Winding its way through the top of South America, the Amazon River is well-known for its incredible length (4,225 miles) and its importance to biodiversity and natural resources. 20% of the world’s fresh water comes from this impressive river, and its banks and waters are home to countless animal and fish species. Local and Indigenous communities rely on the river as a daily source of food, water, income, and transportation.
 
Unfortunately, the world, and the people living along the Amazon River basin, are at risk of losing this vital resource as the river succumbs to the effects of climate change and deforestation. If the Amazon were to dry up, the impact on the water cycle would be felt worldwide.

Swarovski Waterschool Brazil

Since 2016, Swarovski Waterschool Brazil has been working to transform and protect the Amazon River and its riverine communities. During the first two years, the project designed and tested an educational methodology to change the attitudes and practices of proper water treatment along the river. This included 45 different experiential activities focused on the themes of hygiene, hydration, sanitation, and water consumption and pollution.

The project currently works with 28 rural communities, which are home to around 3,715 people. Within these communities, the Swarovski Waterschool is involved with 20 different schools. Each community is located by a river or a lake and can only be accessed by boat. In many of these communities, it is common to drink water directly from the river. If the water is not treated properly, this can lead to dangerous diseases.
 
At the start of the program, 14 of the schools had no access to running or stored water; 16 lacked handwashing structures; 13 had no toilets; and six were without a school building. To tackle these challenges, the project began by either improving or building anew the infrastructure of these schools. This included building bathrooms, creating a filtering system that used rainwater collection and pumps, and renovating the schools’ water systems. In nearly all cases, the improvements to the school benefitted the surrounding village as well, as community members adopted the same water treatment practices in their own homes.

Currently, the project has trained 454 teachers in the Amazonas state. The long-term goal is to promote a large swathe of water-wise communities that implement sustainable water management practices that will improve the health and livelihood of the riverine communities, as well as the vitality of the Amazon River.