Potensi Limbah Pertanian Tanaman Pangan Sebagai Pakan Ternak Rominasia Di Kecamatan Waelatakabupaten Buru

Abstract

Livestock is an important component to fulfil food need and as source of protein for the community which increase annually. These research objective was to determine the type of agricultural food crop waste, how much production of dry matter, crude protein, and Total Gigability Nutrit and also to find out how much the capacity of agricultural food crop waste in the Waelata District, Buru Regency. Feedstuff development is directed to optimize the use of local feed source, in particular crops waste. The results showed that crops waste available in Waelata were dominated respectively by rice (Oryza sativa L.) 92.17 %, sweet potato (Ipomoae batatas) 2.81 %, corn (zea mays ssp.) 1.89 %, peanut (Arachis hypogaea L.) 1.89 %, and cassava (manihot esculenta crantz) 1.12 %. Total dry matter production of the crops waste were rice (Oryza sativa L.) 2.52 tones/ha, sweet potato (Ipomoae batatas) 1.78 tone/ha, corn (zea mays ssp.) 0.63 tone/ha, peanut (Arachis hypogaea L.) 1.67 tones/ha, and cassava (manihot esculenta crantz) 0.41 tones/ha. Capacity of crops waste to support livestock systems based on dry matter, crude protein, Total Digestible Nutrient was respectivelly e.317 UT, 263 UT, and 3.134 UT.

Evaluating the Potential of Hydrogen Production from Agricultural Waste in Indonesia: A Comparative Techno-economic Analysis

“…Additionally, approximately 3041.67 tons of agricultural waste were converted annually. This quantity of waste is consistent with the annual availability of agricultural waste sources in Indonesia, which is estimated to be around 7563 tons (Budhijanto et al, 2019;De Lima and Patty, 2021).…”

Quantitative Characteristics of Crossing Bali Cows with Different Strain of Bulls in Waelata District Buru Regency

“…Secara geografis Kecamatan Waelata terletak pada 3,41 0 -3,51 0 LS dan 126,89 0 -127, 06 0 BT. Kecamatan Waelata merupakan daerah yang cocok untuk peternakan sapi Bali, karena sebagian besar lahan dimanfaatkan sebagai sentra pertanian, di samping terdapat banyak lokasi padang pengembalaan sebagai penyedia rumput lapangan sumber pakan utama ternak ruminansia [1]. Populasi sapi berdasarkan data statistik pada tahun 2020 sebanyak 5.792 ekor.…”

Implementasi Pembuatan Pakan Sapi Berbasis Limbah Pertanian Dan Perkebunan Pada Kelompok Ternak Di Kampung Sota Perbatasan Republik Indonesia/Papua New Guinea

“…Survey pendahuluan yang kami lakukan bahwa di kampung sota banyak terdapat limbah jagung (daun dan batang) yang dibiarkan setelah panen. Menurut Lima & Patty (2021) 35 jenis Limbah pertanian potensial dijadikan sebagai pakan ternak diantaranya jerami, limbah jagung dan kacangkacangan. Pemanfaatan teknologi pakan untuk meningkatkan nilai gizi dan ketersediaan pakan pada musim kemarau menjadi penting untuk dilakukan oleh peternak, sehingga sapi tetap terjadi produktivitasnya.…”