Hatim Sharif

Hatim Sharif

expert United States

Hatim Sharif is a hydrologist and civil engineer at the University of Texas at San Antonio, known for his expertise in flood-related research. His studies have highlighted the alarming flood death toll in Texas, emphasizing the state's vulnerability to flash flooding. Recently, he commented on the need for improved data collection and early warning systems following severe flash floods in Texas's Hill Country, advocating for better preparedness and mitigation strategies in flood-prone areas.

Global Media Ratings
Dominance
0.01%
Persistence
0 wks
Reach
193,388
Power
9,920$
Sentiment
5.98
Countries Mentioned
Country Mentions Sentiment Dominance + Persistence x Population = Reach x GDP (millions) = Power
United States 1 6.00 0.03% +0% 331,002,651 102,319 $21,000,000 6,491$
Canada 1 7.00 0.06% +0% 38,005,238 23,431 $1,700,000 1,048$
Costa Rica 1 7.00 0.06% +0% 5,094,118 2,974 $62,000 36$
Dominican Republic 1 7.00 0.07% +0% 10,847,910 7,613 $89,000 62$
Panama 1 7.00 0.08% +0% 4,314,768 3,284 $76,000 58$
France 1 5.00 0.08% +0% 65,273,511 53,767 $2,700,000 2,224$
Totals 6 454,538,196 193,388 $25,627,000 9,919$
Interactive World Map

Each country's color is based on "Mentions" from the table above.

Recent Mentions

Dominican Republic Dominican Republic: Hatim Sharif is a professor of Civil and Environmental Engineering at the University of Texas who discussed the impact of flooding in Texas. 7

Listín Diario – oldest Dominican newspaper, est. 1889: “Dondequiera se cuecen habas” I

United States United States: Hatim Sharif is a professor of Civil and Environmental Engineering at the University of Texas at San Antonio who discussed the importance of public education on extreme weather. 6

The New York Times: In Flash Flood Hotspots Like Texas, Many Federal Meteorologist Positions Remain Unfilled

France France: Hatim Sharif compared the amount of water released in Kerr County to that of Niagara Falls in a day. 5

Le Monde: Au Texas, de vastes masses d’air chaud et humide et une sécheresse extrême ont débouché sur des inondations catastrophiques