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Modern Tillage and Integrated Nutrient Management Practices for Improving Soil Fertility and Productivity of Groundnut (Arachis hypogaea L.) under Rainfed Farming System

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The field experiment was conducted with four tillage and three nutrient management practices at Agronomy field unit, University of Agricultural Sciences, GKVK, Bangalore, Karnataka, India. The results of the study indicated that, higher groundnut pod yield (1307 and 1282 kg ha-1) and haulm yield (2733 and 2889 kg ha-1) was recorded with mechanical tillage + two intercultivations and integrated application of 50% organics and 50% inorganics, respectively as compared to rest of the treatments. Further, the same treatments noticed higher availability of N, P2O5 and K2O in soil after harvest of groundnut, but greater improvement in soil organic carbon content was observed with conventional tillage + one intercultivation (0.62%) as compared to rest of the tillage practices. The maximum net returns and benefit-cost ratio was recorded with mechanical tillage + two intercultivations (Rs. 11,287 ha-1 and 1.75, respectively) and integrated application of 50% organics + 50% inorganics (Rs. 10,462 ha-1 and 1.69, respectively). However, interaction effect of tillage and nutrient management practices were not influenced significantly on soil fertility and productivity of groundnut under rainfed farming system.


International Letters of Natural Sciences (Volume 29)
S.B. Patil et al., "Modern Tillage and Integrated Nutrient Management Practices for Improving Soil Fertility and Productivity of Groundnut (Arachis hypogaea L.) under Rainfed Farming System", International Letters of Natural Sciences, Vol. 29, pp. 1-12, 2015
Online since:
November 2014

Akhtar J., Mehdi S. M., Obaid-ur-Rehman, Mahmood, K., Sarfraz, M., Journal of Agriculture and Social Sciences 1(2) (2005) 98-101.

Akhtar M. E., Campbell J. A., Arain M. Y. (1994). Impact of different tillage implements on wheat crop under barani conditions. In: Proc. Efficient Use of Plant Nutrients, pp.419-422. 4th Natl. Cong. Soil Sci. May 24-26, 1992 at Islamabad.

Anonymous (2006) Annual Progressive Report, 2005-06, NRCG, Junagadh, pp.1-4.

Anonymous (2013). Directorate of Economics and Statistics, Department of Agriculture and Cooperation, India.

Atkinson H. S., Sparkes D. L., Mooney S. J., Soil and Tillage Research 97(2) (2007) 218-228.

Bajpai R. K., Chitale S., Upadhyay S. K., Urkurkar J. S., Journal of Indian Society of Soil Science 54 (2006) 24-29.

Campbell J. A., Akhtar M. E., Robertson G. W. (1994).

Çarman K., Soil and Tillage Research 40(3-4) (1997) 201-207.

Chad B., Godsey, Jeffrey Vitale, Phil G., Mulder, Jon-Joseph Q., Armstrong, John P., Damicone, Ken Jackson, Kelly Suehs, Peanut Science 38(1) (2011) 41-47..

Donald C. M., Journal of Australian Institute of Agricultural Science 28 (1962) 171-178.

Drake W. L., Jordan D. L., Johnson, Shew, B. B., Brandenburg R. L., Corbett T., Agronomy Journal 106(2) (2014) 486-490.

Fageria N. K., Baligar V. C., Jones C. A. (1997). Growth and Mineral Nutrition of Field Crops. p.494. Marcel Dekker, Inc., NY, USA.

FAO (2013). Regional office for Asia and the Pacific, Bangkok.

Gomez K. A., Gomez A. A. (1984). John Wiley and Sons. New York, pp.1-680.

Howell, M. (2011). Evaluation of Tillage Systems as Related to Peanut Yield. Extending Agricultural Information, Mississippi Crop Situation. http: /www. mississippi-crops. com/2011/01/24/160/#sthash. EB7K5CtV. dpuf.

Jackson M. K. (1973). Prentice-Hall. Nc. Engle wood cliffs, New Jersey.

Malligawad L. H., Patil P. K., Vidhyadhar K., Giriraj K., Karnataka Journal of Agricultural Science 13 (2000) 299-305.

Ozpinar S., Cay A., Soil and Tillage Research 88(1-2) (2006) 95-106.

Ozpinar S., Isik A., Soil and Tillage Research 75(1) (2004) 19-26.

Piper C. S. (1966) International Science Publications, Inc. New York.

Rabo A. S., Ahmed H. G., International Journal of Scientific and Technology Research 2(7) (2013) 204-206.

Rashid A., Gill K.H., Nawaz S., Hussain B., Niazi N.K. (1994).

Rashidi M., Keshavarzpour F., International Journal of Agriculture and Biology 9(2) (2009) 274-277.

Rasmussen K. J., Soil and Tillage Research 53(1) (1999) 3-14.

Reddy D. S., Reddy D. R., Chary G. V., Annals of Arid Zone 16 (1987) 149-52.

Srivastava A. K., Goering C. E., Rohrbach R. P., Buckmaster D. R. (2006). Engineering Principles of Agricultural Machines. 2nd Edition, American Society of Agricultural Biological Engineers, Michigan.

Subbaiah B. V., Asija G. L., Current Science 31 (1956) 196.

Sutaria G. S., Ramdevputra M. V., Akbari K. N., Vora V. D., Padmani D. R., Legume Research - An International Journal 33(2) (2010) 131-133.

Tolanur S. I., Badanur V. P., Journal of Indian Society of Soil Science 51 (2003) 41-44.

Tripathi R. P., Sharma P., Singh S., Soil and Tillage Research 92 (2007) 221-226.

Vepraskas M. J., Mirer G.S., Peeding G.F. Soil Science Society of. America Journal 50 (1986) 1541-1546.

Vijay Kumar C., Rama Rao S. M., Singa Rao, Prabhu Prasadini R., Journal of Oilseeds Research 16 (1999) 362-366..

Walkley A. J., Black C. A., Soil Science 37 (1934) 28-29.

Wright D., Marois J., Rich J., Sprenkel R., (2008). Field Corn Production Guide - SS- AGR-85. Available online: http: /edis. ifas. ufl. edu/pdffiles/AG/AG20200. pdf. ( Received 23 October 2014; accepted 31 October 2014 ).

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