volume 43 issue 1 (march 2009) : 65-68
INFLUENCE OF FISH CUM POULTRY ON THE PRODUCTIVITY AND SUSTAINABILITY OF RICE-RICE SYSTEM
1Agricultural Research Station,
Siruguppa-583 121, Karnataka, India
Published In
Indian Journal of Agricultural Research
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volume 43 issue 1 (march 2009) : 65-68
INFLUENCE OF FISH CUM POULTRY ON THE PRODUCTIVITY AND SUSTAINABILITY OF RICE-RICE SYSTEM
1Agricultural Research Station,
Siruguppa-583 121, Karnataka, India
ABSTRACT
Field experiments were conducted during the wet and dry seasons of 2004-05 and 2005-06 to
study the influence of fish cum poultry on the productivity and sustainability of rice-rice system.
The treatments consisted of five rice-fish-poultry models compared with conventional rice -rice
system. The mean data revealed that rice-fish-poultry integrated farming system recorded higher
growth, yield and yield attributes during both the years over the conventional system of ricerice.
Among different models, rice + fish (pit dug at the centre of the rice field) - Poultry (reared
separately) recorded the highest system productivity (9118 kg/ha/year) and Sustainable yield
index (89.2%) followed by rice + fish (pit dug at one side of the rice field and connected by
trenches) - Poultry reared in the cage above the fish pit (8697 kg/ha/year and 84.2%, respectively)
and rice + fish (pit dug at one side of the rice field) - Poultry reared in the cage above the fish
pit (8533 kg/ha/year and 81%, respectively).
study the influence of fish cum poultry on the productivity and sustainability of rice-rice system.
The treatments consisted of five rice-fish-poultry models compared with conventional rice -rice
system. The mean data revealed that rice-fish-poultry integrated farming system recorded higher
growth, yield and yield attributes during both the years over the conventional system of ricerice.
Among different models, rice + fish (pit dug at the centre of the rice field) - Poultry (reared
separately) recorded the highest system productivity (9118 kg/ha/year) and Sustainable yield
index (89.2%) followed by rice + fish (pit dug at one side of the rice field and connected by
trenches) - Poultry reared in the cage above the fish pit (8697 kg/ha/year and 84.2%, respectively)
and rice + fish (pit dug at one side of the rice field) - Poultry reared in the cage above the fish
pit (8533 kg/ha/year and 81%, respectively).
REFERENCES
- Ayyappan, S. et al. (2004). Proc. National Symp. "Recent Advances in Rice based-farming Systems", 190-201.
- Bhatnagar, P.R. et al. (2005). J. Farming System Res. Develop., 11(1):88-91.
- Channabasavanna, A.S. (2000). Ph. D Thesis University of Agricultural Sciences, Dharwad. India.
- Noble, R.K. and Rashide, B. (1990). Naga, 16:14-16.
- Shanmughasundaram, V.S. and Ravi. K. (1992). Naga, 9:105-107.
- Prasad, B. et al. (1983). In: Proc. National Semi. Utilization of Organic Wastes, Tamil Nadu Agricultural University, Madhurai, 24-25 March, 1983. pp. 83-88.
- Prasad, B.(1999). Fertil. News, 44 (5):67-73.
- Singh, G. et al. 1990. Intern. Rice Res. Newsl., 19(4):32
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In this Article
APC
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Published In
Indian Journal of Agricultural Research