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Abstract We present a harmonised dataset of soil morphological, physicochemical, and nutrient biogeochemistry for riparian zones across northern Europe. The dataset comprises 262 soil samples from 54 positions across 12 riparian observatories spanning boreal and temperate climates in Scotland, England, Germany and Sweden.
We hypothesised that the apparent geographical distribution of equine grass sickness (EGS) is partly attributable to suboptimal levels of soil macro- and trace elements in fields where EGS occurs. If proven, altering levels of particular elements could be used to reduce the risk of EGS. To determine whether the geographical distribution of EGS cases in eastern Scotland is associated with the presence or absence of particular environmental chemical elements.
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