wake low wake low wake depression low pressure area trails high following line warm air associated systems formation clearing skies associated wake low difficult detect surface weather observations broad formation weather station networks increased detection severe weather form high winds generated wake low pressure difference preceding wake low intense line process decay heat bursts generated near wake low new thunderstorm activity line ends wake low associated tandem formation wake lows form warming wake mature lines edge rain shields cooling unable offset warming atmospheric downward motion caused gravity waves boundary layers deep cold north weather high pressure areas line new thunderstorm development stops line wake low weaken clearing conditions accompany wake low descending warm air mass associated feature united_states systems observed form mississippi river valley southeast florida detection direct indirect ways found indicate presence wake depression direct use surface observations prior development weather station networks difficult find wake lows advent networks wake lows easier find weather satellite weather radar imagery wake lows heat bursts normally occur precipitation area larger precipitation areas located area showing minimum returns velocity data radar high winds edge data away location wake low association heat bursts heat bursts rare atmospheric phenomenon characterized gusty winds rapid increase temperature decrease point moisture heat bursts typically occur night time associated decaying thunderstorms association wake lows heat bursts caused rain parcel cold dry air high atmosphere making air surroundings parcel descends rapidly warming compression level reaches surface similar recorded temperatures heat bursts reached rising minutes extreme events documented temperatures reported exceed extreme events officially verified heat bursts characterised extremely dry air associated strong damaging winds
Wake low