Just released
Iraq National Mine Action Strategy 2023 - 2028
This National Mine Action Strategy presents the strategic orientation for the Republic of Iraq's mine action programme 2023-2028. It replaces the National Strategic and Executive Plan for Mine Action 2017-2021, builds on...
- Available in Arabic, English
GICHD Annual Report 2022
For the past 25 years, the GICHD has worked towards reducing risks to communities caused by explosive ordnance. We are helping to develop and professionalise mine action and ammunition management for the benefit of our partners at...
- Available in English
Masculinity: The Unseen Barrier in Survivor Assistance
Survivors of landmine and explosive remnants of war (ERW) incidents suffer unique consequences from their injuries as a result of their age and gender. As they often have distinct societal roles, survivor assistance needs for...
- Available in English
Methods for visualizing the explosive remnants of war
This study aimed to answer the question how cartography can help decision makers visualize the problem of contamination by explosive remnants of war (ERW). We thus explored a set of six cartographic visualization methods and...
- Available in
- Available in French
Gender-Sensitive Recruitment and Training in Mine Action – Guidelines | in Arabic
These guidelines have been developed to help National Mine Action Authorities (NMAAs), non-governmental organisations (NGOs), UN agencies, national organisations, commercial companies and any other mine action organisation hiring...
- Available in Arabic
Assessment of the Capacity Development Support to the National Mine Action Authority South Sudan Report December 2012
In 2011 and 2012, the GICHD assisted with facilitating two workshops that resulted in South Sudan's first National Mine Action Strategic Plan. 1) The first specific objective of the Mine Action Strategic Plan relates to the review...
- Available in
5D: A GIS-based Approach for Determining and Displaying the Degree of Operational Difficulty of Demining
Clearance operations highly depend on environmental, geographic and socioeconomic conditions. These conditions make demining easier, more difficult or nearly impossible. This article proposes an analytical method called 5D...
- Available in