liuxufeng1999-max/Ghana_Mn

Ghana Mn and Child Development # Ghana_Mn Ghana Mn and Child Development ## Replication Package ### Repository Structure ``` Ghana_Mn/ ├── Codes/ │ ├── 0_run_all.do │ ├── 1.Sample_ID_Extraction.do │ ├── 2.Lab_Result_Processing.do │ ├── 3A1.Sachet_Water_Processing.do │ ├── 3A2.Sachet_Specifics.do │ ├── 3A3.Sachet_Registry_Checks.R │ ├── 3B.Sample_Map.R │ ├── 4A.Evaluation_Descriptives.do │ └── 4B.Evaluation_Quantiative.do ├── Original Data/ │ ├── Spatial/ │ │ ├── DHSBoundaries.zip ← unzip before running (see Setup below) │ │ └── GEE_HydroShed_River.zip ← unzip before running (see Setup below) │ ├── 100925_MetalsData_GhanaWaterSampling_xfl - 10102025..xlsx │ ├── Ghana_FDA_Product_Registry_12312025.xlsx │ ├── Parent_Survey_isid_ChildCode.dta │ ├── Sachet Test Results_Only.dta │ └── Sample_ID_Log.dta ├── Output/ │ ├── Figures/ │ └── Tables/ ├── Processed Stata Dta/ └── README.md ``` ### Getting Started All Stata do-files are executed sequentially via `Codes/0_run_all.do`. Before running, update the path globals at the top of `0_run_all.do`: - `master_loc` — path to the `Codes/` directory in this repository. - `R_loc` — path to your `Rscript` executable. To find yours, run `file.path(R.home("bin"), "Rscript")` in R, or use `where Rscript` (Windows) / `which Rscript` (macOS/Linux) from the command line. ### Setup: Spatial Data Before running the code, unzip the two zip files in `Original Data/Spatial/`: - `DHSBoundaries.zip` → extract into `Original Data/Spatial/DHSBoundaries/` - `GEE_HydroShed_River.zip` → extract into `Original Data/Spatial/GEE_HydroShed_River/` Retain the same folder names as the zip files. ### Software Requirements **Stata 14 or higher** — The code uses `file` read/write operations (Stata 13+), `import excel` (Stata 12+), factor-variable notation `i.`/`c.##c.` and `margins` (Stata 11+). Stata 14 is recommended for full compatibility with all user-written packages. The following community-contributed packages must be …