Author
Listed:
- Amanda Ayda Garcia Basílio
(Plant Production Physiology Research Group, State University of Goiás, Ipameri Unit, GO 330 Highway, Km 241, Ring Road, University Sector, Ipameri 75780-000, Goiás, Brazil)
- Mariana Souza Gratão
(Plant Production Physiology Research Group, State University of Goiás, Ipameri Unit, GO 330 Highway, Km 241, Ring Road, University Sector, Ipameri 75780-000, Goiás, Brazil)
- Geovana Cristina Macedo
(Plant Production Physiology Research Group, State University of Goiás, Ipameri Unit, GO 330 Highway, Km 241, Ring Road, University Sector, Ipameri 75780-000, Goiás, Brazil)
- Sarah Jamilly Leones Xavier
(Plant Production Physiology Research Group, State University of Goiás, Ipameri Unit, GO 330 Highway, Km 241, Ring Road, University Sector, Ipameri 75780-000, Goiás, Brazil)
- Maria Eduarda Borges Rodrigues Silva
(Plant Production Physiology Research Group, State University of Goiás, Ipameri Unit, GO 330 Highway, Km 241, Ring Road, University Sector, Ipameri 75780-000, Goiás, Brazil)
- Luiz Antônio Freitas Soares
(Plant Production Physiology Research Group, State University of Goiás, Ipameri Unit, GO 330 Highway, Km 241, Ring Road, University Sector, Ipameri 75780-000, Goiás, Brazil)
- Pedro Henrique Lopes Macedo
(Plant Production Physiology Research Group, State University of Goiás, Ipameri Unit, GO 330 Highway, Km 241, Ring Road, University Sector, Ipameri 75780-000, Goiás, Brazil)
- Talles Eduardo Borges dos Santos
(Plant Production Physiology Research Group, State University of Goiás, Ipameri Unit, GO 330 Highway, Km 241, Ring Road, University Sector, Ipameri 75780-000, Goiás, Brazil)
- Fábio Santos Matos
(Plant Production Physiology Research Group, State University of Goiás, Ipameri Unit, GO 330 Highway, Km 241, Ring Road, University Sector, Ipameri 75780-000, Goiás, Brazil)
Abstract
Coffee grounds can be used in agriculture as a bio-input to enhance soil fertility and biodiversity in the long term. Furthermore, the use of coffee grounds in agriculture is a sustainable practice because it reuses an organic waste product as natural fertilizer and minimizes the environmental impact resulting from the improper disposal of waste. This study aimed to identify the effects of coffee grounds on the growth and yield of iceberg lettuce plants. The experiment was conducted in a greenhouse using 4 kg of substrate in containers with a 5.356 dm 3 capacity, following a completely randomized design in a 2 × 2 factorial arrangement. The primary treatment consisted of plants grown in two types of substrate: soil and sand (01) and soil, sand, and 10% coffee grounds (02). The secondary treatment corresponded to irrigation with water (01) and a 10% coffee ground extract solution (02). Coffee grounds incorporated into the soil increase soil fertility; however, they reduce lettuce growth due to the toxicity of the compounds present and should not be used without prior treatment. Processing coffee grounds into irrigation solutions shows promise due to its high potential for use as an agricultural bio-input in lettuce production. This solution enhances the growth and development of the species, resulting in vigorous plants with market value.
Suggested Citation
Amanda Ayda Garcia Basílio & Mariana Souza Gratão & Geovana Cristina Macedo & Sarah Jamilly Leones Xavier & Maria Eduarda Borges Rodrigues Silva & Luiz Antônio Freitas Soares & Pedro Henrique Lopes Ma, 2026.
"Effect of Coffee Grounds as a Bio-Input in Lettuce Cultivation,"
Sustainability, MDPI, vol. 18(2), pages 1-12, January.
Handle:
RePEc:gam:jsusta:v:18:y:2026:i:2:p:649-:d:1836003
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