The phrase "absorb soil" is correct and usable in written English.
It can be used in contexts related to environmental science, agriculture, or gardening, where one might discuss how certain materials or plants take in nutrients or water from the soil.
Example: "The new composting technique allows the plants to absorb soil nutrients more effectively, leading to healthier growth."
Alternatives: "take in soil" or "utilize soil".
For example, Newton et al. [36] showed that grasses have greater ability to absorb soil nutrients than broadleaf forages, implying that grasses differ in their potential to remove nutrients from the soil.
Annual ryegrass (Lolium multiflorum Lam)., a non-leguminous winter cover crop, has been adopted to absorb soil native N to minimize N loss from an intensive double rice cropping system in southern China, but a little is known about its effects on rice grain yield and rice N use efficiency.
SWC values were close to wilting point (pF 4.2), i.e., when plants ceased to be able to absorb soil water.
Geocarpic development enables the underground pods to absorb soil nutrients and protects the fruit from damage by ground animals and extreme weather.
Terrestrial species having absorbing soil roots.
In winter barley (Hordeum vulgare L ., it has already been shown that a cultivar with high exudation of citric and acetic acid mobilized more P from the strongly absorbed soil P fraction, and plants developed a higher shoot dry matter than the cultivar with low exudation (Gahoonia et al. 2000).
In the Bromeliaceae, where epiphytism and CAM evolved polyphyletically and independently of each other (Smith, 1989; Crayn et al., 2000, 2004), roots play a role in delineating four different organizational levels or life forms (see table 6.4 in Lüttge, 2008 b ): Terrestrial species having absorbing soil roots.
(Once in the soil, the liquid ammonia turns to gas, releasing its nitrogen into the soil as it absorbs the soil's moisture).
OO Arctic Soils To Release A Lot Of Carbon - Far More Than Local Plants Can Absorb - Soils worldwide will contribute vast new quantities of carbon to the atmosphere, especially in permafrost areas, a new study finds.
Surely, they say, the harmful chemicals would be absorbed by soil, or broken down by microbes, before they could travel far.
An extremely high ammonium concentration existed in the proximity of the point source because ammonium is absorbed by soil.
