Recent advances at the molecular level are introducing a new scenario that needs to be integrated into the analysis of plant hydraulic properties. Although it is not yet clear to what extent this scenario alters the current proposal for the hydraulic circuit models, it introduces new insights when studying plants that are able to easily overcome water restrictions. In this context, our aim was to explore water adjustments in a halotolerant model (Beta vulgaris) by studying the coordination between the root in terms of root hydraulic conductivity (Lpr) and the shoot as reflected in the stomatal conductance (gs). The root water pathways were also analysed in terms of root suberization (apoplastic barrier) and aquaporin transcript levels (cell...
Plants respond to salinity by altering their physiological parameters in order to maintain their wat...
This article evaluates the potential of intraspecific variation for whole-root hydraulic properties ...
Soil water availability for plant transpiration is a key concept in agronomy. The objective of this ...
Recent advances at the molecular level are introducing a new scenario that needs to be integrated in...
Soil salinity reduces root hydraulic conductivity (Lpr) of several plant species. However, how cellu...
Soil salinity reduces root hydraulic conductivity (L) of several plant species. However, how cellula...
To gain insights into the natural variation of root hydraulics and its molecular components, genotyp...
ABSTRACT- A hydroponic experiment was carried out to compare root anatomy and hydraulic conductivity...
In this study, the values of water conductivity of roots are reported for eleven crops and grapevine...
Global change anticipates scenarios of sea level rise that would provoke long lasting floods, especi...
Resumen del póster presentado a la Saclay Plánt Sciences (SPS) Conference, celebrada en Evry (Franci...
Plant responses to water stress and salinity have been widely discussed in many species. The growth...
[eng] Water availability is one of the biggest constraints limiting the plant growth and species dis...
Plants respond to salinity by altering their physiological parameters in order to maintain their wat...
Plant root system can be conceptualized as a network of water saturated porous pipes, at the interfa...
Plants respond to salinity by altering their physiological parameters in order to maintain their wat...
This article evaluates the potential of intraspecific variation for whole-root hydraulic properties ...
Soil water availability for plant transpiration is a key concept in agronomy. The objective of this ...
Recent advances at the molecular level are introducing a new scenario that needs to be integrated in...
Soil salinity reduces root hydraulic conductivity (Lpr) of several plant species. However, how cellu...
Soil salinity reduces root hydraulic conductivity (L) of several plant species. However, how cellula...
To gain insights into the natural variation of root hydraulics and its molecular components, genotyp...
ABSTRACT- A hydroponic experiment was carried out to compare root anatomy and hydraulic conductivity...
In this study, the values of water conductivity of roots are reported for eleven crops and grapevine...
Global change anticipates scenarios of sea level rise that would provoke long lasting floods, especi...
Resumen del póster presentado a la Saclay Plánt Sciences (SPS) Conference, celebrada en Evry (Franci...
Plant responses to water stress and salinity have been widely discussed in many species. The growth...
[eng] Water availability is one of the biggest constraints limiting the plant growth and species dis...
Plants respond to salinity by altering their physiological parameters in order to maintain their wat...
Plant root system can be conceptualized as a network of water saturated porous pipes, at the interfa...
Plants respond to salinity by altering their physiological parameters in order to maintain their wat...
This article evaluates the potential of intraspecific variation for whole-root hydraulic properties ...
Soil water availability for plant transpiration is a key concept in agronomy. The objective of this ...