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SEK Education Group has reaffirmed its commitment to sustainability and environmental responsibility through an ambitious project announced during the latest edition of the Felipe Segovia Symposium. In collaboration with Trees4Humanity (T4H), an NGO founded by Fernando Cervigón, a former student of SEK-El Castillo, the institution will plant 10,000 trees in rural communities in Kenya and Uganda as part of its strategy to offset the 3,146 tons of CO₂ generated by its activities.
This project not only aims to mitigate environmental impact but also to foster significant social impact. In line with SEK’s strategic values, the initiative promotes employability and autonomy for women in these communities, who participate in the production of biodegradable pots as well as in the planting and care of the trees.
In Kenya and Uganda, species such as Ficus natalensis (African fig tree), Prunus africana (African cherry), and Cordia africana will be planted, selected for their adaptability and ecological contribution to these environments. This approach seeks to restore degraded ecosystems and strengthen biodiversity in key regions. Additionally, T4H develops projects in Spain, specifically in the Cantabrian Coast, where it researches and leads reforestation efforts with species such as common oak, chestnut, and beech. This work includes wildfire prevention and the promotion of sustainable practices, such as using eucalyptus bark to manufacture biodegradable pots.
The SEK Forest will be a symbol of the positive impact that education, sustainability, and collective action can achieve. This project is not only a step toward carbon offsetting but also a contribution to sustainable development and value-based education, which characterizes SEK Education Group. The institution reaffirms its commitment to continuing to promote innovative and sustainable initiatives that benefit the environment and future generations.
A biodegradable pot system that eliminates the use of plastics.
When developing the first prototypes of the reforestation system, the objective was to find a solution that was not only effective and sustainable but could also be produced locally and generate resources for rural communities. In many rural areas, women have perfected, over generations, artisanal manufacturing skills, weaving rugs, baskets, and other products from plant fibers. This ancestral knowledge was the perfect connection point.
The goal is to design a simple, economical, and scalable system. In these regions, banana plantations are abundant, and their dry leaves could become the ideal material for producing biodegradable pots. In collaboration with local communities, these leaves were collected and, using traditional weaving techniques, were transformed into pots that not only eliminate the use of plastic but also integrate naturally into the ecosystem without generating waste.
The impact of this project has been enormous: more than 1,500 women from rural communities have found a source of income through the production of these pots, and millions of native species trees have been planted, regenerating thousands of hectares of degraded land and bringing life back to entire forests.
More than planting trees: smart reforestation
When we talk about reforestation, many often think the challenge is simply to plant a tree, but the reality is far more complex. The true challenge is to ensure that the tree survives, adapts to its environment, and contributes to ecological balance. How many times have we seen thousands of plastic tubes along highways, filled with saplings that never survive their first year? This is not reforestation; it is a waste of resources.
Trees for Humanity is dedicated to educating and raising awareness about the importance of well-planned reforestation. Each project must be a tailored solution, specifically designed for the land’s conditions and based on the diversity of native species, never invasive ones. It is not just about planting trees but about rebuilding ecosystems.
A complete project: like a Swiss watch
Each reforestation initiative must function like a Swiss watch, where countless small pieces fit together perfectly to ensure its success. Factors such as the following are carefully considered:
- The water cycles and how vegetation interacts with them, preventing soil erosion through water retention techniques and permaculture. The selection of native species.
- The local fauna, ensuring that animals can return to the regenerated forest without creating imbalances between species.
- Pollinators, essential for the natural regeneration of the ecosystem. Bees, for instance, play a crucial role in preventing monocultures and ensuring the diversity of plant life.
- Creating jobs within local communities.
The ultimate goal is not just to reforest but to create resilient ecosystems, generate economic opportunities for communities, and restore biodiversity in harmony with the environment. Through this holistic approach, reforestation becomes both an environmental and social tool.
