Saturday, 6 February 2016

A significant supercell thunderstorm developed southwest of Moree late on the morning of Friday 29 January 2016. At 11:00 am the storm had matured proceeding to make a left-shift in its course, a clear sign of its severity. The Moree radar images captured at 11:20 am, 11:30 am & 11:40 am show a clear hook echo. It is within this period with which the supercell has the hook echo that it passes over Millie.

See : 128km Radar Loop for Moree, 23:00 28/01/2016 to 03:00 29/01/2016 UTC


Millie, NSW

The damage documented at Millie is limited in pictures to one property. The degree of damage done to the prefabricated home (MHDW) is indicative of winds in excess of 100 km/h. The damage pictured shows no indication of tornado activity at Millie, the damage is consistent with straight line winds.

Storm damage following a supercell that swept across Millie on 29th January 2016. A team of 6 volunteer members from...
Posted by NSW SES Narrabri Unit on Friday, 29 January 2016


As the supercell passes southeast of Moree in interacts with a developing storm approaching from the north. The storms crashed into one another sapping their intensity.

Warialda

As the cell regenerated it continued over Warialda. As it passed east of the town it produced distinctive damage to a forested area. One local posted "Trees thousands of them torn out or stripped to the point where we can now see Gragin peak." sharing images of the carnage.

Every tree stripped to the point you can now see Gragin peak
Posted by Jenny Wren on Wednesday, 3 February 2016


The unique pattern of damage evident in the picture below is typical of a tornado. On close inspection the trees have been felled in multiple directions. Significantly, trees on the left of this picture have been felled towards the right, while on the far right of the image we can see a tree has fallen towards the left. This convergence of damage is clear evidence of a tornado being the responsible weather phenomena in this event. The degree of damage to the area of forest pictured is consistent with winds in excess of 145 km/h (expected winds of 175 km/h) equating to a tornado of EF1 intensity.


Image Credit: Jenny Wren, shared with Higgins Storm Chasing (Facebook).

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