@article{icrisat9033,
           month = {September},
            year = {2015},
           title = {Combining ability studies of pigeonpea CGMS lines with an obcordate leaf marker},
          volume = {28},
          number = {2},
           pages = {105--110},
          author = {S B Patil and A J Hingane and C V Sameer Kumar and M G Mula and R Vijaya Kumar and K B Saxena},
       publisher = {Indian Society of Pulses Research and Development},
         journal = {Journal of Food Legumes},
             url = {http://oar.icrisat.org/9033/},
        abstract = {Hybrid pigeonpea [Cajanus cajan (L.) Millsp.] breeding technology based on CGMS was recently developed. A program was initiated to track the purity of female parental lines by incorporating an obcordate leaf shape marker in established male sterile A-lines. Seven obcordate A-lines developed by backcrossing and selection were crossed with four known fertility restorers in line x tester mating design to study their general and specific combining ability. Higher magnitude of SCA effect showed that, hybrid yield was under the control of non-additive genes. Among A-lines, ICPA 2204 was the best general combiner. Among testers, ICPL 20116 was the best general combiner. Among hybrids, ICPA 2208 x ICPL 20108 a cross between high GCA parents was the best with positive significant SCA effect and higher mean performance for grain yield, 100-seed mass, number of seeds/pod and resistance to fusarium wilt disease. The success of this technology will help addressing the issue of seed quality to some extent.},
        keywords = {Combing ability, Line {$\times$} tester, GCA, SCA, Obcordate leaf shape, Pigeonpea}
}