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T1  - Improved Integration of Ground-Based Low-Level Wind Shear Alert Systems Using a Grid-Based Approach 
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UR  - URN:NBN:fi:hulib-202204041594; http://hdl.handle.net/10138/342370 
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A1  - Leino, Henrik 
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PB  - Helsingin yliopisto 
Y1  - 2022 
LA  - eng 
AB  - Low-level wind shear is a significant aviation hazard. A sudden reduction in the headwind along an aircraft flight path can induce a loss of lift, from which an aircraft may not be able to recover when it is close to the ground. Airports therefore use low-level wind shear alert systems to monitor wind velocities within the airport terminal area and alert of any detected hazardous wind shear. There exist three ground-based sensor systems capable of independently observing low-level wind shear: a ... 
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KW  - wind shear; aviation weather; microburst; Doppler weather radar; Doppler wind lidar; LLWAS; Meteorologia; Meteorology; Meteorologi; Ilmakehätieteiden maisteriohjelma (Atmospheric Sciences); Master's Programme in Atmospheric Sciences; Magisterprogrammet i atmosfärsvetenskaper 
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