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Background
The
station is functioning from 1955 adjacent to Bhavanisagar dam,
15 km away from Sathyamangalam in Erode district on
Sathy-Mettupalayam road (SH 15).The station is now known as
Agricultural Research Station, Bhavanisagar.
Mandate
The
station has been contributing mainly for the farmers of Erode
and nearby districts by producing and supplying quality seeds in
cereals, pulses, oilseeds, spices-especially in turmeric,
vegetable crops like tomato, chilies, guards, moringa, etc.
Apart from this, the farmers were given on hand training on
hybrid rice seed production and many farmers are involved
in participatory seed production programmes. The water
management scheme operating in this station, train the farmers
in efficient usage of water by adapting different management
technologies. Intensive research is also going on in groundnut
to evolve high yielding groundnut varieties. The plant clinic
centre operating in the station gives periodic counseling to the
farmers about the effective and timely usage of pesticides and
gives remedies to the problems due to biotic stresses.
Location
The
station is located in Erode District, Tamil Nadu,India. It
occupies a total area of 180.80 ha. For management purpose the
farm has been sub divided into four farms viz., Northern Block
(N), Pungar Block (P), Southern Block (S) and Thoppampalayam
Block (T). The details on their area and major activities are
listed below.
|
Block
name
|
Area
(ha)
|
Salient
activities
|
|
Northern
block (N)
|
47.44
|
Office
and administrative building, laboratories, library,
meteorology observatory, seed processing unit, data
processing centre, training centre and hostel are located
in this block. Research activities on groundnut, maize,
banana, turmeric, sugar cane, pulses, oilseeds are being
under taken in this block All the infrastructures for
conducting water management trials are available in this
block
|
|
Pungar
block (P)
|
43.77
|
This
block mainly concentrates on seed production activities.
Breeder seed and truthfully labeled seeds of paddy,
pulses, vegetables, etc., are produced here.
|
|
Sourthern
block(S)
|
47.36
|
It
is more of a wetland and researches on rice and rice based
cropping are made here. Hybrid rice seed production is
also a major activity carried out in this block. Apart
from these, maintenance of dairy, general stores and sales
are also done in this block.
|
|
Thoppampalayam
block (T)
|
42.23
|
This
is a horticulture block. Orchard with mango, guava, sapota,
amla, cashewnut, pomegranate, tamarind, turmeric, chillies
and other vegetables are grown and maintained here. The
main income in this farm is through sales of mango and
sapota fruits and amla grafts. BSR 1 amla is multiplied in
larger scale.
|
Agro
eco system :
Irrigated , water received from Bhavanisagar Dam throughout the
year for S and N blocks.
The other two blocks (T and P) were irrigated by river water
pumping
Geo
facts
|
Latitude
|
:
|
11
29 N
|
|
Longitude
|
:
|
77
8 E
|
|
Altitude
|
:
|
256
m MSL
|
Staff
position
Agricultural research Station, Bhavanisagar is one of the
biggest establishments under Tamil Nadu Agricultural University.
Apart from main non plan establishment, there were eleven
schemes operating in this station. Among the eleven schemes,
three were university plan schemes, four ICAR coordinated
schemes, three venture capital schemes and one externally funded
(Rockefeller USA) scheme.
Research
Programmes
a.
AICRP-Water Management (WM)
All
India coordinated research programme on water management is
under operation since 1969 with the total budget out lay of
approximately Rs.30.00 lakhs. This research programme focuses
mainly on developing water efficient cropping programmes in
Lower Bhavani Project (LBP) command areas. The major thrust
areas and the technologies developed under this scheme are given
below
·
To determine the water requirement, enhance water use
efficiency through drip and sprinkler irrigation methods and to
improve the yield of common crops and cropping system of the
region.
·
Evaluation of system performance and to reconciliate the
supply and demand and to develop operation schedule of the
selected distributory of LBP command.
·
Conducting on-farm water management studies with improved
technologies developed.
i.On-station
research
·
Micro-irrigation and fertigation studies in banana, curry
leaf and chillies
·
Drip and mulching research in redgram, sapota and
groundnut
·
Irrigation and nutrient interaction studies in hybrid
rice
ii.On-farm
studies
·
Assessment of water availability at regional level and to
devise interventions for matching water supply with the integral
production system and demand
·
Studies on knowledge and level of adoption of improved
water management technologies and impact studies on crop
production technologies in LBP command
iii.Technologies
developed and is adapted by farmers
|
Crop
|
Salient
findings on the water requirement of different
crops
|
|
Rice
|
Irrigation
to a depth of 5 cm water once in 4 days (or) 1-2 days
after disappearance of ponded water saves 30% water
|
|
Sorghum
|
Irrigation
to a depth of 500 mm at vegetative, flowering and
doughening / maturity stages
|
|
Bajra
|
Irrigation
to a depth of 400 mm at tillering, flowering, maturity
stages
|
|
Maize
|
Irrigation
to a depth of 550 mm, critical stages are kneehigh,
tasseling, silking and maturity
|
|
Pulses
|
Irrigation
to a depth of 450 mm (based on 0.6 IW/CPE ratio, 10-12
days interval)
|
|
Groundnut
|
Irrigation
to a depth of 550 mm, 0.6 IW/CPE ratio, once in 10-12 days
interval. Border
strip method of irrigation saved 22.3% irrigation water
|
|
Sunflower
|
0.6
IW/CPE ratio with alternate furrow irrigation required
only 450 mm of water
|
|
Cotton
|
650
mm, flowering, boll formation and boll development stages
are the critical stages
|
|
Sugarcane
|
1800
mm (surface method), Drip once in 2 days at 0.30 IW/CPE
consumed only 1028 mm water and registered the yield of
166 t/ha
|
|
Turmeric
|
Surface
irrigation required 1390 mm of water and recorded 21 t/ha
of rhizome yield. Whereas drip daily at 0.36 IW/CPE ratio
consumed only 650mm of water and yield 36.5 t/ha of
rhizome
|
|
Banana
|
Surface
irrigation consumed 2500 mm of water and recorded the
banana yield of 28 t/ha.
Whereas drip study once in 2 days at 24 litre/plant
consumed 1081 mm of water and registered the banana yield
of 31 t ha-1
|
|
Tapioca
|
Irrigating
the crop through drip at 100% of surface irrigation
recorded the highest yield of 57.6 t ha-1 which
is on par with 75% through irrigation once in 2 days by
drip
|
iv.
Impact of the technology to the farmers
Water
management technologies developed from this station on rice,
groundnut, sugarcane, cotton, banana and sesame are widely
adopted by the farmers of the LBP command area. Drip irrigation
in banana, sugarcane and tapioca are also becoming popular among
farmers of the Erode district and widely adopted in water
scarcity areas of Tamil Nadu.
National
Seed Programme : Breeder seed production and seed technology
research
This
seed production programme was started during 1985 Funded by ICAR
with total financial outlay of Rs. 12.50 lakhs.
This programme is operating in this station with the very
clear and focused objective of producing high quality breeder
seeds of improved varieties, parental lines of hybrids,
foundation and certified seeds. This quality seed production and
making it available to farmers through agricultural departments
and private seed producers will increase the productivity and
marketability of the produce.
National
seed programme mainly focuses on
a.
Production Of Quality Breeder Seeds Of Paddy, Pulses and
Tomato
b.
Determination of isolation distance in cms/manual based
cotton hybrid seed and parental line seed
c.
Participatory seed production at farmers field
d.
Survey on impact of GM cotton in Tamil Nadu
e.
Crop and machine performance in breeder seed processing
and marketing
Breeder
seed increase project
This
breeder seed increase programme was in operation since 1978 with
the major objective of maintenance of basic seeds for the
varieties produced that will serve as nucleus seeds for further
multiplication and to produce and supply the targeted quantities
of breeder seeds of important crops. The total budget of this
project is Rs. 30.50 lakhs.
Ongoing
research activity:
Breeder seed production of Paddy - ADT 39, ADT 43, ADT
45, Bhavani, IR 50, Pulses blackgram (TMV 1), cowpea (CO 7),
greengram (CO 6), redgram (CO 6), soybean (Co 1) and tomato (PKM
1) are underway.
Technologies
developed:
Targetted quantities of breeder seeds of different
varieties of paddy, pulses and tomato have been produced and
distributed to various governmental and non-governmental
agencies for further multiplication. During the year 2002-2003 a
total quantity of 31,235 kgs of breeder seeds were produced and
of which 19091 kgs were distribute.
Impact
of the technology to the farmers:
Production and distribution of breeder seed play vital
role on the quality seed production programme under taken by the
Department of Agriculture, Horticulture, Co-operatives, National
Seed Corporation, Private Agencies and farmers.
The quality breeder seed production is necessary for
further multiplication of foundation seed stage I, II and
certified seeds. Since this is a cyclic and continuous process,
existence of this scheme has a direct bearing on easy
availability of quality seeds of existing and newly released
varieties to the needy and ultimately improvement in the
productivity and economy of the farming community.
Breeder
seed production of annual Oil Seed Crops- Sunflower elite
This
programme was one of the oldest research programmes operating
since 1972. Major objectives of this project are to carryout
research on sunflower improvement and quality breeder seed
production. At present the mandate has been narrowed down only
to produce seeds of Morden sunflower breeder seed and parental
lines like CMS 234 A, CMS 234 B and 6D- 1 of sunflower hybrid
with the financial outlay of Rs. 5 lacks.
Groundnut
research
The
all India coordinated research programme on groundnut is
operating in this station since1985 with a total budget of Rs.
3.5 lacks. The major objectives are to evolve a variety in
groundnut suitable for rice fallow condition. This also acts as
a testing centre for the coordinated research programme during
rabi summer.
Extension
activities
A
plan clinic centre is operating at this station since 1998. The
staff working under this centre conduct periodic surveys and
forecast farmers problems arising due to biotic factors. The
major objectives of this centre are
i.
To offer farm advisory services
ii.
To offer trainings on various aspects of plant protection
to farmers and extension workers.
iii.
To disseminate the plant protection technology through
AIR / Doordarshan/ other mass media and by conducting farmers
melas / farmers days / field days
iv.
To have linkage between Department of Agriculture and
University
Details
on existing teaching staff
|
Sl.No
|
Name
|
Designation
|
Specialisation
|
|
1.
|
Dr.
P. Manickasundaram
|
Professor
and Head
|
Agronomy
|
|
2.
|
Dr.
B. Rajasekaran
|
Professor
|
Agril.
Entomology
|
|
3.
|
Dr.
V. K. Doraisamy
|
Associate
Professor
|
Agronomy
|
|
4.
|
Dr.D.
Kalavathy
|
Associate
Professor
|
Seed
Science and Technology
|
|
5.
|
Dr.
A. John Joel
|
Associate
Professor
|
Plant
Breeding and Genetics
|
|
6.
|
Dr.A.
Sabir Ahamed
|
Associate
Professor
|
Seed
Science and Technology
|
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7.
|
Thiru
K. Natarajamoorthi
|
Assistant
Professor
|
Plant
Breeding and Genetics
|
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8.
|
Thiru
K.N.Ganesan
|
Assistant
Professor
|
Plant
Breeding and Genetics
|
|
9.
|
Thiru
R.Saravanapandian
|
Assistant
Professor
|
Agril.
Chemistry
|
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10.
|
Thiru.
A. Baskaran
|
Assistant
Professor
|
Horticulture
|
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11.
|
Dr.
S.Sanbagavalli
|
Research
Associate
|
Agroomy
|
|
12.
|
Thiru
R. Panneerselvan
|
Senior
Research Fellow
|
Plant
Breeding and Genetics
|
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13.
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Thiru
G. Mohan
|
Senior
Research Fellow
|
Plant
Breeding and Genetics
|
|
14.
|
Selvi
A. Leelavathi
|
Senior
Research Fellow
|
Plant
Breeding and Genetics
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Whom
to contact
For
information about the technologies developed,
agricultural/ horticultural related field problems and solutions
and for seed availability enquiries
contact
The
Professor and Head
Agricultural
Research Station
Bhavanisagar
638 451
Erode
District, Tamil Nadu
INDIA
Tel:
04295 240032; 04295 240244
Email:
arsbsr@tnau.ac.in; pmanicks_55@yahoo.co.in
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