1. KAUTIR (Kerala Agricultural University Theses Information and Retrieval)

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    Performance analysis of kisan credit card scheme in Thiruvananthapuram district
    (Department of Agricultural Economics, College of Agriculture, Vellayani, 2018) Kshama, A V; Santha, A M
    The research entitled ‘Performance analysis of Kisan Credit Card in Thiruvananathapuram district’ was conducted with the objectives of examining the progress and performance of Kisan Credit Card at macro and micro level and to identify the constraints faced by beneficiaries. The secondary data were collected regarding the number of cards issued and the amount sanctioned at all India level and Kerala state level from various government institutions and banking publications for a period of 10 years. Primary data were collected from Parassala panchayat of Neyyattinkara taluk. The information was collected from 30 KCC beneficiaries and 30 non-beneficiaries randomly selected from the major commercial and co-operative banks of the locality. Thus the total sample size was 60. For the number of cards issued, Kerala recorded a lower Compound Annual Growth Rate (CAGR) than all India which was 3.03 and 13.74 per cent per annum respectively. Whereas for the amount sanctioned the performance of Kerala state was better (22 per cent per annum) compared to all India (18 per cent per annum). The amount per card sanctioned by the banking sector showed a growth rate at of 19 per cent and 4 per cent per annum for Kerala and India state respectively which indicates a tendency of credit deepening in Kerala rather than credit widening. Binary logit regression was done to know the socio economic variables influencing the respondents of the scheme. Analysis showed that cropping pattern and eductaion of the respondents were found to have positive influence indicating, a respondent who is following a particular cropping pattern is 1.3 times more likely to join KCC when compared to the once who are not following any cropping pattern. Similarly in case of education, education the odds ratio was found to be 1.61 indicating that as the education level of the respondents increases then they are 1.61 times more likely to join the scheme rather than the respondents who have not done any formal schooling. The total cost of cultivation was estimated using ABC Cost concept, considering both fixed and variable costs. The most profitable crop was banana, followed by yard long bean, cucumber, tapioca and amaranthus and the B:C ratios were 1.10, 1.06, 1.03, 1.03 and 1.02 respectively at Cost C. From the results of regression analysis it was evident that the coefficient of determination had values ranging from 0.68-0.80 indicating 68-80 per cent of the variation in the gross returns was due to the independent variables under consideration. It was found that 50 per cent of the respondents joined the scheme during 2009-13 and 40 per cent joined during 2006-09. About 50 per cent of respondents obtained information from Krishi Bhavan followed by 33 per cent from banks as a source and 13 per cent from Horticorp. The average amount applied for the loan was ₹60,666.66 and it was more in case of beneficiaries of SBI (₹69,333) than co-operative bank (₹52,000). The average number of renewal of the accounts was found to be 5.73 times. While considering repayment, 73 and 86 per cent of the beneficiaries of SBI and Co-operatives respectively were able to repay the loan amount completely. The average amount of loan sanctioned was more for beneficiaries of SBI but the repayment was better for the loanees of co-operative bank. Scale of finance was compared with Cost A2 and Cost C for the various crops. Invariably for all crops the credit was adequate while considering paid out costs (Cost A2). At Cost C, credit was found adequate for all crops except tapioca. The total cost of credit was found to be higher for beneficiaries of Co-operative bank (7.4 per cent) compared to beneficiaries of SBI (7.2 per cent). It was evident from the ordinary least square estimates that cost of cultivation and loan requirement for non-farming operations were influencing the credit requirement of the respondents positively. The major constraints as perceived by the beneficiaries were with respect to procedural formalities which include time delay and formalities for obtaining the land records from village office and multiple visits to the bank for the sanction. Moreover the credit limit under the scheme was not considering the consumption needs and also respondents found difficulty in annual renewal of the KCC account. The amount per card issued in Kerala state was low when compared to all India level eventhough the growth rate was more which warrants for expansion of credit for agricultural development. The beneficiaries of KCC were able to purchase better quantity and quality of inputs thereby leading to higher profitability from various crops. The inputs were found to be over utilized, which shows that the respondents can increase their income by rational use of inputs. In the opinion of respondents, the consumption needs are more prominent than production credit and if family size is considered as criteria for fixing consumption credit limit the KCC scheme would be more attractive. The linking of KCC with storage and warehousing facility and marketing agencies would avoid indebtedness of farming community.
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    Optimum thresher parameters for high moist paddy
    (Department of Farm Power Machinery and Energy, Kelappaji College of Agricultural Engineering and Technology, Tavanur, 1993) Hamza Mollakadavath; Sivaswami, M
    The study undertaken by the newly development 1 hp paddy thresher to optimise its parameters for high moist paddy revealed that the peripheral velocity from 10.80 to 21.72 m/s on the rasp – bar, spike tooth, double directional spiral cylinders didn’t influence much on the threshing efficiency. When the moisture content was increased to 35 per cent, the threshing efficiency was brought down from 98.4 to 92 per cent for rasp – bar cylinder and was increased from 88 per cent to 94 per cent in the case of double directional spiral cylinder. The maximum threshing efficiency of 99 percent was achieved for spike tooth cylinder at 19.2 per cent moisture level. The maximum threshing efficiency of 94% and the maximum output of 340 kg/h were achieved with the double directional spiral cylinder when the moisture content was 35% per cent. The proto – type thresher was found to reduce the cost of threshing to 81 per cent and reduction in labour to 85.16 per cent compared to the manual threshing.
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    Impact of climate change on agroforestry systems of high range landscapes of Kerala
    (Academy of Climate Change Education and Research Vellanikkara, 2017) Anjaly George; Shijo Joseph
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    Economics of production and marketing of vegetables in Ollukkara block in Thrissur district
    (Department of Agricultural Economics, College of Horticulture, Vellanikkara, 1992) Sandhya, V; Radhakrishnan, V
    The present investigation on the production and marketing of vegetables (bittergourd and ashgourd) in Ollukkara block in Thrissur district was undertaken during the year 1990-91. The study aimed at estimating the cost of cultivation, cost of production, input-output ratio, resource use efficiency' and marketing efficiency of the two vegetables. The study also aimed at identifying the important marketing channels. Multistage random sampling was adopted for the study. Cost A1 , cost. A2, cost B1, cost B2, cost C1 and cost C2 per hectare were Rs .13,584.55, Rs. 13,914.53, Rs.13,954.23, Rs.15,958.24, Rs.20,563.37 and Rs.22,556.38 respectively for bitter gourd and Rs.6,630.22, Rs.6,910.22, Rs.7,012.22, Rs.8,689.80, Rs.9,360.07 and Rs.11,037.67 respectively for ashgourd. The largest single item of input was human labour for both bittergourd and ashgourd. The output of bittergourd was 13830 kg per hectare and 16509 kg per hectare for ashgourd. The gross value of output at the prevailing price was Rs. 42,364.63 for bittergourd and Rs.24,763.50 for ashgourd. Cost of production per quintal of bittergourd based on cost A1, cost A2 , cost B 1, cost B2 , cost C1 and cost C2 were Rs.98.00, Rs. 100.60, Rs.100.90, Rs.115.00, Rs.148.00 and Rs. 163.00 respectively. For ashgourd they were Rs.40.00, Rs.42.00, Rs.42.00, Rs.53.09, Rs. 56.00 and Rs. 66.00 in the same order Input-output ratios based on cost A1, cost A2 cost B1, cost B2 , cost C2 and cost C2 were 3.11, 3.04, 3.03, 2.65, 2.06 and 1.88 for bittergourd and 3.73, 3.58, 3.53, 2.84, 2.64 and 2.24 for ashgourd respectively. Bulkline cost per quintal for bittergourd was Rs.220 and Rs.85 for ashgourd. Farm business income for bittergourd and ashgourd were Rs.28,779.40 and Rs.18,133.28 respectively for the aggregate sample. Own farm business income for bittergourd and ashgourd were Rs.28,450.10 and Rs.17,853.28. Family labour income was Rs.26,406.40 for bittergourd and Rs.16,073.70 for ashgourd. Net income for bittergourd and ashgourd were Rs. 19,808.25 and Rs.13,725.83 respectively. Farm investment income was Rs.22,181.26 and Rs. 15,785.40 respectively for bittergourd and ashgourd.
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    Studies on intercroppng in rubber plantation with ginger, plantain & gingelly in Taliparamba taluk
    (Department of Plantation Crops and Spices, College of Horticulture, Vellanikkara, 1992) Simon, P C; Naseem, P A
    The average area of a rubber grower in Kerala is less than two hectares. He will have to wait for at least six years to get income from rubber. For the full canopy development, rubber takes four years and the interspace could be utilized for intercropping with remunerative crops during the initial three years.
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    Economics of production and marketing of selected medicinal plants in Thrissur district
    (Department of Agricultural Economics, College of Horticulture, Vellanikkara, 1996) Mayadevi, A; Mukundan, K
    The present investigation on the production and marketing of selected medicinal plants (Kacholam and Koduveli) in Thrissur district was undertaken during the year 1994-1995. The study aimed at estimating the cost of cultivation, cost of production, benefit-cost ratio, study the market structure and look into to the various uses to which these medicinal plants are put and the problems encountered in medicinal plants cultivation. Multi stage random sampling design was adopted for the study. The largest single item of input was human labour in Koduveli and seeds in Kacholam. Cost A1, Cost A2, Cost B1, Cost B2, Cost C1 and Cost C2 per hectare were Rs.26,678.09; Rs.26,678.09; Rs.27,534.09; Rs.27,534.09; Rs.52,534.09; Rs.31,549.59 and Rs.56,550.59 respectively for Koduveli and Rs.49,332.5; Rs.49,332.5; Rs.50,609.30; Rs.50,609.30 and Rs.75,609.30 respectively for Kacholam. The income measures in relation to different cost concepts in medicinal plants cultivation such as gross income, farm business income, family labour income, net income at Cost C1 and Cost C2 and were Rs.130400.69, Rs.81068.19, Rs.54791.39, Rs.79791.39 and Rs.54791.39 for Kacholam and Rs.136003.69, Rs.109325.6, Rs.83469.6, Rs.104454.1 and Rs.79452.8 respectively for Koduveli. Input-output ratio based on Cost A1, Cost A2, Cost B1, Cost B2, Cost C1 and Cost C2 were Rs.2.62, Rs.2.62, Rs.2.55, Rs.1.71, Rs.2.55 and Rs.1.71 for Kacholam and Rs.5.10, Rs.5.10, Rs.4.90, Rs.2.59, Rs.4.30 and Rs.2.40 for Koduveli respectively. The average per hectare yield in the district for Kacholam was 1862.9 kilogram (dried) and for Koduveli 6476.3 kilogram (green). Production function analysis done separately for the two medicinal plants revealed that area and seeds towards gross income were found to have positive effect on gross income. The sum of elasticities of production function for Kacholam (1.0862) and for Koduveli were (1.0228) respectively which indicated constant returns to scale. The major marketing channels identified in Thrissur market for marketing of medicinal plants was Producer-dealer-manufacturer. The producers’ net share on dealer rupee was Rs.69 per kilogram (92 per cent) for Kacholam and Rs.20 per kilogram (83.3 per cent) for Koduveli. The index of marketing efficiency was 11.5 for Kacholam and 7 for Koduveli. The analysis of marketing efficiency revealed that the efficiency of marketing of Kacholam was higher when compared to Koduveli. Non availability of good materials in sufficient quantities, unawareness of farmers about their cultivation, high post-harvest losses and unorganized trade are the main constraints encountered in medicinal plant cultivation.