Economic Affairs, Vol. 62, No. 1, pp. 47-53, March 2017
DOI: 10.5958/2230-7311.2017.00036.8
©2017 New Delhi Publishers. All rights reserved
Economic Evaluation of Farming Systems for Agricultural
Production in Southern Rajasthan
Hari Singh1*, S.S. Burark1, S.K. Sharma2, D.K. Jajoria2 and R.P. Sharma3
1
Department of Agricultural Economics and Management, Rajasthan College of Agriculture, MPUAT, Udaipur, Rajasthan, India
Directorate of Research, MPUAT, Udaipur, Rajasthan, India
3
Division of Soil Resource Studies, ICAR-National Bureau of Soil Survey and Land Use Planning, Amravati Road, Nagpur,
Maharatra, India
2
*Corresponding author: singhhari71@gmail.com
ABSTRACT
The present investigation was under taken to work out internal cost adjustments in existing farming
systems of Southern Rajasthan. A total sample of 120 households consisting of 60 under rainfed and
60 under irrigated situation was selected from two districts- one representing tribal area and the other
non-tribal area for the study. Four farming systems (FS) existed in both the rainfed and irrigated areas of
Chitorgarh and Banswara districts viz. FS-I: Crop+ Vegetables (C+V), FS-II: Crop + Dairy (C+D), FS-III:
Crop + Dairy +Goat (C+D+G) and FS-IV: Crop + Poultry (C+PO). The cost involved in diferent farming
systems were divided into two parts i.e. cost incurred within the farming system and cost incurred from
outside the farming system. Internal cost adjustments were more in FS –III in both the districts i.e. 70.21
and 64.35 per cent in Chitorgarh district and 69.83 and 63.38 per cent in Banswara district in rainfed
and irrigated conditions, respectively. In Chitorgarh district on per rupee investment basis FS-IV (1.55)
in rainfed and FS-I (1.69) in irrigated area were more proitable than other systems. In Banswara district
on return per rupee investment basis, FS-IV ((1.57) in rainfed area and FS-I (1.63) in irrigated area were
found more proitable than other farming systems. Return per rupee investment (return cost ratio) was
more in FS-IV in rainfed condition while FS-I in irrigated condition among the other farming systems
in both the districts.
Keywords: Internal & External Cost Adjustment, Cost, Farming System, Returns and Proitability
Farming system approach introduces a change in
farming techniques for higher production from
the farm as a whole with the integration of all
the enterprises like dairy, poultry, piggery, ishery,
sericulture etc. suited to the given agro-climatic
condition and socio-economic status of farmer
would bring prosperity to the farmer. Every farmer
tries to choose the farm activities/enterprises
depending upon physical and economic conditions
prevailing in his ecosystem. Integration of various
farm enterprises ensures growth and stability in
overall productivity and proitability. Since farming
system differ in different situation such studies
conducted on farming system showed that farming
system approach is beter than conventional farming
(Ravishankar, et al., 2007 & Singh et al., 2007).
Judicious mix of one or more of these enterprises
also decides the cost of production of farming
system afordable by farmers.
Rajasthan, the largest state of Indian union, occupies
nearly 10.4 per cent geographical area of the
country. Agriculture and allied activities accounted
for nearly one fourth of the State Domestic Product
against 14 per cent at National Level. Therefore,
agriculture despite all odds considered to be
the main stay of rural masses in the state. The
agriculture in most part of the state is rainfed and
is prone to high production risk. In order to meet
the farm and family requirement, the farmers in
Singh et al.
the state have evaluated diferent combinations of
crop, livestock, horticulture, poultry etc. In such
circumstances, farming system which has less share
of external cost in total cost of production might
be more sustainable for marginal & small farmers.
Accordingly, every region of the state has evaluated
crop and livestock species suitable for the region.
Out of 10 agro-climatic regions of the state, two
region i.e. Sub Humid Southern Plains and Arravalli
Hills Zone (IV A) and Humid Southern Plains Zone
(IVB) falls in Southern Rajasthan and is relatively
more diversiied for crop and livestock production.
Sharma et al. (2014) studied the present and future
prospectus for coriander seed production in
Southeast Rajasthan on the basis of agro-ecological
condition and soil suitability assessment clearly
suggested a wide acceptability for expanding the
area under coriander seed production. In this
region crops like maize, Jowar, coton, black gram,
soybean, groundnut, cluster bean etc. are grown
in kharif season and crops like wheat, rapeseed
& mustard, gram, Isabgol, etc. are grown in rabi
season. There is substantial area under diferent
vegetables in this region. Among livestock, catle,
bufalo, goat and sheep are the most dominating
animals. The farming system models practiced by
the farmers include various combinations of ield
crops, horticulture crops and livestock in southern
Rajasthan.
farming systems in tribal areas. Fifteen farmers
from each village were randomly selected. Thus a
total sample of 120 households was selected from
Chitorgarh and Banswara districts, representing 60
households from rainfed and 60 households from
irrigated farming systems.
Both primary and secondary data were collected.
The primary data were collected from selected
farmers while secondary data were collected from
published sources. The data collected for the year
2012-13 were scrutinized, tabulated and analyzed
by using diferent analytical tools.
Costs and Returns Estimation
The following method for estimation of costs and
returns was used:
Gross Cost
= Total Variable Cost (TVC) + Total
Fixed Cost (TFC)
Gross Return = (Quantity of produce × Prevailing
price of produce + Quantity of byproduce × Price of by-produce)
Net return
= Gross return – Total cost
Operational or Variable Cost: Operational costs
were the actual costs incurred by the farmer along
with incidental charges incurred towards labour
and material costs. The various items of operational
costs were seed, farmyard manure, fertilizers, plant
protection chemicals, feeds and concentrates, fodder
and straw, labour (hired and family human labour)
etc. Labour in all enterprises was converted into
man-days by multiplying female and child labour
by 0.70 and 0.50, respectively. Bullock labour, both
owned and hired were accounted at the prevailing
hire rates. The operational costs in terms of labour
(human, bullock and machine) and other outputs
(main and by-products) of one activity utilized as
an input in the other activity within the integrated
farming system were worked out to assess the
cost efectiveness of diferent integrated farming
systems.
METHODOLOGY
Southern Rajasthan comprises of eight districts
viz., Udaipur, Chitorgarh, Bhilwara, Rajsamand
(Sub Humid Southern Plains and Arravalli Hills
Zone), Dungarpur, Banswara, Pratapgarh and Sirohi
(Humid Southern Plains Zone). These districts fall
in agro-climatic region IVA and IVB of Rajasthan.
Among these districts Chittorgarh is non-tribal
and Banswara is typical-tribal dominated district.
Chitorgarh district from IV-A and Banswara district
from IV-B was intentionally selected for the study of
integrated farming systems, as these districts have
high potential for development of agriculture and
livestock. Multi-stage random sampling plan was
used. Two Tehsils from each district were selected
in such a way that one has highest proportion of
irrigated area and another having highest share of
rainfed area to total net sown area. These Tehsils
were typical representative for irrigated and rainfed
Fixed Costs (FC): The various items of ixed costs
were land revenue, land rent and depreciation.
The depreciation rates, life span and junk value
for various agricultural implements and machinery
were decided in consultation with the respondents.
The depreciation was calculated using the straight
line method and interest on fixed capital was
48
Economic Evaluation of Farming Systems for Agricultural Production in Southern Rajasthan
Returns: The returns from crop, livestock, goat
rearing and poultry were estimated by multiplying
the actual price realized to quantity sold by them
and the quantities that was retained for seed or
consumption purpose was evaluated at the rates
prevailing at the time of harvest. The same method
was also followed for the evaluation of by-products
of various enterprises.
calculated at the prevailing bank rate (12 %) on the
value of the farm and livestock assets.
Total Cost (TC) = Total Variable Cost (TVC) + Total
Fixed Cost (TFC)
External & Internal Cost of Production
Farming systems include enterprises like diary, goat,
poultry and orchard. The cost involved diferent
farming systems were divided into two parts i.e.
cost incurred within the farming system and cost
incurred from outside the farming system. Cost
incurred from within farming system included
the value of all those inputs required for diferent
enterprises and are supplied from within the system
like cost of FYM, owned labour, green/dry fodder,
seed and feed. The value of the inputs brought from
outside the farm (or farming system) for diferent
enterprises were included in the cost incurred
outside the farming system. Out of the total cost,
the cost incurred within the farming system, show
the utilization of resources within the system. The
system is more feasible and sustainable when there
is more utilization of resources within the system
than the other systems. Financial requirement
to purchase the inputs from outside the farm is
also less in such a system. This also reduces the
dependency of the households for cash in hand.
Return/cost ratio or return on per rupee investment
is also the criteria to select the best farming system
among the existing one.
Gross Income from Integrated Farming System
(GIIFS)
It is the value of main and byproduct received from
various farming systems as:
n
GIIFS =
i=1
Where, Qi is the physical output (main and by
product) of ith component of IFS and
Pi is the price of ith output.
RESULTS AND DISCUSSION
Existing farming systems
There were four farming systems prevalent in the
rainfed and irrigated condition of Chitorgarh and
Banswara districts as shown in Table1. Mostly FS-I
includes crops + vegetables while crops + dairy catle
form FS-II. Crops + dairy + goats constitute FS-III.
Crops either supported by poultry or orchards were
the part of FS-IV in both the districts. All the existing
farming systems in rainfed area in Chittorgarh
district (non-tribal) and Banswara district (tribal)
were studied on the basis of cost incurred within
and outside the farming system as well as on per
rupee investment.
Paid out cost of Integrated Farming Systems
(PCIFS)
The PCIFS was work out as:
n
PCIFS =
Σ
Σ Qi.Pi
xi.pi
i=1
Rainfed Farming Systems
Where, xi = the ith external input in quantity term
External & internal costs of various farming systems
in the rainfed area are presented in Table 2 and
Fig. 1. Outside cost means cost of inputs purchased
by farmers from outside. The rainfed area of
Chitorgarh district having four farming systems of
which FS – III showed maximum share of internal
cost in total cost of production (70.21%) followed
by FS – II (65.32%), FS – I (61.04%) and FS – IV
had least share (56.51%) where as in the rainfed
area of Banswara district also had four farming
systems of which FS – III showed maximum share
pi = the price of ith external input
NIIFS = GIIFS – PCIFS
NIIFS = Net income from integrated farming
system
Cost of Internally Adjusted Input (CIAI)
CIAI = TC–PCIFS
Where, TC = Total Cost (Fixed Cost + Variable Cost).
PCIFS = Paid out Cost of Integrated Farming System.
49
Singh et al.
Table 1: Existing Farming Systems in Study Area
Farming
System
FS-I
FS-II
FS-III
FS-IV
Chitorgarh
Banswara
Rainfed
Irrigated
Crop + Vegetable
Crop + Vegetable
(C+V)
Crop + Dairy
(C+V)
Crop + Dairy
Rainfed
Description
Irrigated
Crop + Onion Nursery
(C+ON)
Crop + Vegetable (C+V)
Crop + Dairy
Crop + Dairy
(C+D)
(C+D)
(C+D)
Crop + Dairy + Goat Crop + Dairy + Goat Crop + Dairy + Goat
(C+D+G)
(C+D+G)
(C+D+G)
Crop + Goat +
Crop +Goat +Poultry
Crop + Poultry
Orchard
(C+G+Po)
(C+Po)
(C+G+O)
of internal cost adjustment (69.83%) followed by
FS – II (65.04%), FS – I (60.45%) and FS – IV had
least share (57.96%). The FS – III shown more selfdependence than others farming systems because in
this system maximum cost was adjusted internally
and only 30.17 percent cost inputs were purchased
from outside. The FS – III exhibited more selfdependency due to rearing of dairy and goat that’s
why in this system maximum cost was adjusted
internally and only 30 percent cost inputs were
purchased from outside the farm. Farming systemIV (1.55) and (1.57) were found more proitable than
other systems in rainfed area in both Chitorgarh
and Banswara districts on per rupee investment.
(C+D)
Crop + Dairy + Goat (C+D+G)
Crop+Poultry+ Orchard (C+Po+O)
Fig. 2. In irrigated area of Chitorgarh district FS
– III showed highest share of internal cost in total
cost of production 64.35 per cent and only 35.65
percent cost items were purchased from outside
of the farm or market. FS – II showed same trend
in these systems where dairy played an important
role in cost adjustment. In irrigated condition of
Banswara district FS – III showed 63.38 per cent
internal cost adjustment and only 36.62 per cent cost
items were purchased from outside or market. FS-II
also showed same trend here dairy and goats also
play important role like Chitorgarh district FS-I and
FS-III still depended on other sources of cost. FS-IV
required more investment or long term in seting-up
of orchards. In Chitorgarh and Banswara districts
both on per rupee investment basis FS-I (1.69) and
(1.63) respectively, were more proitable than other
systems in irrigated area.
Irrigated Farming Systems
External & internal costs of various farming systems
in the irrigated area are presented in Table 3 and
Chittorgarh – Rainfed Internal
Chittorgarh – Rainfed External
Banswara – Rainfed Internal
Banswara – Rainfed External
Cost Share (%) to total cost
80
70
60
50
40
30
20
10
0
FS-I
FS-II
FS-III
FS-IV
Overall
Fig. 1: External &Internal Cost of production in Rainfed Farming Systems
50
Economic Evaluation of Farming Systems for Agricultural Production in Southern Rajasthan
Table 2: External & Internal Cost of production in Rainfed FS
Farming
systems
Cost incurred from
Gross return (`)
Internal
External
(`)
(`)
Cost Share (%) to total cost
Total Cost (`)
Internal
External
Return/ Unit
Cost
Chitorgarh district – Rainfed
FS-I
138716.34
61773.42
39428.12
101201.54
61.04
38.96
1.37
FS-II
188109.33
95147.36
50516.08
145663.44
65.32
34.68
1.29
FS-III
257079.15
124224.73
52708.37
176933.10
70.21
29.79
1.45
FS-IV
194058.50
70628.43
54355.52
124983.95
56.51
43.49
1.55
Overall
194490.83
86803.60
50391.91
137195.51
63.27
36.73
1.42
Banswara district – Rainfed
FS-I
84650.53
36092.97
23614.18
59707.15
60.45
39.55
1.42
FS-II
161595.6
75004.29
40315.96
115320.25
65.04
34.96
1.40
FS-III
224317.7
116418.31
50298.44
166716.75
69.83
30.17
1.35
FS-IV
150087
p55258.57
40080.58
95339.15
57.96
42.04
1.57
Overall
155162.71
69190.29
40080.54
109270.83
63.32
36.68
1.42
Table 3: External& Internal Cost of production in Irrigated FS
Farming
systems
Gross return
(`)
Cost Share (%) to total cost
Cost incurred from
Internal
External
(`)
(`)
Total Cost
(`)
Internal
External
Return/ Unit
Cost
Chitorgarh district – Irrigated
FS-I
394983.16
137943.70
95424.09
233367.79
59.11
40.89
1.69
FS-II
389835.25
179403.25
103611.82
283015.07
63.39
36.61
1.38
FS-III
409432.06
180535.51
100016.96
280552.47
64.35
35.65
1.46
FS-IV
407128.71
156345.83
111461.34
267807.17
58.38
41.62
1.52
Overall
400344.80
163191.75
102993.87
266185.63
61.31
38.69
1.50
FS-I
379576.51
137980.24
94309.73
232289.97
59.4
40.6
1.63
Banswara district – Irrigated
FS-II
376280.9
165466.13
106547.89
272014.02
60.83
39.17
1.38
FS-III
410509.01
185329.00
107080.27
292409.27
63.38
36.62
1.40
FS-IV
369815.75
142186.67
106826.76
249013.43
57.1
42.9
1.49
Overall
384045.54
157323.04
104108.63
261431.67
60.18
39.82
1.47
Thus, on cost adjustment basis, FS-III was more
proitable in both the conditions. If the funds are
limited with the household; the return per rupee
investment is more appropriate tool to decide the
suitability of a farming system. On the other hand,
when funds and other resources are not constraint
with the household, then highest net return should
be the criteria to select a farming system. Mostly
the farmers of sample studied were the resource
constraint farmers.
Thus, it can be concluded that internal cost
adjustment was more in FS-III among all the farming
systems in rainfed and irrigated condition in both
the districts while the return per rupee investment
(return cost ratio) was more in FS-IV in rainfed
51
Singh et al.
Chittorgarh district – Irrigated Internal
Chittorgarh district – Irrigated External
Banswara district – Irrigated Internal
Cost Share (%) to total cost
Banswara district – Irrigated External
80
70
60
50
40
30
20
10
0
FS-I
FS-II
FS-III
FS-IV
Overall
Fig. 2: External & Internal Cost of production in Irrigated Farming Systems
Fig. 2: External &Internal Cost of production in Irrigated Farming Systems
condition and in FS-I in irrigated condition among
the other farming systems in both the districts.
Workshop held at Hawkesbury Agric. College, Richmond, N.S.
W. (Australia): pp.16-30.
Ravi Shankar, N. Pramanik, S.C. Jaya Kumar, J. Singh, D.R.
Bibi, N. Nawaz, S. and Biswas, T.K. 2007. Study on
integrated farming system (IFS) under diferent resource
condition of Island Ecosystem. Journal of Farming System
Research & Development, 13(1): 1-9.
CONCLUSION
The system is more feasible and sustainable when
there is more utilization of resources within the
system than the other system. On cost adjustment
basis, FS-III i.e. growing of crops for food grain
requirement, rearing of dairy animals along with
goat for milk/meat marketing was more proitable
in both the conditions on per rupee investment
criteria. FS-IV (` 1.55) in rainfed and FS-I (` 1.69)
in irrigated condition of Chittorgarh gave more
return. On cost adjustment basis, FS-III showed
maximum share of internal cost adjustment in
rainfed (69.83%) and irrigated (57.96%) condition
of Banswara district. Thus, internal cost adjustment
was more in FS-III among all the farming systems
in rainfed and irrigated condition while the return
per rupee investment (return-cost ratio) was more
in FS-IV in rainfed condition and in FS-I in irrigated
condition among the other farming systems in both
the districts.
Sharma R.P., Singh R.S., Verma T.P., Tailor B.L., Sharma S.S.
and Singh S.K. 2014. Coriander the Taste of Vegetables:
Present and Future Prospectus for Coriander Seed
Production in Southeast Rajasthan. Economic Afairs, 59(3):
345-354. DOI 10.5958/0976-4666.2014.00003.5
Sharma, A.K. Koushal, Sanjay and Kaehroo, Dileep. 2007.
Study on integrated farming system for mid hills of Jammu
region. Extended summaries 3rd national symposium on
integrated farming system October 26-28 2007.
Singh Hari, Jain N.K. and Dashora, L.N 2010. Characterization
and Constraint Analysis of Udaipur District of Rajasthan
J. Farming Systems Research & Development 16(1&2): 57 62.
Singh, J.P., Gangwar, B., Kochewad, S.A. and Pandey, D.K.
2012. Integrated farming system for improving livelihood
of small farmers of western plain zone of Utar Pradesh,
India. SAARC Journal of Agriculture; 10(1): 45-53.
Singh, K., Bohra, J.S., Singh, T.K., Singh, J.P., Yogeshwar
Singh and Singh, C.S. 2007. Productivity and economics
of integrated farming system in irrigated agro-ecosystem
of eastern Utar Pradesh, Indian Journal of agronomy, 52(1):
11- 15.
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