Imam Burhanuddin, Nurul Aini, Yessita Puspaningrum

Utilization of Corn Waste for Goat Feed in Proko Hall, Brangkal Village, Bandarkedungmulyo District, Jombang Regency

Introduction

Utilization of corn waste for goat feed in proko hall, brangkal village, bandarkedungmulyo district, jombang regency. Discover how corn waste (cobs, leaves, husks) is processed into sustainable goat feed in Jombang, reducing pollution and boosting agricultural productivity. This initiative empowers farmers with quality fermented feed.

Abstract

Corn, a leading commodity with potential for development in Proko Hamlet, contains agricultural waste that can be used as animal feed. Currently, corn harvest waste is only used as fuel or even disposed of carelessly, leading to environmental pollution. The availability of quality feed ingredients is one of the problems encountered by partners. Therefore, corn cobs, leaves, and husks are used as additives in fermented animal feed. The purpose of this study was to analyze the impact and benefits of corn waste used as raw material for goat feed. The method used consisted of three stages: observation surveys, interviews, and training on corn waste processing. The results of this study indicate that corn waste can be processed into raw material for animal feed and organic fertilizer. This processing has the potential to reduce environmental pollution caused by agricultural waste. In addition, utilizing this waste can also increase agricultural productivity. Furthermore, this activity also encourages increased awareness and participation of the community, particularly farmer groups in Proko Hamlet, in sustainable waste management. Based on the results of interviews with several respondents, it was discovered that processing corn waste as raw material for animal feed has the potential to be an alternative to quality fermented feed. In addition, this approach is considered sustainable and environmentally friendly, thus supporting efforts to manage agricultural waste more efficiently and responsibly

Review

This paper addresses a highly relevant and practical issue concerning the valorization of agricultural waste, specifically corn waste, for animal feed production in Proko Hamlet, Jombang Regency. In a region where corn is a leading commodity, the current disposal methods of harvest waste contribute to environmental pollution while farmers simultaneously face a lack of quality feed ingredients. The initiative therefore tackles dual challenges: mitigating environmental impact and enhancing the availability of nutritious animal feed for local goat farmers. The stated purpose to analyze the impact and benefits of utilizing corn waste for goat feed is well-aligned with pressing local needs and offers a promising solution to a common agricultural dilemma. The methodology employed, comprising observation surveys, interviews, and practical training on corn waste processing, is appropriate for a community-based intervention project. The results strongly indicate that corn cobs, leaves, and husks can be effectively processed into both raw material for animal feed (particularly as additives in fermented feed) and organic fertilizer. Key benefits highlighted include a reduction in environmental pollution, the potential for increased agricultural productivity, and enhanced community awareness and participation in sustainable waste management. The discovery, based on interviews, that processed corn waste has the "potential to be an alternative to quality fermented feed" is a significant finding, underscoring a sustainable and environmentally friendly approach to animal nutrition. The primary strength of this work lies in its direct applicability, community-focused approach, and demonstration of sustainable agricultural practices. It offers a valuable framework for local communities to transform waste into a resource, thereby fostering both ecological stewardship and local economic development. While the abstract outlines promising outcomes and "potential," a more explicit detailing of the "analysis" of impact and benefits, perhaps through quantitative metrics on feed efficacy or environmental improvement beyond perceived benefits from interviews, would further strengthen its scientific rigor. Nevertheless, this intervention provides a compelling model for adopting circular economy principles in agriculture, making a significant contribution to sustainable waste management and rural livelihoods.

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