In a given year, a watershed with an area of 2500 km^2 received 130 cm of precipitation. The average rate of flow measured in a gage at the outlet of the watershed was 30 m^3/s, mostly as a result of runoff. Estimate the water losses due to the combined effects of evaporation, transpiration, and infiltration to ground water. A) How much runoff reached the river for the year (in cm)? B) Compute the runoff coefficient for this watershed. Remember that the runoff coefficient is the ratio of runoff to precipitation.
In a given year, a watershed with an area of 2500 km^2 received 130 cm of precipitation. The average rate of flow measured in a gage at the outlet of the watershed was 30 m^3/s, mostly as a result of runoff. Estimate the water losses due to the combined effects of evaporation, transpiration, and infiltration to ground water. A) How much runoff reached the river for the year (in cm)? B) Compute the runoff coefficient for this watershed. Remember that the runoff coefficient is the ratio of runoff to precipitation.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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In a given year, a watershed with an area of 2500 km^2 received 130 cm of
precipitation. The average rate of flow measured in a gage at the outlet of the watershed was 30 m^3/s, mostly as a result of runoff. Estimate the water losses due to the combined effects of evaporation, transpiration, and infiltration to ground water.
A) How much runoff reached the river for the year (in cm)?
B) Compute the runoff coefficient for this watershed. Remember that the runoff coefficient is the ratio of runoff to precipitation.
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