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  1. Yezin Agricultural University
  2. Department of Agronomy

Grain yield and water productivity as affected by seedling age and variety under water limited condition

http://hdl.handle.net/20.500.12678/0000000051
http://hdl.handle.net/20.500.12678/0000000051
04f499db-6960-418b-b129-ea58f71ade41
94bcc591-63ba-42aa-a8db-7125738458d0
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Khin Khin Myo Thant.pdf (415 Kb)
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Title
Title Grain yield and water productivity as affected by seedling age and variety under water limited condition
Language en
Publication date 2018
Authors
Khin Myo Thant
Kyaw Kyaw Win
Than Da Min
Kyaw Ngwe
Ruben M. Lampayan
Description
On station experiment and farmers’ field trial were conducted to evaluate the effect of Alternate Wet-ting and Drying water saving technology (AWD) on grain yield and water productivity of three irrigated lowland rice varieties in DaikU, Bago Region, Myanmar during the dry season 2015. In both experi-ments, grain yields were not significantly affected by water regime. However, grain yields were signifi-cantly affected by seedling age, and by variety in station. No significant interaction of water and seedling age was observed in Sinthukha variety at both experiments. Grain yields were the highest in 21-day old seedlings and the lowest in 14-day old seedling; highest in Yeanelo-1 and lowest in Hmawbi-2. Under AWD condition, Yeanelo-1 with 30-day old seedling gave the highest yield and water productivity, how-ever, Hmawbi-2 with 14-day old seedling attained the lowest. Water productivity was significantly affect-ed by water, seedling age and variety. The AWD treatment gave the highest water productivity and con-tinuous flooding resulted the lowest. Among seedling ages, 21 and 30-day old seedlings gave the highest water productivity and 14-day old seedling obtained the lowest. The AWD had increased water produc-tivity, although varieties showed variable responses and adaptation mechanism to varying seedling ages.
Identifier https://yauor-yau.archive.knowledgearc.net/handle/123456789/136
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