激素类除草剂2,4-D的降解及对作物与环境的影响

doi:10.16178/j.issn.0528-9017.20211039

摘要/Abstract

摘要：

除草剂2,4-二氯苯氧基乙酸(2,4-D)在农业生产中主要用于控制杂草,同时也是环境中分布最广泛的污染物之一。本文综述了2,4-D在环境中的分布和存在形态以及代谢降解过程,阐述了2,4-D对生物的毒害和环境的互作效应,概括了2,4-D的使用现状和杂草产生的抗药性,并对未来2,4-D的应用进行展望。

关键词: 2,4-D, 分布, 代谢, 危害, 抗性

中图分类号:

X592

石颖, FAISAL Islam, 周伟军, 王尖. 激素类除草剂2,4-D的降解及对作物与环境的影响[J]. 浙江农业科学, 2021, 62(10): 2036-2043.

图/表 2

参考文献 78

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环境	2,4-D浓度	检测地点
水体	0.062~0.207 μg·L^-1	饮用水和地表水(西班牙)^[6]
	12.3 μg·L^-1	工厂排水(中国)^[7]
	0.46 μg·L^-1	郊区地表水(美国)^[8]
	1.16 μg·L^-1	Pinios河流域(希腊)^[9]
空气	0.034 ng·m^-3和0.058 ng·m^-3	两个不同的托儿所(美国)^[10]
	0.09~4.24 ng·m^-3	2,4-D生产公司(中国)^[10]
食物	0.45~1.59 ng·g^-1	托儿所、家中的固体和流体食物(美国)^[10]
尿液	11 μg·kg^-1	携带个人防护具喷施2,4-D的林业工人^[11]
灰尘	606 ng·g^-1	底特律(美国)^[12]
	87 ng·g^-1	洛杉矶(美国)^[12]
	1 512 ng·g^-1	爱荷华州(美国)^[12]
	374 ng·g^-1	西雅图(美国)^[12]

环境	2,4-D浓度	检测地点
水体	0.062~0.207 μg·L^-1	饮用水和地表水(西班牙)^[6]
	12.3 μg·L^-1	工厂排水(中国)^[7]
	0.46 μg·L^-1	郊区地表水(美国)^[8]
	1.16 μg·L^-1	Pinios河流域(希腊)^[9]
空气	0.034 ng·m^-3和0.058 ng·m^-3	两个不同的托儿所(美国)^[10]
	0.09~4.24 ng·m^-3	2,4-D生产公司(中国)^[10]
食物	0.45~1.59 ng·g^-1	托儿所、家中的固体和流体食物(美国)^[10]
尿液	11 μg·kg^-1	携带个人防护具喷施2,4-D的林业工人^[11]
灰尘	606 ng·g^-1	底特律(美国)^[12]
	87 ng·g^-1	洛杉矶(美国)^[12]
	1 512 ng·g^-1	爱荷华州(美国)^[12]
	374 ng·g^-1	西雅图(美国)^[12]

菌株	分离地点	降解潜力
Thauera sp. DKT	河流沉积物(越南)	0.017 mmol(24 h)^[16]
Umbelopsis isabellina DSM 1414	普通土壤(加拿大)	23.75 mg·L^-1(5 d)^[17]
Burkholderia	农业用地(墨西哥)	27.7 mg·L^-1(150 d)^[18]
Achromobacter sp. QXH	土壤和烂泥的混合物(中国)	144 mg·L^-1(18 d)^[19]
Cupriavidus campinensis BJ71	长期喷施除草剂的小麦田(中国)	200 mg·L^-1(3 d)^[20]
Achromo bacteranxifer LZ35	2,4-D工厂附近污染的土壤(中国)	200 mg·L^-1(2 d)^[21]
Novosphingobium strain DY4	水稻田(中国)	200 mg·L^-1(5 d)^[22]
Cupriavidus sp. CY-1	原始森林土壤(日本)	700 mg·L^-1(5 d)^[23]

菌株	分离地点	降解潜力
Thauera sp. DKT	河流沉积物(越南)	0.017 mmol(24 h)^[16]
Umbelopsis isabellina DSM 1414	普通土壤(加拿大)	23.75 mg·L^-1(5 d)^[17]
Burkholderia	农业用地(墨西哥)	27.7 mg·L^-1(150 d)^[18]
Achromobacter sp. QXH	土壤和烂泥的混合物(中国)	144 mg·L^-1(18 d)^[19]
Cupriavidus campinensis BJ71	长期喷施除草剂的小麦田(中国)	200 mg·L^-1(3 d)^[20]
Achromo bacteranxifer LZ35	2,4-D工厂附近污染的土壤(中国)	200 mg·L^-1(2 d)^[21]
Novosphingobium strain DY4	水稻田(中国)	200 mg·L^-1(5 d)^[22]
Cupriavidus sp. CY-1	原始森林土壤(日本)	700 mg·L^-1(5 d)^[23]

激素类除草剂2,4-D的降解及对作物与环境的影响

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