2020
DOI: 10.23850/24220582.2249
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Manejo sostenible de subproductos agroindustriales y estrategias tecnológicas de bioconversión

Abstract: La sostenibilidad de agroindustrias convencionales se enfoca hacia la transición en biorrefinerías. El objetivo de este trabajo fue evaluar estrategias para obtener biocombustible sólido, abonos de los subproductos de las agroindustrias de naranja de jugo y caña de azúcar en Veracruz, México y la zonificación agroecológica para determinar la expansión de estos cultivos de manera sostenible para futuras biorrefinerías integrales. El método de biosecado empleó cáscaras de naranja, bagazo de caña y residuos de co… Show more

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“…We choose to study orange fruit bagasse because: (i) citrus fruit (e.g., orange and grapefruit) are natural hosts of A. ludens; (ii) it is a substrate that is readily available all year round in Mexico; and (iii) to find a use for the millions of tons of citrus fruit waste generated each year after industrial processing for juice production [30]. Because orange bagasse has low nutritional content [31,32], our working hypothesis when we started the orange bagasse diet-rearing system was that orange bagasse sustains the development of A. ludens larvae, but at the cost of reduced fitness due to the nutritional deficiencies of the bagasse. Based on the "core blend" concept proposed by Aluja et al [12], we also hypothesized that the chemical composition (i.e., the "core blend" in the context of this study) of volatiles from sexually mature male flies of A. ludens from a laboratory colony that has been maintained for over 120 generations on the artificial diet-rearing system would be conserved, regardless of shifts to a novel dietary environment.…”
Section: Introductionmentioning
confidence: 99%
“…We choose to study orange fruit bagasse because: (i) citrus fruit (e.g., orange and grapefruit) are natural hosts of A. ludens; (ii) it is a substrate that is readily available all year round in Mexico; and (iii) to find a use for the millions of tons of citrus fruit waste generated each year after industrial processing for juice production [30]. Because orange bagasse has low nutritional content [31,32], our working hypothesis when we started the orange bagasse diet-rearing system was that orange bagasse sustains the development of A. ludens larvae, but at the cost of reduced fitness due to the nutritional deficiencies of the bagasse. Based on the "core blend" concept proposed by Aluja et al [12], we also hypothesized that the chemical composition (i.e., the "core blend" in the context of this study) of volatiles from sexually mature male flies of A. ludens from a laboratory colony that has been maintained for over 120 generations on the artificial diet-rearing system would be conserved, regardless of shifts to a novel dietary environment.…”
Section: Introductionmentioning
confidence: 99%