Mineralización de carbono y nitrógeno en depósitos de residuos mineros metalíferos restaurados vs. abandonados espontáneamente colonizados por la vegetación como indicador para evaluar la funcionalidad edáfica

  1. Matías, Ceacero Moreno 1
  2. José, Álvarez Rogel
  3. María Nazaret, González Alcaraz
  1. 1 Universidad Po
12º Workshop en Investigación Agroalimentaria para jóvenes investigadores. WiA

Publisher: Ediciones upct

ISBN: 978-84-17853-74-7

Year of publication: 2023

Pages: 111-114

Type: Conference paper

DOI: 10.31428/10317/13410 GOOGLE SCHOLAR lock_openRepositorio Digital de la UPCT editor

Sustainable development goals


Metal mine wastes are among the most hostile environments for biota (highmetal/metalloid levels, extreme pH, high salinity, low organic matter and nutrients). Thesewastes are often stored in open-air piles (mine tailings) that are classically restored withtechniques of topsoil capping and then afforestation. An alternative is to promote thegrowth of native plant species directly in mine wastes, which help to create functional soilplant systems, as previous studies showed. This work aimed to evaluate how technicallyreclaimed and abandoned spontaneously colonized metal(loid) mine tailings’ soils differin their ability to mineralize carbon and nitrogen. The results show that the soils of bothmine tailings are functional and have a similar potential to mineralize nitrogen. However,the soils of the restored reservoir showed a greater capacity to mineralize carbon