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The field and laboratory experiments were conducted to know the influence of pre-sowing treatment on plant growth, seed yield and quality in kabuli chickpea Cv. MNK-1. The results revealed that highest seed quality parameters were observed in seeds primed with GA3 @ 50ppm + seed coating with Trichoderma harzianum @15g/kg while recorded better germination (97.33 %), root length (12.13 cm), shoot length (12.43 cm), SVI (2391) and less infection of Aspergillus sp (0.00) compared to untreated seeds ( 88.67 %, 11.48cm, 13.96cm, 2256, Aspergillus niger-6.00% and Aspergillus flavus-4.67 %), In the field study, highest test weight (48.46 g), number of pods/plant (18.53) were recorded in seeds primed with Gibberalic Acid @ 50 ppm + seed coating with T. harzianum @ 15 g / kg seed which is on-par with seeds treated with sprint @ 3g/kg (Carbendizium 25 %+ Mancozeb 50 %). However, the seeds treated with sprint @ 3g/kg (Carbendizium 25 %+ Mancozeb 50 %) recorded highest seed yield (22.55 q/ha) followed by Gibberalic Acid @ 50 ppm + seed coating with T. harzianum @ 15 g / kg (20.32 q/ha) due to low incidence of wilt as compared to un-primed seeds. Hence, for higher seed yield, chickpea seeds could be treated with sprint @ 3g/kg (Carbendizium 25 %+ Mancozeb 50 %). | Original Research Article https doi.org 10.20546 ijcmas.2019.804.055 Studies on Enhancing Seed Performance of Kabuli Chickpea Basavegowda Enayat Seema Beedi Sangeetha Macha Umesh Hiremath and M.S. Harish National Seed Project Crops University of Agricultural Sciences Raichur-584104 India Corresponding author ABSTRACT Keywords Kabuli Chickpea Bio-fertilizers Seed Priming Seed quality Seed yield Article Info Accepted 07 March 2019 Available Online 10 April 2019 The field and laboratory experiments were conducted to know the influence of pre-sowing treatment on plant growth seed yield and quality in kabuli chickpea Cv. MNK-1. The results revealed that highest seed quality parameters were observed in seeds primed with GA3 @ 50ppm seed coating with Trichoderma harzianum @15g kg while recorded better germination 97.33 root length 12.13 cm shoot length 12.43 cm SVI 2391 and less infection of Aspergillus sp 0.00 compared to untreated seeds 88.67 11.48cm 13.96cm 2256 Aspergillus niger-6.00 and Aspergillus flavus-4.67 In the field study highest test weight 48.46 g number of pods plant 18.53 were recorded in seeds primed with Gibberalic Acid @ 50 ppm seed coating with T. harzianum @ 15 g kg seed which is on-par with seeds treated with sprint @ 3g kg Carbendizium 25 Mancozeb 50 . However the seeds treated with sprint @ 3g kg Carbendizium 25 Mancozeb 50 recorded highest seed yield 22.55 q ha followed by Gibberalic Acid @ 50 ppm seed coating with T. harzianum @ 15 g kg 20.32 q ha due to low incidence of wilt as compared to un-primed seeds. Hence for higher seed yield chickpea seeds could be treated with sprint @ 3g kg Carbendizium 25 Mancozeb 50 . Introduction Globally chickpea Cicer arietinum L. is the second most important legume crop after dry beans Varshney et al. 2013 . Chickpea is grown in 54 countries with nearly 90 of its area covered in developing countries. Notably almost 80 of global chickpea is produced in Southern and South-Eastern Asia and India ranks first in the
