The current state of adolescent rights, protection, and health behaviors in Mongolia was assessed through a collaborative study employing the “Global School-based Student Health Survey” methods developed in 2001 by the WHO, UNICEF, UNESCO, and the Centers for Disease Control and Prevention.
This assessment report highlights the current status of school health services in Mongolia and offers a strategic roadmap for future improvements.
Schools are crucial for promoting healthy diets and nutrition. The school nutrition environment encompasses opportunities to ensure students receive nutritious foods and accurate messages about good nutrition, supported by relevant services and education on healthy practices.
This country profile has the objective to document the state of policy and programming to support menstrual health in Mongolia.
This case study is part of a series covering Mongolia, Nepal and the Philippines that highlights findings from a research study which explores how teachers in the Asia-Pacific region can be supported to provide comprehensive sexuality education (CSE) to learners with disabilities.
“Norms and Requirements for WASH in Schools, Dormitories and Kindergartens” was approved in June 2015 by three Ministries (MoECS, MoHS and MoF) as a result of series of advocacy activities by UNICEF in cooperation with partners.
Since March 2014 the Canadian Government has been funding the project ‘WASH in Schools for Girls: Advocacy and Capacity Building for MHM through WASH in Schools Programmes’.
This report details the central messages and discussions arising at the Regional Forum on Adolescent Pregnancy, Child Marriage and Early Union in South-East Asia and Mongolia.
The annual report provides a snapshot of how End Violence worked with partners to act as a global platform for change – catalysing new political commitments, investing new resources, and equipping practitioners across the world.
This research was conducted in March and April 2020 to explore children and young people’s reflections and perceptions on the COVID-19 outbreak.