Chemical class
|
Market share 2019 (%)
|
Change 2010–19 (%)
|
R2
|
F-value
|
β1
|
β0
|
P-value
| |
---|
Amides and anilides
|
21.0
|
2
|
0.13
|
1.14
|
− 2E+ 03
|
4E+ 06
|
0.316
| |
Carbamates and biscarbamates
|
0.9
|
− 45
|
0.62
|
12.95
|
− 7E+ 02
|
1E+ 06
|
0.007
|
↓
|
Phenoxy-phytohormones
|
7.6
|
− 51
|
0.34
|
4.04
|
− 6E+ 03
|
1E+ 07
|
0.079
| |
Triazines and triazinones
|
14.2
|
− 27
|
0.53
|
9.10
|
− 7E+ 03
|
2E + 07
|
0.017
|
↓
|
Organophosphates
|
22.4
|
− 49
|
0.45
|
6.65
|
− 2E+ 04
|
4E+ 07
|
0.033
|
↓
|
Ureas, uracils and sulfonylureas
|
5.1
|
− 39
|
0.47
|
7.00
|
− 4E+ 03
|
8E+ 06
|
0.029
|
↓
|
Dinitroanilines
|
5.3
|
− 27
|
0.15
|
1.23
|
− 2E+ 03
|
3E+ 06
|
0.304
| |
Benzoic acids
|
2.3
|
− 16
|
0.39
|
5.17
|
− 1E+ 03
|
2E+ 06
|
0.053
| |
Diphenyl ethers
|
2.9
|
a− 33
|
0.65
|
13.08
|
− 2E+ 03
|
4E+ 06
|
0.009
|
↓
|
Bipyridyliums
|
2.8
|
646
|
0.65
|
15.10
|
2E+ 03
|
− 5E+ 06
|
0.005
|
↑
|
Thiocarbamates
|
4.2
|
119
|
0.72
|
20.29
|
4E+ 03
|
− 8E+ 06
|
0.002
|
↑
|
Inorganic herbicides
|
5.9
|
187
|
0.67
|
16.55
|
7E+ 03
|
− 1E+ 07
|
0.004
|
↑
|
Other herbicides
|
5.4
|
− 30
|
0.43
|
6.16
|
− 5E+ 03
|
1E+ 07
|
0.038
|
↓
|
Total amounts
|
100
|
− 24
|
0.74
|
23.26
|
− 3E+ 04
|
7E+ 07
|
0.001
|
↓
|
- P-values and parameters from linear models testing changes over the years. Significant P-values in bold, arrows indicate the direction of the change
- a% Change from 2011–2019, because in 2010 amounts of diphenyl ether were missing