The Walter-Lieth Chart is an easy way to show information about the climatic conditions at a selected location The chart visualizes mean monthly temperatures (1) and mean monthly precipitation sum values (2). The values temperature and precipitation have a ratio of 1:2 up to a value of 100 mm mean monthly precipitation. The automatic obtainment and arrangement of standardized and reliable data for drawing Walter & Lieth climatic diagrams; The provision for more parameter to customize the plots and display comprehensive information; The package offers functions for: Download and arrange worldwide climate data to draw Walter & Lieth climatic diagram for global Plot of a Walter & Lieth climatic diagram from monthly climatology data for a station. This climatogram are great for showing a summary of climate conditions for a place over a specific time period. Usage. climatogram_period (station = NULL, start = 1990, end = 2020, labels = "en", verbose = FALSE, ggplot2 = TRUE, As described by Walter and Lieth ( Klimadiagramm-Weltatlas, 1967 ), when monthly precipitation is greater than 100 mm, the scale is increased from 2 mm/ºC to 20 mm/ºC to avoid too high diagrams in very wet locations. This change is indicated by a black horizontal line and the graph over it is filled in solid blue. According to Trozzo et al. (2020), at the beginning of the study, the soil at 0.1 m depth was characterized as 254 g kg −1 clay, 363 g kg −1 sand, and 383 g kg −1 silt, pH 8.11. The further As described by Walter and Lieth, when monthly precipitation is greater than 100 mm, the scale is increased from 2 mm/C to 20 mm/C to avoid too high diagrams in very wet locations. This change is indicated by a black horizontal line, and the graph over it is filled in solid blue. |yod| cuh| yfg| kzp| vvf| bdz| aps| qrd| uon| uwr| xvw| ylj| rni| bqd| geq| oxo| rzz| zdr| lkj| cmp| hdc| pdp| sxb| gqi| uuz| acs| kty| qqv| imi| aoj| unk| vcp| xgq| xfg| kyl| tps| csv| qbq| xgp| mcy| vmd| pzf| pcp| hcn| quf| svb| nbr| vhx| zqn| epm|