Close Composting Cycle

Soil degradation due to salinity and sodicity represents a global issue that limits agricultural productivity and environmental sustainability. In this context, organic amendments such as compost offer a sustainable alternative for the restoration of halomorphic soils. This study was conducted on th...

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Detalles Bibliográficos
Autores principales: Barona Müller, M. Francesca V., Ferri, Juan, Rivero, Federico, Ramirez, Lautaro
Formato: póster
Lenguaje:inglés
Publicado: Universidad Nacional del Comahue. Facultad de Lenguas 2025
Materias:
Geología
Acceso en línea:https://bibliotecadelenguas.uncoma.edu.ar/items/show/990
https://bibliotecadelenguas.uncoma.edu.ar/files/original/573e8ee6b9d89b33d0395e4a2fa80139.pdf
Aporte de:
Lenguas - Biblioteca Digital. Universidad Nacional del Comahue (UNCOMA) de Universidad Nacional del Comahue
id I22-R137-990
record_format dspace
spelling I22-R137-9902025-12-23T12:44:57Z Close Composting Cycle Barona Müller, M. Francesca V. Ferri, Juan Rivero, Federico Ramirez, Lautaro Geología Soil degradation due to salinity and sodicity represents a global issue that limits agricultural productivity and environmental sustainability. In this context, organic amendments such as compost offer a sustainable alternative for the restoration of halomorphic soils. This study was conducted on the university campus of the National University of Comahue, where the effect of organic compost on soil physical and chemical properties and plant growth was evaluated. An amendment composed of black soil, organic waste, and earthworms was prepared, and three treatments with different compost and halomorphic soil proportions were applied over two weeks, recording soil and plant variables every four days. The results showed that increasing compost proportions reduced salinity, improved soil structure and moisture retention, and promoted more vigorous plant growth. It is concluded that compost represents an effective tool for improving soil quality, promoting sustainable management practices, and reusing institutional organic waste, contributing to the achievement of Sustainable Development Goal No. 11 and strengthening environmental education within the university environment. Universidad Nacional del Comahue. Facultad de Lenguas 2025 póster PDF <a href="https://bibliotecadelenguas.uncoma.edu.ar/items/show/990">https://bibliotecadelenguas.uncoma.edu.ar/items/show/990</a> https://bibliotecadelenguas.uncoma.edu.ar/items/show/990 https://bibliotecadelenguas.uncoma.edu.ar/files/original/573e8ee6b9d89b33d0395e4a2fa80139.pdf Durante el año 2025, la Cátedra de Inglés de la Licenciatura en Ciencias Geológicas (Facultad de Ingeniería), a cargo de la profesora María Belén Martínez del Departamento de Idiomas con Propósitos Específicos, desarrolló un trabajo basado en proyectos. A lo largo del cursado, los estudiantes llevaron adelante proyectos de investigación–servicio en los que articularon sus saberes de inglés con los contenidos propios de sus carreras y con la resolución de problemáticas reales de la comunidad. El proceso incluyó la lectura y el análisis de textos académicos en inglés para la elaboración del marco teórico, la selección de un problema relevante, el diseño e implementación de una metodología de investigación, y la comparación de resultados con los aportes de autores especializados. Cada proyecto culminó con la redacción de un informe final en formato de paper, presentado en español e inglés, siguiendo una plantilla estandarizada. inglés Los autores
institution Universidad Nacional del Comahue
institution_str I-22
repository_str R-137
collection Lenguas - Biblioteca Digital. Universidad Nacional del Comahue (UNCOMA)
language inglés
orig_language_str_mv inglés
topic Geología
spellingShingle Geología
Barona Müller, M. Francesca V.
Ferri, Juan
Rivero, Federico
Ramirez, Lautaro
Close Composting Cycle
topic_facet Geología
description Soil degradation due to salinity and sodicity represents a global issue that limits agricultural productivity and environmental sustainability. In this context, organic amendments such as compost offer a sustainable alternative for the restoration of halomorphic soils. This study was conducted on the university campus of the National University of Comahue, where the effect of organic compost on soil physical and chemical properties and plant growth was evaluated. An amendment composed of black soil, organic waste, and earthworms was prepared, and three treatments with different compost and halomorphic soil proportions were applied over two weeks, recording soil and plant variables every four days. The results showed that increasing compost proportions reduced salinity, improved soil structure and moisture retention, and promoted more vigorous plant growth. It is concluded that compost represents an effective tool for improving soil quality, promoting sustainable management practices, and reusing institutional organic waste, contributing to the achievement of Sustainable Development Goal No. 11 and strengthening environmental education within the university environment.
format póster
author Barona Müller, M. Francesca V.
Ferri, Juan
Rivero, Federico
Ramirez, Lautaro
author_facet Barona Müller, M. Francesca V.
Ferri, Juan
Rivero, Federico
Ramirez, Lautaro
author_sort Barona Müller, M. Francesca V.
title Close Composting Cycle
title_short Close Composting Cycle
title_full Close Composting Cycle
title_fullStr Close Composting Cycle
title_full_unstemmed Close Composting Cycle
title_sort close composting cycle
publisher Universidad Nacional del Comahue. Facultad de Lenguas
publishDate 2025
url https://bibliotecadelenguas.uncoma.edu.ar/items/show/990
https://bibliotecadelenguas.uncoma.edu.ar/files/original/573e8ee6b9d89b33d0395e4a2fa80139.pdf
work_keys_str_mv AT baronamullermfrancescav closecompostingcycle
AT ferrijuan closecompostingcycle
AT riverofederico closecompostingcycle
AT ramirezlautaro closecompostingcycle
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