phreatophyte

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phre·at·o·phyte

 (frē-ăt′ə-fīt′)
n.
A plant, often with deep roots, that is mostly or entirely dependent on water from a permanent ground supply.

[Greek phrear, phreat-, well, spring; see phreatic + -phyte.]

phre·at′o·phyt′ic (-fĭt′ĭk) adj.

phreatophyte

(frɪˈætəfaɪt)
n
(Botany) botany a plant having very long roots that reach down to the water table or the layer above it
[C20: from Greek phrear a well + -phyte]
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References in periodicals archive ?
Phreatophytes are deeply rooted plants that use groundwater to fulfill parts of their water needs (Thomas, 2014).
Loheide SP, Butler JJ, Gorelick SM (2005) Estimation of groundwater consumption by phreatophytes using diurnal water table fluctuations: a saturated-unsaturated flow assessment.
From an ecological point of view, Tamarix species are phreatophytes, which form dense groves growing in ravines, river banks and also in saline soils, mostly located in arid and semi-arid zones.
They suggested that 'blue oaks should be considered obligate phreatophytes,' that is, water-loving plants similar to, for example, riverbank willows.
Water uptake in woody riparian phreatophytes of the Southwestern United States: A Stable Isotope Study.
These diatomites, albeit bare of any perennial vegetation cover, exude small springs of highly saline waters and therefore play a determinant role in the distribution of the neighbouring vegetation almost entirely made of halophytes and phreatophytes.
The water table allows perennial vegetation to grow, sometimes even with trees, since many desert trees are phreatophytes, meaning they grow precisely where the water table is accessible to their deep root systems.
Riparian Vegetation--Vegetation growing along the banks of a small lake, river, swamp, or spring; also known as phreatophytes, and riverine and riverain vegetation.
Stomatal conductance patterns and environment in high elevation phreatophytes of Wyoming.
Tamarix has been described as possessing inherently low water use efficiency (Anderson 1982), a characterization that has also been applied to aridland phreatophytes in general (Smith and Nobel 1986).
Both models indicate a benefit from large, current-year floods, underscoring the sensitivity of dryland floodplain phreatophytes to low soil moisture availability (Gazal et al.