The phrase "active root" is correct and usable in written English.
It can be used in contexts related to linguistics, botany, or computing, where it refers to a root that is currently functioning or engaged in a process.
Example: "In the analysis of the language structure, the active root of the verb plays a crucial role in determining its meaning."
Alternatives: "current root" or "functional root".
In V21, more genes likely contributing to higher active root Cd sequestration were activated than in V5.
When the orthodontic force application is stopped, the active root resorption is known to transition into a process of repair.
This paper presents the results of experiments carried out on mechanical wings undergoing active root flapping and pitching in the wind tunnel.
On the other hand, determination of the microcatchment area depends on active root depth, soil water holding capacity, runoff coefficient, cultivated area, annual rainfall and actual evapotranspiration.
Gypsum applications performed a higher influence on labile SOC pools in the field than in the laboratory experiment, which may be related to the presence of active root system in the soil profile.
While low NO3 − N could be as a result of leaching that might have occurred at 12 WAI due to very high rainfall at this period, this also corroborated the work of Tom (2002) that NO3 in the soil can be lost through percolation of water below the active root zone.
Globally grasslands contain large amounts of soil organic carbon and highly active roots, but quantifying their SR and understanding its responses is complicated by inadequate methodology.
It is well known that the great mass of vine active roots is situated in 20 80 cm soil interval [22], were the medium values for Na, Ca and Mg are comparable with the surface (0 20 cm).
Unfortunately, information on fungal diversity in mangrove rhizospheres, the soil zone located in and around the active roots, is lacking and is mostly based on culture-dependent assessments [16], [17], [18].
For example, plants with a large proportion of active roots in the topsoil layer may only be able to transport significant proportions of CH4 when the water table is high, whereas plants with a deeper root system may also do so with a lower water table.
Acoustic analysis was used to characterize tree trunks and coarse roots; MEI was used to characterize the active absorptive root surfaces (the electric impedance of soils and sapwood were also included).
