Research Achievements
Research Achievements
Research Achievements
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<strong>Research</strong> <strong>Achievements</strong><br />
ANNUAL<br />
REPORT<br />
2010-11<br />
172<br />
UNIVERSITY OF AGRICULTURE FAISALABAD<br />
Miss Shameem Raja<br />
2003-ag-1879<br />
Evaluation & development of heavy metals resistant<br />
genotypes of Tomato in Peri -urban Areas by using<br />
wastewater<br />
Zaka Mohy-ud-Din<br />
88-ag-1336<br />
Muhammad Waqas<br />
Amjad 2002-ag-1620<br />
Muhmmad Asif<br />
Saleem 2006-ag-690<br />
Jehanzeb Farooq<br />
96-ag-1763<br />
(Completed)<br />
Irshad Ahmad<br />
85-ag-1320<br />
M. Irshad<br />
85-ag-1427<br />
M. Tasadiq Hussain<br />
Shahid 80-ag-577<br />
(Completed)<br />
Azwar Raza Shah<br />
86-ag-1107<br />
(Completed)<br />
Muhammad Faheem<br />
Khan 85-ag-1526<br />
Nazar Hussain Khan<br />
87-ag-1057<br />
Ghulam Abbas<br />
88-ag-1224<br />
Qurban Ali<br />
2003- ag-1692<br />
Dr. Tanwir Ahmad Malik<br />
Dr. Ihsan Khaliq<br />
Dr. Farooq Ahmad Khan<br />
Dr. Tariq Manzoor Khan<br />
Dr. Muhammad Ahsan<br />
Genetic architecture of some insect resistant traits in<br />
upland cotton.<br />
Genetics and QTL Mapping of the traits related to<br />
drought tolerance in upland cotton<br />
Genetic and DNA marker studies for drought<br />
tolerance in upland cotton<br />
Genetic basis of heat tolerance in bread wheat<br />
(Triticum aestivum L.).<br />
Genetics of morpho-physiological traits in wheat<br />
under normal and drought conditions.<br />
Genetic mechanism of some physio-morphological<br />
traits of bread wheat under normal and heat stress<br />
conditions.<br />
Development of sugarcane somaclones their genetic<br />
study, yield components, sucrose percentage and<br />
disease resistance.<br />
Inheritance pattern of drought tolerance attributes<br />
in cotton (Gossypium hirsutum L.)<br />
Genetics of drought tolerance in cotton (Gossypium<br />
hirsutum L.)<br />
Inheritance of some physio-genetic drought related<br />
parameters in maize<br />
Breeding strategies to improve yield and quality of<br />
Vigna radiata×Vigna mungo recombinants<br />
Genetic evaluation of maize (Zea mays L.) accessions<br />
for grain and fodder yield
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