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Results in Journal Scientific Journal of Crop Science: 24

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Talat Yasari, Mohammad Reza Shahsavari
Published: 30 January 2019
Scientific Journal of Crop Science, Volume 8, pp 382-388; doi:10.14196/sjcs.v8i1.2551

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Mebrahtom Ftwi, Endris Yesuf, Melaku Tesfa, Abera Degefa
Scientific Journal of Crop Science, Volume 7, pp 310-325; doi:10.14196/sjcs.v7i5.2532

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Reta Dargie, Amare Biftu, Ayalew Sida
Scientific Journal of Crop Science, Volume 7, pp 337-341; doi:10.14196/sjcs.v7i7.2544

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Mengistu Bogale, Amare Biftu, Ayalew Sida
Scientific Journal of Crop Science, Volume 7, pp 333-336; doi:10.14196/sjcs.v7i7.2543

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Dagne Kora, Ermias Teshome, Amare Biftu, Ayalew Sida
Scientific Journal of Crop Science, Volume 7, pp 371-376; doi:10.14196/sjcs.v7i11.2550

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Amare Biftu, Ayalew Sida, Bayata Gaddisa
Scientific Journal of Crop Science, Volume 7, pp 356-362; doi:10.14196/sjcs.v7i9.2539

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Mohammad Reza Shahsavari, Saeid Davazdahemami, Moslehedin Rezaei
Scientific Journal of Crop Science, Volume 7, pp 377-381; doi:10.14196/sjcs.v7i11.2549

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Johannes Mequanen, Mebrahtom Ftwi, Netsanet Ayele, Feyissa Tadesse, Tadesse Negi, Mohammed Bushura
Scientific Journal of Crop Science, Volume 7, pp 326-332; doi:10.14196/sjcs.v7i7.2542

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Amare Biftu, Tadele Tadese, Reta Dargie, Ermias Teshome
Scientific Journal of Crop Science, Volume 7, pp 363-370; doi:10.14196/sjcs.v7i11.2540

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Ermias Teshome, Dagne Kora, Amare Biftu, Ayalew Sida
Scientific Journal of Crop Science, Volume 7, pp 342-347; doi:10.14196/sjcs.v7i7.2545

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Amare Biftu, Ayalew Sida, Bayata Gaddisa
Scientific Journal of Crop Science, Volume 7, pp 348-355; doi:10.14196/sjcs.v7i9.2536

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Mebrahtom Ftwi, Feyissa Taddesse, Astaweskegn Alemu,
Published: 21 March 2018
Scientific Journal of Crop Science, Volume 7, pp 299-309; doi:10.14196/sjcs.v7i3.2519

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Mohammed Beriso, Getachew Asefa
Published: 21 March 2018
Scientific Journal of Crop Science, Volume 7, pp 294-298; doi:10.14196/sjcs.v7i3.2509

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Mebrahtom Ftwi, , Eyasu Abraha
Published: 24 January 2018
Scientific Journal of Crop Science, Volume 7, pp 265-279; doi:10.14196/sjcs.v7i1.2489

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Mengistu Bogale, Girma Fana
Published: 24 January 2018
Scientific Journal of Crop Science, Volume 7, pp 280-284; doi:10.14196/sjcs.v7i1.2499

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Dineo Phuduhudu, Vallantino Emongor, Otsoseng Oagile, Oarabile Phole
Published: 24 January 2018
Scientific Journal of Crop Science, Volume 7, pp 285-293; doi:10.14196/sjcs.v7i1.2498

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Mebrahtom Ftwi, , Eyasu Abraha
Published: 22 January 2018
Scientific Journal of Crop Science, Volume 7, pp 249-264; doi:10.14196/sjcs.v7i1.2483

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Mengistu Bogale, Girma Fana, Firehiwot Getachew
Published: 15 January 2018
Scientific Journal of Crop Science, Volume 7, pp 244-248; doi:10.14196/sjcs.v7i1.2474

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Amare Biftu, Bekele Diriba, Ayalew Sida
Published: 19 September 2017
Scientific Journal of Crop Science, Volume 6, pp 204-212; doi:10.14196/sjcs.v6i9.2425

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Amare Biftu, Bekele Diriba, Ayalew Sida
Published: 19 September 2017
Scientific Journal of Crop Science, Volume 6, pp 196-203; doi:10.14196/sjcs.v6i9.2424

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Kissi Wakweya Diriba, Reta Dargie Gudeta
Published: 19 September 2017
Scientific Journal of Crop Science, Volume 6, pp 222-231; doi:10.14196/sjcs.v6i9.2442

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Amare Biftu, Bekele Diriba, Ayalew Sida
Published: 19 September 2017
Scientific Journal of Crop Science, Volume 6, pp 213-221; doi:10.14196/sjcs.v6i9.2426

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Mohammad Reza Shahsavari, Golam Hossien Shirsmaeili, Moslehedin Rezaei
Published: 17 July 2017
Scientific Journal of Crop Science, Volume 6, pp 190-195; doi:10.14196/sjcs.v6i7.2414

Abstract:
Determining of suitable planting pattern for new crop varieties is very important to obtain maximum seed yield. Study of Sofeh planting pattern was conducted at the Kabootar-Abaad Agriculture Research Station of Esfahan during 2010-2011. A randomized complete block design with split plot arrangement with four replications was used. Main plots were four row distances (25, 35, 45 and 55 cm) and sub plots were three plant densities (30, 40 and 50 plants m2). Physiological ripening stage period was not significantly affected by row distance and plant density. Increasing in plant density caused increasing branches. Row distance and plant density had a significant effect on no. of heads per plant and no. of heads per m2. Because of competition among plants, as row distance and plant density increased, no. of heads per plant decreased. By increasing row distance no. of head per m2 decreased, but by increasing plant density it increased and this had a similar trend to no. of plant per m2 variations. No of seeds per head significantly affected by row distance, but not affected by plant density. As row distance increased no. of seeds per head increased and this can be related to decreasing of no. of heads per plant. Effects of row distance and plant density were not significant on main head diameter, 1000 seeds weight and oil percent. Generally by increasing density plant seed yield decreased, but seed yield increased. Competition among plants is the reason for decreasing plant seed yield and more no. of plant per m2 is the reason for increasing of seed yield. The highest seed yield (2428 kg h-1) obtained from 25 cm row distance and 50 plants per m2.
Mohammad Reza Shahsavari, Golam Hossien Shirsmaeili, Moslehedin Rezaei
Published: 10 July 2017
Scientific Journal of Crop Science, Volume 6, pp 183-189; doi:10.14196/sjcs.v6i7.2322

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