The instrumentation of unfrozen water content: Considering the importance of conversion curves August 21, 2026
The instrumentation of unfrozen water content: Considering the importance of conversion curves August 21, 2026
HomePublicationsCSA NewsIssuesCSA News: Volume 66, Issue 2Planting methods significantly impacted teff yield January 24, 2021 Evaluating Teff performance (at flowering stage) under greenhouse conditions. Photo by Fekremariam Asargew Mihretie. Teff is the staple food crop in Ethiopia, and teff straw is a preferred feed for livestock. However, the crop’s yield remains below 1,500 kg ha–1. The low yield is primarily attributed to the lack of available agronomic technology as well as the use of traditional cultivation practices. Teff seeds are hand-scattered by farmers at high seeding densities (> 25 kg ha–1). Therefore, improving the current agricultural practices is essential to increase the productivity of teff.Researchers evaluated grain yield and cost of planting methods (broadcast, row, and transplanting), row spacing, and seeding densities. Results of the study, published in Agronomy Journal, showed that transplanting resulted in 34 and 75% greater grain yield than row and broadcast planting, respectively, and row planting gave greater (30%) grain yield than broadcasting. Grain yield increased as seeding density increased from 2.5 to 10 kg ha−1 and then declined at greater seeding densities for both broadcast and row planting. Grain yield declined sharply as row spacing increased from 15 to 30 cm for both transplanting and row planting. Row planting with narrow spacing and reduced seeding density was the most economical teff production method.Dig DeeperMihretie, F., Tsunekawa, A., Bitew, Y., Cheklie, G., Derebe, B., Getahun, W., … & Asfaw, M. (2020). Teff [Eragrostis tef (Zucc.)] rainfed yield response to planting method, seeding density, and row spacing. Agronomy Journal, 113. https://doi.org/10.1002/agj2.20462 More science articles Back to issue Back to home Text © . The authors. CC BY-NC-ND 4.0. Except where otherwise noted, images are subject to copyright. Any reuse without express permission from the copyright owner is prohibited.Share this: Related articles Federal agencies announce new opportunities in weed management research, pesticide policy August 21, 2026 The instrumentation of unfrozen water content: Considering the importance of conversion curves August 21, 2026 Sorghum: An alternative option in dairy forage systems August 21, 2026 Recent articles Federal agencies announce new opportunities in weed management research, pesticide policy August 21, 2026 The instrumentation of unfrozen water content: Considering the importance of conversion curves August 21, 2026 Biochar type choice matters for limiting evaporation August 20, 2026
Federal agencies announce new opportunities in weed management research, pesticide policy August 21, 2026
The instrumentation of unfrozen water content: Considering the importance of conversion curves August 21, 2026
Federal agencies announce new opportunities in weed management research, pesticide policy August 21, 2026
The instrumentation of unfrozen water content: Considering the importance of conversion curves August 21, 2026