Setup | 1. Mining species distribution from POWO to use as input data in powoMap | 2. Creating global-scale map for one genus to show species richness at political country level | 3. Creating global-scale map for one genus to show species richness at botanical country level | 4. Creating global-scale map of species richness for an entire family | 5. Using an external spreadsheet as input data in powoMap | 6. Reference

Setup | POWOcodes - A complete list of vascular plant families and associated URI addresses | angioData - A dataframe of Angiosperm species | angioGenera - A data frame of Angiosperm genera | botregions - Countries and associated classification of botanical divisions | Reference

Setup | 1. Plotting nomenclatural changes for the entire dataset

Setup | 1. Plotting the species discoveries for one genus | 2. Plotting the species discoveries for the entire dataset

Setup | Mining the distribution for any plant species | Mining distribution for all vascular plant species | Reference

Setup | Mining all accepted genera for some plant families | Mining all accepted genera for all vascular plant families | Narrowing down the powoGenera search based on a specified country vector | Narrowing down the powoGenera search based on a specified genus vector | Reference

Setup | Mining all accepted species for any plant family | Narrowing down the powoSpecies search based on a specified country vector | Narrowing down the powoSpecies search based on a specified genus and country vector | Mining all accepted species for all plant families | Reference

Setup | Mining the total species number for any plant family | Mining species number accross all plant families | Reference

Setup | Mining the top richest genera for any vascular plant family | Mining the top richest genera accross all vascular plant families | Reference