# DAT_PLOT

PM_NAME:
Strongly weathered alluvium from sandstone and siltstone


PM_NAME:
Moderately weathered colluvium from limestone and shale


PM_NAME:
Strongly weathered alluvium from limestone-sandstone-shale


PM_NAME:
Strongly weathered alluvium from limestone


PM_NAME:
Strongly weathered alluvium from limestone and sandstone


PM_NAME:
Moderately weathered alluvium from limestone over serpentine


PM_NAME:
Strongly weathered colluvium from shale and siltstone


PM_NAME:
Strongly weathered lacustrine from mixed calcareous


PM_NAME:
Strongly weathered residuum from calcareous sandstone


PM_NAME:
Strongly weathered residuum from serpentine


PM_NAME:
Strongly weathered alluvium from calcareous siltstone


PM_NAME:
Strongly weathered alluvium from sandstone-siltstone formati


COMMENT:
Depth starts at 10cm. Horizon depth non-continuous.


PM_NAME:
Whitish calcareous pebble outwashed till


PM_NAME:
Reddish-brown clayey till underlain by reddish-brown calcare


LU_NAME:
Forestry (afforested in 1954 arable land)


PM_NAME:
Reddish-brown till bisequal of geological-pedogenetic origin


PM_NAME:
Residual stony loam derived from conglomerate


PM_NAME:
Residual clay from marl mixed with loess


PM_NAME:
Eolian loam (loess), locally on soft limestone


COMMENT:
Depth org. horizen = 0. Structure contains C values.


PM_NAME:
Cristalline (clorito - sericitic) schists


PM_NAME:
Clayey loamy deposits originating from marls with sands tone


PM_NAME:
Pleistocene clay (clayey loesslike material)


PM_NAME:
Crystalline (clorito - sericitic) schists


COMMENT:
Depth starts at 2cm. Non-continuous. OC value = OM.


PM_NAME:
Glacial till derived from middle old red sandstone sediments


PM_NAME:
Glacial till derived from caroniferous sandstones shales and


PM_NAME:
Glacial till derived from sandstone of lower old red sandsto


PM_NAME:
Water modified drifts containing ordovican and silvian greya


PM_NAME:
Glacial till derived from lower palaeozoic grey wackes and s


PM_NAME:
Drift derived from intermediate lavas of lower old red sands


PM_NAME:
Glacial till derived from scuist of the dalradian series


PM_NAME:
Glacial till / drift derived from scuists of the moine serie


PM_NAME:
Glacial till derived from lower palaeozoic greywackes and sh


PM_NAME:
Glaciofluvial deposits (sand and gravel)


PM_NAME:
Colluvial materials from the slopes and also other materials


COMMENT:
A20 : BaCL2 / Triethanolamin, pH 8.1. Horizon discontinuous.


COMMENT:
Depth profiles differ. Horizon discontinuous.


COMMENT:
OM instead of OC specified. Depth "at 45" horizon made 45-46cm.


COMMENT:
OM instead of OC specified. Depth "at 35" horizon made 35-36cm.


COMMENT:
OM instead of OC specified. Depth "10/30" horizon made 10-30cm.


PM_NAME:
Drift from Carboniferous sandstone and shales


# DIC_D_X

D_NAME:
Depth exceeding given value is not indicated.


D_NAME:
Depth exceeding given value is indicated.


# DIC_GRAV

GRAV_NAME:
Very frequent or very many, 40-80 % by volume


# DIC_LU

LUCLC_NAME:
Industrial, commercial and transport units


LUCLC_NAME:
Scrub and/or herbaceous vegetation associations


LUCLC_NAME:
Open spaces with little or no vegetation


LUCLC_NAME:
Road and rail networks and associated land


LUCLC_NAME:
Annual crops associated with permanent crops


LUCLC_NAME:
Land principally occupied by agriculture + sig. nat. veg


# DIC_METH

METH_NAME:
Leco method, Tabatabai and Bremner (1970)


METH_NAME:
Other method for organic carbon, to be specified separately


METH_NAME:
Calcimeter method (%) [measures CO2 emitted]


METH_NAME:
Soils with small quantities of gypsum: by water extraction: USDA Handbook No 60


METH_NAME:
Highly gypsiferous soils: by loss of crystallisation water between 40 & 110 degC


METH_NAME:
In extract from sample saturated in water


METH_NAME:
Other method for electrical conductivity


METH_NAME:
Neutral Ammonium Acetate (NH4AOc) extract, cmol+/kg


METH_NAME:
Other method for exchangeable Ca, Mg, K and Na


METH_NAME:
Total Exchangeable Bases (TEB) + Exchange Acidity


METH_NAME:
Other method for cation exchange capacity


METH_NAME:
1-DB/DP (%), DP is particle density, 2.55 - 2.65g/cm3


# DIC_ORIG

ORIG_NAME:
Prediction derived from mathematical functions


ORIG_NAME:
Prediction derived from relationships between horizons and class functions


# DIC_PROC

DSCR_NAME:
National Soil Resources Institute, Cranfield


