Zimbabwe’s minefields are a legacy of the conflict between the Rhodesian Army and the Zimbabwe African National Liberation Army.

During the conflict over 2.5 million anti-personnel mines and 76,000 fragmentation mines were laid along its border with Mozambique between 1976 and 1979. MAG has been tasked to clear a 12 million square metre stretch of this border minefield in Mudzi district, in eastern Zimbabwe.

We deployed our first mine action and community liaison teams in Zimbabwe in 2017, with two more mine action teams deploying in 2018.

Why we work in Zimbabwe

Dense belts of landmine contamination on Zimbabwe’s border with Mozambique block access to residential land, inhibit cross-border trade, deny small-scale farmers access to agricultural land, separate communities from primary water sources, and adversely affect sanitation and livestock production. Mudzi district – where MAG operates – has one of the worst rates of poverty in the country and suffers from one of the highest rates of food insecurity.

As of September 2018, the scale of landmine contamination in Zimbabwe is estimated to be over 66 million square metres. A survey of Zimbabwe’s north-eastern region identified 87 communities (over 75,000 people) who are directly affected by mines.

Seventy-eight minefields were recorded as being within 500 metres of residential areas. The threat to livestock is particularly severe, with over 120,000 cows lost to date in Zimbabwe due to landmines. Any improved access to land and protection of livestock has a huge impact.

How we help

MAG aims to return land to communities in order to improve access to services, natural resources, land for agriculture and grazing pastures.

MAG’s mine action teams focus on clearing landmines while community liaison teams provide risk education, preventing death and injury from landmines by raising awareness of the problems and promoting safer behaviour.

Our results in 2022

Risk education sessions


Land released by deminers


Landmines and unexploded bombs destroyed


People directly supported