Updated
6 May 2019
| Dataset date: May 03, 2019-May 03, 2019
This dataset updates: Never
TSR gust footprint for Cyclonic Storm FANI - 2019-May 3
- Credit: Tropical Storm Risk/UCL
Issued about 3 hours after it made landfall ~15km to the west of Puri in Odisha state, India.
The gust footprint shows the magnitude and extent of the peak winds from
FANI at landfall and immediately thereafter. Our model indicates that the
peak gust at landfall was 150-160 mph and that gusts of 100 mph and
over extend over a swathe width of ~100 km.
The wind damage from FANI will almost certainly be severe. This damage
will be exacerbated by heavy rains and an expected high storm surge.
Unfortunately the forecast wind swathe for FANI is in line with the heavily
populated cities of Bhubaneshwar and Cuttack.
Updated
21 September 2017
| Dataset date: September 11, 2017-September 11, 2017
This dataset updates: Every year
Hurricane Irma's gust footprint for 3-sec maximum gusts through to 9UT 7th September 2017.
Hurricane Irma's forecast gust swathe out to 120hrs lead for 3-sec maximum gusts (issued 9UT 7th September).
Hurricane Irma peak 3-sec gust footprints in kml format (through 15UT 11th Sept 2017)
Credit - Tropical Storm Risk/UCL
Updated
7 October 2016
| Dataset date: October 06, 2016-October 06, 2016
This dataset updates: Never
Tropical Storm Risk - University College London - gust footprint for Matthew
in kml format.
If you zoom in (using Google Earth) the footprint shows the towns and
villages in western Haiti which UCL model predicts will be worst affected
by wind damage (with peak gusts of 160 mph (260 kmph)).
Updated
24 November 2015
| Dataset date: January 01, 2009-January 01, 2009
This dataset updates: Never
Household GPS points - Number of inhabitants living in HH
Geographic levels: Enumeration Area, Area Council, Province
Domain: Household GPS points
Theme: Households GPS points (2009)
Summary:
For more information about this indicator click on the metadata link below:.
Know more:
http://www.spc.int/prism/nada/index.php/catalog/57