Indian Journal of Agricultural Research

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Indian Journal of Agricultural Research, volume 56 issue 2 (april 2022) : 195-200

Identification of Suitable Alternate Rabi Crops for Coastal Sands of Nellore District

G. Krishna Reddy1,*, S. Tirumala Reddy1, N. Sunitha1, P. Lavanya Kumari1, P.V.R.M. Reddy1, B. Ravindranatha Reddy1
1Department of Agronomy, S.V. Agricultural College, Acharya N.G. Ranga Agricultural University, Chittoor-522 034, Andhra Pradesh, India.
Cite article:- Reddy Krishna G., Reddy Tirumala S., Sunitha N., Kumari Lavanya P., Reddy P.V.R.M., Reddy Ravindranatha B. (2022). Identification of Suitable Alternate Rabi Crops for Coastal Sands of Nellore District . Indian Journal of Agricultural Research. 56(2): 195-200. doi: 10.18805/IJARe.A-5940.

Background: Groundnut (Arachis hypogaea L.), is a leguminous crop which is widely cultivated in the tropics and subtropics between 40°N and 40°S latitudes. It is valued for its high-oil edible seeds and as such it is the fourth most important source of edible oil and third most important source of vegetable protein in the world. Groundnut is not only an important oilseed crop of India but also an important agricultural export commodity. Cultivation of groundnut is an alternate occupation to fishing by the fisherman in the coastal sands. Farmers are cultivating groundnut after groundnut for the past two decades resulting in low income from the crop. Based on their demand a field experiment is planned to identify alternate crops which are remunerative to this tract

Methods: Field experiment entitled “Identification of suitable alternate Rabi crops for coastal sands of Nellore district” was carried out for two consecutive years during rabi, 2017-18 and 2018-19 on farmer’s field at Srigowripuram, Vidavalur Mandal, SPSR Nellore district.

Result: The mean performance revealed that all the crops produced less groundnut equivalent yields than groundnut crop. Groundnut pod equivalent yield was reduced by 4.60%, 71.25%, 90.14% and 55.78% in water melon, musk melon, onion and potato crops respectively. In terms of groundnut pod equivalent yield no crop is found superior to existing groundnut crop. With regard to alternate crops, the maximum groundnut pod equivalent yield (4941.50 kg ha-1) was noticed in water melon crop followed by muskmelon (1489.50 kg ha-1). Though higher gross and net returns were realized for groundnut (284955, 200695 Rs ha-1) B:C ratio was found to be maximum for water melon (3.48) due to low cost of cultivation Hence, water melon crop can be promoted as a remunerative crop alternate groundnut in coastal sands of Nellore district. Whereas, onion crop was found to be least in monitory returns crop with lower productivity in costal sands of Nellore district.

The coastline of India is approximately 8,000 km and in Andhra Pradesh it is to extent of 792 km and is dominated by sandy soils. People living in this jurisdiction of sea coast thrive mostly on fishing rather than cultivating agricultural crops. Due to climate change number of dead zones are increasing, leading to poor fish availability within 1 km area of sea and they have to venture up to 30 km away into sea to catch fish, which is difficult for marginal and poor fisherman. Hence, there is a shift occupation from fishing to agriculture by marginal and poor farmers for two years. Nellore district is one of the coastal districts it’s situated in the south eastern part of Andhra Pradesh with vast coastline across the length. Groundnut is an important oilseed crop grown during rabi on coastal sands by the farmers of Nellore district. The analysis of land capability and land suitability resources based on physical aspects using Survey of India topographic sheets, IRS P6 LISS-III data on scale 1:50,000 revealed that maize, black gram, green gram, mesta, ragi in seethanagaram, Bobbili, Bajipeta, Bhogapuram, Nellimarla coastal areas of Vizianagaram district of Andhra Pradesh (Raju, 2015).
       
Major constraints limiting crop production on coastal sands are poor nutrient status, high leaching and low soil organic matter along with reduced microbial activity. Coastal sands contain more than 80% sand with poor soil structure, low water holding capacity, high permeability and fast drainage, with low nutrients (Martini and Hendrata, 2008). Further, FAO classified coastal sandy soils as unsuitable for food and vegetable, but recent research shows that soil treatments to these soils can improve plant yields (Muchtar and Soelaeman., 2010).
       
Among the crops, groundnut is one of the major crops grown by coastal farmers in the nutrient impoverished soils with relatively very poor yield due to lack of proper agronomic interventions. Yield of groundnut may vary and sometimes lead to drastic reduction due to incidence of diseases as the micro climate of crop favors pest and diseases due to sprinkler irrigation. Though, the coastal sand farmers of Nellore district were invariably growing groundnut crop, they are not able to get minimum returns due to market rate fluctuations besides high cost of cultivation. Costal sand peanut production is not as profitable, the change forced many farmers to abandon peanut production and look for alternative crops. In the changing scenario of climatic/crop vagaries it is an urgent need to identify suitable alternate remunerative crop to groundnut for getting higher returns. Selection of commercial crops with low cost of cultivation and high remuneration is needed to be evolved to stabilize the income of coastal sand groundnut farmers. Hence efforts were made on the right crop and suitable agro techniques to sustain yields under these conditions. It is worth noting that these techniques can be used in coastal sandy soils of A.P as well as other parts of country and benefit is scalable. The overall objective of this research endeavor is to increase the ability of farmers to make more informed decisions related to changes in the farm operations. The specific objective is to determine risk efficient crop alternatives to groundnut in costal sands during rabi.
The field experiment “Identification of suitable alternate Rabi crops for coastal sands of Nellore district”. was carried out for consecutive two seasons during rabi, 2017-18 and 2018-19 on farmer’s field at Srigowripuram (14.6324°N, 80.1506°E), Vidavalur Mandal, SPSR Nellore district. This region falls in SAT with a mean annual precipitation of around 984 mm. The soils of experimental field are purely costal sands. Composite soil samples were collected from the experimental field before sowing and they were analyzed. The results of the soil sample analysis and the methods followed are presented in Table 1. The soils are neutral in reaction with safe EC limits.
 

Table 1: Initial soil status of coastal sands of Srigowripuram, Vidavalur (M), SPSR Nellore district during Rabi, 2017-18.


       
Organic carbon and available nitrogen and potassium were low and high in available phosphorus. The soil was low in organic carbon, low in available nitrogen, high in available phosphorous, low in available potassium. The soil was medium in available sulphur, medium in calcium and deficient in magnesium. Major constraints limiting crop production on coastal sands are poor nutrient status, high leaching and low soil organic matter along with reduced microbial activity. Meteorological data was also recorded nearby Agricultural Research Station, Nellore (Fig 1 and Fig 2).
 

Fig 1: Meteorological data recorded during 2017-18.


 

Fig 2: Meteorological data recorded during 2018-19.


       
The field experiment was laid out in a Randomized Block Design (RBD) with four replications. The treatments consisted of five crops viz., Groundnut, watermelon, muskmelon, onion and potato. The main objective of the field experiment is to identify suitable remunerative crop alternate to groundnut in coastal sands of Nellore and to enhance the income of farmer with minimum cost of production. Crop specific recommended dose of fertilizers were applied at different intervals. Cultural operations were carried out as per the recommendation. Plant protection measures were adopted when required. Irrigation was given through micro sprinklers with a discharge of 5 ha mm depth in 30 minutes. The quantity of irrigation given and no of irrigations were recorded to quantify the irrigation water given to the crop during crop season. Each time the micro sprinklers were ran for 3 hours to give a depth of 30 ha mm of water to crops and the each run time was counted as a one irrigation. Crop water use efficiency was calculated to each crop in season. Groundnut pod equivalent yield data was statistically analyzed following the analysis of variance for RBD as suggested by Gomez and Gomez (1984). Statistical significance was tested with ‘F’ test at 5 per cent level of probability and compared the treatment means with critical difference. For calculating groundnut pod equivalent yields, the prices of various produce as taken as viz., groundnut- Rs 55 kg-1, watermelon Rs 5 kg-1, muskmelon Rs 12 kg-1, potato Rs 8 kg-1 and onion Rs 15 kg-1.
Yield attributes and yield of groundnut and alternate crops were recorded during rabi (Table 2 and 3). Results revealed that (Table 4) all the alternate crops registered less ground nut pod equivalent yields than groundnut crop. Groundnut pod equivalent yield was reduced by 4.60%, 71.25%, 90.14% and 55.78% in watermelon, muskmelon, onion and potato crops respectively. The maximum groundnut pod equivalent yield (4941.50 kg ha-1) was recorded in watermelon crop followed by muskmelon (1489.50 kg ha-1) (Table 4). In terms of groundnut pod equivalent yield no crop is found superior to existing groundnut crop. This was due to prevailing higher market price of the produce of groundnut. The results were in consonance with Devkota et al., (2006); Sadashivana Gowda et al., (2020). However, data (Table 5) pertaining to monetary returns clearly indicated that growing watermelon is the most profitable alternative with the net returns of 200695 Rs ha-1 followed by potato (58952 Rs ha-1).
 

Table 2: Yield attributes and yield of groundnut.


 

Table 3: Yield attributes and yield of alternative crops.


 

Table 4: Performance of crops under coastal sands of Nellore District.


 

Table 5: Economics of crops under coastal sands of Nellore District.


       
This might be owed to cost of cultivation was higher for production of groundnut (84260 Rs ha-1). The relatively cost of cultivation was lower to water melon (77995 Rs ha-1), musk melon (77995 Rs ha-1) and potato (67025 Rs ha-1). Similar results of economic benefits have been reported by Prasad and Singh (2002) in sunflower, Thavaprakash and Malligawad (2002) in sunflower, Reddy et al., (2002) in sunflower and Anand (2010) in chickpea and maize.
       
Different alternative crops to groundnut were evaluated to economize and sustain productivity. The mean analysis indicated that, in terms of net returns, higher values were obtained with watermelon (193793 Rs ha-1) followed by potato (134555 Rs ha-1) and muskmelon (118685 Rs ha-1). Significantly lower B:C ratio was noticed with watermelon (3.48) followed by potato (3.01) and musk melon (2.52) in the order of descent. Negative net returns and lower B:C ratio were recorded with onion even under low cost of cultivation due to lower productivity. The maximum monetary returns for watermelon then groundnut is due to low cost of cultivation (Table 5).
       
The highest actual depth of irrigation (780 ha-mm) was given to the groundnut followed by watermelon (660 ha-mm), onion (600 ha-mm), potato (630 ha-mm) and muskmelon (570 ha-mm) in the coastal sands of Nellore district. Among the different crops tested highest number of irrigations were given to groundnut (26 irrigations of each 30 mm and micro irrigation sprinklers ran for 3 hours is considered as a one irrigation) followed by watermelon, potato, onion and muskmelon with 22, 21, 20 and19 irrigations respectively (Table 6). Singh et al., 2014 reported that pod yield increased with increasing frequency of irrigation of irrigation water to a depth of 600 ha-mm and recorded highest WUE. Among the different crops tested highest water use efficiency was with watermelon @ 7.49 kg ha mm-1 followed by groundnut (6.64 kg ha mm-1), potato (3.64 kg ha mm-1), muskmelon (2.61 kg ha mm-1) and lowest was recorded with onion (0.85 kg ha mm-1).
 

Table 6: Irrigation studies on different alternate crops under coastal sands of Nellore district.

This study examined the alternatives to groundnut in coastal sands of Nellore district. The pooled data of two years revealed that watermelon crop is a suitable alternative crop for groundnut because of its higher B:C ratio, higher WUE and low cost of cultivation compared to groundnut. Onion crop is found to be least remunerative crop for coastal sands in Nellore district.
None.

  1. Anand, S.R. (2010). Site specific nutrient management (SSNM) for maximization of crop productivity in southern Karnataka. Ph.D. Thesis, UAS, Bangalore.

  2. Devkota, S., Holcomb, R., Taylor, M., Epplin, M.F. (2006). Economically feasible crop production alternatives to peanuts in Southwestern Oklahoma. Southern Agricultural Economics. Association Annual Meetings, Orlando, Florida, February. 5-8: 1-24. (2006).

  3. Gomez, K.A. and Gomez, A. (1984). Statistical Procedures for Agricultural Research, 2nd Edn. John Wiley and Sons, New York.

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  5. Muchtar and Soelaeman, Y. (2010). Effects of green manure and clay on the soil characteristics, growth and yield of peanut at the coastal sandy soil. Trop Soils. 15: 139- 146.

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  8. Reddy, S.S., Yadahalli, Y.H., Kumar, V.K., Kumar, O. and Boraiah, B. (2002). Effect of fertilizer, gypsum and boron on dry matter accumulation, yield and nutrient content in sunflower hybrids. Karnataka Journal of Agricultural Sciences. 15(3): 569-572.

  9. Sadashivanagowda, S.N.O., Alagundagi, S.C. and Nadagouda, B.T. (2020). Efficient alternate crops and cropping systems for sugarcane. International Journal of Current Microbiology and Applied Sciences. 9(8): 135-141. 

  10. Singh, A.L., Nakar, R.N., Goswami, N., Kalariya, K.A., Chakraborty, K. and Singh, M. (2014). Water deficit stress and its management in groundnut. Advances in Plant Physiology. 14: 371-464.

  11. Singh, A.L., Basu, M.S. and Singh, S.B. (2004). Groundnut Research and its potential in Eastern India. Groundnut Research in India. Published by National Research center for groundnut (ICAR), Junagadh, India. Pp. 117-136.

  12. Thavaprakash, N. and Malligawad, L.H. (2002). Effect of nitrogen and phosphorus levels and ratios on yield and economics of Sunflower. Research on Crops. 3: 40-43.

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