Add to ORKGRoots change their surrounding soil chemically, physically and biologically. This includes changes in soil moisture and solute concentration, the exudation of organic substances into the rhizosphere, increased growth of soil microorganisms, or changes in soil structure. The fate of water and solutes in the root zone is highly determined by these root-soil interactions. Mathematical models of soil-root systems in combination with non-invasive techniques able to characterize root systems are a promising tool to understand and predict the behaviour of water and solutes in the root zone. With respect to different fields of applications, predictive mathematical models can contribute to the solution of optimal control problems in plant recourse e...
Roots are major appendages of the plant used for anchorage and for water and nutrient uptake. The ro...
The non-tilled subsoil has generally a higher bulk density than the tilled top soil layer. The stron...
3D models of root growth, architecture and function are evolving as they become important tools that...
Roots change their surrounding soil chemically, physically and biologically. This includes changes i...
Plant roots play a crucial role in several key processes in soils. Besides their impact on biogeoche...
3D models of root growth, architecture and function are evolving as they become important tools that...
Due in part to recent progress in root genetics and genomics, increasing attention is being devoted ...
Due in part to recent progress in root genetics and genomics, increasing attention is being devoted ...
The rhizosphere is a dynamic region where multiple interacting processes in the roots and surroundin...
The rhizosphere is a dynamic region where multiple interacting processes in the roots and surroundin...
Roots are known to use biopores as preferential growth pathways to overcome hard soil layers and acc...
Roots are known to use biopores as preferential growth pathways to overcome hard soil layers and acc...
The magnitude and distribution of root water uptake is controlled by the distribution of soil, rhizo...
Plant transpiration is the main component of terrestrial evapotranspiration and represents about 60%...
For many years, the rhizosphere, which is the zone of soil in the vicinity of the roots and which is...
Roots are major appendages of the plant used for anchorage and for water and nutrient uptake. The ro...
The non-tilled subsoil has generally a higher bulk density than the tilled top soil layer. The stron...
3D models of root growth, architecture and function are evolving as they become important tools that...
Roots change their surrounding soil chemically, physically and biologically. This includes changes i...
Plant roots play a crucial role in several key processes in soils. Besides their impact on biogeoche...
3D models of root growth, architecture and function are evolving as they become important tools that...
Due in part to recent progress in root genetics and genomics, increasing attention is being devoted ...
Due in part to recent progress in root genetics and genomics, increasing attention is being devoted ...
The rhizosphere is a dynamic region where multiple interacting processes in the roots and surroundin...
The rhizosphere is a dynamic region where multiple interacting processes in the roots and surroundin...
Roots are known to use biopores as preferential growth pathways to overcome hard soil layers and acc...
Roots are known to use biopores as preferential growth pathways to overcome hard soil layers and acc...
The magnitude and distribution of root water uptake is controlled by the distribution of soil, rhizo...
Plant transpiration is the main component of terrestrial evapotranspiration and represents about 60%...
For many years, the rhizosphere, which is the zone of soil in the vicinity of the roots and which is...
Roots are major appendages of the plant used for anchorage and for water and nutrient uptake. The ro...
The non-tilled subsoil has generally a higher bulk density than the tilled top soil layer. The stron...
3D models of root growth, architecture and function are evolving as they become important tools that...