NEWS.md
crops.obic
calc_permeability
for calculating top soil permeabilityind_permeability
for calculating the index for top soil permeabilityleach_to
to calc_n_efficiency
and ind_n_efficiency
to calculate and evaluate leaching to ground water and surface waterobic_water_functions
, describing the functions that evaluates the effect of soil quality on groundwater qualitycalc_pesticide_leaching
, ind_pesticide_leaching
, calc_psp
, ind_psp
, ind_gw_recharge
,calc_n_efficiency
and ind_n_efficiency
calc_nleach
ind_gw_recharge
the variables B_LU_BRP
, D_WRI_K
, and B_GWL_CLASS
are added, and D_WRI_WHC
is removedcalc_n_efficiency
, D_NLV
is removed from the input variablesdecription
to title caseppr_bouwplan_tables.R
in dev/scriptsmerge_nema_tables.R
in dev/scriptsppr_crops_crumbleability.R
in dev/scriptsB_GWL_GHG
, B_GWL_GLG
and B_Z_TWO
to obic_field
and obic_field_dt
calc_workability
calc_makkink
to add makkink factors to crop tablecalc_psp
to estimate precipitation surplusind_nematodes
and ind_nematodes_list
to estimate the index for nematode risksind_gw_recharge
to estimate the groundwater recharge indexcalc_n_efficiency
and ind_n_efficiency
to estimate N efficiencycalc_pesticide_leaching
and ind_pesticide_leaching
to evaluate retention of pesticides in topsoilppr_weight_obic
to check if all indicators in weight.obic
occur in column_descriptions_obic
obic_workability
, describing how workability is calculated and affected by its input variablesobic_introduction
as a short tutorial describing the OBIC principlesobic_score_aggregation
to illustrate the aggregation principles usedweather.obic
with monthly mean precipitation, temperature and evaporationcrops.makkink
with mean Makkink factors per crop typenema.crop.rot.obic
added with crop sensitivity for nematodesnema.obic
with threshold values per speciesmaster
and development
weight.obic
for workabilitycolumn_descriptions_obic.Rdata
calc_workability
B_Z_TWO
to B_GWL_ZCRIT
ind_workability
season.obic
can now be merged on both landuse and soiltypeobic_field
can be used for multiple fields with field-IDA_COM_FR
and A_CACO3_IF
from input as they were not used #145grass_age
: age was incorrectly estimated for multiple fieldsseason.obic
season.obic
NEWS.md
so that it is shown on the package websiteB_GWL_CLASS
D_NLV
is set to -30D_MG
is set to 1000D_P_DU
is set between 0 and 1B_LG_CBS
at sulfurID
can now also be character and does not have to be numeric #66good
#55crops.obic
A_MN_CC
is increased from 30000 to 250000ind_crumbeability
is simplifiedD_CP_RUST
input, plus comments added #29ind_management
is adjusted #38D_CR
is limited to 10 #47I_C_K
is set to the same as grassland #51I_C_N
is now split into grassland and arable land #50maturing
I_C_MG
is adjusted according to fact sheetwaterstress.obic
D_MG
is now scaled #51D_SLV
between -30 and 250D_BCS
is increased from 40 to 50calc_phosphate_availability
the category arable
is added for the crop categoriesind_managment
calc_sealing_risk
#19I_P_CEC
#24calc_sombalance
#25calc_sbal_arable
where combinations of soil type and region that do not exist in table 6.2 of Handboek Bodem & Bemesting gave a NA #26calc_bcs
where a value of 1 is given instead of 0 for bcs_om
#28A_MN_CC
is increased from 20000 to 30000A_CA_CEC
is increased from 100 to 400ind_zinc
calc_potassium_availability
contained a wrong column name for A_PH_CC
calc_potassium_availability
have now the same values as comparable situations. This should be looked at latercrop_eos
and crop_eos_residue
in crops.obic
pkgdown
#3