The potential vegetation diversity in the integrated coconut (

Coconut and oil palm farms are only two examples of the numerous sources of ruminant feed. The goal of this research was to assess the forage potential of coconut and oil palm plantations in Kubu Raya Regency. The data collection approach in this study employed a non-probability sampling strategy with specific sampling technique. The experiment was carried out in two separate sites, each with a land area of 4 hectares, and thirty forage samples were collected at each site using a 100 cm by 100 cm quadrant. The findings revealed that coconut farms had a more diverse range of forage types, including coconut leaf sheaths, legumes, and grass, than oil palm plantations. Land covered by coconut trees produced 721 kg ha-1 of feed, whereas land covered by oil palm trees only yielded 416 kg ha-1. With respective values of 1.64 AU Ha-1 Year-1 and 1.00 AU Ha-1 Year-1, the maximum capacity in coconut and oil palm shaded regions demonstrated promising potential for the growth of ruminant livestock. In the Kubu Raya Regency, the vegetation diversity and potential for forage availability are influenced by variations in conditions between coconut-shaded and oil palm-shaded land.

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Publication Details

Journal
Springer Link (Chiba Institute of Technology)
Published
2025-12-24
DOI
https://doi.org/10.1051/bioconf/202520701001/pdf
Primary Topic
Livestock Farming and Management
Type
article
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article

The potential vegetation diversity in the integrated coconut (

Musyadik Musyadik, Apritama Adha, Duta Setiawan, Abdul Jabbar
Springer Link (Chiba Institute of Technology)
Livestock Farming and Management
article

The potential vegetation diversity in the integrated coconut (

Musyadik Musyadik, Apritama Adha, Duta Setiawan, Abdul Jabbar
article en

Abstract

Coconut and oil palm farms are only two examples of the numerous sources of ruminant feed. The goal of this research was to assess the forage potential of coconut and oil palm plantations in Kubu Raya Regency. The data collection approach in this study employed a non-probability sampling strategy with specific sampling technique. The experiment was carried out in two separate sites, each with a land area of 4 hectares, and thirty forage samples were collected at each site using a 100 cm by 100 cm quadrant. The findings revealed that coconut farms had a more diverse range of forage types, including coconut leaf sheaths, legumes, and grass, than oil palm plantations. Land covered by coconut trees produced 721 kg ha-1 of feed, whereas land covered by oil palm trees only yielded 416 kg ha-1. With respective values of 1.64 AU Ha-1 Year-1 and 1.00 AU Ha-1 Year-1, the maximum capacity in coconut and oil palm shaded regions demonstrated promising potential for the growth of ruminant livestock. In the Kubu Raya Regency, the vegetation diversity and potential for forage availability are influenced by variations in conditions between coconut-shaded and oil palm-shaded land.

Springer Link (Chiba Institute of Technology)
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Livestock Farming and Management
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