CSIRO Publishing logo   blank image
You are here: Books   
 
blank image Search
 
blank image blank image
blank image
 
  Advanced Search
   
Books Home
New Releases
Forthcoming Releases
On Sale
Series
Publishing Partners
How to Order
For Authors
eBooks

blue arrow e-Alerts
blank image
Subscribe to our Email Alert or RSS feeds RSS

red arrow Connect with us
blank image
facebook   youtube

red arrow Stocktake Sale
blank image
View products currently available at reduced prices.

Soil Physical Methods for Estimating Recharge - Part 3

Enlarge Cover
 

Soil Physical Methods for Estimating Recharge - Part 3

Basics of Recharge and Discharge Series 3

W Bond   CSIRO Land and Water

Illustrations
24 pages
Publisher: CSIRO PUBLISHING


Our eBooks are available from eBooks.com and other retailers

 

 Measurements in and just below the plant root zone, using principles of soil physics, can be used to estimate recharge. This booklet describes the Zero Flux Plane Method, Methods Based on Darchy's law, and Lysimetry for making such estimates. The work presents the basic concepts of soil water physics that will be referred to in this and other booklets in the series. Another method, the Soil Water Flux Meter, is discussed briefly, but as this is not sufficiently well developed for routine use readers are referred elsewhere for full details. All these methods require that consideration be given to interpolation over time and spatial extrapolation or averaging. A brief discussion of this is given. 

 
  1. Introduction and Scope
  2. Basic Concepts of Soil Water Physics
  3. Zero Flux Plane Method
  4. Methods Based on Darcy's Law
  5. Lysimetry
  6. Soil Water Flux Meters
  7. General Discussion of Techniques
  8. References
 

 Landholders, integrated catchment management groups, landcare groups, extension officers, hydrologists, agronomists, hydrogeologists, local government engineers and planners, soil and agricultural scientists, academics and students. 

  
 


 
return to top of pageTop  email this page Email this page
 
Legal & Privacy | Contact Us | Help

CSIRO

© CSIRO 1996-2013