medfateland 2.6.0
CRAN release: 2025-04-23
- *_land() functions can process subwatersheds
- parallelization in *_land() for subwatersheds
medfateland 2.5.3
- new function optimization_rock()
- channel cells are now forced to be outlet in *_land simulations
- channel routing via outlet backlog implemented
medfateland 2.5.2
- information on soil domain and transpiration mode of initialized landscapes
- overland routing available in new function overland_routing()
- overland flow allowed in completely flat areas (according to processing order)
- bug correction: management in fordyn_land()
medfateland 2.5.1
CRAN release: 2025-01-28
- id mapping existence checked in add_forests
- overland routing exported in spwb_land
medfateland 2.5.0
- Compliance with medfate 4.8.0: internal communication structures
- Bug correction: input column regen is no longer kept in parse_forestable()
medfateland 2.4.6
CRAN release: 2024-10-03
- Numerical species codes allowed as input for fordyn_land()
- Added filterMissingSpecies in parse_forestable()
- Added keepUnfilteredCopy in parse_forestable()
- Revision of input checks
medfateland 2.4.5
CRAN release: 2024-07-24
- New helper function parse_forestable()
- Soil domains set to “single” by default
medfateland 2.4.3
CRAN release: 2024-06-02
- Revision fordyn_scenario vs dispersal
- Version submitted to CRAN
medfateland 2.4.1
- Compliance with medfate v. 4.3.1
- New helper function add_forests() to parse forest plot data tables
- New option
simplifyin function initialize_landscape() - Submission to CRAN
medfateland 2.4.0
- Compliance with medfate v. 4.3.0
- New watershed parameters n_interflow, n_baseflow
- Daily substeps allowed in interflow calculations
medfateland 2.3.0
- Infiltration and runoff in non-soil cells
- Helper functions to create landscape sf objects
- Loss to a deeper aquifer implemented
medfateland 2.2.1
- Weather aggregation for interpolation
- New functions spwb_land_day and spwb_growth_day
medfateland 2.2.0
- Compliance with medfate ver. 4.1.0
- spwb_land revisited (tetis)
- rasterized maps using tidyterra
medfateland 2.1.1
- Removing the need to define ‘channel’
- Input sf can contain column ‘local_control’ to override control for specific cells/locations.
medfateland 2.1.0
- SERGHEI coupling
- Raster topology from terra package required in watershed simulations
- Parallel computation enabled for spwb_land (only with SERGHEI)
medfateland 2.0.5
- Seed production and seed bank dynamics (from medfate v.3.2.0)
- Dispersal process implemented for fordyn_land and fordyn_scenario
- Fire regime in growth_spatial
medfateland 2.0.2
- Improvements in fordyn_scenario
- Allowing management scenarios to specify demand for groups of species
- Ignoring convex hull checks when calling meteoland interpolation
- New vignette ‘ManagementScenario’
medfateland 2.0.0
- IMPORTANT: In this version we removed sp-type S4 classes that were deprecated in 1.0.1. Use release version 1.2.1 to continue using deprecated classes.
- New function ‘fordyn_land’
- Compliance with medfate 3.1.1
- Can accept a list of interpolator objects as weather input
medfateland 1.1.2
- Package ‘cli’ adopted for client interface
- Soil water balance in agricultural soils
medfateland 1.1.1
- Compliance with medfate 2.9.0
- Allowing the use of an input state in fordyn_spatial simulations
- Simulation errors, when occurring, are now stored in ‘result’
medfateland 1.1.0
- New function ‘fordyn_scenario’
- Allowing for a column called ‘meteo’ in input ‘sf’ objects
medfateland 0.5.0
- Reduction of package functions to ‘spatial’ functions
- Moving documentation to Roxygen
medfateland 0.3.0
- Function ‘wswb’ renamed ‘spwbland’
- New function ‘growthland’ and ‘plot.growthland’
- New summary functions ‘summary.spwbpoints’….
- New plotting functions ‘plot.summarypoints’, ‘plot.summarypixels’ and ‘plot.summarygrid’
- New function ‘shinyplot_land’