The water status of a peach tree is traditionally monitored by measuring its predawn or midday leaf water potential or midday stem water potential. A study conducted on ‘O'Henry’ peach trees at the Kearney Agricultural Center showed that continuous monitoring of trunk diameter can also be an accurate technique of detecting water stress. The trees were evaluated during 21 days of underirrigation followed by 17 days of full irrigation. Trunk-based measurements were generally more sensitive than discrete measurements to both the onset of water stress and the magnitude of tree water deficits. Parameters based on trunk diameter monitoring correlated well with established physiologica...
The usefulness of continuous measurement of soil and plant water status for automated irrigation sch...
Abstract We measured a series of physiological and physical indicators and compared them to xylem sa...
Past irrigation research has shown that peach (prunus persica) trees vary in their field response to...
The aim of this paper was to test the possibility of scheduling regulated deficit Irrigation (RDI) u...
Sap flow measurements on single branches of 8 peach trees (cv. 'Suncrest') were performed for 3 cons...
Conventional irrigation management is often inefficient in responding to seasonal changes of tree wa...
The sensitivity to water stress of different plant water status indicators was evaluated during two ...
Water is a scarce resource in the central zone of Chile, where the greatest peach (Prunus persica L....
After about a decade invested in development of plant-based techniques to diagnose tree water status...
Crop water status monitoring in the case of high-value crops such as fruit trees is generally carrie...
Pomegranate trees (Punica granatum L.) is a deciduous fruit tree included in the so-called group of ...
Recently, climate change has caused shortages of water worldwide, especially in semi-arid and arid r...
In the Mediterranean culture of loquat (Eriobotrya japonica Lindl.), some growers apply a summer wat...
Persimmon tree (Diospyros kaki Lf) is a deciduous fruit tree included in the so-called group of mino...
Postharvest regulated deficit irrigation (RDI) is an effective strategy to hasten flowering and harv...
The usefulness of continuous measurement of soil and plant water status for automated irrigation sch...
Abstract We measured a series of physiological and physical indicators and compared them to xylem sa...
Past irrigation research has shown that peach (prunus persica) trees vary in their field response to...
The aim of this paper was to test the possibility of scheduling regulated deficit Irrigation (RDI) u...
Sap flow measurements on single branches of 8 peach trees (cv. 'Suncrest') were performed for 3 cons...
Conventional irrigation management is often inefficient in responding to seasonal changes of tree wa...
The sensitivity to water stress of different plant water status indicators was evaluated during two ...
Water is a scarce resource in the central zone of Chile, where the greatest peach (Prunus persica L....
After about a decade invested in development of plant-based techniques to diagnose tree water status...
Crop water status monitoring in the case of high-value crops such as fruit trees is generally carrie...
Pomegranate trees (Punica granatum L.) is a deciduous fruit tree included in the so-called group of ...
Recently, climate change has caused shortages of water worldwide, especially in semi-arid and arid r...
In the Mediterranean culture of loquat (Eriobotrya japonica Lindl.), some growers apply a summer wat...
Persimmon tree (Diospyros kaki Lf) is a deciduous fruit tree included in the so-called group of mino...
Postharvest regulated deficit irrigation (RDI) is an effective strategy to hasten flowering and harv...
The usefulness of continuous measurement of soil and plant water status for automated irrigation sch...
Abstract We measured a series of physiological and physical indicators and compared them to xylem sa...
Past irrigation research has shown that peach (prunus persica) trees vary in their field response to...