root zone

Recently Added

Measuring and monitoring water quality and quantity under long term cotton/wheat trials

Nadelko, Tony (CSIRO Land And Water, 2011-06-30)

Deep drainage below the root zone is still the least understood component of the water balance, especially in cracking clay soils.

Capturing our understanding of soil water balance and deep drainage under irrigation in models - basis of design of efficient farming and for assessing impacts on catchments

Silburn, Mark, Foley, Jenny (Queensland DEEDI, 2011-06-30)

The cotton industry and other investors have spent millions of dollars on ‘water balance’

related research over the past two decades. While soil water balance models can be used

Quantifying deep drainage in an irrigated cotton landscape

Ringrose-Voase, Anthony (CSIRO Land And Water, 2011-06-30)

Deep drainage below the root zone is still the least understood component of the water balance, especially in cracking clay soils.

Deep Drainage Under Irrigated Cotton - Surface and Groundwater Implications

Gunawardeena, Thusitha, McGarry, Des (Queensland Department Of Environment And Resource Management (DERM), 2011-06-30)

Deep drainage(DD) - water that passes beyond the - is an important process in irrigated cropping soils to ensure leaching of salts through the soil profile to deeper soil layers, the vadose zone ( the zone between the

MEASURING THE EFFECTS OF IMPROVING WATER USE EFFICIENCY ON ROOT ZONE SALINITY

Schrale,G, Dore,D, Biswas,T (2005-10-01)

Since the end of 2003 a tri-state syndicate of government agencies from western NSW, Victoria and South Australia has been working on a strategy to manage this salinity hazard.