The effects of urbanization on streamflow are investigated for two adjacent similar watersheds located in and near Bryan, Texas. The Burton Creek watershed is 84 per cent urbanized and the Hudson Creek watershed is completely rural. Storms observed within each basin are used for comparison of pertinent hydrograph parameters. Simultaneous events are compared between the watersheds and the urbanization effect noted. A synthetic precedure for predicting hydrographs on both watersheds is developed. Reproduction of actual events indicates better results in the rural watershed. There is conclusive evidence that the urbanization of a watershed decreases time-to-peak and increases the peak discharges
This report references Waller Creek as a major stream in the study area and includes hydrologic data...
International audienceThe impacts of urbanization on floods, droughts and the overall river regime h...
Abstract: Increased runoff peaks and volumes from urbanizing watersheds have been well documented wh...
The effects of urbanization on streamflow are investigated for two adjacent similar watersheds locat...
The study analyzes how urbanization has altered the hydrologic character of the Waller Creek watersh...
This research project concerns changes in hydrology resulting from urbanization of the upper sub-bas...
This research project concerns changes in hydrology resulting from urbanization of the upper sub-bas...
This study examined the effect of urbanization on stream hydrology in hillslope watersheds. Ten stre...
Although floods are natural phenomena, their impact is often aggravated, if not actually caused, by ...
Urbanization is an important driver of environmental problems. Severe urban flooding resulting from ...
A study was undertaken to determine the effect of urbanization on the rainfall-runoff relationship o...
In the syntheses of hydrograph characteristics of small urban watersheds, the distri...
From the Proceedings of the 1973 Meetings of the Arizona Section - American Water Resources Assn. an...
The report mentions Waller Creek as a major stream in the study area and includes hydrology data fro...
Research on urban flood hydrology—especially in small watersheds—is urgently needed in response to a...
This report references Waller Creek as a major stream in the study area and includes hydrologic data...
International audienceThe impacts of urbanization on floods, droughts and the overall river regime h...
Abstract: Increased runoff peaks and volumes from urbanizing watersheds have been well documented wh...
The effects of urbanization on streamflow are investigated for two adjacent similar watersheds locat...
The study analyzes how urbanization has altered the hydrologic character of the Waller Creek watersh...
This research project concerns changes in hydrology resulting from urbanization of the upper sub-bas...
This research project concerns changes in hydrology resulting from urbanization of the upper sub-bas...
This study examined the effect of urbanization on stream hydrology in hillslope watersheds. Ten stre...
Although floods are natural phenomena, their impact is often aggravated, if not actually caused, by ...
Urbanization is an important driver of environmental problems. Severe urban flooding resulting from ...
A study was undertaken to determine the effect of urbanization on the rainfall-runoff relationship o...
In the syntheses of hydrograph characteristics of small urban watersheds, the distri...
From the Proceedings of the 1973 Meetings of the Arizona Section - American Water Resources Assn. an...
The report mentions Waller Creek as a major stream in the study area and includes hydrology data fro...
Research on urban flood hydrology—especially in small watersheds—is urgently needed in response to a...
This report references Waller Creek as a major stream in the study area and includes hydrologic data...
International audienceThe impacts of urbanization on floods, droughts and the overall river regime h...
Abstract: Increased runoff peaks and volumes from urbanizing watersheds have been well documented wh...