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A Suriadi
BPTP-NTB
Indonesia

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F Zulhaedar
BPTP-NTB
Indonesia

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L Wirajaswadi
BPTP-NTB
Indonesia

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Productivity of peanut at abandoned pumice mining land in West Nusa Tenggara, Indonesia

A Suriadi, F Zulhaedar, L Wirajaswadi
  J. Degrade. Min. Land Manage. , pp. 117-122  
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Abstract


Four packages of peanut technologies, PTB1 (soil tillage, certified seed, dibbling with 40cmx10cm and 2 seeds/hole, seeds treatment, fertilizer 200 kg/ha Phonska (NPK fertilizer), and pests control with IPM methods), PTB2 (similar to PTB1 except for no seed treatment and fertilizer of urea for 50 and SP36 for 100 kg/ha), PTB3 (similar to PTB2 except for 40x15cm spacing and fertilizer of urea 50 kg/ha), and PTP (famer practice, uncertified seeds, irregular spacing, no seed treatment, no fertilizer, and no pest control) were examined the agronomic adaptability and economy value in pumice stone mining land at the Akar-akar Village of North Lombok District. Each package that was applied on an area of 0.5 ha was repeated three times at different farmers group. Economic analysis was performed to obtain revenue over variable costs (RAVC) and marginal benefit cost ratio (MBCR). The results showed that the highest fresh pod yield (4.50 t/ha) and the highest dry pod yields (2.30 t/ha) were observed for PTB1. These values, however, did not significantly different from those of other PTP treatments. The lowest fresh and dry pod yields were observed for at PTP treatment and these were significantly different from all PTB treatments. The highest of net income of farmers from the application of package of technologies was obtained from the PTB1 (Rp 8.970.00), while the highest MBCR value was obtained from the PTB3 (5.51). This indicated that the PTB3 was the promising peanut package of technology that may be applied on abandoned pumice stone mining land.


Keywords


abandoned pumice stone mining land; peanut productivity; technology packages

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References


Asir, La Ode. 2013. Alternatif Teknik Rehabilitasi Lahan Terdegradasi Pada Lahan Bekas Galian Industri. Info BPK Manado Vol.3 No. 02.

Banta. G.R. and S. Jayasuriya. S.K. 1999. Economic analysis of new technologies. Basic Procedures for Agroeconomic Research. International Rice Research Institute Manila Philippines.

BPS NTB. 2008. Nusa Tenggra Barat Dalam Angka Tahun 2007. Badan Pusat Statistik Propinsi Nusa Tenggara Barat

Guendel. S.. Hancock. J. and Anderson. S. 2001. Scaling up strategies for research in natural resources management. A comparative review. UK Natural Resources Institute.

Harsono. A. 1996. Rakitan teknologi usahatani kacang tanah setelah padi di lahan sawah. Makalah lokakarya pemantapan teknologi usahatani palawija untuk mendukung sistem usahatani berbasis padi. Di Balikabi Malang 8-9 Mei 1996. Balitkabi Malang.

Jayadi. A. 2008. Mitigasi kerusakan lingkungan akibat penambangan batuapung di Desa Selengen Kecamatan Kayangan Kabupaten Lombok Barat.

Jogloy. S.. Abilay. R.M.. Lai. T.V.. Ramawas. S.. Khamsao. Z.. Adisarwanto. T. and Kasno. A. 2002. Groundnut production and research in Souteast Asia. Proceeding International Workshop. International Crops Research Institute for the Semi-Arid Tropics. Patancheru. Andhra Pradesh 502 324. India.

Juhadi. 2007. Pola-pola Pemanfaatan Lahan Dan Degradasi Lingkungan Pada Kawasan Perbukitan. Jurnal Geografi 4 (1) Januari 2007

Mitsch. W.J. and Jorgensen. S.E. 2004. Ecological Engineering and Ecosystem Restoration. Canada: John Willey and Sons Inc.

Mossa. J. and James. L.A. 2013. Impacts of mining on geomorphic systems. In: Shroder. J. (Editor in chief). James. L.A.. Harden. C.P.. Clague. J.J. (Eds.). Treatise on Geomorphology. Academic Press. San Diego. CA. vol. 13. Geomorphology of Human Disturbances. Climate Change. and Natural Hazards. pp. 74–95

Nigam. S.N. and Gowda. C.L.L. 1996. Technology development and transfer in agriculture. In Achieving high groundnut yields. Proceeding of an international workshop 25-29 August 1995. Shandong Peanut Research Institute. Shandong. China (Gowda. C.L.L.. S.N. Nigam. C. Johansen. and C. Renard. eds.). International Crops Research Institute for the Semi-Arid Tropics.

Saleh. N. and Adisarwanto. T. 1996. The status of technologies used to achieve high groundnut yields in Indonesia. Proceeding International workshop on Achieving high groundnut yields,. 25-29 August 1995. Shandong Peanut Research Institute. Shandong. China (Gowda. C.L.L.. S.N. Nigam).

Sholihah. A.R.F. and Sjarmidi. A. 2014. Ecosystem evaluation of post sand mining land in Cimalaka Sumedang. Journal of Degraded and Mining Lands Management 1 (2): 75-78.

Taufiq. A. dan Rahmiana. A.A. 2008. Teknologi budidaya kacang tanah. Makalah lincage visits of provincial research and development organizations to the Indonesian Legumes and Tuber Crops Research Institute. 25-29 August 2008.

Wirajaswadi. L. 2008. Pengembangan kacang tanah melalui Program Percepatan Ekonomi Daerah (PPED) di P. Lombok kerjasama Bank Indonesia Mataram dengan Balai Pengkajian Teknologi Pertanian NTB dan PT Bumi


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