Examples of 'surface runoff' in a sentence
Meaning of "surface runoff"
Surface runoff refers to the flow of water that occurs when excess rainwater, melted snow, or other forms of precipitation do not infiltrate into the ground but instead flow over the surface of the land. This runoff can accumulate and lead to erosion, flooding, or the transport of pollutants, making it an important consideration in hydrology and environmental management
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- Overland flow of excess water (with or without accumulated contaminants) that cannot be absorbed by the ground as infiltration.
How to use "surface runoff" in a sentence
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surface runoff
Significant reduction of surface runoff in dry periods.
Surface runoff and erosion in agricultural areas.
Effective precipitation eventually produces surface runoff.
Adopt methods to control surface runoff infrastructure design.
Surface runoff is a very serious problem.
Significant reduction of surface runoff is noted in dry periods.
This type of water displacement is known as a surface runoff.
Urban runoff is surface runoff of rainwater created by urbanization.
It probably formed when there was continual surface runoff.
O in surface runoff from undeveloped land.
First flush is the initial surface runoff of a rainstorm.
Redirect surface runoff to avoid accumulating debris and contaminants.
Relationship between impervious surfaces and surface runoff.
Nutrient losses in surface runoff from a native prairie.
Surface runoff flows away without penetrating the soil.
See also
This includes both surface runoff and channel runoff.
Surface runoff that occurs on surfaces before reaching a channel.
Area having a common outlet for its surface runoff.
Surface runoff model.
Trees and other plants help to control surface runoff.
This could allow contaminated surface runoff to enter the groundwater.
Surface runoff is generated once the soil infiltration capacity is exceeded.
This project involves harnessing surface runoff water for irrigation.
The risks of leaching of soluble nutrients are increased by reducing surface runoff.
Tillage systems and surface runoff water quality and quantity.
The rains caused flash flooding and increased surface runoff.
Surface runoff from the terminal area was directed to a system of settling ponds.
Effect of macroporosity on drain flow and surface runoff in clay soils.
Pesticide losses by surface runoff can also be reduced with conservation tillage.
Factors affecting the transport of lead in surface runoff and groundwater.
Surface runoff from agricultural land is a significant source of sediment and nutrients.
These practices reduce the risk of surface runoff of phosphorus and ammonium.
Pedological and geomorphological factors are directly related to the generation of surface runoff.
Pesticides can wash off farmland in surface runoff and enter surface waters.
Some water returns quickly to the rivers and oceans as surface runoff.
Surface runoff of both dissolved and attached compounds occurs during a water erosion event.
The remaining portion of the water would be considered surface runoff or deep percolation.
General surface runoff from the bulk liquid treatment site should be periodically monitored.
Pollutants may also be transported by surface runoff coming into contact with waste materials.
Surface runoff may be more controllable because it will generally flow to these known depressions.
It can prevent erosion caused by excessive rain that might result from surface runoff.
There are different methods for calculating the surface runoff or excess rainfall for a given basin.
Many pesticides can leave a residue and potentially leave the site of application in surface runoff.
Nonpoint source pollution from farms is caused by surface runoff from fields during rain storms.
Water that comes in contact with impervious surfaces becomes polluted and is denominated surface runoff.
More compacted soils will have a larger amount of surface runoff than less compacted soils.
Studies have shown that road maintenance provides several particles that are transported through surface runoff.
Pathogens usually enter a water system through surface runoff with the potential to reduce water quality.
The interaction between infiltration rate and precipitation rate mainly governs the amount of surface runoff.
O Reduce surface runoff and enhance water quality.
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Examples of using Runoff
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Runoff and waste causing grievous conditions
The annual average runoff remains constant
That runoff is coming from up on the plateau
Examples of using Surface
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An uneven surface increases the risk of overturning
Where ϑ is the measured test surface temperature
All feasible surface and subsurface ECVs
