2018PubMedRequires access

[Differences in Cd Accumulation in Typical Soils Under the Double Rice System].

Xinyang Li, Jian Long, Shubing Wang, Qi Chen, Dong Xia, Kai Jiang, Hongbo Hou, Pei-Qin Peng, Bo‐Han Liao

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Abstract

for late rice in granitic sandy soil. These threshold values are higher than the National Standards given in "farmland environmental quality evaluation standards for edible agricultural products (HJ 332-2006)." The soil security threshold values and the soil environmental capacities of the two different parent materials varied greatly; therefore, different environmental quality standards may be formulated and different measures may be needed to control Cd pollution in different parent materials.

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for late rice in granitic sandy soil. These threshold values are higher than the National Standards given in "farmland environmental quality evaluation standards for edible agricultural products (HJ 332-2006)." The soil security threshold values and the soil environmental capacities of the two different parent materials varied greatly; therefore, different environmental quality standards may be formulated and different measures may be needed to control Cd pollution in different parent materials.

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Available abstract

for late rice in granitic sandy soil. These threshold values are higher than the National Standards given in "farmland environmental quality evaluation standards for edible agricultural products (HJ 332-2006)." The soil security threshold values and the soil environmental capacities of the two different parent materials varied greatly; therefore, different environmental quality standards may be formulated and different measures may be needed to control Cd pollution in different parent materials.

Key concepts: Rice plant, Shoot, Soil water, Agronomy, Brown rice, Paddy field, Clay soil, Significant difference

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