This project analyzes the impact of technological progress on female unemployment across five Western European countries: France, Spain, Italy, the Netherlands, and Belgium. Using spatial econometric models, we explore how tech employment, science & technology workforce, regional GDP, higher education, and population density affect female unemployment, both directly and through spillover effects on neighboring regions.
├── .git/ → Git repository folder
├── data/ → Folder with raw and processed data and shapfiles
├── data.csv → Main dataset (cleaned and combined)
├── functions.R → Custom R functions
├── notebook.Rmd → R Markdown notebook (analysis & report)
├── paper.pdf → Full research paper
├── Readme.md → This file
├── script.R → Main R script (data prep, modeling, results)
Make sure you have R and the following libraries installed:
library(sf)
library(plm)
library(splm)
library(sp)
library(spdep)
library(dplyr)
library(ggplot2)
library(lmtest)
library(modelsummary)
library(stargazer)
library(tidyr)-
Source: Eurostat, regional data (2012–2021)
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Variables:
- Female unemployment rate
- Tech employment share
- HRST (Science & Technology workforce)
- Regional GDP
- Higher education share
- Population density
- Descriptive analysis → Explore trends & regional disparities
- Panel data models → Fixed effects, random effects
- Spatial econometric models → SAR, SEM, SAC to account for spillover effects
- Key finding: Tech jobs reduce female unemployment, but increased STEM competition can worsen gender gaps
- Tech employment ↓ female unemployment (local + neighboring regions)
- STEM workforce ↑ female unemployment (competition effect)
- GDP growth → limited effect
- Higher education → clear positive effect
- Strong spatial dependencies confirmed
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Clone the repository
git clone https://github.com/aurvl/SpatialEconometrics.git -
Open
script.Rornotebook.Rmdin RStudio -
Run the code to reproduce the analysis and results
Read the full paper → paper.pdf
- 📄 Post / Presentation: link