This function calculates the BodemConditieScore given input from manual observations made in the field. The individual parameters are scored in three classes: poor (0), neutral (1) or good (2) More information on this test can be found here
calc_bcs(
B_LU_BRP,
B_SOILTYPE_AGR,
A_SOM_LOI,
D_PH_DELTA,
A_EW_BCS = NA,
A_SC_BCS = NA,
A_GS_BCS = NA,
A_P_BCS = NA,
A_C_BCS = NA,
A_RT_BCS = NA,
A_RD_BCS = NA,
A_SS_BCS = NA,
A_CC_BCS = NA,
type = "score"
)(numeric) The crop code from the BRP
(character) The agricultural type of soil
(numeric) The percentage organic matter in the soil (%)
(numeric) The pH difference with the optimal pH.
(numeric) The presence of earth worms (score 0-1-2)
(numeric) The presence of compaction of subsoil (score 0-1-2)
(numeric) The presence of waterlogged conditions, gley spots (score 0-1-2)
(numeric) The presence / occurrence of water puddles on the land, ponding (score 0-1-2)
(numeric) The presence of visible cracks in the top layer (score 0-1-2)
(numeric) The presence of visible tracks / rutting or trampling on the land (score 0-1-2)
(integer) The rooting depth (score 0-1-2)
(integer) The soil structure (score 0-1-2)
(integer) The crop cover on the surface (score 0-1-2)
(character) Define output of the function. Options: score (integrated score) and indicator (score per indicator)
A visual soil assessment score derived from field observations driven by organic matter content and soil structure properties. Returns a numeric value.
calc_bcs(B_LU_BRP = 265, B_SOILTYPE_AGR = 'dekzand', A_SOM_LOI = 3.5, D_PH_DELTA = 0.4,
A_EW_BCS = 1, A_SC_BCS = 1, A_GS_BCS = 1, A_P_BCS = 1, A_C_BCS = 1, A_RT_BCS =1, A_RD_BCS = 1,
A_SS_BCS = 1, A_CC_BCS = 1)
#> [1] 14