bbwp: Calculate the BBWP scores on field and farm level

In AgroCares/BedrijfsBodemWaterPlanCalculator: Calculator for BedrijfsBodemWaterPlan (BBWP)

Calculate the BBWP scores on field and farm level

Description

Estimate the potential to contribute to agronomic and environmental challenges in a region for a farm and assess the impact of farm measures taken. A high BBWP score is indicative for the number of opportunities to improve soil quality and land use.

Usage

bbwp(
  B_SOILTYPE_AGR,
  B_LU_BBWP,
  B_GWL_CLASS,
  B_SC_WENR,
  B_HELP_WENR,
  B_SLOPE = NULL,
  B_SLOPE_DEGREE = NULL,
  B_AER_CBS,
  A_CLAY_MI,
  A_SAND_MI,
  A_SILT_MI,
  A_SOM_LOI,
  A_N_RT,
  A_FE_OX,
  A_AL_OX,
  A_P_CC,
  A_P_AL,
  A_P_WA,
  A_P_SG,
  B_GWP,
  B_AREA_DROUGHT,
  B_CT_PSW,
  B_CT_NSW,
  B_CT_PSW_MAX = 0.5,
  B_CT_NSW_MAX = 5,
  D_SA_W,
  D_RO_R,
  B_AREA,
  M_DRAIN,
  B_LSW_ID,
  LSW = NULL,
  measures,
  sector,
  output = "scores",
  penalty = TRUE,
  B_LS_HYDROCAT = NULL
)

Arguments

B_SOILTYPE_AGR	(character) The type of soil, using agronomic classification
B_LU_BBWP	(character) The BBWP category used for allocation of measures to BBWP crop categories
B_GWL_CLASS	(character) The groundwater table class
B_SC_WENR	(integer) The risk for subsoil compaction as derived from risk assessment study of Van den Akker (2006). Options include: 1,2,3,4,5,10,11,401,901 and 902.
B_HELP_WENR	(character) The soil type abbreviation, derived from 1:50.000 soil map
B_SLOPE	(boolean) DEPRECATED, use B_SLOPE_DEGREE instead. Is the slope of the field, steeper than 3%?
B_SLOPE_DEGREE	(numeric) The slope of the field (degrees)
B_AER_CBS	(character) The agricultural economic region in the Netherlands (CBS, 2016)
A_CLAY_MI	(numeric) The clay content of the soil (%)
A_SAND_MI	(numeric) The sand content of the soil (%)
A_SILT_MI	(numeric) The silt content of the soil (%)
A_SOM_LOI	(numeric) The organic matter content of the soil (%)
A_N_RT	(numeric) The organic nitrogen content of the soil (mg N / kg)
A_FE_OX	(numeric) The aluminium content of soil (mmol / kg)
A_AL_OX	(numeric) The iron content of soil (mmol / kg)
A_P_CC	(numeric) The plant available P content, measured via 0.01M CaCl2 extraction (mg / kg)
A_P_AL	(numeric) The plant extractable P content, measured via ammonium lactate extraction (mg / kg)
A_P_WA	(numeric) The P-content of the soil extracted with water (mg P2O5 / L)
A_P_SG	(numeric) The P-saturation index (%)
B_GWP	(boolean) is the field located in a groundwater protected area (options: TRUE or FALSE)
B_AREA_DROUGHT	(boolean) is the field located in an area with high risks for water deficiencies (options: TRUE or FALSE)
B_CT_PSW	(numeric) the critical target for required reduction in P loss from agriculture (kg P / ha) to reach targets of KRW
B_CT_NSW	(numeric) the critical target for required reduction in N loss from agriculture (kg N / ha) to reach targets of KRW
B_CT_PSW_MAX	(numeric) the max critical target for P reduction loss (kg P / ha)
B_CT_NSW_MAX	(numeric) the max critical target for N reduction loss (kg N / ha)
D_SA_W	(numeric) The wet perimeter index of the field, fraction that field is surrounded by water
D_RO_R	(numeric) The risk that surface water runs off the parcel
B_AREA	(numeric) the area of the field (m2)
M_DRAIN	(boolean) is there tube drainage present in the field
B_LSW_ID	(character) An unique identifier for each Local Surface Water per field
LSW	(data.table) The averaged soil properties (mean and sd) per Local Surface Water. Can be derived from bbwp_lsw_properties.
measures	(data.table) the measures planned / done per fields
sector	(string) a vector with the farm type given the agricultural sector (options: options: 'dairy', 'arable', 'tree_nursery', 'bulbs')
output	(string) a vector specifying the output type of the function. Options: scores, measures
penalty	(boolean) the option to apply a penalty for high risk BBWP field indicators
B_LS_HYDROCAT	(character) Landscape category for differentiating effect of measures on water buffering. (options: "hoge_gronden", "flanken", "beekdalen", "lokale_laagtes", "polders")

Details

B_SLOPE_DEGREE should be used, for backwards compatibility B_SLOPE can still be used. At least one of the must be used, when both are supplied, B_SLOPE is ignored. LSW is by default a data.table with LSW properties, being calculated from bbwp_lsw_properties. Note that all B_LSW_IDs should be preset in the LSW data.table.

AgroCares/BedrijfsBodemWaterPlanCalculator documentation built on March 5, 2025, 2:24 p.m.