Xinjiang Agricultural Sciences ›› 2024, Vol. 61 ›› Issue (11): 2779-2786.DOI: 10.6048/j.issn.1001-4330.2024.11.019
• Plant Protection • Previous Articles Next Articles
Aihemaitijiang Maimaiti1(), YAN Yu2, ZHANG Guangjie2, XU Andong2, ZHANG Shuai2, MENG Zhuo2, FU Rao2, MA Deying2(
)
Received:
2024-03-13
Online:
2024-11-20
Published:
2025-01-08
Correspondence author:
MA Deying
Supported by:
艾合买提江·买买提1(), 颜宇2, 张广杰2, 徐安东2, 张帅2, 孟卓2, 付饶2, 马德英2(
)
通讯作者:
马德英
作者简介:
艾合买提江·买买提(1984-),男,新疆乌鲁木齐人,高级农艺师,研究方向为农药及农产品质量安全,(E-mail)492900759@qq.com
基金资助:
CLC Number:
Aihemaitijiang Maimaiti, YAN Yu, ZHANG Guangjie, XU Andong, ZHANG Shuai, MENG Zhuo, FU Rao, MA Deying. The effects of different adsorbents in alleviating drug injury of wheat[J]. Xinjiang Agricultural Sciences, 2024, 61(11): 2779-2786.
艾合买提江·买买提, 颜宇, 张广杰, 徐安东, 张帅, 孟卓, 付饶, 马德英. 不同吸附剂缓解二甲戊乐灵对小麦药害的效果[J]. 新疆农业科学, 2024, 61(11): 2779-2786.
序号 Serial number | 处理 Treatments | 施用量 Application rate (kg/hm2) |
---|---|---|
1 | 半量虫砂 | 1 500 |
2 | 全量虫砂 | 3 000 |
3 | 半量生物炭 | 300 |
4 | 全量生物炭 | 600 |
5 | 粉煤灰 | 6 000 |
6 | 十二菌医 | 150 |
7 | 菌淋田下 | 6 |
8 | 腐殖酸 | 3 |
Tab.1 Fertilizer application rate
序号 Serial number | 处理 Treatments | 施用量 Application rate (kg/hm2) |
---|---|---|
1 | 半量虫砂 | 1 500 |
2 | 全量虫砂 | 3 000 |
3 | 半量生物炭 | 300 |
4 | 全量生物炭 | 600 |
5 | 粉煤灰 | 6 000 |
6 | 十二菌医 | 150 |
7 | 菌淋田下 | 6 |
8 | 腐殖酸 | 3 |
序号 Serial number | 处理 Treatments | 拔节期Jointing stage | 扬花期Anthesis | ||
---|---|---|---|---|---|
株高 Plant height (cm) | 株高抑制率 Plant height inhibition rate (%) | 株高 Plant height (cm) | 株高抑制率 Plant height inhibition rate (%) | ||
1 | 清水CK | 41.15+1.08a | 0.00 | 46.15+0.75abc | 0.00 |
2 | 除草剂CK | 33.5+0.63d | 18.59 | 38.15+1.01f | 17.33 |
3 | 十二菌医 | 36.09+2.53abcd | 12.29 | 40.33+1.24def | 12.61 |
4 | 菌淋田下 | 38.31+1.03abcd | 6.90 | 40.56+0.74def | 12.11 |
5 | 腐植酸 | 34.72+1.34bcd | 15.63 | 40.96+0.84cdef | 11.25 |
6 | 半量虫砂 | 35.76+1.14abcd | 13.09 | 42.93+0.79abcdef | 6.98 |
7 | 全量虫砂 | 38.23+1.07abcd | 7.10 | 42.45+0.68abcdef | 8.02 |
8 | 半量虫砂+十二菌医 | 38.45+1.06abcd | 6.55 | 46.71+0.86ab | -1.21 |
9 | 全量虫砂+十二菌医 | 40.11+1.02ab | 2.53 | 47.58+1.69a | -3.10 |
10 | 半量虫砂+菌淋田下 | 40.2+1.19ab | 2.30 | 44.95+0.85abcd | 2.60 |
11 | 全量虫砂+菌淋田下 | 40.39+1.72ab | 1.85 | 47.53+1.21a | -2.99 |
12 | 半量虫砂+腐植酸 | 33.83+0.71cd | 17.78 | 39.89+2.06def | 13.56 |
13 | 全量虫砂+腐植酸 | 37.35+0.86abcd | 9.24 | 39.56+0.92ef | 14.28 |
14 | 半量生物炭 | 34.52+1.09bcd | 16.11 | 38.34+0.8f | 16.92 |
15 | 全量生物炭 | 34.59+1.2bcd | 15.94 | 41.99+0.65bcdef | 9.01 |
16 | 半量生物炭+十二菌医 | 35.81+0.84abcd | 12.97 | 41.56+0.76cdef | 9.95 |
17 | 全量生物炭+十二菌医 | 37.86+1.15abcd | 8.00 | 42.62+1.11abcdef | 7.65 |
18 | 半量生物炭+菌淋田下 | 38.93+0.89abcd | 5.38 | 47.46+0.96a | -2.84 |
19 | 全量生物炭+菌淋田下 | 39.74+0.79abc | 3.41 | 47.2+1.17a | -2.28 |
20 | 半量生物炭+腐植酸 | 33.08+1.64d | 19.61 | 40.31+0.65def | 12.65 |
21 | 全量生物炭+腐植酸 | 35.65+1.52abcd | 13.37 | 39.03+0.73ef | 15.43 |
22 | 粉煤灰 | 33.69+1.01cd | 18.13 | 42.38+1.56abcdef | 8.17 |
23 | 粉煤灰+十二菌医 | 36.41+1.25abcd | 11.51 | 40.95+0.76cdef | 11.27 |
24 | 粉煤灰+菌淋田下 | 34.59+0.61bcd | 15.93 | 44.35+1.05abcde | 3.90 |
25 | 粉煤灰+腐植酸 | 34.25+0.98bcd | 16.76 | 41.46+1.2cdef | 10.16 |
Tab.2 Changes of different treatments on wheat plant height
序号 Serial number | 处理 Treatments | 拔节期Jointing stage | 扬花期Anthesis | ||
---|---|---|---|---|---|
株高 Plant height (cm) | 株高抑制率 Plant height inhibition rate (%) | 株高 Plant height (cm) | 株高抑制率 Plant height inhibition rate (%) | ||
1 | 清水CK | 41.15+1.08a | 0.00 | 46.15+0.75abc | 0.00 |
2 | 除草剂CK | 33.5+0.63d | 18.59 | 38.15+1.01f | 17.33 |
3 | 十二菌医 | 36.09+2.53abcd | 12.29 | 40.33+1.24def | 12.61 |
4 | 菌淋田下 | 38.31+1.03abcd | 6.90 | 40.56+0.74def | 12.11 |
5 | 腐植酸 | 34.72+1.34bcd | 15.63 | 40.96+0.84cdef | 11.25 |
6 | 半量虫砂 | 35.76+1.14abcd | 13.09 | 42.93+0.79abcdef | 6.98 |
7 | 全量虫砂 | 38.23+1.07abcd | 7.10 | 42.45+0.68abcdef | 8.02 |
8 | 半量虫砂+十二菌医 | 38.45+1.06abcd | 6.55 | 46.71+0.86ab | -1.21 |
9 | 全量虫砂+十二菌医 | 40.11+1.02ab | 2.53 | 47.58+1.69a | -3.10 |
10 | 半量虫砂+菌淋田下 | 40.2+1.19ab | 2.30 | 44.95+0.85abcd | 2.60 |
11 | 全量虫砂+菌淋田下 | 40.39+1.72ab | 1.85 | 47.53+1.21a | -2.99 |
12 | 半量虫砂+腐植酸 | 33.83+0.71cd | 17.78 | 39.89+2.06def | 13.56 |
13 | 全量虫砂+腐植酸 | 37.35+0.86abcd | 9.24 | 39.56+0.92ef | 14.28 |
14 | 半量生物炭 | 34.52+1.09bcd | 16.11 | 38.34+0.8f | 16.92 |
15 | 全量生物炭 | 34.59+1.2bcd | 15.94 | 41.99+0.65bcdef | 9.01 |
16 | 半量生物炭+十二菌医 | 35.81+0.84abcd | 12.97 | 41.56+0.76cdef | 9.95 |
17 | 全量生物炭+十二菌医 | 37.86+1.15abcd | 8.00 | 42.62+1.11abcdef | 7.65 |
18 | 半量生物炭+菌淋田下 | 38.93+0.89abcd | 5.38 | 47.46+0.96a | -2.84 |
19 | 全量生物炭+菌淋田下 | 39.74+0.79abc | 3.41 | 47.2+1.17a | -2.28 |
20 | 半量生物炭+腐植酸 | 33.08+1.64d | 19.61 | 40.31+0.65def | 12.65 |
21 | 全量生物炭+腐植酸 | 35.65+1.52abcd | 13.37 | 39.03+0.73ef | 15.43 |
22 | 粉煤灰 | 33.69+1.01cd | 18.13 | 42.38+1.56abcdef | 8.17 |
23 | 粉煤灰+十二菌医 | 36.41+1.25abcd | 11.51 | 40.95+0.76cdef | 11.27 |
24 | 粉煤灰+菌淋田下 | 34.59+0.61bcd | 15.93 | 44.35+1.05abcde | 3.90 |
25 | 粉煤灰+腐植酸 | 34.25+0.98bcd | 16.76 | 41.46+1.2cdef | 10.16 |
序号 Serial number | 处理 Treatments | 穗数(穗/盆) Panicle number (Ear /pot) | 穗长 Panicle length (cm) | 穗粒数(粒) Kernel number per spike (grain) | 千粒重 Thousand grain weight (g) | 产量 (g/盆) Yield (g/pot) |
---|---|---|---|---|---|---|
1 | 清水CK | 30.6±2.77cde | 9.91±0.27bcde | 18.1±1.02abcd | 0.41±0.02ab | 227.23±21.15c |
2 | 除草剂CK | 28.4±1.69de | 9.7±0.3cde | 18.5±1.81abcd | 0.42±0.02ab | 216.56±10.63c |
3 | 十二菌医 | 30.8±3.04cde | 9.24±0.28cde | 19.3±1.56abcd | 0.39±0.02ab | 235±29.26bc |
4 | 菌淋田下 | 31.4±2.91bcde | 9.02±0.23de | 18.1±1.89abcd | 0.4±0.01ab | 225.96±17.67c |
5 | 腐植酸 | 33.4±2.23abcde | 9.76±0.22bcde | 17.1±1.29bcd | 0.42±0.02ab | 237.86±14.3bc |
6 | 半量虫砂 | 29.8±2.27de | 8.61±0.27de | 18.8±1.76abcd | 0.44±0.02a | 243.57±19.03bc |
7 | 全量虫砂 | 38±2.39abc | 8.65±0.22de | 22.4±2.12ab | 0.41±0.02ab | 346.53±20.88a |
8 | 半量虫砂+十二菌医 | 34.6±2.32abcde | 10.31±0.26abcd | 19.9±1.52abcd | 0.44±0.01a | 302.64±19.79abc |
9 | 全量虫砂+十二菌医 | 35.4±1.75abcde | 10.73±0.22abc | 21.9±1.44abc | 0.41±0.02ab | 334.8±17.92ab |
10 | 半量虫砂+菌淋田下 | 38.6±0.98ab | 10.38±0.28abcd | 20.8±1.52abc | 0.42±0.01ab | 313.74±26.62abc |
11 | 全量虫砂+菌淋田下 | 35.2±0.86abcde | 10.83±0.21ab | 21.1±1.79abc | 0.39±0.01ab | 293.46±16.68abc |
12 | 半量虫砂+腐植酸 | 28.2±1.96e | 10.47±0.24abcd | 20.1±1abcd | 0.41±0.02ab | 228.62±11.86c |
13 | 全量虫砂+腐植酸 | 33.4±2.25abcde | 10.37±0.27abcd | 20.4±1.61abcd | 0.4±0.02ab | 275.6±31.08abc |
14 | 半量生物炭 | 33±3.08abcde | 8.24±0.2e | 17.5±0.85bcd | 0.4±0.01ab | 228.34±18.03c |
15 | 全量生物炭 | 29.2±2.94de | 9.39±0.19cde | 17.1±1.82bcd | 0.42±0.01ab | 208±21.4c |
16 | 半量生物炭+十二菌医 | 36.2±1.66abcd | 10.34±0.3abcd | 16.9±1.89bcd | 0.41±0.02ab | 211.4±5.6c |
17 | 全量生物炭+十二菌医 | 28.2±1.36e | 10.33±0.36abcd | 15.2±1.19d | 0.39±0.01ab | 239.07±19.15bc |
18 | 半量生物炭+菌淋田下 | 35.4±1.36abcde | 11.01±0.21a | 20.5±0.85abcd | 0.4±0.02ab | 298.11±30.73abc |
19 | 全量生物炭+菌淋田下 | 35.6±3.08abcde | 9.67±0.24cde | 21.3±1.82abc | 0.37±0.01b | 289.42±21.89abc |
20 | 半量生物炭+腐植酸 | 32.2±2.13bcde | 9.82±0.29bcde | 17.2±0.89bcd | 0.4±0.02ab | 224.32±23.38c |
21 | 全量生物炭+腐植酸 | 29.2±1.53de | 9.93±0.22bcde | 19.1±0.85abcd | 0.44±0.02a | 225.31±15.51c |
22 | 粉煤灰 | 34±2.02abcde | 8.71±0.27de | 18.5±1.51abcd | 0.42±0.02ab | 269.8±17.83abc |
23 | 粉煤灰+十二菌医 | 40±1.14a | 18.82±5.76abcd | 15.5±1.25cd | 0.41±0.02ab | 256.56±13.09abc |
24 | 粉煤灰+菌淋田下 | 30±3.56de | 10.98±0.31a | 22.8±1.23a | 0.43±0.02ab | 252.89±19.09abc |
25 | 粉煤灰+腐植酸 | 28.6±2.87de | 10.09±0.27abcd | 18.4±0.88abcd | 0.43±0.01a | 227.02±20.32c |
Tab.3 Changes in wheat yield and its contributing factors under different treatments
序号 Serial number | 处理 Treatments | 穗数(穗/盆) Panicle number (Ear /pot) | 穗长 Panicle length (cm) | 穗粒数(粒) Kernel number per spike (grain) | 千粒重 Thousand grain weight (g) | 产量 (g/盆) Yield (g/pot) |
---|---|---|---|---|---|---|
1 | 清水CK | 30.6±2.77cde | 9.91±0.27bcde | 18.1±1.02abcd | 0.41±0.02ab | 227.23±21.15c |
2 | 除草剂CK | 28.4±1.69de | 9.7±0.3cde | 18.5±1.81abcd | 0.42±0.02ab | 216.56±10.63c |
3 | 十二菌医 | 30.8±3.04cde | 9.24±0.28cde | 19.3±1.56abcd | 0.39±0.02ab | 235±29.26bc |
4 | 菌淋田下 | 31.4±2.91bcde | 9.02±0.23de | 18.1±1.89abcd | 0.4±0.01ab | 225.96±17.67c |
5 | 腐植酸 | 33.4±2.23abcde | 9.76±0.22bcde | 17.1±1.29bcd | 0.42±0.02ab | 237.86±14.3bc |
6 | 半量虫砂 | 29.8±2.27de | 8.61±0.27de | 18.8±1.76abcd | 0.44±0.02a | 243.57±19.03bc |
7 | 全量虫砂 | 38±2.39abc | 8.65±0.22de | 22.4±2.12ab | 0.41±0.02ab | 346.53±20.88a |
8 | 半量虫砂+十二菌医 | 34.6±2.32abcde | 10.31±0.26abcd | 19.9±1.52abcd | 0.44±0.01a | 302.64±19.79abc |
9 | 全量虫砂+十二菌医 | 35.4±1.75abcde | 10.73±0.22abc | 21.9±1.44abc | 0.41±0.02ab | 334.8±17.92ab |
10 | 半量虫砂+菌淋田下 | 38.6±0.98ab | 10.38±0.28abcd | 20.8±1.52abc | 0.42±0.01ab | 313.74±26.62abc |
11 | 全量虫砂+菌淋田下 | 35.2±0.86abcde | 10.83±0.21ab | 21.1±1.79abc | 0.39±0.01ab | 293.46±16.68abc |
12 | 半量虫砂+腐植酸 | 28.2±1.96e | 10.47±0.24abcd | 20.1±1abcd | 0.41±0.02ab | 228.62±11.86c |
13 | 全量虫砂+腐植酸 | 33.4±2.25abcde | 10.37±0.27abcd | 20.4±1.61abcd | 0.4±0.02ab | 275.6±31.08abc |
14 | 半量生物炭 | 33±3.08abcde | 8.24±0.2e | 17.5±0.85bcd | 0.4±0.01ab | 228.34±18.03c |
15 | 全量生物炭 | 29.2±2.94de | 9.39±0.19cde | 17.1±1.82bcd | 0.42±0.01ab | 208±21.4c |
16 | 半量生物炭+十二菌医 | 36.2±1.66abcd | 10.34±0.3abcd | 16.9±1.89bcd | 0.41±0.02ab | 211.4±5.6c |
17 | 全量生物炭+十二菌医 | 28.2±1.36e | 10.33±0.36abcd | 15.2±1.19d | 0.39±0.01ab | 239.07±19.15bc |
18 | 半量生物炭+菌淋田下 | 35.4±1.36abcde | 11.01±0.21a | 20.5±0.85abcd | 0.4±0.02ab | 298.11±30.73abc |
19 | 全量生物炭+菌淋田下 | 35.6±3.08abcde | 9.67±0.24cde | 21.3±1.82abc | 0.37±0.01b | 289.42±21.89abc |
20 | 半量生物炭+腐植酸 | 32.2±2.13bcde | 9.82±0.29bcde | 17.2±0.89bcd | 0.4±0.02ab | 224.32±23.38c |
21 | 全量生物炭+腐植酸 | 29.2±1.53de | 9.93±0.22bcde | 19.1±0.85abcd | 0.44±0.02a | 225.31±15.51c |
22 | 粉煤灰 | 34±2.02abcde | 8.71±0.27de | 18.5±1.51abcd | 0.42±0.02ab | 269.8±17.83abc |
23 | 粉煤灰+十二菌医 | 40±1.14a | 18.82±5.76abcd | 15.5±1.25cd | 0.41±0.02ab | 256.56±13.09abc |
24 | 粉煤灰+菌淋田下 | 30±3.56de | 10.98±0.31a | 22.8±1.23a | 0.43±0.02ab | 252.89±19.09abc |
25 | 粉煤灰+腐植酸 | 28.6±2.87de | 10.09±0.27abcd | 18.4±0.88abcd | 0.43±0.01a | 227.02±20.32c |
[1] | 张卓亚, 郭世俭, 赵东, 等. 龙草净桶混二甲戊灵在南疆棉田应用防除三棱草示范试验[J]. 农业科技通讯, 2021,(10): 106-108, 157. |
ZHANG Zhuoya, GUO Shijian, ZHAO Dong, et al. Long Cao Jing demonstration experiment on application of barrel mixed pendimethalin in cotton field in southern Xinjiang[J]. Bulletin of Agricultural Science and Technology, 2021,(10): 106-108, 157. | |
[2] | 冯文彪. 二甲戊乐灵防除玉米田杂草应用试验[J]. 农药科学与管理, 2003,(6):25-27. |
FENG Wenbiao. Application experiment of dimethylpenthalene in controlling weeds in corn field[J]. Agrochemical Science and Management, 2003,(6):25-27. | |
[3] | 许维诚, 牛树君, 胡冠芳, 等. 4种除草剂对马铃薯田间杂草防效试验[J]. 甘肃农业科技, 2014,(11): 29-30. |
XU Weicheng, NIU Shujun, HU Guanfang, et al. Experiment on the control effect of four herbicides on weeds in potato field[J]. Gansu Agricultural Science and Technology, 2014,(11): 29-30. | |
[4] | 王燕. 沉水植物对二种除草剂耐受性及二甲戊灵去除研究[D]. 苏州: 苏州大学, 2018. |
WANG Yan. Research on the Tolerance of Submerged Macrophytes to Two Herbicides and the Removal of Pendimethalin[D]. Suzhou: Soochow University, 2018. | |
[5] | Tsiropoulos N G, Lolas P C. Persistence of pendimethalin in cotton fields under sprinkler or drip irrigation in central Greece[J]. International Journal of Environmental Analytical Chemistry, 2004, 84(1-3): 199-205. |
[6] | Siqueira J O, Safir G R, Nair M G. VA-mycorrhizae and mycorrhiza stimulating isoflavonoid compounds reduce plant herbicide injury[J]. Plant and Soil, 1991, 134(2): 233-242. |
[7] | Agnieszka JAZW A, Ewa SZPYRKA, Sadło1 S. Disappearance of pendimethalin in soil and its residue in ripe fennel[J]. Journal of Central European Agriculture, 2009, 10(2): 153-158. |
[8] | Belal,Elsayed B, El Nady Mohamed F. Bioremediation of pendimethalin-contaminated soil[J]. African Journal of Microbiology Research, 2013, 7(21): 2574-2588. |
[9] | 齐丹, 任立伟, 卢滇楠, 等. 二氯喹啉酸污染土壤生物修复的研究现状与发展方向[J]. 环境科技, 2016, 29(2): 74-78. |
QI Dan, REN Liwei, LU Diannan, et al. Progress and development direction of bioremediation for quinclorac-contaminated soil[J]. Environmental Science and Technology, 2016, 29(2): 74-78. | |
[10] | 张广杰. 虫菌复合技术转化棉秆还田对棉花生长发育及黄萎病发生的影响[D]. 乌鲁木齐: 新疆农业大学, 2022. |
ZHANG Guangjie. Effects of the Return to the Field of Cotton Stalks Transformed by Insect-microorganism Composite Technology on the Growth and Development of Cotton and the Occurrence of Verticillium Wilt[D]. Urumqi: Xinjiang Agricultural University, 2022. | |
[11] |
张连俊, 李金兰, 张帅, 等. 2种昆虫虫粪对辣椒生长及果实品质的影响[J]. 新疆农业科学, 2021, 58(8): 1511-1518.
DOI |
ZHANG Lianjun, LI Jinlan, ZHANG Shuai, et al. Effects of dung from two insects on the growth and fruit quality of pepper[J]. Xinjiang Agricultural Sciences, 2021, 58(8): 1511-1518.
DOI |
|
[12] | 李玉梅, 王根林, 刘征宇, 等. 生物炭对土壤中莠去津残留消减的影响[J]. 作物杂志, 2014,(2): 137-141. |
LI Yumei, WANG Genlin, LIU Zhengyu, et al. Effects of bio-char application on degradation of atrazine residual in soil[J]. Crops, 2014,(2): 137-141. | |
[13] | 郑妍婕. 生物炭对莠去津在土壤中的吸附及后茬作物的影响研究[D]. 北京: 中国农业科学院, 2019. |
ZHENG Yanjie. Effects of Biochars on Atrazine Adsorption in Soil and Succession Crops[D]. Beijing: Chinese Academy of Agricultural Sciences, 2019. | |
[14] |
王佳颖, 何枞, 杨冬臣, 等. 生物炭固定化YB1菌剂对烟嘧磺隆降解效果的研究[J]. 河北农业大学学报, 2019, 42(6): 91-96.
DOI |
WANG Jiaying, HE Cong, YANG Dongchen, et al. Study on degradation of nicosulfuron by biochar immobilized YB1 bacterium[J]. Journal of Hebei Agricultural University, 2019, 42(6): 91-96. | |
[15] | 赵旭, 彭培好, 李景吉. 盐碱地土壤改良试验研究——以粉煤灰和煤矸石改良盐碱土为例[J]. 河南师范大学学报(自然科学版), 2011, 39(4): 70-74. |
ZHAO Xu,PENG Peihao, LI Jingji. An experiment of amelioration to saline alkali: improved saline-alkali soil by coal ash and coal gangue as an example[J]. Journal of Henan Normal University (Natural Science Edition), 2011, 39(4): 70-74. | |
[16] |
Singh N. Adsorption of herbicides on coal fly ash from aqueous solutions[J]. Journal of Hazardous Materials, 2009, 168(1): 233-237.
DOI PMID |
[17] | 韩思月. 秸秆基生物炭耦合功能菌株强化土壤阿特拉津去除及解磷能力的研究[D]. 哈尔滨: 东北农业大学, 2021. |
HAN Siyue. Study on Straw Biochar Coupled Functional Microorganisms for Enhanced Atrazine Removal and Phosphorus Solubilization Ability in Soil[D]. Harbin:Northeast Agricultural University, 2021. | |
[18] | 李照怡, 杨敬之, 尹显慧, 等. 烟田前茬残留二氯喹啉酸的解毒剂筛选[J/OL]. 烟草科技,1-12. |
LI Zhaoyi, YANG Jingzhi, YI Xianhui, et al. Antidotes screening of dichloroquinolinic acid residue from previous crop in tobacco fields[J/OL]. Tobacco science and technology, 1-12. | |
[19] | 周玲. 微生物-生物炭复合材料对水中草甘膦的去除研究[D]. 苏州: 苏州科技大学, 2021. |
ZHOU Ling. Removal of Glyphosate from Water by Microbe-biochar Composite[D]. Suzhou: Suzhou University of Science and Technology, 2021. | |
[20] | 王洋. 阿特拉津降解菌DNS32发酵工艺优化及菌制剂的制备[D]. 哈尔滨: 东北农业大学, 2012. |
WANG Yang. Optimization of Fermentation Process of Atrazine-degradation Strain DNS32and Preparation of Bacteria Preparations[D]. Harbin:Northeast Agricultural University, 2012. | |
[21] | 高岩. 泥秆共热解生物炭耦合菌株Arthrobacter sp.DNS10对阿特拉津污染土壤的修复[D]. 哈尔滨: 东北农业大学, 2020. |
GAO Yan. Remediation of Atrazine Contaminated Soil by Co-pyrolysis Biochar Prepared by Corn Straw and Sludge Coupling Strain Arthrobacter Sp.DNS10[D]. Harbin:Northeast Agricultural University, 2020. |
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