somalia and an anticyclonic

T+24h, an extensive upper level anticyclonic flow pattern is expected to prevail over a large part of Africa north of latitude 20 0 S with westerly flow pattern over Morocco,

T+24h, an extensive upper level anticyclonic flow pattern is expected to prevail over a large part of Africa north of latitude 20 0 S with westerly flow pattern over Morocco,

T+24h, a large part of the African continent from the north to latitude 20 0 S is expected to be covered by an anticyclonic flow pattern due to the subtropical anticyclones lying over

Central African Republic and much of central Southern Africa will be under the influence of an anticyclone circulation that will generate strong southeasterly flow over northern

Northern, western and parts of eastern Southern Africa will be under the influence of an anticyclonic circulation; whereas the central areas and northeastern including the

The entire Southern African region is expected to be under the influence of an anticyclonic system centered over northern Mozambique resulting into northeasterly flow to the north