RA 00110.pdf - OAR@ICRISAT
RA 00110.pdf - OAR@ICRISAT
RA 00110.pdf - OAR@ICRISAT
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with cowpea system was the most efficient. Studies to further improve the efficiency of pearl millet-grain<br />
legume cropping systems carried out during 1982-85, led to identification of efficient genotypes of cowpea<br />
(Charodi-1, S-8/G-1), green gram (FS-277), clusterbean (T-18/JMM-259), and mothbean. Suitable techniques<br />
and contingency plans for stabilizing the production of pearl millet in aberrant weather situations have<br />
also been developed and are discussed.<br />
Breeding Pearl Millet Varieties for Arid Zones<br />
(Selection des varietes de mil destinees aux zones arides)<br />
M.B.L. Saxena<br />
Senior Breeder (Millets), Central Arid Zone Research Institute, Jodhpur, Rajasthan 342 003, India<br />
Pearl millet is an important cereal crop of arid zones of India. It's hardy nature, energy transfer efficiency<br />
(leaves to grain), and efficiency in the utilization of limited moisture has made it more adapted to arid<br />
conditions. However, the productivity in arid zones is low (250-280 kg ha -1 ), due to low and erratic rainfall and<br />
low relative humidities, erosive winds, poor soil fertility and physical conditions such as high soil salinity, and<br />
soil crusting. These problems restrict the establishment, growth, and yield of the crop.<br />
Local varieties of pearl millet cultivated in these areas better withstand atmospheric aridity and drought<br />
stress but they are poor yielders.<br />
The right direction for the pearl millet program for arid zones is to breed varieties capable of producing<br />
stable yields in adverse conditions such as limited moisture (drought tolerant), and which mature within the<br />
period of moisture availability, have high yield potential, and are resistant to diseases and pests. Besides<br />
description of the factors that limit high production of pearl millet under arid conditions, the prospects of<br />
increasing yield through breeding better varieties are presented. The merits of hybrids, composites, and<br />
synthetics of pearl millet for arid zones are discussed.<br />
Breeding Pearl Millet for Drought in the Sudan<br />
(Selection des mils resistants a la secheresse au Soudan)<br />
El Hag H. Abu-el-gasim<br />
Director & Millet Breeder, WSARP, PO Box 429, £1 Obeid, Sudan<br />
and<br />
R.P. Jain<br />
Millet Breeder, U N D P / I C R I S A T , El Obeid, PO Box 913, Khartoum, Sudan<br />
Pearl millet is the preferred staple food for the majority of the 6 million inhabitants of Western Sudan<br />
(Kordofan and Darfur Regions). Among the cereals, it comes second to sorghum in area and total production<br />
in the country. The millet area planted annually ranges from 1 to 1.5 million ha, and 90% of this area is in<br />
western Sudan, mainly in the extensive sandy soils zone. The crop is raised under traditional, rainfed farming<br />
methods with most of the production being centered in drier marginal areas of less than 500 mm of annual<br />
rainfall. Yields are generally very low, the average being 275 kg ha -1 during droughts of the 5-year period<br />
1981-85. Low and unreliable rainfall is the single most important constraint to millet production, hence the<br />
need for breeding drought tolerant, early-maturing varieties. Other constraints include poor soil fertility and<br />
cultural practices, insect pests and diseases, and socioeconomic constraints.<br />
Millet breeding work was started in 1974, and was strengthened in 1977 through cooperation with<br />
1CR1SAT. The program is concentrating on producing high-yielding, drought-tolerant, early-maturing<br />
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