?url_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rft.relation=http%3A%2F%2Foar.icrisat.org%2F11288%2F&rft.title=A+Guide+to+Accelerated+Breeding+Cycle+in+Chickpea+to+Enhance+Rate+of+Gain&rft.creator=Fikre%2C+A&rft.creator=Degefu%2C+T&rft.subject=Crop+Improvement&rft.subject=Plant+Breeding&rft.subject=Chickpea&rft.description=Speed+breeding+is+time+saving+based+approach+and+is+among%0D%0Agenetic+improvement+enhancers+approach+through+genetic%0D%0Arecombination+and+fast+generation+reconstitution+in+plant%0D%0Abreeding.+Genetic+gain+acceleration+enables+combating+the%0D%0Agap+between+demand+and+supply.+Dagnachew+et+al.%2C+(2016)%2C%0D%0Ahave+reported+a+positive+yield+and+seed+quality+gain+over+the%0D%0Afour+decades+of+Ethiopian+chickpea+research+improvement%0D%0Aendeavor.+Increasing+the+number+of+generations+per+unit+of%0D%0Atime+(over+a+given+period)+improves+the+overall+efficiency+in%0D%0Athe+delivery+rate+of+defined+variety+or+product%2Fs.+Amy+et+al.%2C%0D%0A(2018)+have+reported+that+under+controlled+environment+of%0D%0Agrowth+chamber%2C+speed+breeding+approach+achieved+up+to+6%0D%0Agenerations+per+year+for+spring+wheat+(Triticum+aestivum)%2C%0D%0Adurum+wheat+(T.+durum)%2C+barley+(Hordeum+vulgare)%2C+chickpea%0D%0A(Cicer+arietinum)+and+pea+(Pisum+sativum)%2C+and+4+generations%0D%0Afor+canola+(Brassica+napus)%2C+instead+of+2%E2%80%933+under+normal%0D%0Aglasshouse+conditions.Under+uncontrolled+open+field+condition+Asnake+et+al%0D%0A(unpublished)+has+reported+4+generations+per+year+in%0D%0Achickpea%2C+with+possible+further+potential.+It+was+also+noted%0D%0Athat+the+approach+can+easily+be+adopted%2C+integrated+with%0D%0Aother+conventional+and%2For+advanced+breeding+approaches%0D%0Alike+molecular+breeding.+This+manual+tries+to+elaborate+the%0D%0Aapproaches+%2Fwhich+is+flexible%2F+in+chickpea+speed+breeding%0D%0Awith+the+goal+to+achieve+multiple+generations+per+year%0D%0Awithout+losing+breeding+values+(the+useful+attributes+of+the%0D%0Aproducts).+Single+Seed+Decent+(SSD)+Technique+is+preferred%0D%0Aapproach+along+the+speeding+generation+to+be+made+in+the%0D%0Acourse.&rft.publisher=ICRISAT&rft.date=2019-06&rft.type=Monograph&rft.type=NonPeerReviewed&rft.format=application%2Fpdf&rft.language=en&rft.identifier=http%3A%2F%2Foar.icrisat.org%2F11288%2F1%2FSpeed%2520Breeding%2520Manual.pdf&rft.identifier=++Fikre%2C+A+and+Degefu%2C+T++(2019)+A+Guide+to+Accelerated+Breeding+Cycle+in+Chickpea+to+Enhance+Rate+of+Gain.++Manual.+ICRISAT.+++++