Efficiency of water use in dryland wheat as affected by the amount and depth of soil moisture storage
Brar, Gurdarshan Singh
Efficiency of water use in dryland wheat as affected by the amount and depth of soil moisture storage - Ludhiana PAU 1972 - 27cm;40+6+4L
During early stages of wheat the maximum change in moisture content with 22.5 cm available water storage was observed in CaCI2 barrels and minimum in control with 15 cm available water storages Cumulative moisture losses were more from CaCI2 treatment und
WHEAT
SOIL MOISTURE. SOIL WATER. SOIL PHYSICS SOIL SCIENCE SOILS WHEAT WHEAT
T 633.11 B79E
Efficiency of water use in dryland wheat as affected by the amount and depth of soil moisture storage - Ludhiana PAU 1972 - 27cm;40+6+4L
During early stages of wheat the maximum change in moisture content with 22.5 cm available water storage was observed in CaCI2 barrels and minimum in control with 15 cm available water storages Cumulative moisture losses were more from CaCI2 treatment und
WHEAT
SOIL MOISTURE. SOIL WATER. SOIL PHYSICS SOIL SCIENCE SOILS WHEAT WHEAT
T 633.11 B79E