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Pearl Millet

Pearl Millet Molecular Marker Research

Authors: 
Hash,C.T ; Witcombe,J.R
Journal
Journal Title: 
SAT eJournal
Journal Volume: 
1
Journal Issue: 
1
Journal Pagination: 
8 pp.
Journal year: 
2005

New molecular marker technologies for pearl millet improvement

Authors: 
Gale, M.D.; Devos, K.M. ; Zhu, J.H. ; Allouis, S. ; Couchman, M.S. ; Liu, H. ; Pittaway, T.S. ; Qi, X.Q. ; Kolesnikova-Allen, M. ; Hash, C.T.
Journal
Journal Title: 
Journal of SAT Agricultural Research
Journal Volume: 
1
Journal Issue: 
1
Journal Pagination: 
7 pp.
Journal year: 
2005

The first molecular marker-based genetic linkage map of pearl millet (Pennisetum glaucum) was built with restriction fragment length polymorphisms (RFLP), the marker system of choice in the early 1990s. This map has served as the basis for subsequent pearl millet marker-based studies at the John Innes Centre.

Improving Pearl Millet Drought Tolerance

Authors: 
Yadav,R.s ; Bidinger,F.R ;Hash,C.T ; Cavan, G.P ;Serraj, R ; Howarth,C.j
Journal
Journal Title: 
SAT eJournal
Journal Volume: 
1
Journal Issue: 
1
Journal Pagination: 
2
Journal year: 
2005

Assessment of opportunities to map pearl millet tolerance to salinity during germination and early seedling growth

Authors: 
Mukhopadhyay, R.; Hash, C.T. ; Raj, A.G.B.,( A.G. Bhaskar Raj ) ; Kishor, P.B.K.,( P.B. Kavi Kishor )
Journal
Journal Title: 
Journal of SAT Agricultural Research
Journal Volume: 
1
Journal Issue: 
1
Journal Pagination: 
4 pp.
Journal year: 
2005

Twenty-eight inbred lines of pearl millet (Pennisetum glaucum) obtained from ICRISAT, Patancheru, Andhra Pradesh, India, were evaluated for salt tolerance under laboratory conditions. Seeds were germinated on filter papers on Hoagland's solutions containing 0, 75, 100 or 150 mM NaCl. Fifteen seeds were germinated in each culture tube and the seedlings were allowed to grow for 10 days in the same nutrient solutions. The genotype x salinity interaction was significant for shoot and root lengths.

A rapid screening method for grain iron content in Pearl Millet

Authors: 
Velu, G.; Sahrawat, K.L. ; Raveendran, T.S. ; Kulkarni, V.N. ; Muralidharan, V. ; Rai, K.N. ; Longvah, T.
Journal
Journal Title: 
Journal of SAT Agricultural Research
Journal Volume: 
2
Journal Issue: 
1
Journal Pagination: 
4 pp.
Journal year: 
2006

Genotype × environment interactions in food-feed traits in Pearl Millet cultivars

Authors: 
Hash, C.T.; Blümmel, M. ; Bidinger, F.R.
Journal
Journal Title: 
Journal of SAT Agricultural Research
Journal Volume: 
2
Journal Issue: 
1
Journal Pagination: 
5 pp.
Journal year: 
2006

Efficiency of pathotype mixture in screening for Downy Mildew resistance in Pearl Millet

Authors: 
Sharma, Y.K.; Rao, V.P.; Thakur, R.P. ; Rai, K.N.
Journal
Journal Title: 
Journal of SAT Agricultural Research
Journal Volume: 
2
Journal Issue: 
1
Journal Pagination: 
4 pp.
Journal year: 
2006

Evidence for enhanced resistance to diverse isolates of Pearl Millet Downy Mildew through gene pyramiding

Authors: 
Hash, C.T.; Thakur, R.P. ; Rao, V.P. ; Raj, A.G.B.,( A.G. Bhaskar Raj )
Journal
Journal Title: 
Journal of SAT Agricultural Research
Journal Volume: 
2
Journal Issue: 
1
Journal Pagination: 
5 pp.
Journal year: 
2006

Evaluation of Pearl Millet male-sterile lines and their maintainers for resistance to Downy Mildew and Smut

Authors: 
Rao, V.P.; Thakur, R.P. ; Singh, A.K. ; Rai, K.N.
Journal
Journal Title: 
Journal of SAT Agricultural Research
Journal Volume: 
2
Journal Issue: 
1
Journal Pagination: 
3 pp.
Journal year: 
2006

Evaluation of medium maturity, high-tillering Pearl Millet population diallel in Niger

Authors: 
Haussmann, B.I.G. ; Boureima, S.S. ; Bidinger, F.R.
Journal
Journal Title: 
Journal of SAT Agricultural Research
Journal Volume: 
2
Journal Issue: 
1
Journal Pagination: 
3 pp.
Journal year: 
2006
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