Sentence examples for large range of soil from inspiring English sources

Since imaging techniques are not widely accessible, we suggest using this technique to build up an open access "soil structure library" for a large range of soil types, which could form the basis to relate more easily available measures to pore structural attributes in a site-specific way (i.e., taking into account texture, soil organic matter content, etc.).

The most generalist species (e.g. Stellaria media, Senecio vulgaris, Capsella bursa-pastoris, Anagallis arvensis) were found on a large range of soil types, climates, crop types and cropping techniques.

For example, Papaver rhoeas or Veronica hederifolia were associated with a particular crop type (winter cereals) but were present on a large range of soil and climatic conditions while Juncus bufonius was strictly limited to acid and silty soils but was found in various crop types.

However, for a very thick soil layer this prediction method has some limitations, for example, it cannot be used to obtain large subsidence factors and a large range of ground movement.

Being an important variable for various applications, for example hydrological and weather prediction models or data assimilation, a large range of global soil moisture products from different sources, such as modeling or active and passive microwave remote sensing, are available.

If on the other hand, the measured trait were the mechanism conferring the tolerance (i.e., a physiological trait), the species found on the large range of less extreme soil values could show a constrained trait value and a higher K statistic could be expected.

Comparison with clay soils located in different parts of the world and for which the sensitivity to drought was not identified showed that this proportion of poorly available water is indeed much higher in the red clay soils studied than in clay soils representing a large range of both clay content and mineralogy.

Indeed, Azospirillum are found associated with a large range of host plants, and have been isolated from many soil types under distinct geographic locations.

In anisohydric species subject to declining soil water availability, stomata tend to close gradually over a large range of water potentials, thereby leading to a 'weaker' containment of transpiration during the onset of water stress.

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While large lateral roots could be useful to increase the range of soil exploration for patches of greater phosphorus availability, they would also be more costly to construct, since they have larger diameter and length.