Yes, the infiltration rate is the relative rate that water penetrates and moves into soil. Thus, a faster infiltration rate would allow less runoff than soils with slower infiltration rates.
Obviously, irrigation rate should not exceed infiltration rate; or stated differently, irrigation should not produce runoff. Infiltration rates are affected by soil texture, moisture level, slope, residue, etc.
These resources are brought to you by the Cooperative Extension System and your Local Institution
Welcome
eXtension is an interactive learning environment delivering the best, most researched knowledge from the smartest land-grant university minds across America.
Have a question? Try asking one of our Experts
Does the infiltration rate of soils affect irrigation?
Last Updated: November 29, 2007
Have a specific question? Try asking one of our Experts
Unlike most other resources on the web, we have experts from Universities around the country ready to answer your questions.
This resource area was created by the: Cotton community
Resource Area Feeds
In This Resource Area
- Events
- History
- Cotton & The Environment
- First Forty Days and Fruiting to Finish
- Varieties and Biotechnology
- Soil Fertility
- Tillage and Seedbed Preparation
- Planting
- Precision Farming
- Cotton Diseases, Insects, and Weeds
- Pesticide Application
- Cotton Physiology
- Irrigation and Water Management
- Cotton Defoliation and Harvest Management
- Ginning and Classing
- Production Budgets
- State Extension Pest Management Recommendations
- State Newsletters