POTENTIAL ANALYSIS AND DEVELOPMENT STRATEGY OF CATTLE-PALM INTEGRATION LIVESTOCK BUSINESS IN OGAN KOMERING ULU REGENCY
DOI:
https://doi.org/10.53625/ijss.v2i2.2722Keywords:
Potential analysis Development strategy Cattle farm integration Livestock businessAbstract
The integration system between oil palm plantations and cattle must be supported by the application of appropriate and targeted technology, so that the resulting production can be more efficient, competitive and sustainable. The formulation of the problem in this research is how is the potential for the development of integrated cattle-palm farming business in Ogan Komering Ulu Regency. The method in this study used the survey method. The data collection method is an exploratory qualitative data collection method. The data analysis technique used is Location Quotient (LQ) analysis, Shift-Share analysis and SWOT analysis. The results of the study found that the cattle-oil integration farming business in Ogan Komering Ulu Regency could be developed using strengths using existing opportunities and this is a very profitable situation where Ogan Komering Ulu Regency has a cattle-oil integration livestock farming business with take advantage of existing opportunities. The strategy that can be used is the SO Strategy, namely (Strength and Opportunities), which is a strategy that optimizes strengths to take advantage of opportunities (opportunities), namely conducting counseling and coaching to farmer group farmers, providing counseling to farmers that cattle-palm integration can be a main source of income, utilization of cow dung as palm oil fertilizer and empowerment of existing cattle farmer groups to be able to partner with government and private institutions.
References
Arfai and Nur. (2014). Integration of Oil Palm Beef Cattle (SISKA) and its Development Potential in West Pasaman Regency
(Case Study of Lubuak Gadang Farmers Group, Luak Nan Duo District). Journal of Pastura Vol 5 No 2
Chaniago, T. (2019). Perspective of Cattle Livestock Development in Oil Palm Plantation Areas. Proceedings of the National
Workshop on Dynamics and Performance of Plant Livestock Integration Systems: Rice, Oil Palm, Cocoa. (In Press). Center for
Livestock Research and Development. Bogor.
Dominanto and Tirajoh. (2015). Potential and Constraints of Cattle-Palm Integration in Prafi District, Manokwari Regency,
West Papua. Center for the Assessment and Development of Agricultural Technology
Dwiyanto K, (2012) Study of Beef Cattle Farming Business Development Model for Optimal Management of Livestock
Resources in Pinrang Regency, South Sulawesi Province. SPL dissertation. PPS, IPB, Bogor.
Elisabeth. J. and Simon P. Ginting. (2014). Utilization of by-products of the Palm Oil Industry as Beef Cattle Feed Ingredients.
Workshop on Oil Palm-Cattle System Integration. Thing. 110-120.
Handaka, A. Hendriadi, and T. Alamsyah. (2019). Perspectives on the Development of Agricultural Mechanization in the
Integration System of Livestock – Plant-Based Palm, Rice, and Cocoa. Proceedings of the National Workshop on Dynamics
and Performance of Livestock – Plant Integration Systems: Rice, Oil Palm, Cocoa. (In Press). Center for Livestock Research
and Development. Bogor.
Hanafi, DN (2017). The Performance of Mixed Pastures at Various Shade Levels and Its Application in Oil Palm Plantation
Land. Dissertation, Graduate School, Bogor Agricultural Institute
Malik, et al. (2017). Study of the Palm Cattle Integration System in Pandeglang Regency, Banten Province. Proceedings of the
National Seminar on Animal Husbandry and Veterinary Technology
Munadi, Laode, Muh. (2021). Potential for Integrated Bali Cattle Business in Oil Palm Plantation in Wiwirano District, North
Konawe Regency. Jambura Journal of Animal Science Volume 3 No 2 May 2021
Rangkuti, Freddy. (2015). SWOT Analysis: Dissecting Business Case Techniques. Jakarta. PT Gramedia Pustaka Utama.
Ruswendi, WA Wulandari, and Gunawan. (2016). The Effect of Solid Feed and Palm Oil Midrib on Body Weight Gain of Beef
Cattle. Proceedings of the Workshop on Agricultural Technology Assessment Results. BBP2TP – Agricultural Research and
Development Agency. Bogor. pp. 105-108.
Setiadi B, Diwyanto K, Puastuti W, Mahendri IGAP, Tiesnamurti B. (2017). Map of potential and area distribution of oil palm
plantations in Indonesia: Cattle-Oil Palm Oil Integration System (SISKA). Bogor (Indonesia): Center for Livestock Research
and Development.
Setiawan, et al. (2021). Business Opportunities and Challenges for the Development of Bali Cattle Breeding which is integrated
into Oil Palm Plants in West Pasaman Regency, West Sumatra. Journal of Animal Husbandry Inspiration Vol. 1 No.1 in 2021
Setyorini, Diah, Rasti Saraswati, and Ea Kosman Anwar. (2018). Organic Fertilizer and Biological Fertilizer. Jakarta. Research
and Development of Agriculture.
Siahaan, D., Frisda R. Panjaitan, and A. Purba. (2019). Research Support for the Development of Integration of Oil Palm with
Cattle. Proceedings of the National Workshop on Dynamics and Performance of Livestock-Plant Integration Systems: Rice,
Oil Palm, Cocoa. (In Press). Center for Livestock Research and Development. Bogor.
Soedjana. (2017). Integrated crop-livestock farming system as a response from farmers to risk factors in Prawiradiputra. Are
There Still Opportunities to Develop Integration of Plants with Livestock in Indonesia., Wartazoa 19(3):143-149
Sugiyono. (2017). Business Research Methods. Jakarta. Alphabet.
Tarigan, Robinson. (2015). Theory and Application of Regional Economics. Jakarta. PT.Literary Earth
Sayed. (2018). Palm Oil Waste Potential and Sustainable Cattle Farming Development in Oil Palm Plantation Areas. Journal
of Insights, Volume 13 No 3, February 2008.
Winarso, B., R. Sajuti, and C. Muslim. (2015). Economic review of beef cattle in East Java. Agro-Economic Research Forum
(1): 61-71
Arfai and Nur. (2014). Integration of Oil Palm Beef Cattle (SISKA) and its Development Potential in West Pasaman Regency
(Case Study of Lubuak Gadang Farmers Group, Luak Nan Duo District). Journal of Pastura Vol 5 No 2
Chaniago, T. (2019). Perspective of Cattle Livestock Development in Oil Palm Plantation Areas. Proceedings of the National
Workshop on Dynamics and Performance of Plant Livestock Integration Systems: Rice, Oil Palm, Cocoa. (In Press). Center for
Livestock Research and Development. Bogor.
Dominanto and Tirajoh. (2015). Potential and Constraints of Cattle-Palm Integration in Prafi District, Manokwari Regency,
West Papua. Center for the Assessment and Development of Agricultural Technology
Dwiyanto K, (2012) Study of Beef Cattle Farming Business Development Model for Optimal Management of Livestock
Resources in Pinrang Regency, South Sulawesi Province. SPL dissertation. PPS, IPB, Bogor.
Elisabeth. J. and Simon P. Ginting. (2014). Utilization of by-products of the Palm Oil Industry as Beef Cattle Feed Ingredients.
Workshop on Oil Palm-Cattle System Integration. Thing. 110-120.
Handaka, A. Hendriadi, and T. Alamsyah. (2019). Perspectives on the Development of Agricultural Mechanization in the
Integration System of Livestock – Plant-Based Palm, Rice, and Cocoa. Proceedings of the National Workshop on Dynamics
and Performance of Livestock – Plant Integration Systems: Rice, Oil Palm, Cocoa. (In Press). Center for Livestock Research
and Development. Bogor.
Hanafi, DN (2017). The Performance of Mixed Pastures at Various Shade Levels and Its Application in Oil Palm Plantation
Land. Dissertation, Graduate School, Bogor Agricultural Institute
Malik, et al. (2017). Study of the Palm Cattle Integration System in Pandeglang Regency, Banten Province. Proceedings of the
National Seminar on Animal Husbandry and Veterinary Technology
Munadi, Laode, Muh. (2021). Potential for Integrated Bali Cattle Business in Oil Palm Plantation in Wiwirano District, North
Konawe Regency. Jambura Journal of Animal Science Volume 3 No 2 May 2021
Rangkuti, Freddy. (2015). SWOT Analysis: Dissecting Business Case Techniques. Jakarta. PT Gramedia Pustaka Utama.
Ruswendi, WA Wulandari, and Gunawan. (2016). The Effect of Solid Feed and Palm Oil Midrib on Body Weight Gain of Beef
Cattle. Proceedings of the Workshop on Agricultural Technology Assessment Results. BBP2TP – Agricultural Research and
Development Agency. Bogor. pp. 105-108.
Setiadi B, Diwyanto K, Puastuti W, Mahendri IGAP, Tiesnamurti B. (2017). Map of potential and area distribution of oil palm
plantations in Indonesia: Cattle-Oil Palm Oil Integration System (SISKA). Bogor (Indonesia): Center for Livestock Research
and Development.
Setiawan, et al. (2021). Business Opportunities and Challenges for the Development of Bali Cattle Breeding which is integrated
into Oil Palm Plants in West Pasaman Regency, West Sumatra. Journal of Animal Husbandry Inspiration Vol. 1 No.1 in 2021
Setyorini, Diah, Rasti Saraswati, and Ea Kosman Anwar. (2018). Organic Fertilizer and Biological Fertilizer. Jakarta. Research
and Development of Agriculture.
Siahaan, D., Frisda R. Panjaitan, and A. Purba. (2019). Research Support for the Development of Integration of Oil Palm with
Cattle. Proceedings of the National Workshop on Dynamics and Performance of Livestock-Plant Integration Systems: Rice,
Oil Palm, Cocoa. (In Press). Center for Livestock Research and Development. Bogor.
Soedjana. (2017). Integrated crop-livestock farming system as a response from farmers to risk factors in Prawiradiputra. Are
There Still Opportunities to Develop Integration of Plants with Livestock in Indonesia., Wartazoa 19(3):143-149
Sugiyono. (2017). Business Research Methods. Jakarta. Alphabet.
Tarigan, Robinson. (2015). Theory and Application of Regional Economics. Jakarta. PT.Literary Earth
Sayed. (2018). Palm Oil Waste Potential and Sustainable Cattle Farming Development in Oil Palm Plantation Areas. Journal
of Insights, Volume 13 No 3, February 2008.
Winarso, B., R. Sajuti, and C. Muslim. (2015). Economic review of beef cattle in East Java. Agro-Economic Research Forum
(1): 61-71
Arfai and Nur. (2014). Integration of Oil Palm Beef Cattle (SISKA) and its Development Potential in West Pasaman Regency
(Case Study of Lubuak Gadang Farmers Group, Luak Nan Duo District). Journal of Pastura Vol 5 No 2
Chaniago, T. (2019). Perspective of Cattle Livestock Development in Oil Palm Plantation Areas. Proceedings of the National
Workshop on Dynamics and Performance of Plant Livestock Integration Systems: Rice, Oil Palm, Cocoa. (In Press). Center for
Livestock Research and Development. Bogor.
Dominanto and Tirajoh. (2015). Potential and Constraints of Cattle-Palm Integration in Prafi District, Manokwari Regency,
West Papua. Center for the Assessment and Development of Agricultural Technology
Dwiyanto K, (2012) Study of Beef Cattle Farming Business Development Model for Optimal Management of Livestock
Resources in Pinrang Regency, South Sulawesi Province. SPL dissertation. PPS, IPB, Bogor.
Elisabeth. J. and Simon P. Ginting. (2014). Utilization of by-products of the Palm Oil Industry as Beef Cattle Feed Ingredients.
Workshop on Oil Palm-Cattle System Integration. Thing. 110-120.
Handaka, A. Hendriadi, and T. Alamsyah. (2019). Perspectives on the Development of Agricultural Mechanization in the
Integration System of Livestock – Plant-Based Palm, Rice, and Cocoa. Proceedings of the National Workshop on Dynamics
and Performance of Livestock – Plant Integration Systems: Rice, Oil Palm, Cocoa. (In Press). Center for Livestock Research
and Development. Bogor.
Hanafi, DN (2017). The Performance of Mixed Pastures at Various Shade Levels and Its Application in Oil Palm Plantation
Land. Dissertation, Graduate School, Bogor Agricultural Institute
Malik, et al. (2017). Study of the Palm Cattle Integration System in Pandeglang Regency, Banten Province. Proceedings of the
National Seminar on Animal Husbandry and Veterinary Technology
Munadi, Laode, Muh. (2021). Potential for Integrated Bali Cattle Business in Oil Palm Plantation in Wiwirano District, North
Konawe Regency. Jambura Journal of Animal Science Volume 3 No 2 May 2021
Rangkuti, Freddy. (2015). SWOT Analysis: Dissecting Business Case Techniques. Jakarta. PT Gramedia Pustaka Utama.
Ruswendi, WA Wulandari, and Gunawan. (2016). The Effect of Solid Feed and Palm Oil Midrib on Body Weight Gain of Beef
Cattle. Proceedings of the Workshop on Agricultural Technology Assessment Results. BBP2TP – Agricultural Research and
Development Agency. Bogor. pp. 105-108.
Setiadi B, Diwyanto K, Puastuti W, Mahendri IGAP, Tiesnamurti B. (2017). Map of potential and area distribution of oil palm
plantations in Indonesia: Cattle-Oil Palm Oil Integration System (SISKA). Bogor (Indonesia): Center for Livestock Research
and Development.
Setiawan, et al. (2021). Business Opportunities and Challenges for the Development of Bali Cattle Breeding which is integrated
into Oil Palm Plants in West Pasaman Regency, West Sumatra. Journal of Animal Husbandry Inspiration Vol. 1 No.1 in 2021
Setyorini, Diah, Rasti Saraswati, and Ea Kosman Anwar. (2018). Organic Fertilizer and Biological Fertilizer. Jakarta. Research
and Development of Agriculture.
Siahaan, D., Frisda R. Panjaitan, and A. Purba. (2019). Research Support for the Development of Integration of Oil Palm with
Cattle. Proceedings of the National Workshop on Dynamics and Performance of Livestock-Plant Integration Systems: Rice,
Oil Palm, Cocoa. (In Press). Center for Livestock Research and Development. Bogor.
Soedjana. (2017). Integrated crop-livestock farming system as a response from farmers to risk factors in Prawiradiputra. Are
There Still Opportunities to Develop Integration of Plants with Livestock in Indonesia., Wartazoa 19(3):143-149
Sugiyono. (2017). Business Research Methods. Jakarta. Alphabet.
Tarigan, Robinson. (2015). Theory and Application of Regional Economics. Jakarta. PT.Literary Earth
Sayed. (2018). Palm Oil Waste Potential and Sustainable Cattle Farming Development in Oil Palm Plantation Areas. Journal
of Insights, Volume 13 No 3, February 2008.
Winarso, B., R. Sajuti, and C. Muslim. (2015). Economic review of beef cattle in East Java. Agro-Economic Research Forum
(1): 61-71
