agricultural mechanization in bangladesh: role of policies and emerging private sector
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"Agricultural Mechanization in Bangladesh: Role of Policies and Emerging Private Sector" presented by M.A. Sattar Mandal at NSD/IFPRI workshop on "Mechanization and Agricultural Transformation in Asia and Africa", June 18-19, 2014, Beijing, ChinaTRANSCRIPT
Bangladesh Agricultural University, Mymensingh
Bijoy-71
Agricultural Mechanization in Bangladesh: Role of Policies and
Emerging Private Sector
Dr. M A SATTAR MANDAL
Professor of Agricultural Economics
Bangladesh Agricultural University
Mymensingh
A presentation delivered at the NSD- IFPRI workshop on ‘Mechanization and Agricultural Transformation in Asia and Africa: Sharing Development Experiences’,
held in Beijing, China on 18-19 June 2014.
M A S Mandal, 2013, BAU 3
Outline of the Lecture
Context settingChanging structure of farms & labour marketExpansion of agricultural mechanizationRice production & poverty reduction impactPrivate sector as the key actor Major policy focus and issues for mechanization
Where is Bangladesh?
M A S Mandal, 2011, BAU 5
Land-scape of Agricultural Mechanization
Rice transplanting(Negligible)
Tillage/ land preparation
80% +
Irrigation80% +
Seeder(Moderate)
Combine harvester
(Insignificant)
Rice threshing
90% +Reaper harvesting(Moderate)
Maize shelling100%
Hand weeder(Moderate)
M A S Mandal, 2014, BAU 6
How Big is Bangladesh Agriculture?
Items 1983/84 1996 2008
No. of farm HH (mil)
10 11.8 14.87
No. of non-farm HH (mil)
3.8 6.0 10.48
Homestead area (‘000 ha)
391 533 807
Cultivated area (‘000 ha)
8522 7192 7614
Av. farm size (ha) 0.81 0.60 0.50
Cultivated area is decreasing at 0.43%, but no. of farms increasing at 2% per year.
Av. farm size is 0.5 ha, decreasing, but no sign of decreasing productivity
High degree of land fragmentation, 3.2 plots per farm, av. size of plots 0.16 ha.
Non. farm HH no. is increasing at 7% per year.
Homestead agriculture is becoming important
Farm size (ha) and Land Distribution, 2008
Up to 0.4 0.4-1.0 1.0-3.0 3.0+0
10
20
30
40
50
60
51
32
14
2
17
44
37
12
% of farm % of Operated area
Percetage
M A S Mandal, 2014, BAU 7
Changing Labour Market (15 yrs. +)
1999/2000 Both (mil.) Male (mil.) Female (mil.)
Total 39.0 31.1 7.9
- Agriculture 20.0 16.2 3.8
- Non-agri. 19.0 14.9 4.1
2010
Total 54.1 37.9 16.2
- Agriculture 25.7 15.2 10.5
- Non-agri. 28.7 23.0 5.7
Total employment +38.5%, ag. employment +28.5%, non ag. employment +51.0%
Total male lab. employment +21.8%, employment in ag. -6.2%, +54% in non-agri.
Total female lab. employment +105%, +176% in agri, +39% in non-agri.
Growth in Agricultural Wage Rate
Ag. wage increased 8.4% & rice price up 4.86% annually.
M A S Mandal, 2014, BAU 10
17,7
85
18,2
55
18,3
41
18,0
42
16,8
33
17,6
87
18,8
80
18,8
62
19,9
05 23,0
67
25,0
85
24,3
00
25,1
68
26,1
89
25,1
83
26,5
30
27,3
12
28,9
30
31,3
17
32,2
60
33,6
40
y = 15678e0.0346x
R2 = 0.9278
-
5,000
10,000
15,000
20,000
25,000
30,000
35,000
40,000
1990
-91
1991
-92
1992
-93
1993
-94
1994
-95
1995
-96
1996
-97
1997
-98
1998
-99
1999
-00
2000
-01
2001
-02
2002
-03
2003
-04
2004
-05
2005
-06
2006
-07
2007
-08
2008
-09
2009
-10
2010
-11
'000
MT
Total rice Aus Aman Boro Expon. (Total rice)
How Has Agriculture Done in Rice Production?
Maize, wheat, potato, jute, vegetables & fruits prod. also increased.Per capita foodgrain prod. up from 165kg/yr in 96/97- 228kg/yr in10/11.
M A S Mandal, 2014, BAU
What Does Increased Rice Production Mean for Food Security of the Poor?
3.5 3.64.4 4.5
3.6 3.74.3 4.1 3.7
4.45.0 4.8
5.7 5.75.2 5.3 5.6
4.9
6.06.4
8.4
9.6
0.0
2.0
4.0
6.0
8.0
10.0
12.0
90-91
91-92
92-93
93-94
94-95
95-96
96-97
97-98
98-99
99-00
00-01
01-02
02-03
03-04
04-05
05-06
06-07
07-08
08-09
09-10
10-11
11-12
Rice
(Kg)
for a
dai
ly w
age
Rice wage in Bangladesh (1990-91 to 2011-12)
Poverty HCR declined from 56.6 % in 1991-92 to 31.5 % in 2010, while extreme poverty rate declined from 41% to 17.6 % over the same period
Irrigation Mechanization as the Key Driver of Rice Growth
Machines Numbers (2012-13)
DTW (Diesel) 2,109
DTW (Elec) 32,412
STW (Diesel) 1,270,136
STW (Elec) 253,473
LLP (Diesel) 159,713
LLP (Elec) 10,856
In early 80s, only 14,000 DTWs & 93,000 STWs. STWs cover 60% land.
5.37 mha. (70%) irrigated area, 97% mechanized irrigation, mostly rice, also wheat, maize, potato and vegetables.
64% land irrigated by diesel & 36% by electricity, both diesel and electricity have modest subsidy.
Source: BADC Survey, 2012-2013
M A S Mandal, 2011, BAU 13
STW provides 60% irrigation70% STW owned by SF <1ha
Irrigation-led MechanizationMachines Number
Tractor (4WT) 35,000; 6000+ imported/yr
Power tiller (2WT) 0.7 mil
Thresher (manual + powered) 350,000
USG applicator 17,000
Rice transplanter 25 (?)
Sprayer (Local + Imported) 1.2 mil
Maize Sheller 8,000
Rice milling 1,000 semi/auto, 15,000 husking & 0.1 mil traditional huller
70 foundries, 2000+ manufacturing & 20,000 repair workshops, 0.6 mil rural mechanic; Ag. machinery market size is US$ 800 mil+
PT density: 68.58/1000 ha. (Bangladesh); Tractor density: 4.61/1000 ha. (West Bengal); 17.03/1000 ha. (India)
Source: Alam, et al. (2013), DAE Survey (2012), BARI(2014),Tewari (2013)
Use of power tillers by farm size group
Page 15
Source: Ahmed, IFPRI, 2013
M A S Mandal, 2014, BAU 16
What Role for Public Policy?Privatization of agriculture
Technology & productivity gains
Support to farmers
Food security from domestic production
Policy Changes Influencing Irrigation Expansion
1976-77
1978-79
1983-84
1986-87
1990-91
1996-97
2002-03
2008-09
2012-13
0
1000
2000
3000
4000
5000
6000
491824
10851343
1956
3204
3661
49925212
Irrigated Area (000 ha)
Area('000 ha)
1951-1974: Public Sector Initiation - Subsidized 4-cfs 380 DTWs installed - 2 cusec DTWs by farmers cooperatives
1974-79: Public Sector Rationalized - Pump rental stopped, STWs subsidy reduced - Credit liberalized for STWs purchase
1979- 84: Private Sector Expansion - STW import duties reduced, liberal credit - Private sector gathered momentum - Reduced public sector control continued
Policy Changes Influencing Irrigation Expansion
1976
-77
1978
-79
1983
-84
1986
-87
1990
-91
1996
-97
2002
-03
2008
-09
2012
-13
0
1000
2000
3000
4000
5000
6000
491824
10851343
1956
3204
3661
49925212
Irrigated Area (000 ha)
Area(000ha)
1984- 87: Reversal to public sector control
- Temporary drawdown of aquifer in 1983 - Ban on STW sales & embargo on engine import - Imposed engine standards & Pump spacing rules
1987-- : Rapid expansion by private sector
- Withdrawal of equipment import ban and spacing regulation - Elimination of import duties - Removal of engine standardization - Credit and extension supportContinuat ion of l iberal
import of engines pushed overal l mechanizat ion.
Slowdown of irrigation
Private Sector as Main Actor- 2WT & 4WT
Recent CIMMYT- IDE study reports:• 7/8 suppliers import duty free 60,000 2WT each year, all
from China. Monopoly by one importer (80%). • One local manufacturer produces each year around
4000 2WT with imported Chinese engines.• 2WT fits well with tiny fragment plots, compared to 4WT • 9 large importers of 4WTselling from their own outlets.• 50% new entrepreneurs are commission agents for 4WT,
mostly tractor drivers and helpers, receiving brokerage commission.
M A S Mandal, 2014, BAU 19
RD&E for Ag. Mechanization
BAU- REFPI project (2000- 2003): • Pioneer initiative for research capacity building, training, networking
& dissemination of small- scale farm machinery.
BARI/BRRI/RDA: • Develop/ improvise large no. of farm machinery, field demonstration
& training, BRRI’s focus on rice related equipment.
DAE-Ag.Engg: Promotes machinery sales with 25% subsidy &
provide training & field demonstration. CIMMYT/ IDE: Design scale appropriate machinery for RC
agriculture and business development in agricultural machinery.
Private workshops (SME): manufacture small- scale cheap equipment, spare-parts, repair services.
M A S Mandal, 2014, BAU 20
Issues for InterventionsFarmers are ready to adopt/adapt, but need appropriate machines.
Immediate emphasis is needed for transplanting & harvesting mechanization due to rising wages for labour.
• Rice transplanters need synchronization of tillage, raising seedlings & planting by individual farmers.
• Combine harvesters chop up rice straw and also need synchronizing harvest time in the neighbourhood.
• Multi- crop Reaper binders cut long straw, but still need collection & threshing labour.
Adaptation of machines to increase returns to investment (i.e. adding feasible options, axial flow pumps (BARI- CIMMYT work).
Rationalizing duties & definition of ag. machinery items.
M A S Mandal, 2014, BAU 21
What Do We Learn or Unlearn?• Wide spread farm mechanization does not fit in small fragmented
landholding agriculture is not necessarily true. Appropriate size, design and management of machines are important.
• Innovative contractual arrangements can act as operational consolidation of small holdings. i.e. Irrig. water market, tractor/ thresher hire services.
• As competition increased ‘Land lords’, ‘Water lords’ or ‘Tractor lords’ did not develop, rather a new breed of young entrepreneurs emerged as tomorrow’s farmer.
• With mechanization, there are no signs of declining productivity or ag. employment, especially women employment in ag. increased.
• Important pull factors i.e. labour shortage, rural roads & electricity connections, availability of technology, while push factors i.e. growth of local manufacturing, income attraction to educated rural youth, sales drive by companies accelerate mechanization.
• Look beyond agril. mechanization to rural mechanization.
M A S Mandal, 2014, BAU 22
M A S Mandal, 2011, BAU 23
M A S Mandal, 2011, BAU 24
M A S Mandal, 2011, BAU 25
Thank you