Top Banner
Atmospheric turbulence identification to aid aviation safety USING MODIS
11

Atmospheric turbulence identification to aid aviation safety USING MODIS.

Jan 14, 2016

Download

Documents

Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Atmospheric turbulence identification to aid aviation safety USING MODIS.

Atmospheric turbulence identification to aid aviation safety

USING MODIS

Page 2: Atmospheric turbulence identification to aid aviation safety USING MODIS.

• NB – for icing in aviation look at water phase clouds, below freezing (< O deg Celsius) and low pressure

• Band 36 (14.20 µm) – shows higher altitude conditions with clouds, NB as aircraft fly at higher alts

• Day 1 (30 August) – frontal system moving towards CT and cloud mass over Indian Ocean

• BT ranges 220.67 – 233.27

Page 3: Atmospheric turbulence identification to aid aviation safety USING MODIS.

Day 1 - 30 August

Page 4: Atmospheric turbulence identification to aid aviation safety USING MODIS.
Page 5: Atmospheric turbulence identification to aid aviation safety USING MODIS.
Page 6: Atmospheric turbulence identification to aid aviation safety USING MODIS.
Page 7: Atmospheric turbulence identification to aid aviation safety USING MODIS.

wave like pattern – turbulence in clear skies seen in water vapour phase (6.78 µm)

Contrast in BT temperatures – thunderstorm clouds = strong turbulence

Page 8: Atmospheric turbulence identification to aid aviation safety USING MODIS.
Page 9: Atmospheric turbulence identification to aid aviation safety USING MODIS.

Seviri

Page 10: Atmospheric turbulence identification to aid aviation safety USING MODIS.
Page 11: Atmospheric turbulence identification to aid aviation safety USING MODIS.