Reddy et al.
wasȱ stableȱ overȱ locationsȱ forȱ grainȱ yieldȱ andȱ 100-
componentsȱ inȱ maizeȱ varietyȱAzamȱ usingȱ Lineȱ ×ȱ Testerȱ
seedȱweight.ȱWhereasȱtheȱhybrid,ȱBML-2782ȱXȱBML-
analysisȱmethod.ȱȱ Academia Journal of Agricultural Research
2: ȱ225-230.
6ȱ withȱ gainȱ yieldȱ perȱ plantȱ (127.1),ȱ withȱ sca effectȱ
BhavanaȱP,ȱSinghȱRPȱandȱGadagȱRNȱ2011.ȱGeneȱactionȱandȱ
(21.31),ȱ significantȱ standardȱ heterosisȱ overȱ DHM-
heterosisȱ forȱ yieldȱ andȱ yieldȱ componentsȱ inȱ maizeȱ ( Zea
117(12.10%),ȱsignificantȱaverageȱheterosisȱ(158.19%)ȱ
mays L . ).ȱ Indian Journal of Agricultural Sciences 81 :ȱ163-166.
andȱ significantȱ heterobeltiosisȱ (87.46%)ȱ andȱ thisȱ
Chattopahdyayȱ Kȱ andȱ Dhimanȱ KRȱ 2005.ȱ Heterosisȱ forȱ earȱ
hybridȱwasȱstableȱoverȱlocationsȱforȱgrainȱyieldȱperȱ
parameters,ȱ cropȱ durationȱ andȱ prolificacyȱ inȱ varietalȱ
plantȱandȱearȱgirthȱ(Tableȱ6).
crossesȱofȱmaizeȱ( Zea mays L.).ȱ Indian Journal of Genetics 66 :ȱ
45-46.
Conclusion
CentreȱforȱMonitoringȱIndianȱEconomyȱ(CMIE)ȱ2014.ȱAnnualȱ
Reports,ȱ Centreȱ forȱ Monitoringȱ Indianȱ Economyȱ Privateȱ
Theȱ overallȱ resultsȱ ofȱ heterosis,ȱ heterobeltiosisȱ
Limited.ȱAppleȱHeritage,ȱMumbai.
andȱ standardȱ heterosisȱ indicatedȱ thatȱ theȱ parentsȱ Deviȱ RTȱ andȱ Prodhanȱ HSȱ 2004.ȱ Combiningȱ abilityȱ andȱ
involvedȱ inȱ theȱ crossingȱ shouldȱ haveȱ oneȱ highȱ
Heterosisȱstudiesȱinȱhighȱoilȱmaizeȱ( Zea mays ȱL.)ȱgenotype.ȱ
per se ȱ performingȱ parentȱ andȱ overȱ dominanceȱ
Indian Journal of Genetics 64 :ȱ323-324.ȱ(pleaseȱcheck)
mayȱ beȱ theȱ causeȱ ofȱ heterosis.ȱ Theȱ mainȱ reasonȱ DeviȱB,ȱBaruaȱNS,ȱBaruaȱPKȱandȱTalikarȱPȱ2007.ȱAnalysisȱofȱ
ascribedȱinȱdiversifiedȱparentsȱinvolvedȱinȱtheȱcrossȱ
midȱparentȱheterosisȱinȱaȱvarietyȱdiallelȱinȱrainfedȱmaize.ȱ
Indian Journal of Genetics and Plant Breeding 67 :67-70.
combinationsȱorȱuncommonȱgenesȱforȱaȱtraitȱisȱtheȱ
Farhanȱ A,ȱ Irfanȱ AS,ȱ Hidayatȱ urȱ Rahman,ȱ Mohammadȱ N,ȱ
causeȱ toȱ exploitȱ theȱ maximumȱ exploitableȱ levelȱ ofȱ
Durrishahwar,ȱMuhammadȱYK,ȱIhteramȱUȱandȱJianbingȱ
heterosisȱinȱmaize.ȱItȱcanȱbeȱclearlyȱbroughtȱoutȱthatȱ
Yȱ 2012.ȱ Heterosisȱ forȱ yieldȱ andȱ agronomicȱ attributesȱ inȱ
theȱfiveȱcrossȱcombinationsȱ viz., ȱBML-15ȱXȱBML-2910,ȱ
diverseȱmaizeȱgermplasm.ȱ Australian Journal of Crop Science
BML-7ȱ Xȱ BML-3044,ȱ CM-211ȱ Xȱ BML-7,ȱ BML-6ȱ Xȱ
6: 455-462.
BML-2ȱandȱBML-2782ȱXȱBML-6ȱwithȱmoreȱthanȱ12%ȱ FonsecaȱSȱandȱPattersonȱFLȱ1968.ȱHybridȱvigourȱinȱaȱsevenȱ
standardȱheterosisȱforȱgrainȱyieldȱoverȱhighȱyieldingȱ
parentȱ diallelȱ crossȱ inȱ commonȱ winterȱ wheat.ȱ ( Triticum
aestivum L.).ȱ Crop Science 8 :ȱ85-95.
commercialȱ checkȱ DHM-117ȱ offersȱ greaterȱ scopeȱ
FrascaroliȱE,ȱCaneȱMA,ȱLandiȱP,ȱPeaȱGL,ȱGianfranceschiȱM,ȱ
forȱexploitationȱofȱtheȱhybridȱvigourȱonȱcommercialȱ
VillaȱMȱandȱPe.ȱMEȱ2007.ȱClassicalȱgeneticȱandȱquantitativeȱ
scale.ȱ Theȱ largeȱ scaleȱ testingȱ ofȱ theseȱ hybridsȱ inȱ
traitȱlociȱanalysesȱofȱheterosisȱinȱaȱmaizeȱhybridȱbetweenȱ
Allȱ Indiaȱ Coordinatedȱ Maizeȱ Improvementȱ Projectȱ
twoȱeliteȱinbredȱlines.ȱ Genetics 176 :625-644.
(AICMIP)ȱtrialsȱmayȱresultȱinȱcommercialȱreleaseȱinȱ HallauerȱARȱandȱMirandaȱFJBȱ1995.ȱQuantitativeȱgeneticsȱinȱ
nearȱfutureȱandȱtherebyȱhelpȱinȱacceleratingȱtheȱrateȱ
maizeȱbreeding.ȱ2. ed .ȱAmes:ȱIowaȱStateȱUniversityȱPress,.ȱ
ofȱadoptionȱofȱmaizeȱhybridsȱinȱtheȱIndia.
468p.
ImdadȱUZ,ȱHidayat-ur-Rahman,ȱSajidȱK,ȱSanaȱUK,ȱGhulamȱ
Acknowledgement
U,ȱMonsifȱurȱRehman,ȱRafiȱUȱandȱNazeerȱAȱ2014.ȱHeteroticȱ
responseȱofȱthree-wayȱcrossȱmaizeȱhybridsȱforȱgrainȱyieldȱ
Researchersȱ areȱ thankfulȱ toȱ Acharyaȱ N.G.ȱ Rangaȱ
andȱyieldȱcomponents.ȱ Journal of Agricultural Science and
AgriculturalȱUniversity,ȱRajendranagar,ȱHyderabadȱ
Applications 3: 24-29.
forȱtheirȱtechnicalȱandȱfinancialȱhelp.
KalsyȱHSȱandȱSharmaȱDȱ1970.ȱStudyȱofȱgeneticȱparametersȱandȱ
heteroticȱeffectsȱinȱcrossesȱofȱmaizeȱ( Zea mays L.)ȱvarietiesȱ
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