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Revista de Ciencias Ambientales

versión On-line ISSN 2215-3896versión impresa ISSN 1409-2158


AZULA-BARRERA, María Catalina. Validation of compost produced from invasive species as a propagation substrate in an ecological restoration process. Ciencias Ambientales [online]. 2023, vol.57, n.1, 17798. ISSN 2215-3896.


The control and management of invasive species generates high volumes of waste material whose management and disposal becomes a problem. The use of this waste material through the composting process could lead to a substrate with potential use as germination and propagation substrate of native species, therefore giving possible solutions to the quantity of mass generated in the control.


Validate the compost produced from invasive species as a potential substrate for propagation and growth of native species within the process of ecological restoration in Bogotá Colombia.


Fifty seeds of three native species were sown in five treatments with different proportions of black soil and compost. The compost raw materials were Ulex europaeus L and Genista monspessulana (L.) L.A.S. Johnson. To evaluate its use germination, mortality, epigeal and hypogeal growth were measured.


Verbesina crassiramea S. F. Blake showed the highest germination in the substrate with 100 % compost followed by 0 % compost, 75, 50 and 25 % respectively. Dodonaea viscosa (L.) Jacq., showed a germination gradient of 75 compost, followed by 50, 100, 0 and 25 %. Duranta mutisii L.f. had an inverse germination gradient. The substrate with 25 % compost caused the lowest germination and highest mortality of Dodonaea viscosa and Verbesina crassiramea. Dodonaea viscosa grew best in substrates with 75 % compost, with the highest germination value, root growth, aerial development and biomass generated.


Compost from invasive species, can be used as a substrate for the propagation of native species in early stages, the expression of invasive species was not evidenced, being an alternative to reduce the demand of soil.

Palabras clave : Biomass; germination; growth; invasive species; mortality.

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