2. Genetics & Plant Breeding
2.1 Varietal Improvement
Twenty three centres spread over 18 states carried out the varietal development activities as per
the approved technical programme. The salient achievements during the year 2013-14 in toria
(Brassica rapa var toria), yellow sarson (B. rapa var yellow sarson), gobhi sarson (B. napus), Indian
mustard (B. juncea), karan rai (B. carinata) and taramira (Eruca sativa) are discussed:
2.1.1 Genetic Resource Management
A total of 6,422 accessions comprising toria (700), Indian mustard (4,545), yellow sarson
(438), gobhi sarson (166), brown sarson (216), karan rai (192), taramira (127), Brassica tournefortii
(04), Sinapis alba (03), B. caudatus (04), R. caudatus (02), B.nigra (14), B. oleracea (06), Raphanus
sativa (01), Crambe spp (02), Lepidium spp (01) and Camellina spp (01) were maintained through
appropriate mating system at Bawal, Bhubaneswar, Dholi, Hisar, Kanpur, Morena, Pantnagar,
Shillongani, S.K. Nagar, Sriganganagar, IARI, New Delhi, Navgaon and Chatha (Table 2.1.1).
Another 660 new accessions comprising Indian mustard (441), toria (01), gobhi sarson (51), brown
sarson (151), and taramira (16), were collected. Further, 1,829 accessions consisting of 709 Indian
mustard, 145 toria, 302 yellow sarson, 68 gobhi sarson, 252 brown sarson, 06 karan rai 255 taramira
and 92 B. rugosa accessions were evaluated. On the basis of germplasm evaluation, promising
accessions were identified for temperate conditions at Khudwani in brown sarson, earliness in toria at
Bhubaneswar, Pantnagar and Dholi; tolerance to aphid and drought in toria at Bhubaneswar and
earliness and aphid tolerance in Indian mustard at Bhubaneswar and tolerance to diseases and pests at
Dholi.
2.1.2 Creation of genetic variability through hybridization/ mutagenesis and selection
Creation of variability is the essence and backbone of the breeding programme. To cater the
need of diverse agro climatic conditions of the country, 56 crosses were attempted in toria, 15 in
yellow sarson and 399 in Indian mustard, at Khudwani, Chatha, Dholi, Hisar, Kanpur, Navgaon,, SK
Nagar, Sriganganagar and Pantnagar to improve seed yield, earliness, seed size, disease/pest resistance,
quality and oil content (Table 2.1.2). Selection of superior plants/bulks at different centres was
practiced in toria, yellow sarson and Indian mustard (Table 2.1.2). In toria, development of composites
population after selection was the main objective. In yellow sarson, hybridization and selection from
segregating generations was attempted at Pantnagar and Kanpur. In Indian mustard, 7797 single plants
and about 487 bulks were selected from segregating and advanced generations.
PB1
2.1.3 Evaluation of advanced breeding lines
Advance breeding lines evaluated under different station/state /preliminary yield trials at
various centres have been presented in Table 2.1.3. 178 strains of toria were tested at Kanpur, Hisar,
Morena and Dholi. The yield superiority in toria was up to 36.3 % over the check (T9) at Kanpur. In
yellow sarson, 64 strains were tested at Kanpur and Dholi. The yield superiority up to 33.3 % over the
check Pitambari was recorded at Kanpur. In Indian mustard, 1771 strains including 105 F1s were
evaluated at 12 centres in 67 trials. Yield superiority up to 36.7 % over the check PBR 357 was
recorded at IARI, New Delhi under rainfed condition. 21 strains of taramira were evaluated at Jobner
and yield superiority up to 17.6 % over the check, RTM 314 was recorded. 35 strains of gobhi sarson at
Hisar and Chatha and 15 of brown sarson at Khudwani were also evaluated.
2.1.4 Hybrid/ Mapping populations’ development
In Indian mustard, mapping populations for glucosinolate and erucic acid were developed at
IARI, New Delhi. CMS and restorer conversion programme for hybrid development has been undertaken
at IARI New Delhi, Hisar, Morena, S.K. Nagar and Pantnagar (Table 2.1.2). Further, production of
doubled haploid (DH) lines through anther culture of two F1 crosses was attempted at Hisar.
2.2 Breeder seed production
Indents of 95.2 q breeder seed of 76 rapeseed-mustard varieties and one parental line of hybrid,
NRCHB 506 were received from Department of Agriculture and Cooperation (DAC), Ministry of
Agriculture, Govt. of India for production during 2013-14. Allocation was made to 21 centres for the
production of 95.0 q breeder seed of 75 varieties and 1 parental line during the 20th annual group meeting
held at SDAU, SK Nagar. One variety Pusa Kalyani was not allotted as it is an old variety and nucleus
seed of this variety is not available. Similarly indents of A, B and R lines of Giriraj were not relevant as
Giriraj is a pureline variety hence its production has been indicated against B line. Against the indent,
217.33 q breeder seed including carry over was produced, indicating a surplus availability of 122.33 q.
Breeder seed of 03 varieties including GSL 1 of gobhi sarson and RLM 619 and Divya of Indian mustard
could not be produced as the nucleus seed of GSL 1 and RLM 619 was not available. Further, less
quantity of M 27, TS-36, T 9, Parvati, of toria; Ashirwad, DRMR 601, Navgold and Pusa Bold of Indian
mustard and Pant Pili Sarson of yellow sarson was produced. In addition, 32.2 q breeder seed of 29
varieties was also reported from different centres. The centre and variety wise details of breeder seed
production are reported in Table 2.2.
PB2
Table 2.1.1 Genetic Resource Management activities
Crop
Centre
No. of
accessions
procured/
collected
No. of
lines
maintaine
d
No. of lines
evaluated
Promising accessions identified
Traits for which
identified
2
3
4
5
6
7
-
130
-
ORT ( m)1 7 -6 -5 (7 6 d a ys )& O RT 1 7 -7 -1 (7 7 d a ys )
Earliness
-
-
-
ORT -1 7 -6 -5
T o leran t to ap h id
-
-
-
ORT 1 7 -6 -1 6
T o leran t to
d ro u g h t
-
84
84
IGT-2, IGT-64, IGT-91, RAUDT-62, RAUDT-15, RAUDT7, RAUDT-67, RAUDT-36, RAUDT-16, RAUDT-74,
Yield, earliness,
yield components,
resistance /tolerance
to diseases - pests
and quality traits
1
Toria
Bhubaneswar
Dholi
RAUDT-79, RAUDT-7, DC9401 TH-9802, Dwarf Toria,
Satha local
Hisar
-
95
-
Kanpur
Morena
Navgaon
Pantnagar
-
255
31
01
-
31
18
01
01
43
19
658
-
128
7
145
57
-
Shillongani
S.K. Nagar
Total
Indian mustard
Bawal
Bhubaneswar
PB3
-
-
PT-141, PT-145, PTHC-10-1, PTHC-10-2, PTHC-10-3,
PHTC-10-4, PHTC-10-7, PHTC-10-8, PHTC-10-9 PHTC10-10, PHTC-11-10, PHTC-11-15, PHTC-11-16, PHTC-1120, PHTC-11-21, PHTC-12-6, PHTC-10-5, PHTC-10-6
One
B M -2 0 - 1 2 -3 (9 0 d a ys ) , B M2 0 -2 3 - 6 (9 0 d a ys )
Extra early, early,
medium and late
maturity
B M -2 0 - 2 3 -6
T o leran t to ap h id
Early maturity
Earliness
Chatha-Jammu
Dholi
56
390
14
390
TPM-1, RK-8401, TM-12, BIO94, Domo, Jatai Local, EC
339000, EC 338997 EC-399301, PAB 9511, PAB 9534,
IC401574, IC 399788, RAURDA 09-32, RAURDA 09-34,
RAURDA 09-78, RAURDA 09-153, RAURDA 09-170,
RAURDA 09-172, RAURDA 09-212, RAURDA 09-214
Yield, earliness,
yield components,
resistance /tolerance
to diseases - pests
and quality traits.
-
46
46
RAURDA 09-32, RAURDA 09-205, RAURDA 09-63,
RAURDA 09-23, RAURDA 09-212, RAURDA 09-78,
RAURDA 09-07, RAURDA 09-69, RAURDA 09-25,
RAURDA 09-246, RAURDA 09-164, RAURDA 09-214
Alternaria blight
resistance/ tolerance
and yield
components
-
-
-
-
Hisar
IARI, New Delhi
Kanpur
Morena
Navgaon
Pantnagar
Shillongani
405
-
331
439
1465
405
120
51
Sri Ganganagar
22
794
-
-
Yield, disease
-
320
-
-
-
4545
709
49
-
-
RAUDYS-89-111, Pendent Local, RAUDYS-9701
Yield, Earliness,
Yield components,
Resistance
/Tolerance to
Diseases - Pests and
Quality traits.
-
-
S.K.Nagar
Total
Yellow sarson
14
160
42
Bawal
441
-
Dholi
-
174
174
Hisar
Kanpur
Navgaon
-
12
155
01
-
-
PB4
Total
Gobhi sarson
Total
Brown Sarson
Total
Karan rai
Pantnagar
-
-
78
-
-
Shillongani
S.K.Nagar
-
28
68
438
17
1
302
17
-
-
Tower, HNS 0004
-
Dholi
Khudwani
51
51
51
-
-
Hisar
IARI, New Delhi
S.K. Nagar
43
38
17
166
-
68
54
-
-
Bawal
51
-
-
-
Dholi
-
41
41
-
-
Khudwani
151
151
151
11
Navgaon
-
01
-
-
Early, suitable for
temperate valley
conditions
-
Pantnagar
-
-
6
Late
S.K.Nagar
-
23
-
PHBC-11-11,PHBC-11-14, PHBC-11-17,PHBC-11-19,
PHBC-12-10, PHBC-12-33
-
151
-
216
06
252
06
Kiran, PBN-2001, PBN-2002, PBN9501, PBC9221
-
-
10
170
6
-
-
-
-
-
-
Yield
Dholi
Hisar
IARI, New Delhi
S.K.Nagar
192
06
-
Total
IARI, New Delhi
B rapa
42
-
42
Total
Taramira
-
Bawal
155
PB5
IARI, New Delhi
Jobner
Navgaon
Total
B. tournefortii
Total
S. alba
16
16
-
06
120
01
127
04
04
02
100
255
-
-
01
-
IARI, New Delhi
Navgaon
-
Pantnagar
-
03
03
01
04
01
01
02
-
27
IARI, New Delhi
-
14
14
27
IARI, New Delhi
IARI, New Delhi
Navgaon
Total
B. caudatus
Total
R. caudatus
Total
B. nigra
IARI, New Delhi
Navgaon
RTM- 1516 and RTM-1518
-
Seed yield
-
-
-
-
-
-
-
-
-
-
-
Dwarf & medium
height
-
Total
B. oleracea
IARI, New Delhi
-
06
-
-
-
R. sativa
IARI, New Delhi
-
01
-
-
-
Crambe spp.
IARI, New Delhi
-
02
-
-
-
Lepidium spp.
IARI, New Delhi
-
01
-
-
-
Cameliina spp.
IARI, New Delhi
-
01
-
-
-
B rugosa
Pantnagar
-
-
92
-
Vegetable type,
fodder type
660
6422
1829
Grand Total
PB6
Table 2.1.2: Number of crosses, their generation and number of selections practiced.
Selection
Centre
Objective (s)
Generation
Pedigree
No. of crosses/
lines
1
2
3
4
5
6
F6
PT 303 x PT 507, PT 303 x Panchali, PT 303 x TS 29, PT 507 x Panchali, PT 507 x TS 29,
Panchali x TS 29
06
150
Th r e e w a y
crosses(F3s)
(RAUDT-62 x RAUDT-15) x RAUTS-17, (RAUDT-62 x RAUDT-15) x BR-23, (RAUDT-62 x
RAUDT-67) x RAUTS-17, (RAUDT-62 x RAUDT-67) x BR 23, (RAUDT-7 x RAUDT-67) x
RAUTS-17, (RAUDT-7 x RAUDT-67) x BR 23, (RAUDT-55 x RAUDT-67) x RAUTS-17,
(RAUDT-55 x RAUDT-67) x BR 23, (DC 9401 x RAUDT-15) x RAUTS-17, (DC 9401 x
RAUDT-15) x BR-23, (RAUDT-36 x RAUDT-15) x RAUTS-17, (RAUDT-36 x RAUDT-15) x
BR 23, (RAUDT-79 x RAUDT-67) x RAUTS-17, (RAUDT-79 x RAUDT-67) x BR 23,
(RAUDT-16 x RAUDT-67) x RAUTS-17, (RAUDT-16 x RAUDT-67) x BR 23, (RAUDT-16 x
RAUDT-67) x PT-303, (RAUDT-74 x RAUDT-67) x RAUTS-17, (RAUDT-74 x RAUDT-67)
xPT-303, (RAUDT-74 x RAUDT-67) x BR 23.
20
No. of
single
plants
No. of
bulks
7
Crop: Toria
Bhubanes
war
Dholi
E a r l y, h i gh s e e d
a n d o i l yi e l d ,
dwarf
Early and high yield
297+18
9
Early, high seed and
oil yield
Double crosses
(F3s)
(RAUDT-62 x RAUDT-15) x (RAUDT-7 x RAUDT-67), (RAUDT-62 x RAUDT-15) x
(RAUDT-55 x RAUDT-67), (RAUDT-62 x RAUDT-15) x (RAUDT-79 x RAUDT-67),
(RAUDT-62 x RAUDT-15) x (RAUDT-16 x RAUDT-67), (RAUDT-62 x RAUDT-15) x
(RAUDT-74 x RAUDT-67), (RAUDT-62 x RAUDT-67) x (DC 9401 x RAUDT-15), (RAUDT62 x RAUDT-67) x (RAUDT-36 x RAUDT-15), (RAUDT-7 x RAUDT-67) x (DC 9401 x
RAUDT-15), (RAUDT-7 x RAUDT-67) x (RAUDT-36 x RAUDT-15), (RAUDT-55 x
RAUDT-67) x (DC 9401 x RAUDT-15), (RAUDT-55 x RAUDT-67) x (RAUDT-36 x
RAUDT-15), (DC 9401 x RAUDT-15) x (RAUDT-79 x RAUDT-67), (DC 9401 x RAUDT-15)
x (RAUDT-16 x RAUDT-67), (DC 9401 x RAUDT-15) x (RAUDT-74 x RAUDT-67),
(RAUDT-36 x RAUDT-15) x (RAUDT-79 x RAUDT-67), (RAUDT-36 x RAUDT-15) x
(RAUDT-16 x RAUDT-67), (RAUDT-36 x RAUDT-15) x (RAUDT-74 x RAUDT-67)
17
324+90
Early and high yield
F6
RAUDT 62 x RAUDT 15, RAUDT 62 x RAUDT 67, RAUDT 7 x RAUDT 15, RAUDT 7 x
RAUDT 67, RAUDT 55 x RAUDT 67, RAUDT 41 x RAUDT 15, RAUDT 41 x RAUDT 67,
RAUDT 36 x RAUDT 15, RAUDT36 x RAUDT 67, RAUDT 79 x RAUDT 67, RAUDT 16 x
RAUDT 15, RAUDT 16 x RAUDT 67, RAUDT 51 x RAUDT 15, RAUDT 44 x RAUDT 15,
RAUDT 4 x RAUDT 67, RAUDT 33 x RAUDT 15, DC 9401 x RAUDT 15,
17
81
PB7
Hisar
Early, high seed
yield
Open pollination
Early and late populations
Kanpur
Early, high yielding
Population
Improvement
Population 1:TK 01-1, TK 01-2, PT-303, TK 02-1, TK 9901, PT-507, T9, Bhawani, ORM (M)
21-1, ORM (M) 7-1, Parbati, Anuradha and ORT-11
Population 2:TK 9902, PT-303, TK-9801, TK-9802, PT-507, T9, Bhawani, ORM(M)21-1,
ORM(M)7-1, Parbati, Anuradha and ORT-11
Population 3:TK-950, TK-9302, PT-303, TK-9702, PT-507, T9, Bhawani, ORM(M)21-1,
ORM(M)7-1, Parbati, Anuradha and ORT-11
Khudwani
Morena
Seed yield &
contributing traits
Earliness, seed yield,
bold seed and quality
3



Fresh cross
20

F2
F3
F1
30
14


F2
F3
F4
F5
RMT-10-9 x (JT-1,RMT-08-6,JD-6); RMT-10-11 x (JT-1,RMT-08-6,JD-6); RMT-10-13 x (JT1,RMT-08-6,JD-6); JT-1 x (JM-1,JM-2,JM-3,JM-4,RVM-1,RVM-2); RMT-08-6 x JM-1, RMT08-6 x RVM-2; JM-1 x (JT-1,RMT-08-2,RMT-08-6,RMT-10-7, RMT-10-10); JM-2 x JT1,RMT-08-2, RMT-08-6,RMT-10-10, B-85); JM-3 x JT-1
JMT-02-6 X (JMT-04-5, JD -6, RMT-10-7, PT-30), JT-1 X (JMT-04-5,JD -6, RMT-10-7, PT30), RVM-1 X (JMT-04-5,JD -6, RMT-10-7, PT-30), RMT-8 -4-1 X (JMT-04-5,JD -6, RMT10-7, PT-30), RMT-08-5-1 X (JMT-04-5,JD -6, RMT-10-7, PT-30), RMT-10-10 X (JMT-045,JD -6, RMT-10-7, PT-30), RMT-10-11 x (JMT-04-5,JD -6, RMT-10-7, PT-30), rmt-10-13 X
(JMT-04-5,JD -6, RMT-10-7, PT-30), RMT-10-14 X (JMT-04-5,JD -6, RMT-10-7, PT-30),
RMT-10-15 (JMT-04-5,JD -6, RMT-10-7, PT-30)
RMT-02-6 X (JT-1, JMT-08-6, JMT-08-7, JMT-08-10, JD-6, PT-303), RMT -02-6 X (JT-1,
JMT 08-6, JMT 8-10, JD-6, PT-303), RMT -05 X (JT-1, JMT-08-7 JMT-08-10, JD-6, PT-303),
RMT -01-6 X (JT-1,JMT 08-6, JMT-08-7 , JMT-08-10, JD-6,PT-303), RMT -04-1 X (JMT-086, JMT-08-7, JMT-08-10,JD-6, PT-303), RMT -08-1 X (JT-1, JMT-08-6, JMT-08-7, JMT-0810, JD-6), RMT -08-13 X (JT-1, JMT-08-6, JMT-08-7, JMT-08-10, JD-6, PT-303), RMT-08-9
X(JT-1,JMT-08-6, JMT-08-6,JMT-08-7, JD-6, PT-303), RMT-08-2 X (JT-1,JMT-08-6, JMT08-7, JMT-08-10, PT-303), RMT-08-8 X (JT-1, JMT-08-6, JMT-08-7, JMT-08-10, JD-6, PT303)
40
RMT-02 x (JT-1, RMT-10-10), RMT-02-6x (RMT-10-6, JD-6, PT-303), RMT-05x (RMT-10-7,
RMT-10-10), RMT-016x (JT-1, RMT-10-6, RMT-10-10), RMT04-1X (RMT-10-6, RMT-10-7,
RMT-10-10, JD-6, PT-303), RMT-10-11XJT-1, RMT-10-13X(JT-1, RMT-10-6, RMT-10-7,
RMT10-2XRMT10-10, RMT-10-8 X RMT10-6, JT-1X (PT-303, NDT-5-3, BHAWANI, Bastor
Toria-4), NDT-5-3x JT-1, Bhawani X JT-1, Bastor Toria -4 x JT-1, RMT-10-7x RMT04-1,
RMT-10-9X (TK-06-2, TL-2013, RMT-04-1, RMT-10-7), TK-06-2 X RMT-10-7, TH-303 X
RMT-10-7, RMT 04-1 X RMT-10-7, RMT-10-13 X RMT-10-7, PT-2004-3 X RMT-10-9,
RMT-10-11 X (TL-2013, RMT-10-13), RMT-10-13 X (RMT-10-9, TK-06-2, RMT-04-1).
RMT-08-11 x PT-303, RMT -08-11 x ORT-17-6-16, RMT -08-11 x TL-2013, RMT x10-13
x RMT-10-11, RMT x10-13 x TL-2013, TL-2013 x RMT-10-13, PT 303x RMT-10-13
22
PB8
21
7
F6
F7
BC1F7
BC2F7
BC2F8
BC3F8
Advance material
under selection
Composites
Pantnagar
Identification of
good combiners for
seed yield and
quality
Fresh crosses
Earliness & high
yield
Fresh crosses
F1 to F2
Single crosses
Three way crosses
Double crosses
F2 to F3
TK-06-1x TL-2013, TL-2013 x JMT-016, PT-2004 – 3 x (TH- 0302, JMT-016, JT-1), TH- 0302
x (JMT02-6, JMT-04-1, JT-1), Bhawani x (TL-2013 , TH-0302, JMT-016), JMT-02-6 x (TK06-2, TH-0302), JT-1 x (TL-2013, TH-0302, Bhawani)
RMT-02-6  ( PT-2004-3, TH-0302), RMT-05  (RAUDT-01-02, TK-06-2, TK-06-1, TL-2027,
PT-2004-3), MRN-T-20  (RAUDT-01-03, RAUDT-01-02, TK-06-2, , PT-2004-3, TH-0302,
JT-1 (TL-2027, TH-0302), Bhawani  JMT –02-6, TL-2027  RMT-02-6, RAUDT-01-02 x
JMT-02-6
Using Parents - JT-1, TKG-03-1, PT-303, Bhawani, RAUDT-0102, RAUDT-01-3, TK-06-1,
TK-06-2, TL-2027, TH-0302
Using Parents - JT-1, RH-0258, ORT(M) 5-2, Parkland, T-9, Candle, JMT-02, PT-2002-26,
PT-303, TKG-03-2, , BAUST-2003
Using parents- JT-1, , Bhawani, RH-0258, SCRT-1-1-2, RAUDT-01-03, TK-06-1, TK-06-2,
PT-303, TH-0302, Candle, RAUDT-01-02,TL- 2027, MRNT-9
Using parents - JT-1, RH-0258, ORT-(M)5-2, JMT-02, Parkland, Candle, T-9, PT-303,
JMT-02, PT-2002-26, TKG-03-2, RH-0258, PT-2002-15, JMT-05, TH-0102, JMT-96-1
Using parents- NDT-03-1, JT-1, ORT-(M)5-2, Bhawani, Parkland, PT-303, PT-2002-26,
NDT-03-2, TKG-03-2, BAUST-2003, T9, RH-0258
JT-1, PT-303, T9, Bahwani, ORT(M)5-2
JMT-01, MRN-T-20, JMT-02-6, JMT-08, JMT-04-1
Parkland, JYT-10-1, JYT-15-2, JYT-20-2, JYT-36-2
JMT-016, JMT-09, JMT-03, JMT-04, JMT-05
MRN-T-16, MRN-T-22, MRN-T-23, MRN-T-27, MRN-T-30
RMT-08-4-1 x (JD-6, PT-303, JT-1, JMT-08-6, JMT-08-2); RMT-08-10 x (JD-6, PT-303, JT-1,
JMT-08-6, JMT-08-2); RMT-08-7 x (JD-6, PT-303, JT-1, JMT-08-6, JMT-08-2); RMT-08-8 x
(JD-6, PT-303, JT-1, JMT-08-6, JMT-08-2); JMT-04-3 x (JD-6, PT-303, JT-1, JMT-08-6, JMT08-2); RMT-02-6 x (JD-6, PT-303, JT-1, JMT-08-6, JMT-08-2); RMT-02-5 x (JD-6, PT-303,
JT-1, JMT-08-6, JMT-08-2);
PTHC-12-1 × PT-141, PTHC-12-1 × PT-2006-4, PT-30 × PTC-11-9, PTHC-12-1 × RSPT-1,
PT-30 × TCN-13-9, Bhawani × PT-141, PT-30 × Baster toria-9, PT -30 × PTC-11-3
12
PT-507 x PHTC-10-2, PT-30 x PHTC-11-21, PT-2006-4 x PHTC-11-21, PT-2006-4 x PT-141
4
PTC-2009-3 x RSPT-1) x PT-141, (Baster toria-9 x RSPT-2) x Bhawani, PT-30 x (RSPT-1 x
PT-145), TCN-2012-6 x (Bhawani x PT-145)
(Baster toria-9 x RSPT-2) x (PRT-1 PT-145), (PT-2008-2 x PT-30) x (Bhawani x PT-145),
(PRT- x RSPT-1) x (PRT-1 PT-141), BSH-1 x PTC-2011-3
Bhawani x PT-141, Bhawani x PT-145, Bhawani x RSPT-1, PT-30 x PT-141, PT-30 x RSPT-2,
RSPT-1 x PT-141, RSPT-1 x PT-145, RSPT-2 x PT-141, RSPT-2 x PT-145, PRT-1 x RSPT-2,
Bastar Toria x RSPT-1, PTE-2008-2 x PT-30, PTE-2008-2 x Uttara, PTE-2008-2 x PT-2006-2,
PTC-2009-3 x PT-30, PTC-2009-3 x PT-2006-2, PTC-2009-5 x PT-2006-2, Bastar Toria-4 x
RSPT-1, PTC-2009-3 x PT-141 , PT-303 x PT-141, PTC-20011-3 x PT-141, NDT-9-2 x PT-30,
4
PB9
11
16
9
5
6
10
5
28
8
4
4
3
4
24
14
F3 to F4
F4 to F5
Shillongani
Earliness, high
seed yield
Crop: Yellow sarson
Kanpur
Early, high yield &
bold seed
Pantnagar
Early and high yield
RMT-08-6 x PT-2006-2, Gharia x MCN-11-51
NDT-9-1 x RMT-8-7, NDT-9-1 x TK-17-4, TH-05-09 x RMT-8-7, PT-2008-2 x Uttara, RMT-82 x PT-30, ORTM-17-7-12 x RMT-8-7, ORTM-17-7-12 x PT-30, RMT-8-8 x PT-30
PT-303 x PRT-1, PT-2006-20 x PRT-1, PT-2006-26 x PRT-1, PTC-2005-5 x PT-30, PT-2006-4
x PT-30, PT-2008-5 x Uttara, PT-2008-5 x PT-30, TK-06-1 x PT-30, ORT-17-6-16 x Uttara,
ORT-17-6-16 x PT-30
Composit
Involving M 27,TS 29, TS 36, TS 38, TS 46, TS 67, JT90-1, PT303, Panchali
F1 to F2
YSC-63, YSC-41, B-09, YSC-71, YSKM-11-02, YSC-76, YSKM-10-1, YSKM-11-1, YSC75, YSKM-10-02, YSK-9-01, YSC-80, K-88, YSC-15, T-42, YSC-18, YSK-03, YSC-21,
YSC-92, YSC-45, YSC-30, YSC-95, YSC-40, YSC-46 and YSC-84 (lines) and NRCYS-0502, YSH-401, Benoy, Pitambri (testers).
YST-151, T-44, K-84, T-3, T-4, B-09 and YSK-1
YST-151, YSK-3, YSK-24, YSK-28, YSK-42, K-88, Benoy and B-9
PYSC-11-43 × PYSC-13-12, PYSC-11-43 × PYS-2007-10, PYSC-11-43 × PYSC-11-47,
YSWB-2010/8× PPS-1, YSWB-2010/8× PYSC-11-47, YSWB-2010/8× PYSC-13-12, PYSC11-9 × PPS-1, PYSC-11-9 × PYSC-11-45, PYS-7 × PYS-10-4, YSH-401 × PYS-7, YSH-401
× PYSC-10-4, YSH-401 × PPS-1, PYSC-12-4 × PYS-2007-10, PYSC-12-4 × PYS-7, PYS-7 ×
B-9
B-9 × PYS-2007-10, B-9 × YSH-401, B-9 × Pitambari, PYSC-11-29 × PYS-2007-10, PYSC11-29 × YSH-401, PYSC-11-29 × Pitambari, PYSC-11-24 × PYS-2007-10, PYSC-11-24 ×
YSH-401, PYSC-11-24 × Pitambari, Benoy× PYS-2007-10, Benoy× YSH-401, Benoy×
Pitambari, PYSC-11-18 × Benoy, PYSC-11-18 × PYS-2008-5, PYSC-11-18 × YSWB-2014/312, PYSC-11-27 × Benoy, PYSC-11-27 × PYS-2008-5, PYSC-11-27 × YSWB-2014/3-12,
PYSC-11-15 × Benoy, PYSC-11-15 × PYS-2008-5, PYSC-11-15 × YSWB-2014/3-12, PYSC11-20 × Benoy, PYSC-11-20 × PYS-2008-5, PYSC-11-20 × YSWB-2014/3-12, PYS-11-24 ×
Benoy, PYS-11-24 × PYS-2008-5, PYS-11-24 × YSWB-2014/3-12, Pitambari × Benoy,
Pitambari × PYS-2008-5, Pitambari × YSWB-2014/3-12, PYS-11-8 × RAUDYS 10-07, PYS11-8 × Pitambari,PYS-11-8 × Benoy, PYS-12-6 × RAUDYS 10-07, PYS-12-6 × Pitambari,
PYS-12-6 × Benoy, PYS-12-4 × RAUDYS 10-07, PYS-12-4 × Pitambari, PYS-12-4 × Benoy,
PYS-11-1 × RAUDYS 10-07, PYS-11-1 × Pitambari, PYS-11-1 × YSCN-12-15, PYS-7 ×
PPS-1, PPS-1 × PYS-7, YSGP-21 x PTC-11-3, YSGP-21 x PT-141, PYS-2011-8 x PYS 2011-2, PYS-2012-6 x PYS -2011-2, PYS-2011-1 x PYS -2011-2, PYS-2011-4 x PYS -20112, PYSC-2011-12 x YSWB-2010/8.
Dineshpur local x YSWB-2011, YSGP-46 x YSWB-2011, YSGP-46 x YSWB-2014-3,
NDYS-117 x YSWB-2011, NDYS-117 x YSWB-13-14, Ragini x YSWB-2011, PYS-2009-6
x YSWB-2011{ML}, PYS-2009-6 x YSWB-2011{BL}, SKM-10-1 Xyswb-2029-2, NDYS123 x YSWB-29-2
PYS-7 x PYS-2007-7, NDYS-2018 x PYS-2007-7, NDYS-2018 x PYS-7, NDYS-2018 x PYS-
F1 to F2
F3 to F4
Fresh crosses
F1 to F2
F2 to F3
F3 to F4
PB10
8
5
10
6
100
21
28
15
51
20
10
4
5
3
Crop: Indian mustard
ChathaHigh seed yield &
Jammu.
quality
Earliness and high
seed yield
F4 to F5
F5 to F6
2009-7, NDYS-2018 x YSH-0401
Ragini x B-9, PYS -2007-7 x PYS -2008-5
PYS-2007-5 × Ragini (ML), PYS-2007-5 × Ragini (bL), PYS-2007-8 × Ragini, PYS-2006-1 ×
Ragini, PYS-2008-6 × Ragini, PYS-2008-7 × Ragini
2
6
50
84
F5 to F6
Ragini × B-9, Ragini x PYS-7, NDYS-107 x PYS-7, NDYS-107 x PYS-7
4
4
Testers- Pusa Karishma, PM-21& PM24
Lines –RSPR-01, RSPR-03, Varuna, RSPR-69,SKM-4,SKM-1,NRCDR-2 & SKM-23.
Single crosses:- Pusa Mahak x SKN-5, Pusa Mahak x SKN-4, RSPR-01X SKM-1,Varuna x
SKM-2,| Varuna x SKM-3,Kranti x RSPR-01, RSPR-01x SKM- 4, RSPR-03xUrvashi , RSPR03xPusa Bold , RSPR-03xPusa Tarak , RSPR-69 x Urvashi, RSPR-69 x Pusa Bold .
24
Pusa Agrani x RSPR-03, Pusa Agrani x RB24, Pusa Mahak x RSPR-01,Pusa Mahak x RSPR03, Pusa Mahak x Varuna, Pusa Bold x RSPR-01, Pusa Bold x RSPR-03.
PUSA MUSTARD-25 x TPM-1, PUSA MUSTARD-25 x NDRE-4, PUSA MUSTARD-25 x
PUSA MUSTARD -27, PUSA MUSTARD-25 x KANTI PUSA, MUSTARD-25 x RH -0701,
PUSA MUSTARD-25 x PUSA TARAK, PUSA MUSTARD-25 x RAURD-78. RH-30 x
TPM-1, RH-30 x NDRE-4, RH-30 x PUSA MUSTARD -27, RH-30 x KANTI, RH-30 x RH 0701, RH-30 x PUSA TARAK, RH-30 x RAURD-7810, RAJENDRA SUFALAM x TPM1,RAJENDRA SUFALAM x NDRE-4, RAJENDRA SUFALAM X PUSA MUSTARD -27,
RAJENDRA SUFALAM X KANTI, RAJENDRA SUFALAM x RH -0701, RAJENDRA
SUFALAM x PUSA TARAK, RAJENDRA SUFALAM x RAURD-78, TPM-1 x PUSA
MUSTARD-25, TPM -1 x RH-30, TPM-1 x RAJENDRA SUFALAM, TPM-1 x VARUNA,
TPM-1 x NRCDR -2, PUSA MUSTARD -27 x PUSA MUSTARD-25, PUSA MUSTARD 27 x RH-30, PUSA MUSTARD -27 x RAJENDRA SUFALAM, PUSA MUSTARD -27 x
VARUNA, PUSA MUSTARD -27 x NRCDR -2, RAURD-78 x PUSA MUSTARD-25,
RAURD-78 x RH-30, RAURD-78 x RAJENDRA SUFALAM, RAURD-78 x VARUNA,
RAURD-78 x NRCDR -2,VARUNA x TPM-1,VARUNA x PUSA MUSTARD -27,
VARUNA x RAURD-78, NRCDR -2 x TPM -1, NRCDR -2 x PUSA MUSTARD -27,
NRCDR-2 x RAURD-78.
RH 30 x JD-6, Laxmi x JD-6, IC 401574 x JD-6, IC 399788 x JD-6
07
RH 30 x Varuna, RH 30 x Pusa Bold, RH 30 x Kranti, Laxmi x Varuna, Laxmi x Pusa Bold ,
Laxmi x Kranti, IC 401574 x Varuna, IC 401574 x Pusa Bold, IC 401574 x Kranti, IC 399788
x Varuna, IC 399788 x Pusa Bold, IC 399788 x Kranti
RH 30 x Rajendra Suflam, RH 30 x Vardan, Laxmi x Rajendra Suflam, Laxmi x Vardan, IC
401574 x Rajendra Suflam, IC 401574 x Vardan, IC 399788 x Rajendra Suflam,
IC 399788 x Vardan
RAURDA 09-32, RAURDA 09-34, RAURDA 09-78, RAURDA 09-153, RAURDA 09-170,
RAURDA 09-172, RAURDA 09-212, RAURDA 09-214( Lines) JD-6, Varuna, Pusa Bold,
12
Fresh cross
F2
F3
Dholi
Fresh crosses
(repeated)
Early sowing , high
yield and earliness
Timely sown, high
yield
F2s
Late sown, high yield
F2s
Alternaria blight
resistant/tolerant,
F2s
F2s
PB11
12
42
4
08
48
Hisar
high yield for
Early/Timely/Late
sown conditions
Earliness
Component traits
Seed yield & disease
resistance
Aphid tolerance
Kranti, Rajendra Sufalam,Vardan (Tester)
Intermating in BC4
2nd cycle of intermating in BC4 crosses
Intermating in BC3
BC1 to BC2
Fresh crosses
2ndcycle
Fresh crosses
RH 1140, RH 1142, RH 1143, RH 1144, RH 1147, RH 1152, RH1201, RH 1202 and RH 1203
(base population) RH 0919 (donor source).
Third cycle of inter
mating in BC3
Second cycle of inter
mating in BC3
Third cycle inter
mating in BC3
Inter mating in BC3
BC2 to BC3
F1 to BC1
F1 to F2
Fresh crosses


of intermating in BC3 crosses

RH 0749, JM 6011 and RH 1140 (agronomically superior genotypes) Phy 13-7, Phy 13-8 and
TM 106 (donors).
22
18
100
07
21
12
RH 1140, RH 1142, RH 1143, RH 1144, RH 1147, RH 1152, RH1201, RH 1202 and RH1203
(agronomically superior genotypes) Domo 4 and RH 1372 (Alternaria blight tolerant
genotypes as donor source).
First cycle of inter
mating in BC3
9
Second cycle of inter
mating in BC3
Third cycle of inter
mating in BC3
18
BC1 to BC2
BC2 to BC3
F1 to BC1
F1 to F2
F2 to F3
Fresh crosses
4
6
5
5
5
Inter mating in BC3
36
RH 1140, RH 1142, RH 1143, RH 1144, RH 1147, RH 1152, RH1201, RH 1202 and RH1203
(agronomically superior genotypes) RH 7846 (donor source).
1st cycle of intermating in BC3 crosses
2nd cycle of intermating in BC3 crosses
PB12
9
8
‘0’ and ‘00’ traits
F1 to BC1
F1 to F2
F2 to F3
First cycle of inter
mating in BC2
5
5
10
10
Third cycle of inter
mating in BC2
97
Fourth cycle of inter
mating in BC2
31
BC1 to BC2
10
BC2 to BC3
05
F1 to BC1
05
F1 to F2
05
F3 to F4
04
Fresh crosses
Hybrid programme
IARI
Synthetic juncea
Di-haploid
production
QTL analysis for
drought tolerance
Early sowing
Timely sowing
Maintenance
RH 1140, RH 1142, RH 1143, RH 1144, RH 1147, RH 1152, RH1201, RH 1202 and RH1203
(agronomically superior genotypes) Domo 4 (donor source).
Thirty A lines of mori CMS system were maintained.
30
BC5 –BC6
A lines of ogura CMS system
20
Backcrossing in
restorer
Fifteen restorer lines of ogura CMS further back-crossed for diversification
15
New hybrids
Thirty new F1 hybrids based upon ogura system were developed for evaluation
30
New crosses
Anther culture
B. carinata x B. napus and B. napus x B. carinata
In 2 F1 crosses (Improved Ogura R line x RH 0749 and Ogura R line x RH 555)
SSR markers
In parental and F2 mapping population of cross RB 50 and Kranti
F1 + BCs
F2
F3
F4
F5
F6
F7
F1 + BCs
49 crosses
18 crosses
04 crosses
8 crosses
3 crosses
7 crosses
-49
18
04
08
03
7
184+22
PB13

-162
51
15
45
11
6
5
10
Late sowing
Low erucic acid
Double low traits
Development of
CMS lines
Restorer
development
F1
F2
F3
F4
F5
F6
F7
F1 + BCs
F2
F3
F4
F5
F6
F1 + BCs
F1
F3
F4
F5
F6
F1 + BCs
F3
F4
F6
gnsssorkkcaB
BC1 to BC2 & F1 to
BC1
BC1 to BC2 & BC2
to BC3
Selection for double
BC4F2
low/ single low traits
BC3F3
using genotypic and
phenotypic data:
Development of mapping populations (RILs)
Glucosinolate
F6:7
120
121 crosses
18 crosses
48 crosses
17 crosses
15 crosses
8 crosses
120
121
18
48
17
15
8
32+6
45
21
11
6
43
48+12
48
45 crosses
21 crosses
11 crosses
6 crosses
11 crosses
48 crosses
10 crosses
18 crosses
6 crosses
11 crosses
4 crosses
9 crosses
2 crosses
To transfer the nuclear genome of 26 genotypes to the sterile cytoplasm viz., Moricandia
arvensis (mori), Diplotaxis erucoides (eru) and Diplotaxis berthautii (ber).
15 BC2 and 60 BC1 were attempted to transfer fertility restoration in 27 genetic backgrounds,
which restores fertility in mori/eru/ber sterile cytoplasms
To transfer fertility restorer gene(s) to five genetic background viz., NPJ 93, NPJ 112, SEJ 8,
Pusa Jagannath and Pusa Agarni 60 paired crosses (BC2) were attempted in phytotron to
develop restorers for mori, eru and ber cytoplasms and BC3 were attempted in main season.
11
2+4
4
9
2
65
71
43
40
37
1
20
3
60
1662
LES-1-27 x EC-597325
496
14
9
193
89
26
58
22
75
LES-39 x EC 597325 and LES-1-27 x EC-597325
PB14
307
62
100
43
24
9
39
8
4 bulks
2
30
Kanpur
Glucosinolate
F4:5
LES-39 x Heera
310
Erucic acid
F6:7
NPJ-93 x LES-1-27
150
Rainfed
F4:5
RGN-73 x Bio-YSR
495
Low erucic acid
Phenotyping for
erucic acid
Phenotyping for
glucosinolates
Fresh crosses
(diallel)
Timely sowing
F1 to F2
F1 to F2
F3 to F4
F4 to F5
F5 to F6
F6 to F7
6971
5772
NRCDR-2, Pusa jai kisan, JM-2, Geeta, Urvashi, RGN-73, Maya and CS-52
28
Varuna, Maya, NDR 8501, Kranti, RLM 198, RS-30, Pusa bold, Urvashi, Pusa jagannath, Pusa
bahar, Arawali, RK-9808, RK-9903, RK2000-1, RK2000-2, RK 2005-1, RK 2005-2, RK
2006-2, RK 2006-2 and RK 2007-1( lines) and Kanti, Sej-2, NDRE-4 and Mathura rai (testers)
Varuna, Kanti, Pusa bold, SGR-19, RK 08-1, Bunchy Type, Long siliqua and Arawali
VarunaPusa bold, VarunaRLM 198, VarunaRajat , KrantiRajat, Pusa boldRLM 198,
Pusa boldMaya, Vardan  Pusa bold, Vardan  NDR-8501, Vardan  Laha-101, Vaibhav 
Pusa bahar , Vaibhav  Pusa bold, Vaibhav  NDR-8501, Vaibhav  Laha-101, Pusa bahar
 Pusa bold, Pusa bahar  NDR-8501, Pusa bahar  Laha-101, Pusa bold  NDR-8501, Pusa
bold  Laha-101, NDR-8501 x Laha -101.
Varuna x Kranti, Varuna x Krishna, Varuna x Pusa basant, Varuna x RLM-198, Varuna x
Ashirwad, Varuna x Sej-2, Kranti x Krishna, Kranti x Pusa basant, Kranti x RLM-198, Kranti
x Ashirwad, Kranti x Sej-2, Pusa basant x RLM-198, Pusa basant x Ashirwad, Pusa basant x
Sej-2, RLM-198 x Ashirwad, RLM-198 x Sej-2, Krishna x RLM-198, Krishna x Ashirwad
Krishna x Sej-2, Krishna x Pusa basant, Ashirwad x Sej-2.
Varuna x Pusa bold, Varuna x RC-781, Varuna x RH-198, Varuna x Pusa Jagannath, Varuna x
Jawahar mustard-1, NUDH x Pusa bold, NUDH x RC-781 , NUDH x RH-198, NUDH x
Pusa Jaganath, NUDH x Jawahar mustard-1.
Varuna  Pusa jai kisan, Kranti  Pusa jai kisan, Urvashi  Pusa jai kisan, NDR-8501  Pusa
jai kisan, Rohini  Pusa jai kisan, Varuna  Sej-2, Kranti  Sej-2, Urvashi  Sej-2, NDR-8501
 Sej-2, Rohini  Sej-2, Basanti  Sej-2, Pusa bold  Sej-2 , Maya  Kranti, Ashirwad  Kranti
, Urvashi  Kranti, Vaibhav  Kranti, Vardan  Kranti, Basanti  Kranti, RH-30  Kranti, Pusa
bold  Kranti .
Varuna x Urvashi, Varuna x Maya, Varuna x Kranti, Varuna x NDR-8501, Varuna x Pusa
bold, Varuna x Aravali, Urvashi x Maya, Urvashi x Kranti, Urvashi x NDR-8501, Urvashi x
Pusa bold, Urvashi x RH-30, Maya x Kranti, Maya x NDR-8501, Maya x Pusa bold, Maya x
RH-30, Kranti x NDR-8501.
Kranti x Pusa bold, Seeta x Varuna, Seeta x Pusa bold, Seeta x Aravali, Seeta x Sej-2, Pusa
bold x Sej-2, Pusa bold x Durgamani , Pusa bold x Aravali, Ashirwad x Varuna, Ashirwad x
80
PB15
28
19
486
21
638
10
331
20
594
16
516
19
560
F7 to F8
F8 to F9
Late sowing
F3 to F4
F5 to F6
F6 to F7
Quality traits
Morena
High seed yield and
earliness
F4 to F5
F1
F2
Maya, Ashirwad x Kanti, Ashirwad x Jawahar-1, Ashirwad x Vaibhav, Rohini x Vardan,
Rohini x Basanti, Rohini x Maya, Rohini x Pusa bold, Rohini x Kranti, Rohini x Pusa basant.
Varuna  Rohini, Varuna  NDR 8501, Varuna  RH-30, Varuna  RLM -198, Varuna 
KR-5610,Varuna  CSR-1017, Varuna  Pusa basant, Rohini  B-85, Rohini  Mathura
Rai, Rohini  NDR-8501, Rohini  RH-30, Rohini  RLM-198, Rohini  KR-5610, Rohini
 CSR-1017, Maya  Urvashi, Maya  Basanti , Maya  RC-781, Pusa bold  Urvashi,
Vardan  Maya, Vardan  Basanti , Vardan  Kranti, Pusa basant  Kranti, Pusa basant 
NDR-8501, Vaibhav  Jawahar mustard-1, Vaibhav  Basanti.
Varuna x Pusa Bahar, Varuna x Durgamani, Varuna x RK 9808, Krishna x Seeta, Kanti x
Sanjukta, Urvashi x Pusa jai kisan, Rohini x Pusa jai kisan, Durgamani x Basanti.
RK-03-01 x Varuna, RK-9903 x Vardan, Kranti x Vardan, Rohini x Vardan, Varuna x Vardan
and RK-9807 x Vardan.
Urvashi, RH-30, Pusa bold, Pusa basant, Rohini, RK- 9803, Vardan, RLM-198, Seeta and
Varuna.
Pusa bold  Pusa Jagarnath, Pusa bold  Pusa jai kisan, Pusa bold  Pusa bahar, Pusa bold
 Krishna, Pusa bold  Urvashi, Pusa basant  Jawahar mustard -1, Pusa basant Vaibhav,
Pusa bold  Rohini, Pusa bold  Varuna, Pusa bold  Vardan, Pusa bold  Maya, Varuna
 Durgamani, Pusa basant x Durgamani.
Varuna x RK 9808, Varuna x RK 9807, Varuna x RK 9803, Varuna x VSL-5, Varuna x RH30, Varuna x RK 9801, Varuna x RK 9802, Varuna x RK 9803, Varuna x RK 9804, Varuna x
Mathura rai, Urvashi x RK 9807, Urvashi x RK 9803, Urvashi x RK 9808, Urvashi x
Durgamani, Urvashi x RK 9801, Pusa bahar x RK 9901, Pusa bahar x RK 9807, Pusa bahar x
RK 9808, Pusa bahar x Durgamani, Pusa bahar x Mathura rai.
Varuna x EC287711, Varuna  EC322090, Rohini  EC287711, Rohini  EC322090, Kanti 
EC287711, Kanti  EC322090, Varuna  NUDH YJ-3, Rohini X NUDHYJ-3, Basanti x
NUDHJ-3, Maya  NUDH YJ-3, Vardan  NUDHYS-3, Ornamental Rai  NUDH YJ-3,
Basanti x EC287711, Basanti x EC322090, Maya x EC287711, Maya x EC322090, Vardan x
EC287711, Vardan x EC322090, Ornamental Rai  EC287711 and Ornamental Rai  EC
322090
Pusa bold x (Rohini,L-4,L-6,Kranti,B-85,Varuna,JD-6,Sej-2) ; JM-1 x (Rohini, L-4, L-6,
Kranti, B-85,Varuna,JD-6,Sej-2); RVM-1 x (Rohini,L-4,L-6,Kranti,B-85,Varuna,JD-6,Sej-2);
RVM-2 x (Rohini,L-4,L-6,Kranti,B-85,Varuna,JD-6,Sej-2) ; JM-4 x (Rohini,L-4,L-6,Kranti,B85,Varuna,JD-6,Sej-2); RMM-09-2 x (Rohini,L-4,L-6,Kranti,B-85,Varuna,JD-6,Sej-2); RMM09-3 x (Rohini,L-4,L-6,Kranti,B-85,Varuna,JD-6,Sej-2); JMWR-945-2-2 x (Rohini,L-4,L6,Kranti,B-85,Varuna,JD-6,Sej-2); JM-2 x (Rohini,L-6,JD-6)
JM-1 X (Pusabold, JMWR-08-3, JMM-927, B-85, JD-6), JM-2 X (Pusabold, JMWR-08-3,
JMM-927, B-85, JD-6), JM-3 X (Pusabold, JMWR-08-3, JMM-927, B-85, JD-6), JM-4 X
(Pusabold, JMWR-08-3, JMM-927, B-85, JD-6), JMM-05-1 X (Pusabold, JMWR-08-3,
JMM-927, B-85, JD-6), JMM-05-6 X (Pusabold, JMWR-08-3, JMM-927, B-85, JD-6),
RMM-09-3 X (Pusabold, JMWR-08-3, JMM-927, B-85, JD-6), RMM-09-1 X (Pusabold,
JMWR-08-3, JMM-927, B-85, JD-6) DJ-28 x PBR-210, JM-1 x (Pusa bold, Rohini, MRNJ-1,
MRNJ-84), JM-2 x (Pusabold, Rohini), JM-3 x (Kranti, MRNJ-84, MRNJ-101, MRNJ-137),
PB16
25
586
8
151
6

45

13
372
20
513
15

67
103
Earliness and whiterust resistance
F3
High seed yield and
quality
F4
F6
High yield, resistance
to white rust.,
tolerance to Alternaria
blight and aphid, bold
seed and earliness
F7
F8
Advance material
under selection
BC2F5
BC2F2
Hybrid
BC4F2
BC2F5
BC4F6
Navgaon
Identification of good
combiners for seed
yield and quality
Dwarf and bold seed
Dwarf with long
siliqua
Waxeless, dwarf,
Fresh crosses
Fresh crosses
JM-4 x (Pusabold, JD-6, MRNJ-84, MRNJ-101)
JM-3 x (JM-2, L-4), RVM-1 x (Kranti, B-85, NDR-4, Divya-33, JD-6, Sej-2), JM-2 x (Kranti,
B-85, NDRE-4), JM-2 x ( Divya-33, JD-6, Sej-2, JM-3 x ( Kranti, B-85, NDR-4, Divya-33,
JD-6, Sej-2), JM-4 x (Kranti, B-85, NDR-4, Divya-33, JD-6, Sej-2), RVM-2 x (Kranti, B-85,
NDR-4, Divya-33, JD-6, Sej-2)
Using- PB, Rohini, Varuna, JM-2, JM-3, JM-4, RH-7846, RVM-1, EJ-17, ELM-134, ELM169, LE 7-16, PQR-2005-31, RH (OE) 0204, EJ-17, Pusa bold
Using PB, Rohini, Varuna, Kranti, JM-2, JM-3, JM-4, JMM-927, RH-7846, ELM-134,
NDR-06-3, NRCDR-602, RH-9615, RK-06-05, SKM-510, Pusa Krishma, PBR-91, GM-2,
RK-06-05
GM-1, PBR-97, RL-134, RH-781, RH-819, NRC-HB-06-5912, HUJM-04-06, KLM-134, RH9615, RL-2047
1010 Diallel excluding reciprocals using varuna, JM-2, JM-3, JMM 927, JMM-07-03, JMM07-04, YRT-3, Maya, Rohini and L-6 as parents.
PB  Maya, PB  IC-342777, Rohini  Maya, Rohini  JC-342777, , Varuna,  PRO-2101,
JM-1  IC-248994, JM-2 IC-344294, JM-3  PRO-2101, JM-3  IC-248994, JMM-958 
RNG 73, JMM -959  IC 342777
JMWR-946-3-13  MRN-J-43, PRO-2101  Pusa bold, RGN -73 Varuna, JM-2  PRO-2101,
JM-3  LET-14, JM-3  NRC DR-2, JMM-959  RGN-73, JMM-959  NRC-DR-2, MRN-J39  Kranti
Using parents- PB, Rohini, Varuna, Kranti, JM-2, JM-3, JM-4, JMM-927, RH-7846, ELM134, LET-16, RH-(OE) 0204, HUJM-04-01, HUJM-04-06, KLM-134, NDR-06-3, NRCDR602, PR-2004-14, RH-9615, RK-06-05, RL-2047, SKM-510, Pusa Karishma, PBR-91, GM-2,
GM-1, PBR-97, RL-1359, RH-781, RH-819, MRNJ-16, NRCHB-06-5912
Using parents- PB, Rohini, Varuna, Kranti, JM-2, JM-3, JM-4, JMM-927, RH-7846, ELM134, LET-16, RH-(OE) 0204, HUJM-04-01, HUJM-04-06, KLM-134, NDR-06-3, NRCDR602, PR-2004-14, RH-9615, RK-06-05, RL-2047, SKM-510, Pusa Karishma, PBR-91, GM-2,
GM-1, PBR-97, RL-1359, RH-781, RH-819, MRNJ-16, NRCHB-06-5912
Using parents- MJA-3, JM-WR-946-3-13, Varuna, JM-2, JMM-927, JM-3, HUJM-0201, JM4, Kranti, Swarnjyoti, MRNJ-43, MJR
Using parents- MJA-3, JM-WR-946-3-13, Varuna, JM-2, JMM-927, JM-3, HUJM-0201, JM4, Kranti, Swarnjyoti, MRNJ-43, MJR
MJA-3 x JM-WR-946-3-13, Varuna, JM-2, JMM-927, JM-3, HUJM-0201, MJR, MJR x -927,
JM-4, Kranti, Swarn Jyoti, MRNJ-43, JM-2 x Varuna, JM-3 x Varuna, MRNJ-43 x MJR,
Kranti x MJR, Swarn jyoti x MJR
LxT
RW-01-02 X Patan -67) X Varuna, (RW-01-02 X Patan -67) X Rohioni
(RW-01-02 X Patan -67) X IC-264133
(Navgold x UUR 57 ) x (PBR 97 x Red)
PB17
32
70
70
45
11
9
69
40
26
16
35
49
5
yellow seed
Waxeless, dwarf,
yellow seed & long
siliqua
Yellow seed
Waxeless, dwarf,
yellow seed
Dwarf
Creation of new
variability
Navgold x UUR 57 ) x R.caudatus
F1
F2
F3
F4
F5
F6
Pantnagar
Early sowing
F8
Fresh crosses
Single cross
Three way cross
F1 to F2
(Single cross)
Three way cross
Double cross
F2 to F3
F3 to F4
F4 to F5
F5 to F6
F6 to F7
F7 to F8 Single cross
Three way crosses
Navgold x QM-1, Navgold x QM-3
UUR-57 x Divya, UUR-57 x RH-8701, UUR-57 x RRN-601, UR-57 x (RW-01-02 x Patan67), RH-8701 x UUR-57, RRN-601 x (RW-01-02 x Patan-67),
NRCDR-2 x RRN-601, Pusa Mustard-21 x RRN-601, IC-264133 x RRN-601, Vaibhav x
RRN-601, (PBR-97 x Red) x RRN-601, GM -1 x RRN-601,
RRN-601 x Divya, Krishna-2-1 x RRN-611, NRCDR-2 x RB-50, IC-264133 x RB-50, RB-50
x IC-264133, Madan-1 x Krishna-2-1,
RW-01-02 x Patan-67
(Red and white B. juncea x RRN-601) x Red and white flower B. juncea, Varuna x (Red and
white flower B. juncea)
RRN-601 x PAB-9511
Divya × PRE-10-15, Divya × RGN-73, Divya × PR-19, NDRE-4 × PRE-10-15 , NDRE-4 ×
RGN-73, NDRE-4 × PR-19, Kanti × PRE-10-15 , Kanti × RGN-73, Kanti × PR-19, NPJ-112 ×
PRE-10-15 , NPJ-112 × RGN-73, NPJ-112 × PR-19, PRE-2010-19 × PRE-10-15 , PRE-201019× RGN-73, PRE-2010-19× PR-19
(PRE-2010-19×PR-19)×PRB-2008-5, (PRE-2010-19×EJ-13)×Maya, (PRE-2010-15×NPJ112)×RB-57, (PRE-2010-15×NPJ-112)×Maya, (PRE-2010-15×NDRE-4)×Albeli , (PRE-201015×NDRE-4)×RB-57, (PRE-2010-19×NDRE-4)×Maya , (PRE-2010-19×EJ-13)×Albeli,
(PRE-2010-19×PR-19)×Albeli, Divya × (PRE-10-15 × RGN-73), NDRE-4 × (PRE-10-15 ×
RGN-73), Kanti × (PRE-10-15 × RGN-73), NPJ-112 × (PRE-10-15 × RGN-73), PRE-2010-19
× (PRE-10-15 × RGN-73).
PRE-2010-15 × PR-19, PRE-2010-15 × NDRE-4, PRE-2010-15 × NPJ-112, PRE-2010-15 ×
EJ-17, PRE-2010-19 × PR-19, PRE-2010-19 × NDRE-4, PRE-2010-19 × NPJ-112, PRE-201019 × EJ-17
RH-919 × NPJ-162)×PRB-2010-15
(RH-919 × NPJ-163) × (PRE-2009-9 × NPJ-112)
RH-919 x NPJ-162, RH-919 x NPJ-163, RH-919 x NPJ-112, RH-0701 x NPJ-163, PRE-20099 x NPJ-163, PRE-2009-9 x NPJ-112, NDR-08-16 x NPJ-162, NDR-08-16 x NPJ-112, JD-6 x
NPJ-162, JD-6 x NPJ-163, JD-6 x NPJ-112, DRMR-2011-2 x NPJ-162, DRMR-2011-2 x NPJ112
EJ-22 x PRE-2007-17, EJ-17 x PRE-2007-6, EJ-17 x PRE-2009-9, NPJ-135 x PRE-2009-9
PRB-2006-5 × NDRE-4, PRKS-28 × NDRE-4 , PR-2006-1 x NDRE-4
PR-2006-1 x NDRE-4, NDRE-7 x NDRE-4, EJ-20 x PR-2006-24, RH-0209 x NDRE-22,
NDRE-4 x RGN-186
JMM-07-2 x NDRE-4 and PR-2005-5 x NDRE-4
NDRE-4 x RGN-186 and NDRE-4 × JD-6
(Krishna chhutki x RH-9904) × B-85
PB18
02
06
-
06
06
51
-
06
17
11
01
02
2
42
1
4
01
15
10
1
8
6

1
1
13
9
4
3
5
2
2
1
3
3
5
76
5
1
Timely sowing
Multiple crosses
Fresh crosses
Single cross
Three way crosses
F1 to F2
Single cross
Three way cross
F2 to F3
F3 to F4
F4 to F5
F5 to F6
F6 to F7
Three way crosses
Double Crosses
Multiple crosses
Late sowing
F1 to F2
{(RH-9904 x Sej-2 ) x Divya } x {(EJ-15 x RH-9904 ) x NDRE-4 }
MCN-13-20 × PR-20, MCN-13-1 × NDYR-8, MCN-13-22 × PR-20, MCN-13-21 × Albeli,
MCN-13-22 × NDYR-8, MCN-13-1 × PR-20, MCN-13-11 × Albeli, MCN-13-1 × Albeli,
MCN-13-22 × RGN-73, MCN-13-21 × RGN-73, MCN-13-22 × Albeli , Maya × PRE-10-15 ,
Maya × RGN-73, Maya × PR-19, PR-20 × PRE-10-15, PR-20× RGN-73, PR-20× PR-19,
Krishna × PRE-10-15 , Krishna × RGN-73, Krishna × PR-19, Albeli × PRE-10-15 , Albeli ×
RGN-73, Albeli × PR-19, RB-57 × PRE-10-15 , RB-57× RGN-73, RB-57× PR-19
Divya × (PRE-10-15 × RGN-73), Maya × (PRE-10-15 × RGN-73), PR-20× (PRE-10-15 ×
RGN-73), Krishna × (PRE-10-15 × RGN-73), Albeli × (PRE-10-15 × RGN-73), RB-57 ×
(PRE-10-15 × RGN-73)
Kranti x Urvashi, Kranti x Urvashi, PR-19 × Kranti, Kanti x RGN-73, PRKS-28 × PRHC-1115, PRHC-11-15 x PRKS-28, NPJ-113 x RGN-73, MCN-12-4 x RGN-73, PRE-2010-15 ×
RGN-73
{ Kranti x Urvashi } x Urvashi, { Kranti x Urvashi } x Kranti, { Urvashi x KRANTI} x
Urvashi, { PR-19 × Kanti } x PR-19, { PR-19 × Kanti } x Kanti, { PRKS-28 × PRHC-11-15}
x PRKS-28, {PRKS-28 × PRHC-11-15}x PRHC-11-15, { PRHC-11-×15 PRKS-28 }xPRHC11-15, { PRHC-11-×15 PRKS-28 }xPRKS-28, (Krishna × PRHC-11-17)×PRHC-11-17
Rohini × NRCH-101, Krishna × NRCH-101, Urvashi × PRB-2006-5, PRKS-28 × EC-399299,
PRB-2004-3-4 × EC-399301, PRKS-28 × EC-399313, PRB-2004-3-4 × JNWR-13-1, PRKS28 × JMWR-13-1, PRB-2004-3-4 × JNWR-941-2, PRKS-28 × JNWR-941-1-2.
HYT-33 x Krishna, HYT-33 x Vaibhav, HYT-33 x PRKS-28, PBR-357 x Vaibhav, DRMR904 x PRKS-28, Divya-22 x Krishna, PR-2008-13 x Krishna, PRB-2009-1 x PAB-9511, RH0704 x PRKS-28, RH-0749 x Krishna, RH-0704 x Krishna, EJ-22 x PRE-2007-6, EJ-22 x
PRE-2009-9, EJ-17 x PRE-2007-17, NPJ-135 x PRE-2007-6, NML-100 x PRE-2007-6, NML100 x PRE-2007-9, NML-100 x PRE-2007-17
PRB-2006-5 x EJ-17, PRB-2004-3-4 x JD-6, (PRKS-28 x Kranti) x PAB-9511, (PRKS-28 x
Kranti) x PAB-9534, (PRKS-28 x Varuna) x PAB-9534, (PRB-2004-3-4 x P.bold) x PR20063, (PR-2005-24 x P bld) x PR-2007-6, (PR-2005-24 × Varuna) × PAB-9534, (PRE-2007-17 ×
Varuna) × PAB-9534, (PRB-2004-3-4 x P.bold) x PR-2006-3, (PRB-2004-3-4 x Varuna) x
PAB-9534
PRB-2004-3-4 x Kranti, PRB-2004-3-4 x Varuna, PRKS-28 x Varuna, PR-2007-1 x Varuna,
PRE-2007-17 x Kranti, PR-2005-24 x Varuna , PR-2005-24 x Maya
Swaran Jyoti× RW-8559, PBR-735-20 × JD-6, PBR-735-20 × RW-8559, RH-0305 × JD-6,
PR-2005-5 × JD-6
(RK-05-2×NRCHB-303)× Maya , (JMMWR-941-2×SKM-425)×Basanti
(SKM-425×RN-598)×(HSJ-21× Basanti)
{(PRO-2101 × Kranti) × Basanti} × {(Varuna × PRO-2101) × RL-1359}, {(PRO2101×Kranti)×PRB-2004-6}× {(HUJM-2010×PRB-2004-4)×Swran Joyti}
PRE-2010-15 × NPJ-171, PRE-2010-15 × Ashirwad, NPJ-113 × MCN-12-12, NPJ-113 ×
Ashirwad , NPJ-170× NPJ-171, NPJ-170× Ashirwad , NPJ-170× RGN-73, DRMRIJ 11-04×
NPJ-171, DRMRIJ 11-04× RGN-73, KMR(L) 12-1× NPJ-171, KMR(L) 12-1× Ashirwad ,
KMR(L) 12-1× RGN-73, Pusa Mustard 26× NPJ-171, Pusa Mustard 26× Ashirvad , Pusa
PB19
1
26
4
6
9
8
10
6
10
8
18
12
11
7
7
83
5
18
2
1
2
4
2
4
22
17
F3 to F4
F4 to F5
4
4
Vardan × EC-552581, Vardan × EC-552579, PRL-2006-30 × Vardan , PRL-2006-30 × Kranti ,
Ashirwad× EC-564644, Kranti × Vardan
PRB-2008-5 × PRE-10-15, PRB-2008-5 ×RGN-73, PRB-2008-5 × PR-19 , PRB-2008-5 ×
PRE-10-15 × RGN-73
6
14
F1 to F2
PHRC-11-15 × PRB-2004-03-4, PRB-2004-3-4 × PRHC-11-15
2
2
Three way crosses
F4 to F5
F5 to F6
(PRHC-11-15 × PRB-2004-3-4) × PRB-2004-3-4, (PRHC-11-15 × PRKS-28) × PRHC-11-15
PR-2006-1 x PRB-2006-5, (PRKS-20 x P. Bold) x PR-2006-1
PRB-2004-3-4 × Pusa Bold, PR-2005-24 × Pusa Bold, PR-2007-1 × Pusa Bold, 0PRE-2007-717 × Pusa Bold
{RN-01-21x PRB-2004-6} x PRB-2011-4, [NRCDR-2 Xprb-2004-6} x PRB-2004-6
PYR-2009-5 × NDYR-8, PYR-2009-5 × NDYR-10, PYR-2009-8 × NDYR-8, PYR-2009-8 ×
NDYR-10, PYR-2009-13 × NDYR-8, PYR-2009-13 × NDYR-10, Basanti × NDYR-8, Basanti
× NDYR-10, Navgold × NDYR-8, Navgold × NDYR-10
{PYR-2009-6 x NML-25} × NDYR-8, {PYR-2009-16 x NML-25} × NDYR-8
NDYR-8 x PYR-2009-4, NDYR-8 x PYR-2009-13
PYR-09-1 x Pro-YS-0306, (PYR-09-12 x Pro-YS-0306)x Pro-YS-0306, (PYR-0911×Navgold)x(PYR-09-11×NML-25), (PYR-09-13 × Navgold) x (PYR-09-13 × Pro-YS0306)
PYR-09-6 × NML-25, PYR-09-6 × Pro-YS-0306, PYR-09-6 × Navgold, PYR-09-11 × ProYS-0306, PYR-09-16 × Pro-YS-0306, PYR-09-16 × NML-25, PYR-09-18 × Pro-YS-0306
{RN-01-21x PRB-2004-6} x PRB-2011-4, [NRCDR-2 Xprb-2004-6} x PRB-2004-6
EC-552581 x NDYR-32
2
2
4
48
1
2
3
5
2
Fresh crosses
F6 to F7
F1 to F2
Single cross
Three way cross
F2 to F3
F3 to F4
F4 to F5
Conversion of CMS
6
60
F5 to F6
Yellow seed
6
4
F5 to F6
Bold seed
Mustard 26× RGN-73, KRANTI × NPJ-171, KRANTI × Ashirvad , KRANTI × RGN-73,
NPJ-172× NPJ-171, NPJ-172× Ashirvad , DRMR 1679-100× NPJ-171, DRMR 1679-100×
Ashirvad.
PRL-2008-2 x Vardan, PRL-2008-8 x Ashirvad, RGN-286 x Ashirvad, RGN-286 x Vardan,
Vardan x Ashirvad, RH-749 x Vaibhav
PRL-2007-3 × SKM-05-06, EC-552574 × PRL-2007-3, PRL-2007-3 × Vaibhav, EC-552584 ×
PRL-2007-3
PRL-2007-3 × SKM-05-06, PRL-2007-2 × Vaibhav , PRL-2007-2 × Ashirvad, PRKS-28 ×
Ashriwad
F6 to F7
F6 to F7
F1
6
4
2
10
6
2
2
4
8
2
4
7
2
1
64
BC1
35
BC2
17
BC3
15
PB20
4
6
5
9
2
1
Conversion of
Restoration system
Alternaria blight
White rust
S.K.Nagar
Seed yield, boldness,
earliness, quality &
suitable for late sown
conditions.
High Yield
BC4
5
BC5
7
BC6
16
F1
25
BC1
22
BC2
12
BC4
6
BC5
4
BC6
6
BC7
6
F2 to F3
F3 to F4
F4 to F5
6
6
7
F6 to F7
4
F7 to F8
1
F8 to F9
3
F1
F2 to F3
F6 to F7
F7 to F8
F8 to F9
Fresh crosses
16
24
4
7
1
30
LES 46, PBR 422, GDM 4, NUDB-YJ-6, RGN 303, GM 3, MCP 802, SKM 939, GM 2,
SKM 1013, RH 831, GM 1
F2 to F5
99+30
PB21
-
-
142
9
High Yield & Bold
seed
Quality
Interspecific
CMS conversion
Conversion of
restorers
Srigangan
agar
Restorer study
High yield, white rust
resistance, Alternaria
blight tolerance, high
oil, quality, earliness,
salt tolerance
Varanasi
Crop: Gobhi sarson
ChathaHigh seed yield
Jammu.
Crop: Taramira
Jobner
High
yield
earliness
and
F2 to F6
108+4
F2 to F5
F2 to F5
BC7F1
BC6F1
BC6F1
BC5F1
BC4F1
F1
Fresh crosses
F1
F2
F3
F4
F5
F6
Crossing block
Evaluation of F1s
Evaluation of F2s
14+18
4
22
225
184
128
219
174
205
98
39
100
40
F1
Testers- GSL-1, DGS-1& RSPN-25.
Lines – RSPN-28, SKM- 12, SKM-14, RSPN-69, GSC-101, NCN-10-4, RSPN-29.
21
Fresh crosses
RTM1-415 X RTM-1359, RTM-1415 X RTM-1375, RTM-1415 X RTM-1351, RTM-1415 X
RTM-1212, RTM-1415 X T-27, RTM-1415 X RTM-2002, RTM-1415 X RTM-314, RTM1359 X RTM-1375, RTM-1359 X RTM-1351, RTM-1359 X RTM-1212, RTM-1359 X T-27,
RTM 1359 X RTM-2002, RTM-1359 X RTM-314, RTM-1375 X RTM-1351, RTM-1375 X
RTM-1212, RTM-1375 X T-27, RTM-1375 X RTM-2002, RTM-1375 X RTM-314, RTM1351 X RTM-1212, RTM-1351 X T-27, RTM-1351 X RTM-2002, RTM-1351 X RTM-314,
RTM-1212 X T-27, RTM-1212 X RTM-2002, RTM-1212 X RTM-314, T-27 X RTM-2002,
T-27 X RTM-314, RTM-2002 X RTM-314
28
PB22
145
30
20
05
20
18
01
10
9
1
140
241
191
172
-
172
25
Table 2.1.3 Evaluation of advanced breeding lines at different centres.
Centre
Name of trials
No.
of
trials
No. of
strains
tested
1
2
3
4
Name of best strain
excelling the check
5
Yield (kg/ha)
Check
Superiority
over the check
(%)
Specific objective
6
7
8
9
Crop: Toria
Morena
SVT I
01
20
Kanpur
PYT (set I)
01
15
PYT (set II)
01
15
SVT
01
10
Hisar
Progeny row trial
01
01
36
45
Dholi
AVST
01
24
RMT10-8
RMT10-11
RMT10-1
TKM12-101
TKM 12-111
TKM 12-112
TKM 12-105
TKM 13-210
TKM 13-212
TKM 13-208
TKM 13-202, TKM 13204, TKM 13-206
TK 7-16, TKM 13-1
TKM 13-2
TKM 10-1, TKM 12-2
1630
1580
1524
1620
1505
1466
1350
1620
1505
1389
1350
JT-1 (1333
kg/ha)
1736
1620
1350
T9 (1273
kg/ha)
T9 (1273
kg/ha)
T9 (1273
kg/ha)
22.2
18.5
14.3
27.3
18.2
15.1
6.0
27.2
18.2
9.1
6.0
36.3
27.2
6.0
TH 68 , RH
30 & NPJ
112
1506
RAUDT-10-33
1493
28.7
RAUDT-10-23
1469
26.6
PB23
RAUTS-17
(1160 kg/ha)
29.7
RAUDT-10-18
High seed yield
High seed yield
High seed yield
High seed yield
Early maturing
and high yielding
toria and Indian
mustard
Medium maturity,
high yield
Medium maturity,
high yield
Early maturity, high
seed yield
AVST
01
09
AVST
01
04
01
16
Crop: Yellow Sarson
Dholi
AVST
Kanpur
AVST
01
10
PYT (Set I)
01
15
RAUDT-10-05
1370
18.0
Early maturity, high
seed yield
RAUDT-10-01
1308
12.7
Medium maturity,
high yield
Early and high
yield
Yellow seeded,
high seed and oil
yield
RAUDYS-10-07
1938
Swarna
28.6
RAUDYS-10-06
1901
(1506 kg/ha)
26.2
RAUDYS-10-12
1876
YSKM12-101
1698
Pitambri
33.3
YSKM 12-102
1620
(1273
27.2
YSKM 12-104
1582
Kg/ha)
24.2
YSKM 12-106, YSKM 12-
1427
24.5
12.0
111
PYT (Set II)
SVT
01
01
15
8
YSKM 13-108
1659
Pitambri
16.2
YSKM 13-104
1543
(1427 kg/ha)
8.1
YSKM 12-2 (
1620
Pitambri
13.5
PB24
Medium maturity,
high yield
Medium maturity,
high yield
Early maturity, high
seed yield
High yield
Early maturity, high
seed yield
YSKM 13-2
1582
10.8
YSKM 12-1
1505
5.4
YSKM 13-1
1466
2.7
RB-71
2681
RH-0406
RB-78
2592
(2356 kg/ha)
TMB-2036
610
T-27
TMB-2031
583
(518 kg/ha)
(1427 kg/ha)
Crop: Indian Mustard
Bawal
SST-Mustard
SST-Taramira
01
01
12
12
Chatha
Station trial
01
08
Hisar
Progeny row trial
05
Progeny Row
Trial
01
44, 40,
40,40 and
40
progenies
44
Progeny Row
Trial
Large Scale
‘0’trial
01
32
01
08
Progeny Row
Trial
Hybrid trial
01
48
progenies
25+80
FYT
02
01
-
-
RH 30 and
RH 0749
13.7
10.0
Seed yield
17.7
12.5
-
Component traits
Seed yield and
disease tolerance.
RH 0749
and Pusa
Karishma
Seed yield and
aphid tolerance
Low erucic and
high oleic acid
‘0’ erucic acid
New hybrids based upon
mori and ogura CMS
system were evaluated.
RH 0749,
RH 30, RH
PB25
Seed yield & its
component
LST
05
SST
05
8113 and
RH 9801
125
EJ 22, NPJ
113, NPJ
124,
P.Bahar,
5011 (Pusa
Agrani ×
Laxmi),
Pusa
Karishma,
6018 (RGN48 x Laxmi)
and BEC
286
IARI, New
Delhi
Temperature
tolerance
seedling stage
at
125 +52
Aphid tolerance
12
White
rust
&
Alternaria blight
resistance
Sclerotinia
stem
rot
85
Station trial
01
13
double zero
MST– I
01
31
MSTE-13-8
MSTE-13-27
MSTE-12-9
1705
1660
1616
Pusa
Mustard 25
(1458 kg/ha)
16.9
13.8
10.8
MST-II
01
32
01
32
2733
2719
2728
2644
2500
2189
2156
NRCDR-02
(2481 kg/ha)
MST – III
MST-13-5
MST-13-19
MST-13-19
MSTRF-13-28
MSTRF-13-3
MSTRF-13-20
MSTRF-13-26
10.1
9.5
9.9
36.7
29.3
13.2
11.5
PB26
Pusa Vijay
and PBR357 (1933
kg/ha)
Early sown, high
temperature
tolerance at
seedling stage
Timely
sown
irrigated
Rainfed mustard
Kanpur
MST – V
01
20
MST – VI
01
18
MST – VII
01
36
PYT (Set I)
01
15
PYT (Set II)
SVT
01
01
15
07
MSTQ-13-7
MSTQ-13-6
MSTQ-13-1 & MSTQ13-1
MST(00)-13-2
MST(00)-13-13
MST(00)-13-3
MST(00)-13-9
MST(00)-13-8
MSTL-13-9
MSTL-13-5
MSTL-13-6
MSTL-13-28
MSTL-13-30
MSTL-13-12
MSTL-13-19
2492
2483
2450
Pusa
Mustard 30
(2250 kg/ha)
10.7
10.3
8.8
Low erucic acid
2487
2293
2387
2327
2320
1800
1722
1678
1667
1644
1633
1611
Pusa
Mustard 30
(2160 kg/ha)
Double zero
MK (E)12-108
1736
MK(E)12-112
1734
Kanti
(1273 kg/ha)
15.1
6.1
10.5
7.7
7.4
23.6
18.2
15.2
14.4
12.9
12.1
10.6
36.3
MK (E) 12-101, MK (E)
12-107
1698
33.3
MK(E)12-110
1466
15.1
MK (E)13-105
1736
MK (E) 13-102
1698
33.3
MK (E) 13-109, MK (E)
13-110
1659
30.3
MK (E)13-106
1620
27.2
KMR (E) 13-1
1736
RK (E) 10-2
1698
33.3
KMR (E) 13-2
1659
30.3
PB27
Pusa
Mustard 25
(1456 kg/ha)
Kanti
(1273 kg/ha)
Kanti (1273
kg/ha)
Late sown mustard
Extra early sown
36.2
11.9
36.3
Extra early sown
PYT (Set I)
PYT (Set II)
SVT
PYT (Set I)
PYT (Set II)
01
01
01
01
01
14
14
10
12
12
24.2
RK (E) 9-2
1582
MK 12-108
1929
MK 12-104
1903
17.4
MK 12-102
1878
15.9
MK 12-110
1749
7.9
MK 13-110
1903
MK 13-107
1878
MK 13-108
1852
14.3
MK 13-102
1826
12.7
KMR10-2, KMR 13-1
1736
KMR 13-2
1620
27.2
KMR 10-1
1582
24.2
KMR 11-1, KMR 12-2
1350
6.0
MK (L) 12-307
1903
MK (L) 12-309
1852
MK(L) 12-310
1800
16.6
MK (L) 12-308
1698
10.0
MK(L) 13-203, MK(L) 13206
1852
MK(L) 13-202, MK(L) 13205
1723
PB28
Urvashi
(1620 kg/ha)
Urvashi
(1620 kg/ha)
19.0
17.4
Normal sown
Normal sown
15.9
Maya (1273
kg/ha)
Vardan
(1543
Kg/ha)
Vardan
(1543
Kg/ha)
36.3
23.0
Late sown
20.0
20.0
11.6
Late sown
Navgaon
Dholi
Station trial
45
Station trial
02
58
Multi -Location
Evaluation
01
240
AVST
01
10
AVST
01
18
AVST
01
45
01
20
01
54
01
20
Jobner
Morena
02
SVT I
SVT II WRR
01
12
RRN-836
1565
RRN-838
1510
Aravali,
RRN 505
14
15
RRN-870
1585
24
RRN871
RAURDA 09-32,
RAURDA 09-205,
RAURDA 09-63
1595
27
High yield
Alternaria Blight
Resistance
/Tolerance and
Yield components
Alternaria blight
tolerance
RAURDA 09-214
1765
Rajendra
14.4
RAURDA 09-164(AT Par)
1679
Sufalam
08.8
RAURDA 09-246(AT Par)
1654
(1543 kg/ha)
07.2
High yielding,
Alternaria blight
tolerant
High yielding,
Alternaria blight
tolerant
BPR- 1187-93-75-2-71
Drought tolerance
RMM 10-1
3037
JM-4
RMM 09- 10
2815
(2049 kg/ha)
RMWR09-5
1926
Varuna
PB29
48.2
37.3
20.0
S K Nagar
LSVT(M) Irri TS
01
12
SSVT-M (Irri)
TS
01
12
PYT-I
Shillongani
01
PYT-II
01
Station trial
01
01
Sriganganagar
State level trial
01
Station trial
3
20
24
14
2
8
22
RMWR09-4
1778
(1605
kg/ha)
SKM 1013
SKM 0815
SKM 0445
SKM 1208
SKM 1104
2951
2869
2824
2630
2534
GDM 4
(2651 kg/ha)
SKM 1313
3134
SKM 1319
SKM 1331
Evaluation Trial with
BARC material
Trial with Hybrid Mustard
2893
2510
Station trial
05
142
Crop: Taramira
Jobner
Station trial
01
12
-
1225
1146
PB30
15.6
22.6
6.4
LCV
Nucleus Seed Production
to generate breeder seed
RGN-350,RGN3351,RGN-354, RGN356,
RGN-360, RGN-366 and
RGN-368
RGN-362, and RGN-366
RTM-1501
RTM-1427
GDM 4
(2447 kg/ha)
GDM 4
(2711 kg/ha)
GDM 4
(2360 kg/ha)
LCV
RGN-351and RGN-368
Varanasi
11.3
8.2
6.5
7.5
3.5
-
Timely
irrigated
sown
Timely
rainfed
sown
Late
irrigated
sown
Seed yield and its
components
SVT
01
09
Crop: Gobhi sarson
Hisar
Station trial
01
14
Station trial
01
21
Crop: Brown sarson
Khudwani
Station trial
01
15
4 entries
Station trial
01
1+2
KBS 49, KBS 3 and KBS 5
Inter specific hybrids
Hisar
Station trial
01
13 F6
progenies
of cross
B. juncea
x S. alba
Chatha
RTM-1415
RTM- 1375
1383
1315
RTM-314
(1176 kg/ha)
17.6
11.8
High seed yield
Seed yield and its
component
characters
Seed yield
Alternaria
brassicae
tolerance
PB31
1
2
3
Assam
AAU,
Shillongani
Toria
Chhattisgarh
4
Delhi
5
6
7
8
9
10
Gujarat
IGKVV
Jagdalpur
IARI, New
Delhi
SDAU SK
Nagar
Indian
mustard
Brown
sarson
Indian
mustard
Kangra
Gobhi
sarson
11
Haryana
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
H.P.
CCS HAU
Bawal
CCS HAU
Hisar
Indian
mustard
Indian
mustard
Indian
mustard
CSSRI, Karnal
Indian
mustard
IARI, RS,
Karnal
Indian
mustard
Karan rai
M 27
TS-36
Chhattisgarh Sarson
1956
2010
23.15
10.00
0.20
23.15
10.00
0.20
3.5
5.0
0.4
Pusa Kalyani
1978
0.10
0.00
0
Gujarat Mustard 2
Gujarat Mustard 3
Him Sarson-1
Neelam
Sheetal
RCC - 4
1996
2006
2009
2001
1995
2001
0.22
0.04
0.10
0.10
0.10
0.05
0.22
0.04
0.10
0.10
0.10
0.05
1.1
1.05
1.35
0.92
0.16
0.15
RB-50
2009
0.10
0.10
0.50
RH 30
Swarn Jyoti
Vasundhra
Laxmi
RH O406
RH O749
CS 54
CS 56
Pusa Agrani
1983
2003
2002
1996
2013
2013
2003
2008
1997/
2002
1989
1984
1993
2009
2010
2011
2011
2012
2013
2013
2004
2008
2003
1.70
0.10
0.25
6.06
0.04
0.04
0.15
0.05
0.05
1.70
0.10
0.25
6.06
0.04
0.04
0.15
0.05
0.05
12.0
0.3
0.3
8.0
0.2
6.5
1.0
1.0
1.26
0.10
13.71
3.14
0.60
1.50
0.25
0.15
0.64
0.18
0.17
1.45
1.65
0.10
0.10
13.71
3.14
0.60
1.50
0.25
0.15
0.64
0.18
0.17
1.45
1.65
0.10
0.88
9.89
4.59
0.93
1.65
0.4
0.3
0.7
0.4
0.5
1.43
1.99
0.1
Production
surplus(+)/Dfici
t(-) over BSP-1
Target
Actual
Production (q)
Actual
allocation as
per BSP-1
target(q)
DAC indent (q)
Year of
notification
Name of variety
Crop
Producing
centre
State
S. No.
Table 2.2. Breeder seed of indented rapeseed mustard varieties produced during 2013-14
-19.7
-5.0
0.2
0.0
0.9
1.0
1.3
0.8
0.1
0.1
Pusa Bahar
Pusa Bold
Pusa Jaikisan
Pusa Mustard-24
Pusa Mustard-25
Pusa Mustard-26
Pusa Mustard-27
Pusa Mustard 28
Pusa Mustard-29
Pusa Mustard-30
Pusa Mahak
Pusa Vijay
Pusa Swarnim (IGC01)
PB32
0.4
10.3
0.2
0.1
1.9
0.2
6.5
0.9
1.0
1.2
0.8
-3.8
1.5
0.3
0.2
0.2
0.2
0.1
0.2
0.3
0.0
0.3
0.0
34
M.P.
ZARS,
Morena
Raj Vijay Mustard-2
2013
0.18
0.18
20.13
JMT-689
Shatabdi
1997
2007
0.15
0.20
0.15
0.20
4.53
0.25
Anuradha
2002
1.05
1.05
0.65
Parvati (QRT-2-4)
GSL-1
2001
1987
1.05
0.02
1.05
0.02
0.88
0
PBR 91
RLC-1
RLM-619
PBT-37
TL-15
Giriraj (DRMRIJ 31)
A Line
Giriraj (DRMRIJ
31)-B Line
Giriraj (DRMRIJ
31)- R Line
NRCHB 506 (F)
NRCDR 2
NRCHB 101
DRMR 601
NRCYS 05-02
1994
2008
1985
1996
1982
2013
0.03
0.03
0.29
0.02
0.29
0.06
0.03
0.03
0.29
0.02
0.29
0.00
1.0
1.0
0
0.05
1.0
0
2013
0.02
0.00
1.30
2013
0.02
0.00
0
2009
2007
2009
2010
2009
0.02
0.10
0.30
0.60
0.20
0.02
0.10
0.30
0.60
0.20
0.21
1.30
0.90
0.025
0.25
Narendra Tara
Karan Tara
Navgold
2007
1961
2006
0.70
0.60
0.53
0.70
0.60
0.53
1.3
0.62
0.05
RGN 145
2009
0.10
0.10
0.15
RGN 48
2006
0.73
0.73
1.7
58
RGN 73
2007
0.50
0.50
1.35
59
RGN-229
2013
0.14
0.14
1.25
60
RGN-236
2013
0.04
0.04
0.5
Divya 33
2013
0.04
0.04
0
Ashirwad
2005
1.10
1.10
0.73
Maya
Rohini
Varuna
2002
1986
1975
0.25
1.53
1.18
0.25
1.53
1.18
0.90
2.85
8.50
Kanti
Bhawani
2003
1986
0.12
1.10
0.12
1.10
5.15
3.00
T-9
1975
3.27
3.27
2.90
Pitambari
2010
0.45
0.45
3.45
35
36
Maharashtra
COA, Nagpur
37
Orissa
OUAT
Bhubaneswar
38
39
40
41
42
43
44
45
Punjab
PAU,
Ludhiana
Indian
mustard
Toria
Indian
mustard
Toria
Gobhi
sarson
Indian
mustard
Toria
Rajasthan
DRMR,
Bharatpur
Indian
mustard
46
47
48
49
50
51
52
53
55
54
SK RAU,
Jobner
SK RAU
Navgaon
SK RAU,
Sriganganagar
56
57
61
62
63
64
65
66
67
Uttar
Pradesh
M.R.Seeds,
Sriganganagar
CSAUA&T
Kanpur
Yellow
sarson
Taramira
Indian
mustard
Indian
mustard
Indian
mustard
Indian
mustard
Toria
68
69
Yellow
sarson
20.0
4.4
0.1
-0.4
-0.2
0.0
1.0
1.0
-0.3
0.0
0.7
0.0
1.3
0.0
0.2
1.2
0.6
-0.6
0.1
0.6
0.0
-0.5
0.1
1.0
0.9
1.1
0.5
0.0
-0.4
0.7
1.3
7.3
5.0
1.9
-0.4
3.0
PB33
70
71
NDUAT,
Faizabad
GBPUAT,
Pantnagar
Uttarakhand
Indian
mustard
Indian
mustard
Toria
72
73
74
75
76
77
78
79
West Bengal
PORS,
Berhampore
Yellow
sarson
Toria
Toria
Yellow
sarson
Narendra Rai (NDR
8501)
Kranti
1990
0.50
0.50
2.50
2002
1.40
1.40
15.0
PT-507
PT-303
Pant Pili Sarson -1
1990
1985
2010
0.12
1.89
1.12
0.12
1.89
1.12
4.0
10.0
25.0
Uttara
Agrani
Panchali (TWC-3)
Jhumka
Benoy (B 9)
2010
1982
1988
1992
1980
0.15
2.78
0.02
0.09
3.88
95.20
0.15
2.78
0.02
0.09
3.88
95.00
6.0
5.9
3.7
3.8
5.1
217.33
Total
Additional seed produced
S.
No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
State
Producing centre
Crop
Haryana
CSSRI, Karnal
IARI, RS, Karnal
Indian mustard
Indian mustard
CCS HAU Hisar
CSAUA&T Kanpur
Indian mustard
Yellow sarson
Indian mustard
CSAUA&T Faizabad
Indian mustard
Gujarat
SDAU SK Nagar
Indian mustard
Assam
AAU, Shillongani
Toria
M.P.
ZARS, Morena
Indian mustard
West
Bengal
PORS, Berhampore
Yellow sarson
Mustard
Punjab
PAU, Ludhiana
H.P.
Kangra
Gobhi sarson
Toria
Gobhi sarson
Haryana
Total
CCS HAU Bawal
Indian mustard
Uttar
Pradesh
PB34
2.0
Name of variety
CS 52
Pusa Jagannath
Pusa Mustard-21
Pusa Mustard-22
RH 0119
YSH 0401
Vardan
Vaibhav
Urvashi
Basanti
NDRE-4
Varuna
Varuna
GM 1
TS-38
TS-46
TS-67
JM-2
JM-3
Subinoy
Seeta
Sarama
Bhagirathi
GSC-6
TL-17
KBS 3
Jayanti
Bhawani
Geeta
12.6
3.9
10.1
18.9
5.9
3.1
3.7
3.7
1.2
122.33
Actual Production
(q)
0.5
1.25
0.33
1.09
0.1
1.7
0.98
1.50
2.4
0.92
3.8
3.2
0.2
0.8
2.45
1.0
0.58
0.81
1.31
0.1
0.7
0.8
0.55
2.5
0.1
1.25
0.45
0.63
0.20
32.2
2.3 Coordinated Trials
Performance of 176 strains including 14 of toria, 08 of yellow sarson, 139 of Indian mustard, 08
of gobhi sarson and 07 of taramira was tested in thirty four performance evaluation trials consisting of
toria (5) yellow sarson (2), Indian mustard (24), gobhi sarson (1), and taramira (2) at 35 locations across
the 5 agro climatic zones of the country. On the basis of superiority for seed/oil yield/ earliness/quality
over best check, 28 strains comprising toria (01), yellow sarson (01), Indian mustard (25) and taramira
(01) were promoted for advance stage evaluation. Three strains NPJ 180, RGN 330 and RGN 337 were
promoted for evaluation in more than one zone. The performance of the strains was tested against
following national (NC), zonal check (ZC) and latest release (LR) varieties/hybrids.
Trial
NC
ZC
Toria
PT 303
TL 15, Bhawani, Panchali
Yellow sarson
Benoy,
LR
YSH 401, NRCYS
05-2, Pitambari
Indian mustard
Early mustard
Pusa Mustard 25
Pusa
Mustard
27,
Pusa 28
Timely sown irrigated
Kranti
RL 1359, Maya, BIO 902
RH 0749, RGN 73,
GM 2
Rainfed
Kranti
RGN 48, Pusa Bold, JD 6
RGN
229,
Pusa
Mustard 25, RB 50
Late sown
Kranti
Pusa Mustard 26, NRCHB 101, RGN 236
Pusa Bold
Hybrid
Kranti
RGN 73, NRCDR 02
DMH
1,
NRCHB
506
Quality
Kranti
RL 1359, RGN 73
Pusa
Mustard
RLC 2
Salinity
Kranti
CS 54
Gobhi sarson
Kranti
GSL 1
GSC 6
Taramira
RTM 314
T 27
RTM 2002
The location-wise detailed report of these trials is presented in Tables 2.3.1 to 2.3.34.
PB35
21,