Abstract: Rainfall and runoff data from drainage basins in the Houston metropolitan area and a 60-year rainfall record for the National Weather Service station, Houston-City, were used to simulate 60 annual flood peaks at 26 sites. Selected frequency characteristics, based on these simulated annual peaks are related to drainage area and percentage of impervious area. These relations which may be used to estimate the flood characteristics at ungaged sites, indicate that in the Houston metropolitan area, complete urbanization increases the magnitude of a 2-year flood nine times and increases the magnitude of a 50-year flood five times
Research Study No. 4-5-65-85, "Hydrologic Investigation of Small Drainage Areas in Texas," is a co...
The ground in Houston is a shifting landscape of heavy clay soils, flat topography, and intense rain...
Emerging concepts of urban flood control consider the use of storage detention, especially where cha...
This report presents "a technique for estimating the magnitude and frequency of floods in the Housto...
Although floods are natural phenomena, their impact is often aggravated, if not actually caused, by ...
There has been an alarming increase in the frequency of major flooding events along the Gulf Coast o...
This report looks at compiled data from 1956-1980 to "provide a technique for estimating the magnitu...
Abstract: Drainage area, slope, and mean annual precipitation were the only factors that were statis...
Abstract: A method which relates basin characteristics with peak flow characteristics is presented f...
PDFTech Report77-110FloodsStreamsDrainage basinsSlopesPrecipitation (Meteorology)Multiple regression...
Hurricane Harvey was one of the most extreme weather events to occur in Texas, USA; there was a huge...
From Purpose and Scope: The objectives of the study and the purposes of this report are to provide a...
Research Study No. 4-5-65-85, "Hydrologic Investigation of Small Drainage Areas in Texas," is a co...
The population growth in Houston over the last 30 years has been one of the fastest in the nation. S...
This report summarizes results from studies to determine relationships among the volume, duration an...
Research Study No. 4-5-65-85, "Hydrologic Investigation of Small Drainage Areas in Texas," is a co...
The ground in Houston is a shifting landscape of heavy clay soils, flat topography, and intense rain...
Emerging concepts of urban flood control consider the use of storage detention, especially where cha...
This report presents "a technique for estimating the magnitude and frequency of floods in the Housto...
Although floods are natural phenomena, their impact is often aggravated, if not actually caused, by ...
There has been an alarming increase in the frequency of major flooding events along the Gulf Coast o...
This report looks at compiled data from 1956-1980 to "provide a technique for estimating the magnitu...
Abstract: Drainage area, slope, and mean annual precipitation were the only factors that were statis...
Abstract: A method which relates basin characteristics with peak flow characteristics is presented f...
PDFTech Report77-110FloodsStreamsDrainage basinsSlopesPrecipitation (Meteorology)Multiple regression...
Hurricane Harvey was one of the most extreme weather events to occur in Texas, USA; there was a huge...
From Purpose and Scope: The objectives of the study and the purposes of this report are to provide a...
Research Study No. 4-5-65-85, "Hydrologic Investigation of Small Drainage Areas in Texas," is a co...
The population growth in Houston over the last 30 years has been one of the fastest in the nation. S...
This report summarizes results from studies to determine relationships among the volume, duration an...
Research Study No. 4-5-65-85, "Hydrologic Investigation of Small Drainage Areas in Texas," is a co...
The ground in Houston is a shifting landscape of heavy clay soils, flat topography, and intense rain...
Emerging concepts of urban flood control consider the use of storage detention, especially where cha...