Resources
Everyone has a role to play in supporting girls to become empowered, access education for better life outcomes, and thrive. Teach For All is committed to supporting the global network to identify and address the barriers that keep girls from learning and fulfilling their potential through our Girls’ Education initiative. Learn more about gender equity, the issues facing girls around the world, and more in this curated library of resources:
Girls' Education
Gender and Inclusive Education: The Weak Link in Girls' Education Programming
An overview of the compounding barriers that girls with disabilities experience at family, societal, and institutional levels, leading to a trajectory of marginalization. It shares resources providing a more holistic approach to inclusive education.
Girls' Education
A Practical Guide to Measuring Women's and Girls' Empowerment in Impact Evaluations
A guide for monitoring and evaluation practitioners, researchers, and students who are interested in learning how to measure women’s and girls’ empowerment in an impact evaluation. It has examples of survey questions and non-survey instruments.
Girls' Education
Missed Opportunities: The High Cost of Not Educating Girls
This study is part of a series by the World Bank on the potential cost of not educating girls globally. It documents the potential impacts in six domains like how low educational attainment worsens expected earnings in adulthood and health outcomes.
Girls' Education
Girls’ Transitions to Work Through Higher-Quality TVET Programs in Nepal
This report describes how the factors of education, the labor market, and social norms underlie why girls in Nepal are not able to leverage technical and vocational education and training (TVET) to their advantage and provides policy recommendations.
Girls' Education
Math Looks the Same in the Brains of Boys and Girls, Study Finds
An article debunking myths that boys and girls start out with different cognitive abilities in mathematics. The finding challenges the idea that more boys end up in STEM fields because they are inherently better at the sort of thinking they require.