References

IJGPB

The Indian Journal of Genetics and Plant Breeding

0019-5200

The Indian Society of Genetics & Plant Breeding New Delhi, India

ijgpb-67-4-019

SHORT COMMUNICATION

Maximization of seed production in CMS line of rice hybrids

Sadawarti

Murlidhar J.

Chakrabarty

S. K.

Sharma

S. P.

Division of Seed Science and Technology, Indian Agricultural Research Institute, New Delhi 110 012.

112007

67440340792007112007112007

References1

Chatterjee

S.D.

Banerjee

S.P.

2001. Hybrid rice for food security. Everyman's Science, 36: 133–137.2

Paroda

R.S.

1998. Hybrid rice technology in India: Problems and prospects. In: Advances in hybrid rice technology. Virmani, S.S. International Symposium on Hybrid Rice, 14–16^th November, 1996, Hyderabad, India, pp. 5–10.3

Rai

1998. Vision for Hybrid Rice in 2020 A.D. -A perspective. Hybrid Rice Newsletter, 1: 8–9.4

Yuan

L.P.

Virmani

S.S.

Mao

C.V.

1989. Hybrid rice achievements and outlook. Progress in irrigated rice research, pp. 219–225.5

Yin

Z.U.

1988. Optimum spraying time of GA₃ application. Hunan Agricultural Science (Chinese), No.2.6Anonymous.1998. Introduction. In:Progress Report 1989–98, ICAR Project report on Promotion of Research and Development Efforts in Hybrids in Selected Crops-Rice.ORR, Hyderabad.7

Sharma

S.P.

Pandey

Jagadeeswari

Chakrabarty

S.K.

Dadlani

Singh

2003. Seed Technology Research in Hybrid Rice. Division of Seed Science and Technology, IARI, New Delhi.8

Pandey

Sushil

Sharma

S.P.

Dadlani

2003. Effect of Gibberellic acid application on floral and morphological traits, seed yield and storability of parental lines in hybrid rice (Oryza sativa). Ind. J. Agricultural Sciences, 73: 376–380.9

Jagadeeswari

Sharma

S.P.

Dadlani

2004Effect of different chemicals on traits favouring out crossing and optimization of GA3 for seed production of cytoplasmic male sterile line of hybrid rice. Seed Science and Technology, 32: 473–483.10

Virmani

S.S.

Young

J.B.

Moon

H.P.

Kumar

Flinn

J.C.

1991. Production Technology, ORR, Hyderabad, pp. 18–28.11

Duan

X.M.

H.S.

1992. Effects of gibberellic acid application on seed yield and quality of hybrid rice. Seed Science and Technology, 20: 209–214.12

Shengqui

1988. Techniques to get high yield in hybrid rice seed production in China. In:Hybrid Rice.IRRI, Manila, Philippines, pp. 273.13

Rao

Jaya Moahn

1993. Hybrid rice seed poduction useful hints for beginners. In:Manual of Hybrid Rice Seed Production Technology, Directorate of Rice Research, Hyderabad.14

Ponnuswamy

A.S.

Rangasamy

Thiyagarajan

1998. Adapting Hybrid Rice Seed Production Technology. International Rice Research Notes, 23: 26.15

Parmar

K.S.

Siddiq

E.A.

Swaminathan

M. S.

1979. Variation in the components of flowering behavior of rice. Indian Journal of Genetics, 39: 542–550.16

Mankar

1995. Effect of planting ratio and row spacing on seed yield of CMS line in rice (Oryza sativa L.). M.Sc. Thesis, Division of Seed Science and Technology, IARI, New Delhi, India.17

Virmani

S.S.

Atwal

D.S.

1974. Inheritance of floral characters influencing outcrossing in rice. Crop Science, 14: 350–352.18

Namai

Kato

1987. The number of pollen grains deposited upon a pistil assuring seed setting of male sterile seed parent in rice (Oryza sativa L.). Japanese Journal of Breeding, 37: 98–102.19

Elsy

C.R.

Rangasamy

Ganeshan

K.N.

1998. Effect of foliar application of gibberllic acid on seed yield and quality in hybrid rice. Oryza, 35: 26–30.20

Ramaligam

Nadarajan

Vanirajan

1999. Outcrossing potential and its relationship with floral traits in rice. Oryza, 36: 162–164.