Analisis Daya Dukung Hijauan Pakan Ternak Di Kecamatan Pulokulon Kabupaten Grobogan Untuk Pengembangan Usaha Ternak Sapi Potong

Tanjaya, Ria; Hastuti, Dewi; Wibowo, Hendri; Widiyani, Aniya

doi:10.24843/pastura.2020.v10.i01.p12

Cited by 4 publications

(6 citation statements)

References 1 publication

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“…Based on the results of the field survey, it shows that the majority of farmers in the research location feed their livestock in the form of field/natural grass as many as 529 people (73.88%), which is the mainstay to meet the needs of forage feed in smallholder farms and is available in rice fields and plantation areas [20,21]. While the carrying capacity of animal feed is calculated in the form of forage in the form of natural and cultivated grasses and agricultural byproducts [22,23,24,25,26] and become an animal feed ingredient that is needed and has great benefits for the life and sustainability of livestock populations [27,28,29].…”

Section: Vbc Area Eligibility Criteria At Village Levelmentioning

confidence: 99%

Mapping Bali cattle breeding centers (Case study: South Konawe, Indonesia)

Abadi,

Nafiu,

Saili

et al. 2024

IOP Conf. Ser.: Earth Environ. Sci.

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Breeding as part of the program to fulfill food from livestock needs to be organized carefully, especially in the breeding of local Indonesian livestock. Local livestock breeding can be cooperated with the private sector by strengthening supervision of the quality of seeds produced through certification or can also be implemented by forming a People’s Livestock Breeding Center that will multiply certified livestock seeds. This study aims to analyze and map the Village Breeding Center area in Tinanggea District, South Konawe Regency. There are only a few studies conducted to map the Village Breeding Center area in a Balinese cattle breeding area in Indonesia. The analysis method used was descriptive qualitative based on the technical guidelines for determining and managing seedling source areas based on Geographic Information System (GIS). This research was conducted in Tinanggea District of South Konawe Regency by mapping and determining the Village Breeding Center area in 13 villages and 11 supporting villages. In the end, the Village Breeding Center area will become a subcenter (main and supporting) in Tinanggea District as a Balinese cattle breeding area in meeting the needs of seedlings within the area and outside the area based on smallholder farming.

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Section: Vbc Area Eligibility Criteria At Village Levelmentioning

confidence: 99%

Mapping Bali cattle breeding centers (Case study: South Konawe, Indonesia)

Abadi,

Nafiu,

Saili

et al. 2024

IOP Conf. Ser.: Earth Environ. Sci.

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“…An area is said to be capable if the animal feed available in the area is greater than the livestock's living needs. The results of the calculation of the livestock population, and the stock of forage can be obtained the value of the capacity for the capacity of the forage [19]. According to [19] forage can be divided into two types, namely natural forage and forage 6).…”

Section: Ruminant Population Increased Capacity (Kpptr)mentioning

confidence: 99%

“…The results of the calculation of the livestock population, and the stock of forage can be obtained the value of the capacity for the capacity of the forage [19]. According to [19] forage can be divided into two types, namely natural forage and forage 6). This situation shows that with the current conditions, Karanganyar Regency can still provide animal feed in the form of grass and agricultural waste in the amount of the KPPTR value, for example Mojogedang subdistrict which has a KPPTR value of 34,147.16 AU is still able to accommodate 34,147.16 units of ruminant livestock.…”

Section: Ruminant Population Increased Capacity (Kpptr)mentioning

confidence: 99%

Analysis of Livestock Resources Potential for the Development of Beef Cattle in Mojogedang Sub-district, Karanganyar Regency

Purnomo¹,

Sari²,

Emawati³

et al. 2023

Advances in Biological Sciences Research

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This study aims to determine the potential of livestock resources for the development of beef cattle in Mojogedang sub-district, Karanganyar Regency. The research was conducted in June-August 2022 located in Mojogedang Subdistrict, Karanganyar Regency. The data used are primary data and secondary data. Primary data were obtained through interviews with 60 beef cattle farmers. Primary data were obtained from survey while secondary data were obtained from the Department of Agriculture and Livestock, the Central Bureau of Statistics and related agencies in Karanganyar Regency. The data collection technique in this research is data collection intentionally (purposive sampling). This research is a survey research with data analysis methods used are descriptive analysis, location quotation (LQ) analysis and the method of KPPTR (Ruminant Population Increased Capacity). The results showed that there were 7 villages which were included in the base area of 12 villages in Mojogedang Sub-district. The two villages that have the highest LQ scores are Kedungjeruk and Ngadirejo villages. This shows that Kedungjeruk and Ngadirejo villages have better beef cattle population development potential than other villages. Based on the results of the calculation of the additional capacity for the population of ruminant livestock (KPPTR), all sub-sub-districts in Karanganyar Regency have a positive KPPTR value. The total value of KPPTR in Karanganyar Regency is 1,049,957.92 Animal Units (AU). The conclusion that can be obtained is that the Karanganyar Regency can still provide animal feed in the form of grass and agricultural waste for the value of the KPPTR with the current conditions.

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“…Perhitungan populasi ternak dalam Satuan Ternak (ST) didasarkan pada (Sumanto (1999) dalam (Tanjaya et al, 2018)) dengan nilai faktor konversi pada peternakan sapi potong adalah 0,7. Produksi hijauan pakan dihasilkan dari jumlah produksi hasil limbah pertanian dengan produksi hijauan alami rumput.…”

Section: Kesesuaian Lahan Untuk Hijauan Pakan Ternakunclassified

“…Produksi hijauan pakan dihasilkan dari jumlah produksi hasil limbah pertanian dengan produksi hijauan alami rumput. Perhitungan produksi limbah hasil pertanian didasarkan pada (Muller (1974) dalam (Tanuwiria et al, 2006)) dimana ketersediaan pakan dihasilkan dengan: a. Jerami padi = (2,5 x luas panen x 0,70) ton BK/tahun b. Jerami jagung = (6,0 x luas panen x 0,75) ton BK/tahun c. Jerami kacang tanah = (2,5 x luas panen x 0,60) ton BK/tahun d. Daun ubi kayu = (1,0 x luas panen x 0,30) ton BK/tahun Produksi hijauan rumput alami dihitung berdasarkan rumus menurut (Santosa dkk (1997) dalam (Tanuwiria et al, 2006)) dan (Anggraeni dan Putra (2017) dalam (Tanjaya et al, 2018)) dengan persamaan: a. Lahan sawah = (0,77591 x luas lahan x 0,06 x 6,083) ton BK/tahun b. Lahan tegal = (luas lahan x 2,88 x 0,5) ton BK/tahun c. Luas pekarangan = (luas lahan x 0,53 x 2 x 0,5) ton BK/tahun Ketersediaan hijauan pakan diketahui dari nilai Indeks Daya Dukung (IDD) yang dihitung dengan persamaan (Ashari et al (1996)…”

Section: Kesesuaian Lahan Untuk Hijauan Pakan Ternakunclassified

Arah Pengembangan Kawasan Peternakan Sapi Unggul Ras Madura Di Kecamatan Waru Kabupaten Pamekasan

2022

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Pengembangan kawasan peternakan dapat berjalan dengan baik apabila didukung oleh kesesuaian lingkungan fisik dan ketersediaan hijauan pakan yang memadai sebagai sumber makanan ternak. Analisis dilakukan dengan metode overlay pada berbagai jenis peta (Peta penggunaan lahan, peta tanah, peta administrasi, peta suhu, kerengan, dan curah hujan) menggunakan GIS pada analisis kesesuaian lahan, data tabular pada analisis ketersediaan hijauan pakan, serta analisis FFA (Force Field Analysis). Luas kesesuaian fisik lingkungan untuk peternakan sapi yang dikandangkan 5.875,794 Ha (83,6%) dari luas wilayah, lahan yang tidak sesuai 19,1 Ha (0,27%), dan tidak dinilai seluas 1.133,212 Ha (16,1%). Sedangkan lahan yang sesuai untuk berbagai hijauan pakan ternak seluas 5.852,83 Ha (83,2%) dari luas wilayah, lahan yang tidak sesuai seluas 34,60 Ha (0,5%), dan tidak dinilai 1.140,74 Ha (16,3%). Daya dukung hijauan di Kecamatan Waru berada pada kriteria aman di 4 desa (Bajur, Sumberwaru, Sana Laok, Tampojung Tengah), 6 desa dengan kriteria rawan, dan 2 desa (Waru Barat, Tagangser Laok) dengan kriteria kritis. Hasil analisis FFA diketahui faktor kunci pendorong adalah memiliki ketersediaan lahan yang luas, serta peningkatan harga sapi, sedangkan faktor penghambat kunci adalah konversi lahan menjadi kawasan terbangun, dan minimnya dukungan infrastruktur dasar. Arahan pengembangan kawasan peternakan sapi di Kecamatan Waru dilakukan dengan mengoptimalkan potensi ketersediaan lahan.

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Analisis Daya Dukung Hijauan Pakan Ternak Di Kecamatan Pulokulon Kabupaten Grobogan Untuk Pengembangan Usaha Ternak Sapi Potong

Cited by 4 publications

References 1 publication

Mapping Bali cattle breeding centers (Case study: South Konawe, Indonesia)

Mapping Bali cattle breeding centers (Case study: South Konawe, Indonesia)

Analysis of Livestock Resources Potential for the Development of Beef Cattle in Mojogedang Sub-district, Karanganyar Regency

Arah Pengembangan Kawasan Peternakan Sapi Unggul Ras Madura Di Kecamatan Waru Kabupaten Pamekasan

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