These calls have run without error since the expansion of explainST to be less picky about non-subgroup input... but the result would often match the "wrong" explanation/formative element where *ist* is used as a suborder formative element.
Now these Great Groups of Histels and Suborders of Histosols work as expected.
library(SoilTaxonomy)
cat(explainST("saprists"))
#> saprists
#> | |
#> most decomposed stage of organic matter
#> |
#> soils with more than 30% organic matter content to a depth of 40cm or more
cat(explainST("sapristels"))
#> sapristels
#> | | |
#> most decomposed stage
#> | |
#> presence of organic soil materials
#> |
#> soils with permafrost or gelic material within 100cm
cat(explainST("hemists"))
#> hemists
#> | |
#> intermediate state of decomposition
#> |
#> soils with more than 30% organic matter content to a depth of 40cm or more
cat(explainST("hemistels"))
#> hemistels
#> | | |
#> intermediate decomposition
#> | |
#> presence of organic soil materials
#> |
#> soils with permafrost or gelic material within 100cm
cat(explainST("fibrists"))
#> fibrists
#> | |
#> least decomposed stage of organic material
#> |
#> soils with more than 30% organic matter content to a depth of 40cm or more
cat(explainST("fibristels"))
#> fibristels
#> | | |
#> least decomposed stage
#> | |
#> presence of organic soil materials
#> |
#> soils with permafrost or gelic material within 100cm
cat(explainST("folists"))
#> folists
#> | |
#> mass of leaves
#> |
#> soils with more than 30% organic matter content to a depth of 40cm or more
cat(explainST("folistels"))
#> folistels
#> | | |
#> mass of leaves
#> | |
#> presence of organic soil materials
#> |
#> soils with permafrost or gelic material within 100cm
These calls have run without error since the expansion of
explainSTto be less picky about non-subgroup input... but the result would often match the "wrong" explanation/formative element where*ist*is used as a suborder formative element.Now these Great Groups of Histels and Suborders of Histosols work as expected.