Analisis Persepsi Petani Peternak Sapi Potong Terhadap Peran Penyuluh Di Kecamatan Sangkub Kabupaten Bolaang Mongondow Utara

Talibo, Repli .; Sondakh, B F.J; Sajow, A A; Lainawa, Jolyanis

doi:10.35792/zot.37.2.2017.16910

Cited by 6 publications

(9 citation statements)

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“…Quite Agree 1206,5-1577,6 904,9-1183,2 603,3-788,8 2714,5-3549,6 2. Disagree 835,3-1206,4 626,5-904,8 417,7-603,2 1879,3-2714,4 1 Next, the profile of creative and innovative Extensionist in a extension activity is necessary considering the provision of activities in rural areas are generally limited in props, materials, and methods, as well as the budget of extension activities (Yunasaf and Tasripin, 2012;Makatita et al, 2014;Talibo et al, 2017;Lamarang et al, 2017;Riwukore and Habaora, 2019 a ). Bali cattle farmers in agroecosystems of pasture (69,7%), agriculture (44,1%), plantations (42,2%), and forests (59,6%) agreed that the Extensionist who served in their area were creative and innovative.…”

Section: Methodsmentioning

confidence: 99%

“…Motivation is the process of growing motives or encouragement so that farmers are willing to consciously learn and change their behavior. Existence of motivation then the extension activities will be directed and seriousness in activities maintained (Yunasaf and Tasripin, 2012;Talibo et al, 2017;Ediset and Jaswadi, 2017).…”

Section: Methodsmentioning

confidence: 99%

“…Thus the extension material is sought in accordance with farmer needs and provide or bring economic benefits. The suitability of the extension material with the problems faced by the target farmers is an attraction for the farmers so that their will automatically be present at every extension held (Makatita et al, 2014;Sajow et al, 2014;Rintjap, 2015;Mangare et al, 2016;Alpianor et al, 2017;Talibo et al, 2017;Sumner et al, 2018;Riwukore and Habaora, 2019 a ).…”

Section: Informationmentioning

confidence: 99%

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Perception of Bali cattle farmers on the performance of Extensionist based on agroecosystems at Timor Island

Marnisah

Riwukore²,

Habaora³

et al. 2022

JIIP

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This research aims to determine the perception of farmers on the performance of Extensionist in the agroecosystems of pasture, agriculture, plantation, and forest at Timor Island, so that it can be information for improving the performance of extension workers who have an impact on repair the welfare of farmers. This research was conducted from January to December 2018. The research location was determined purposively representing the agroecosystem of pasture, agriculture, plantation and forest. The determination of respondents are 5-10% of the number of farmers in each agroecosystem that has > 10 Bali cattle. Data collection methods are done through observation, interviews, and documentation. Data processing method uses a Likert Scale, then analyzed decriptivelly. Indicators to measure the performance of livestock Extensionist based on Extensionist profile, materials and methods, procurement of activities, availability of teaching aids, and intensity of extension activities. The results showed that farmers' perceptions at agroecosystems of pasture, agriculture, plantation, and forest toward livestock extensionist in the category agreed that the existence of extensionist could be said well in aspects of Extensionist profile, materials and methods, and procurement of activities. This condition explains that Extensionist in carrying out his duties and functions in the field in accordance with existing standards, namely as a mediator, motivator, educator, communicator, facilitator, and assistance/visits. Nevertheless, it is very necessary to improve and repair the role of Extensionist related to competence so that it can influence farmers to be more productive in developing Bali cattle farming business them. Then Bali cattle farmers in the pasture agroecosystem with the highest value of the use of teaching aids by extensionist were 2 kinds (44,0%). Then the average farmers in agricultural agroecosystems with the highest value of the use of teaching aids by extensionist is 1 kind (40,2%). Next, the average of farmers in plantation agroecosystems with the highest value of using teaching aids by Extensionist are > 2 kinds (47,9%). While the average farmers in forest agroecosystems with the highest value of the use of teaching aids by Extensionist is 1 kind (>77,3%). While the intensity of extension activities during the past year shows that the average farmers in agroecosystems of pasture (70,7%), agriculture (59,8%), plantations (50,0%), and forests (68,2%) said more from 1 time.

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Section: Methodsmentioning

confidence: 99%

Section: Methodsmentioning

confidence: 99%

Section: Informationmentioning

confidence: 99%

See 1 more Smart Citation

Perception of Bali cattle farmers on the performance of Extensionist based on agroecosystems at Timor Island

Marnisah

Riwukore²,

Habaora³

et al. 2022

JIIP

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“…The resource persons that handled the activities acted as extension agents. Meanwhile, in empowering farmer-breeders, it is necessary to have workers that can convey knowledge through extension activities to improve their behavior, knowledge, willingness, and ability to carry out their business activities [12].…”

Section: Increased Knowledge Of Respondentsmentioning

confidence: 99%

Community empowerment through development of biogas installation with fixed dome plant technology in Kenteng Village, Nogosari District, Boyolali Regency

Emawati

Swastike²,

Saputro³

et al. 2022

IOP Conf. Ser.: Earth Environ. Sci.

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Kenteng Village has the potential for beef development due to its high cattle population. However, cow dung waste produced by farmers has not been optimally used, hence its additional benefits have not contributed to the community’s economy. This has also led to environmental pollution due to improper waste management. Therefore, empowerment efforts are needed to improve farmers’ knowledge and skills in managing livestock manure to increase their income and create environmentally friendly conditions through training activities on the manufacture of organic bio-slurry fertilizer as well as maintenance and construction of biogas installations using fixed dome plant technology. Furthermore, the training was held from August 15-September 26, 2021, in Kenteng Village, Nogosari District, Boyolali Regency. The empowerment program is implemented through Focus Group Discussion (FGD), extension, training, demonstration plots on the production technology of organic fertilizer and biogas for fuel production. Materials used in producing the fertilizer include slurry obtained from biogas waste and agricultural lime/dolomite. The dome plant constructed contains a digester with 6 main parts, namely inlet, reactor, gas reservoir, outlet, gas transport system and compost pits for degassed animal manure/bio-slurry. The training result shows an increase in farmers’ knowledge and skills on the application of bio-slurry organic fertilizer production technology and the construction of biogas installations as a fuel producer. There was also an increase in their income, which improved their standard of living. Conclusively, the community in Kenteng Village was more empowered by the existence of a biogas installation development program.

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“…Agroekosistem merupakan suatu hubungan timbal balik antara komponen-komponen pembentuk ekosistem (abiotik dan biotik) untuk mendapatkan manfaat yang sebesar-besarnya dengan mempertimbangkan aspek produktivitas, stabilitas, keberlanjutan dan pemerataan. (Jambie et al2015, Sahab et al 2015, Talibo et al 2017, Riwukore dan Habaora, 2018.…”

Section: Pendahuluanunclassified

Performans Reproduksi Sapi Bali Berbasis Agroekosistem Di Pulau Timor

Habaora¹,

Fuah²,

Abdullah³

et al. 2019

JTAPRO

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ABSTRAKPenelitian berlokasi di Pulau Timor yang dilaksanakan bulan Januari-Desember 2018. Lokasi penelitian dipilih purposive untuk agroekosistem pasture, pertanian, perkebunan, dan hutan. Penentuan responden 5-10% jumlah peternak masing-masing agroekosistem yang memiliki sapi Bali >10 ekor. Metode pengumpulan data melalui observasi, wawancara dan dokumentasi untuk memperoleh data primer dan data sekunder. Kemudian dianalisis secara deskriptif. Hasil penelitian menunjukkan umur berahi dan umur kawin pertama sapi Bali betina agroekosistem pasture 1,3 tahun dan 1,9 tahun; agroekosistem perkebunan 1,3 tahun dan 2 tahun; agroekosistem pertanian 1,4 tahun dan 1,7 tahun; dan agroekosistem hutan adalah 1,4 tahun dan 1,8 tahun. Kemudian umur sapi beranak pertama sapi betina di agroekosistem pertanian 2,8 tahun; agroekosistem pasture dan hutan 2,9 tahun; dan agroekosistem perkebunan 3 tahun. Siklus berahi dan lama berahi sapi betina di agroekosistem pasture 27 hari dan 21,5 jam; agroekosistem hutan 25 hari dan 26,8 jam; agroekosistem pertanian 24 hari dan 28 jam; dan agroekosistem perkebunan 24 hari dan 25,8 jam. Service per conception Sapi di agroekosistem perkebunan 2,2 kali; agroekosistem hutan 2,3 kali; agroekosistem pasture 2,4 kali; dan agroekosistem pertanian 2,6 kali. Periode kebuntingan sapi di agroekosistem perkebunan 9,5 bulan; agroekosistem pertanian 9,4 bulan; agroekosistem pasture 9,3 bulan; dan agroekosistem hutan 9,2 bulan. Calf crop ternak sapi di agroekosistem pasture 62,77%; agroekosistem hutan 54,74%; agroekosistem pertanian 51,41%; dan agroekosistem perkebunan 32,74%. Days open sapi di agroekosistem perkebunan 1,1 tahun; agroekosistem hutan 1 tahun; agroekosistem pertanian 9 bulan; dan agroekosistem pasture 8 bulan. Conception rate sapi di agroekosistem hutan 56%; agroekosistem pertanian 53,4%; agroekosistem pasture 50,3%; dan agroekosistem perkebunan 33,7%. Calving interval sapi di agroekosistem perkebunan 2,8 tahun; agroekosistem pertanian 2,7 tahun; agroekosistem pasture 2,5 tahun; dan agroekosistem hutan 2,4 tahun. Laju peningkatan populasi ternak per tahun di agroekosistem hutan, yaitu 11,19%; agroekosistem pasture 11,06%; agroekosistem pertanian 8,60%; dan agroekosistem perkebunan 7,44%. ABSTRACTThe research is located on Timor Island, which was carried out in January-December 2018, which was chosen purposively for agroecosystems of pasture, agriculture, plantation, and forest. Determination of respondents 5-10% the number of farmers of each agroecosystem that has Bali cattle > 10 cattle. Data collection methods through observation, interviews and documentation to obtain primary data and secondary data. Then analyzed descriptively. The results showed age of first oestrus and age of first copulation of Bali cattle heifers at agroecosystem of pasture is 1,3 years and 1,9 years; plantation agroecosystem are 1,3 years and 2 years; agricultural agroecosystems are 1,4 years and 1,7 years; and forest agroecosystems are 1,4 years and 1,8 years. Then the age of the first partus heifers in agricultural ag...

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Analisis Persepsi Petani Peternak Sapi Potong Terhadap Peran Penyuluh Di Kecamatan Sangkub Kabupaten Bolaang Mongondow Utara

Cited by 6 publications

References 0 publications

Perception of Bali cattle farmers on the performance of Extensionist based on agroecosystems at Timor Island

Perception of Bali cattle farmers on the performance of Extensionist based on agroecosystems at Timor Island

Community empowerment through development of biogas installation with fixed dome plant technology in Kenteng Village, Nogosari District, Boyolali Regency

Performans Reproduksi Sapi Bali Berbasis Agroekosistem Di Pulau Timor

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