作者
CQ Zou, YQ Zhang, A Rashid, H Ram, E Savasli, RZ Arisoy, I Ortiz-Monasterio, S Simunji, ZH Wang, V Sohu, M‐ul Hassan, Y Kaya, O Onder, O Lungu, M Yaqub Mujahid, AK Joshi, Y Zelenskiy, FS Zhang, I Cakmak
发表日期
2012/12
期刊
Plant and soil
卷号
361
页码范围
119-130
出版商
Springer Netherlands
简介
Aim
Zinc (Zn) fertilization is an effective agronomic tool for Zn biofortification of wheat for overcoming human Zn deficiency. But it still needs to be evaluated across locations with different management practices and wheat cultivars, since grain Zn concentrations may be significantly affected by locations, cultivars and management.
Materials
Field experiments were conducted over 3 years with the following four Zn treatments: nil Zn, soil Zn application, foliar Zn application and soil + foliar Zn application to explore the impact of Zn fertilization in Zn biofortification of wheat. The experiments were conducted at a total of 23 experimental site-years in China, India, Kazakhstan, Mexico, Pakistan, Turkey and Zambia.
Results
The results showed that foliar Zn application alone or in combination with soil application, significantly …
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CQ Zou, YQ Zhang, A Rashid, H Ram, E Savasli… - Plant and soil, 2012