typo and rewording

README.md

@@ -1,7 +1,7 @@
-# GEOCLIM-dynsoil-steady-state
+# GEOCLIM-dynsoil-steady-state
 
 ## Foreword: specificity of the current Github branch
-The branch "SEAI" (standing for "South-East Asian Island") corresponds to the code as it was used for the study "The Role of Southeast Asian Island Topography on Indo-Pacific Climate and Silicate Weathering " (Chiang et al., submitted to Paleoceanography & Paleoclimatology).
+The branch "SEAI" (standing for "South-East Asian Islands") corresponds to the code as it was used for the study "The Role of Southeast Asian Island Topography on Indo-Pacific Climate and Silicate Weathering " (Chiang et al., submitted to Paleoceanography & Paleoclimatology).
 
 The version of the Fortran source code is the same as the version 2.0 (master branch of January 3rd 2023).
 The only difference is the added option "fill_missing=.true." line 412 of "source/io_module.f90" to allow for inputs of global temperature field without missing-value.
@@ -26,16 +26,16 @@ do
  cd ../
 done
 ```
-This generates the 1 output netCDF file per simulations in "outputs/", using ~11 GB of total disk space.
+This generates 1 output netCDF file per simulation in "outputs/". The 372 of them take up ~11 GB of memory space.
 
 #### Notes:
 * About the size of the ouputs: 
 The simulations "PIctrl", "noSEAI_1xCO2" and "noSEAItopo_flatSEAIslope_1xCO2", for each individual year of the y41-70 time-series, will output the 2D weathering field for each 573 parameter combinations.
 If you do not want to output the weathering fields, write ".false." (instead of ".true.") for the output variable "weathering_lithmean", at the last line of "IO_INTERFACE.E1850C5_y41-70_PIctrl", "IO_INTERFACE.E1850C5_y41-70_PIctrl" and "IO_INTERFACE.E1850C5_y41-70_PIctrl", in "config_templates/" *before generating the year-by-year config files with "./generate_yby_config_files.sh"*.
-The outputs would then use only ~32 MB of disk space.
+The outputs would then only take up ~32 MB of memory space.
 Note that only the average weathering field over the 573 parameterizations were presented in Chiang et al.
 
-* The variable "degassing" is the area-integral of the weathering field (i.e., *Global weathering rate*, as reported in Chiang et al.).
+* The output variable "degassing" is the area-integral of the weathering field (i.e., *Global weathering rate*, as reported in Chiang et al.).
 
 * Not all of the simulations of this repository were presented in Chiang et al.
 Only "PIctrl", "noSEAItopo_flatSEAIslope_1xCO2", "noSEAI_1xCO2", "noSEAItopo_flatSEAIslope_equil" and "noSEAI_equil" (for each individual year of the y41-70 time-series) were actually used.