|Statement||Door Johannes Wilhelm Pont.|
|LC Classifications||SB235 .P65 1934|
|The Physical Object|
|Pagination||viii p., 1 l., 64 p.|
|Number of Pages||64|
|LC Control Number||36036348|
to good quality seeds by farmers. It was assumed in this study that use of low quality seed was among the factors that could be significantly affecting the low production of sorghum in the district. This study focused on the physiological quality of seed which refers to the germination capacity, viability, characteristics related to dormancy and. Andropogon virginicus is available for commercial purposes (through the horticultural trade) in the USA and within the EPPO region (EPPO, ). However, there is no evidence that the species is commonly imported as seed into the EPPO region for horticultural purposes. Samuel C. K. and Chatterji S. () Studies on the varietal resistance and susceptibility of jowar (Andropogon sorghum) to storage pest in India. Indian J. Ent. 15, Shazali M. E. H. () The biology and population ecology of four insect pests of stored sorghum with particular reference to competition and by: Andropogon virginicus (Poaceae) is native to North and Central America. In the USA, A. virginicus mainly has an eastern and central native range. The species is also present in California where it is regarded as non-native. It is reported as invasive in Hawaii, where it was ﬁrst reported in This species has been introduced and.
Koernicke () presented the first attempted classification of the cultivated forms of the whole world. He recognizes them as com- prising a single species Andropogon sorghum (L.) Brot., and dis- poses them in twelve varieties, grouped into two sections, Effusus and Contractus, referring to . Andropogon sorghum (L.) Brot. 34 33 Andropogon sp. Andropogon spanianthus Pilg. 1 1 Andropogon spathaceus Trin. ex Steud. 1 1 Andropogon spathiflorus (Nees) Kunth 29 29 Andropogon squamulatus Hochst. 3 2. Cultivated Sorghum bicolor as a volunteer weed. Seed dormancy in domesticated sorghum is present for the first month after harvest (Shanmugavalli et al. ; Simpson ). Shanmugavalli et al. () tested fresh seeds of S. bicolor and found that both physical and physiological . Grams per seeds: Gram: Seeds per Gram (does not correspond to the number of plants!): Gram to get plants (if sown directly into pots etc. you will need a larger quantity): 1 Gram: Sowing Direction: (9) These seeds germinate rapidly depending on species and origin.
Texas and New Mexico produce 75 to 80 per cent of the Sudan grass seed (Andropogon sorghum[Sorghum bicolor] var. Sudanensis) of the United States. New varieties will make it possible to obtain 4 to 6 months of grazing in most parts of Texas and the Southwest, with gains ranging from 1 to 2 lb. per day per animal, and a carrying capacity of one cow per acre under favourable conditions. The author would like to express his appreciation of the help and advice he has received on these statistical matters from Dr. K. Mather, of the Galton Laboratory, University College. The author wishes to thank Prof. E. J. Salisbury, under whose direction this work has been done, and Prof. T. G. Hill, for helpful criticism and advice during the course of this investigation. SOLOMON, S.: Studies in the physiology of phanerogamic parasitism with special reference to Striga lutea Lour. and S. densijlora Benth. on Andropogon sorghum Hack. 1. The osmotic pressure of the host and the parasite in relation to the nutrition of the host. Ind. Acad. Sci. Proc. Sect. B 35, (). The first paper in this series on fungi causing ' red spots' on sorghum leaves, from the Plant Pathological Laboratory, Government Agricultural College, Kanpur, concerns certain etiological and pathological aspects of Ascochyta sorghi [R.A.M., 31, p. ], a new record for India, found on sorghum, Sudan grass, and Johnson grass (Andropogon halepensis) [Sorghum halepense] at Kanpur.