Changes
On June 3, 2022 at 1:34:05 PM UTC,
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Added resource Pesticide_list.csv to Use of different passive sampling approaches for a comprehensive and time-integrated sampling of pesticides in tropical streams in a vegetable growing area
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Added field
datastore_active
to resource Readme.txt in Use of different passive sampling approaches for a comprehensive and time-integrated sampling of pesticides in tropical streams in a vegetable growing area
f | 1 | { | f | 1 | { |
2 | "author": "[\"Weiss, Frederik\", \"Ruepert, Clemens\", | 2 | "author": "[\"Weiss, Frederik\", \"Ruepert, Clemens\", | ||
3 | \"Echeverria-Saenz,Silvia\", \"Eggen, Rik\", \"Stamm, Christian\"]", | 3 | \"Echeverria-Saenz,Silvia\", \"Eggen, Rik\", \"Stamm, Christian\"]", | ||
4 | "author_email": null, | 4 | "author_email": null, | ||
5 | "creator_user_id": "064a4293-f097-4005-98d5-65b49b35ccf3", | 5 | "creator_user_id": "064a4293-f097-4005-98d5-65b49b35ccf3", | ||
6 | "extras": [ | 6 | "extras": [ | ||
7 | { | 7 | { | ||
8 | "key": "doi", | 8 | "key": "doi", | ||
9 | "value": "10.25678/0006DM" | 9 | "value": "10.25678/0006DM" | ||
10 | }, | 10 | }, | ||
11 | { | 11 | { | ||
12 | "key": "geographic_name", | 12 | "key": "geographic_name", | ||
13 | "value": "[\"Tapezco, Costa Rica\"]" | 13 | "value": "[\"Tapezco, Costa Rica\"]" | ||
14 | }, | 14 | }, | ||
15 | { | 15 | { | ||
16 | "key": "has_part", | 16 | "key": "has_part", | ||
17 | "value": "[]" | 17 | "value": "[]" | ||
18 | }, | 18 | }, | ||
19 | { | 19 | { | ||
20 | "key": "is_part_of", | 20 | "key": "is_part_of", | ||
21 | "value": "[]" | 21 | "value": "[]" | ||
22 | }, | 22 | }, | ||
23 | { | 23 | { | ||
24 | "key": "open_data", | 24 | "key": "open_data", | ||
25 | "value": "true" | 25 | "value": "true" | ||
26 | }, | 26 | }, | ||
27 | { | 27 | { | ||
28 | "key": "publicationlink", | 28 | "key": "publicationlink", | ||
29 | "value": "" | 29 | "value": "" | ||
30 | }, | 30 | }, | ||
31 | { | 31 | { | ||
32 | "key": "review_level", | 32 | "key": "review_level", | ||
33 | "value": "general" | 33 | "value": "general" | ||
34 | }, | 34 | }, | ||
35 | { | 35 | { | ||
36 | "key": "reviewed_by", | 36 | "key": "reviewed_by", | ||
37 | "value": "[\"redacted\"]" | 37 | "value": "[\"redacted\"]" | ||
38 | }, | 38 | }, | ||
39 | { | 39 | { | ||
40 | "key": "spatial", | 40 | "key": "spatial", | ||
41 | "value": "{\"type\": \"MultiPoint\", \"coordinates\": [ | 41 | "value": "{\"type\": \"MultiPoint\", \"coordinates\": [ | ||
42 | [-84.43448066711426, 10.215006787697634], [-84.41705703735352, | 42 | [-84.43448066711426, 10.215006787697634], [-84.41705703735352, | ||
43 | 10.22539645282945], [-84.43988800048828, 10.219462559667587], | 43 | 10.22539645282945], [-84.43988800048828, 10.219462559667587], | ||
44 | [-84.40293252468109, 10.224514822688292], [-84.36677902936935, | 44 | [-84.40293252468109, 10.224514822688292], [-84.36677902936935, | ||
45 | 10.221922710316628], [-84.37486052513121, 10.2125729806666], | 45 | 10.221922710316628], [-84.37486052513121, 10.2125729806666], | ||
46 | [-84.35996621847153, 10.219795156254955], [-84.34535086154936, | 46 | [-84.35996621847153, 10.219795156254955], [-84.34535086154936, | ||
47 | 10.201786926267472] ] }" | 47 | 10.201786926267472] ] }" | ||
48 | }, | 48 | }, | ||
49 | { | 49 | { | ||
50 | "key": "status", | 50 | "key": "status", | ||
51 | "value": "complete" | 51 | "value": "complete" | ||
52 | }, | 52 | }, | ||
53 | { | 53 | { | ||
54 | "key": "substances", | 54 | "key": "substances", | ||
55 | "value": "[\"2,4-D\\tC8H6Cl2O3\", | 55 | "value": "[\"2,4-D\\tC8H6Cl2O3\", | ||
56 | \"2,6-Dichlorbenzamide\\tC7H5Cl2NO\", | 56 | \"2,6-Dichlorbenzamide\\tC7H5Cl2NO\", | ||
57 | \"2-Aminobenzimidazole\\tC7H7N3\", | 57 | \"2-Aminobenzimidazole\\tC7H7N3\", | ||
58 | \"2-Methyl-4-amino-6-methoxy-s-triazine\\tC5H8N4O\", | 58 | \"2-Methyl-4-amino-6-methoxy-s-triazine\\tC5H8N4O\", | ||
59 | \"2-n-Octyl-4-isothiazolin-3-one (OIT)\\tC11H19NOS\", | 59 | \"2-n-Octyl-4-isothiazolin-3-one (OIT)\\tC11H19NOS\", | ||
60 | \"3,5,6-Trichloro-2-pyridinol\\tC5H2Cl3N1O1\", | 60 | \"3,5,6-Trichloro-2-pyridinol\\tC5H2Cl3N1O1\", | ||
61 | \"3,5-dibromo-4-hydroxybenzoic acid\\tC7H4Br2O3\", \"3-Phenoxybenzoic | 61 | \"3,5-dibromo-4-hydroxybenzoic acid\\tC7H4Br2O3\", \"3-Phenoxybenzoic | ||
62 | acid\\tC13H10O3\", \"3-Phenoxybenzyl-alcohol\\tC13H12O2\", | 62 | acid\\tC13H10O3\", \"3-Phenoxybenzyl-alcohol\\tC13H12O2\", | ||
63 | \"4,5-Dichloro-2-n-octyl-3(2H)-isothiazolone (DCOIT)\\tC11H17Cl2NOS\", | 63 | \"4,5-Dichloro-2-n-octyl-3(2H)-isothiazolone (DCOIT)\\tC11H17Cl2NOS\", | ||
64 | \"4-Isopropylaniline\\tC9H13N\", | 64 | \"4-Isopropylaniline\\tC9H13N\", | ||
65 | \"5-Chloro-2-methyl-4-isothiazolin-3-one (CMI)\\tC4H4ClNOS\", | 65 | \"5-Chloro-2-methyl-4-isothiazolin-3-one (CMI)\\tC4H4ClNOS\", | ||
66 | \"Acephate\\tC4H10NO3PS\", \"Acetamiprid\\tC10H11ClN4\", \"Acetochlor | 66 | \"Acephate\\tC4H10NO3PS\", \"Acetamiprid\\tC10H11ClN4\", \"Acetochlor | ||
67 | + Alachlor\\tC14H20ClNO2\", \"Acetochlor-ESA + | 67 | + Alachlor\\tC14H20ClNO2\", \"Acetochlor-ESA + | ||
68 | Alachlor-ESA\\tC14H21NO5S\", \"Acetochlor-OXA + | 68 | Alachlor-ESA\\tC14H21NO5S\", \"Acetochlor-OXA + | ||
69 | Alachlor-OXA\\tC14H19NO4\", \"Aclonifen\\tC12H9ClN2O3\", | 69 | Alachlor-OXA\\tC14H19NO4\", \"Aclonifen\\tC12H9ClN2O3\", | ||
70 | \"Acrinathrin\\tC26H21F6NO5\", \"Aldicarb\\tC7H14N2O2S\", | 70 | \"Acrinathrin\\tC26H21F6NO5\", \"Aldicarb\\tC7H14N2O2S\", | ||
71 | \"Allethrin\\tC19H26O3\", \"Amidosulfuron\\tC9H15N5O7S2\", | 71 | \"Allethrin\\tC19H26O3\", \"Amidosulfuron\\tC9H15N5O7S2\", | ||
72 | \"Asulam\\tC8H10N2O4S1\", \"Atraton\\tC9H17N5O\", | 72 | \"Asulam\\tC8H10N2O4S1\", \"Atraton\\tC9H17N5O\", | ||
73 | \"Atrazine\\tC8H14Cl1N5\", \"Atrazine-2-hydroxy\\tC8H15N5O\", | 73 | \"Atrazine\\tC8H14Cl1N5\", \"Atrazine-2-hydroxy\\tC8H15N5O\", | ||
74 | \"Atrazine-6-desisopropyl\\tC5H8ClN5\", | 74 | \"Atrazine-6-desisopropyl\\tC5H8ClN5\", | ||
75 | \"Atrazine-desethyl\\tC6H10ClN5\", | 75 | \"Atrazine-desethyl\\tC6H10ClN5\", | ||
76 | \"Atrazine-desethyl-2-hydroxy\\tC6H11N5O\", | 76 | \"Atrazine-desethyl-2-hydroxy\\tC6H11N5O\", | ||
77 | \"Azamethiphos\\tC9H10ClN2O5PS\", \"Azoxystrobin\\tC22H17N3O5\", | 77 | \"Azamethiphos\\tC9H10ClN2O5PS\", \"Azoxystrobin\\tC22H17N3O5\", | ||
78 | \"Azoxystrobin acid\\tC21H15N3O5\", \"Benalaxyl\\tC20H23NO3\", | 78 | \"Azoxystrobin acid\\tC21H15N3O5\", \"Benalaxyl\\tC20H23NO3\", | ||
79 | \"Bentazone\\tC10H12N2O3S\", | 79 | \"Bentazone\\tC10H12N2O3S\", | ||
80 | \"Benthiavalicarb-isopropyl\\tC18H24FN3O3S\", | 80 | \"Benthiavalicarb-isopropyl\\tC18H24FN3O3S\", | ||
81 | \"Bifenox\\tC14H9Cl2NO5\", \"Bifenox acid\\tC13H7Cl2NO5\", | 81 | \"Bifenox\\tC14H9Cl2NO5\", \"Bifenox acid\\tC13H7Cl2NO5\", | ||
82 | \"Bifenthrin\\tC23H22ClF3O2\", \"Bixafen\\tC18H12Cl2F3N3O\", | 82 | \"Bifenthrin\\tC23H22ClF3O2\", \"Bixafen\\tC18H12Cl2F3N3O\", | ||
83 | \"Boscalid\\tC18H12Cl2N2O\", \"Bromazil\\tC9H13BrN2O2\", | 83 | \"Boscalid\\tC18H12Cl2N2O\", \"Bromazil\\tC9H13BrN2O2\", | ||
84 | \"Bromoxynil\\tC7H3Br2N1O1\", \"Bronopol\\tC3H6BrN1O4\", | 84 | \"Bromoxynil\\tC7H3Br2N1O1\", \"Bronopol\\tC3H6BrN1O4\", | ||
85 | \"Buprofezin\\tC16H23N3OS\", \"Butachlor\\tC17H26ClNO2\", | 85 | \"Buprofezin\\tC16H23N3OS\", \"Butachlor\\tC17H26ClNO2\", | ||
86 | \"Carbaryl\\tC12H11NO2\", \"Carbendazim\\tC9H9N3O2\", | 86 | \"Carbaryl\\tC12H11NO2\", \"Carbendazim\\tC9H9N3O2\", | ||
87 | \"Carbetamide\\tC12H16N2O3\", \"Carbofuran\\tC12H15NO3\", | 87 | \"Carbetamide\\tC12H16N2O3\", \"Carbofuran\\tC12H15NO3\", | ||
88 | \"Chlorantraniliprole\\tC18H14BrCl2N5O2\", | 88 | \"Chlorantraniliprole\\tC18H14BrCl2N5O2\", | ||
89 | \"Chlorfenvinphos\\tC12H14Cl3O4P\", \"Chloridazon\\tC10H8Cl1N3O1\", | 89 | \"Chlorfenvinphos\\tC12H14Cl3O4P\", \"Chloridazon\\tC10H8Cl1N3O1\", | ||
90 | \"Chloridazone-desphenyl\\tC4H4ClN3O\", | 90 | \"Chloridazone-desphenyl\\tC4H4ClN3O\", | ||
91 | \"Chloridazone-methyl-desphenyl\\tC5H6ClN3O\", | 91 | \"Chloridazone-methyl-desphenyl\\tC5H6ClN3O\", | ||
92 | \"Chlorothalonil-4-hydroxy\\tC8HN2OCl3\", | 92 | \"Chlorothalonil-4-hydroxy\\tC8HN2OCl3\", | ||
93 | \"Chlorothalonil-4-hydroxy-carbonacid amide\\tC8H3Cl3N2O2\", | 93 | \"Chlorothalonil-4-hydroxy-carbonacid amide\\tC8H3Cl3N2O2\", | ||
94 | \"Chlorpyrifos\\tC9H11Cl3NO3PS\", | 94 | \"Chlorpyrifos\\tC9H11Cl3NO3PS\", | ||
95 | \"Chlorpyrifos-methyl\\tC7H7Cl3NO3PS\", | 95 | \"Chlorpyrifos-methyl\\tC7H7Cl3NO3PS\", | ||
96 | \"Chlortoluron\\tC10H13ClN2O\", \"Ciprofloxacin\\tC17H18F1N3O3\", | 96 | \"Chlortoluron\\tC10H13ClN2O\", \"Ciprofloxacin\\tC17H18F1N3O3\", | ||
97 | \"Clethodim\\tC17H26ClNO3S\", \"Clomazone\\tC12H14ClNO2\", | 97 | \"Clethodim\\tC17H26ClNO3S\", \"Clomazone\\tC12H14ClNO2\", | ||
98 | \"Clothianidin\\tC6H8ClN5O2S\", \"Cyazofamid\\tC13H13ClN4O2S\", | 98 | \"Clothianidin\\tC6H8ClN5O2S\", \"Cyazofamid\\tC13H13ClN4O2S\", | ||
99 | \"Cycloxydim\\tC17H27NO3S\", \"Cyflufenamid\\tC20H17F5N2O2\", | 99 | \"Cycloxydim\\tC17H27NO3S\", \"Cyflufenamid\\tC20H17F5N2O2\", | ||
100 | \"Cyhalothrin\\tC23H19ClF3NO3\", \"Cymoxanil\\tC7H10N4O3\", | 100 | \"Cyhalothrin\\tC23H19ClF3NO3\", \"Cymoxanil\\tC7H10N4O3\", | ||
101 | \"Cypermethrin\\tC22H19Cl2NO3\", \"Cyproconazole\\tC15H18ClN3O\", | 101 | \"Cypermethrin\\tC22H19Cl2NO3\", \"Cyproconazole\\tC15H18ClN3O\", | ||
102 | \"Cyprodinil\\tC14H15N3\", \"Cyromazin\\tC6H10N6\", | 102 | \"Cyprodinil\\tC14H15N3\", \"Cyromazin\\tC6H10N6\", | ||
103 | \"Deltamethrin\\tC22H19Br2NO3\", \"Desmedipham\\tC16H16N2O4\", | 103 | \"Deltamethrin\\tC22H19Br2NO3\", \"Desmedipham\\tC16H16N2O4\", | ||
104 | \"Diazinon\\tC12H21N2O3P1S1\", \"Diazoxon\\tC12H21N2O4P1\", | 104 | \"Diazinon\\tC12H21N2O3P1S1\", \"Diazoxon\\tC12H21N2O4P1\", | ||
105 | \"Dicamba\\tC8H6Cl2O3\", \"Dichlorprop\\tC9H8O3Cl2\", | 105 | \"Dicamba\\tC8H6Cl2O3\", \"Dichlorprop\\tC9H8O3Cl2\", | ||
106 | \"Dichlorvos\\tC4H7Cl2O4P\", \"Diethyltoluamide (DEET)\\tC12H17NO\", | 106 | \"Dichlorvos\\tC4H7Cl2O4P\", \"Diethyltoluamide (DEET)\\tC12H17NO\", | ||
107 | \"Difenoconazole\\tC19H17Cl2N3O3\", \"Diflufenican\\tC19H11F5N2O2\", | 107 | \"Difenoconazole\\tC19H17Cl2N3O3\", \"Diflufenican\\tC19H11F5N2O2\", | ||
108 | \"Dimefuron\\tC15H19ClN4O3\", \"Dimethachlor\\tC13H18ClNO2\", | 108 | \"Dimefuron\\tC15H19ClN4O3\", \"Dimethachlor\\tC13H18ClNO2\", | ||
109 | \"Dimethachlor ESA\\tC13H19NO5S\", \"Dimethachlor OXA\\tC13H17NO4\", | 109 | \"Dimethachlor ESA\\tC13H19NO5S\", \"Dimethachlor OXA\\tC13H17NO4\", | ||
110 | \"Dimethenamid\\tC12H18ClNO2S\", \"Dimethenamid ESA\\tC12H19N1O5S2\", | 110 | \"Dimethenamid\\tC12H18ClNO2S\", \"Dimethenamid ESA\\tC12H19N1O5S2\", | ||
111 | \"Dimethenamid OXA\\tC12H17N1O4S1\", \"Dimethoate\\tC5H12NO3PS2\", | 111 | \"Dimethenamid OXA\\tC12H17N1O4S1\", \"Dimethoate\\tC5H12NO3PS2\", | ||
112 | \"Dimethomorph\\tC21H22ClNO4\", \"Dinoseb\\tC10H12N2O5\", | 112 | \"Dimethomorph\\tC21H22ClNO4\", \"Dinoseb\\tC10H12N2O5\", | ||
113 | \"Diuron\\tC9H10Cl2N2O1\", \"Diuron-desdimethyl\\tC7H6Cl2N2O\", | 113 | \"Diuron\\tC9H10Cl2N2O1\", \"Diuron-desdimethyl\\tC7H6Cl2N2O\", | ||
114 | \"Diuron-monomethyl (DCPMU)\\tC8H8Cl2N2O\", \"Empethrin\\tC18H26O2\", | 114 | \"Diuron-monomethyl (DCPMU)\\tC8H8Cl2N2O\", \"Empethrin\\tC18H26O2\", | ||
115 | \"Epoxiconazole\\tC17H13ClFN3O\", \"Erythromycin\\tC37H67NO13\", | 115 | \"Epoxiconazole\\tC17H13ClFN3O\", \"Erythromycin\\tC37H67NO13\", | ||
116 | \"Esfenvalerate\\tC25H22ClNO3\", \"Ethephon\\tC2H6ClO3P\", | 116 | \"Esfenvalerate\\tC25H22ClNO3\", \"Ethephon\\tC2H6ClO3P\", | ||
117 | \"Ethofumesate\\tC13H18O5S1\", \"Ethofumesate-2-keto\\tC11H12O5S\", | 117 | \"Ethofumesate\\tC13H18O5S1\", \"Ethofumesate-2-keto\\tC11H12O5S\", | ||
118 | \"Ethoprophos\\tC8H19O2PS2\", \"Ethylenethiourea (ETU)\\tC3H6N2S\", | 118 | \"Ethoprophos\\tC8H19O2PS2\", \"Ethylenethiourea (ETU)\\tC3H6N2S\", | ||
119 | \"Etofenprox\\tC25H28O3\", \"Famoxadone\\tC22H18N2O4\", | 119 | \"Etofenprox\\tC25H28O3\", \"Famoxadone\\tC22H18N2O4\", | ||
120 | \"Fenamidone\\tC17H17N3OS\", \"Fenhexamid\\tC14H17Cl2NO2\", | 120 | \"Fenamidone\\tC17H17N3OS\", \"Fenhexamid\\tC14H17Cl2NO2\", | ||
121 | \"Fenoxycarb\\tC17H19NO4\", \"Fenpropathrin\\tC22H23NO3\", | 121 | \"Fenoxycarb\\tC17H19NO4\", \"Fenpropathrin\\tC22H23NO3\", | ||
122 | \"Fenpropidin\\tC19H31N\", \"Fenpropimorph\\tC20H33NO\", | 122 | \"Fenpropidin\\tC19H31N\", \"Fenpropimorph\\tC20H33NO\", | ||
123 | \"Fipronil\\tC12H4Cl2F6N4O1S1\", | 123 | \"Fipronil\\tC12H4Cl2F6N4O1S1\", | ||
124 | \"Fipronil-desulfinyl\\tC12H4Cl2F6N4\", | 124 | \"Fipronil-desulfinyl\\tC12H4Cl2F6N4\", | ||
125 | \"Fipronil-sulfide\\tC12H4Cl2F6N4S1\", | 125 | \"Fipronil-sulfide\\tC12H4Cl2F6N4S1\", | ||
126 | \"Fipronil-sulfone\\tC12H4Cl2F6N4O2S1\", \"Flonicamid\\tC9H6F3N3O\", | 126 | \"Fipronil-sulfone\\tC12H4Cl2F6N4O2S1\", \"Flonicamid\\tC9H6F3N3O\", | ||
127 | \"Fluazifop\\tC15H12F3NO4\", \"Fluazinam\\tC13H4Cl2F6N4O4\", | 127 | \"Fluazifop\\tC15H12F3NO4\", \"Fluazinam\\tC13H4Cl2F6N4O4\", | ||
128 | \"Fludioxonil\\tC12H6F2N2O2\", \"Flufenacet\\tC14H13F4N3O2S\", | 128 | \"Fludioxonil\\tC12H6F2N2O2\", \"Flufenacet\\tC14H13F4N3O2S\", | ||
129 | \"Flufenacet ESA\\tC11H14F1NO4S1\", \"Flufenacet OXA\\tC11H12F1N1O3\", | 129 | \"Flufenacet ESA\\tC11H14F1NO4S1\", \"Flufenacet OXA\\tC11H12F1N1O3\", | ||
130 | \"Flumioxazin\\tC19H15FN2O4\", \"Fluopicolide\\tC14H8Cl3F3N2O\", | 130 | \"Flumioxazin\\tC19H15FN2O4\", \"Fluopicolide\\tC14H8Cl3F3N2O\", | ||
131 | \"Fluopyram\\tC16H11ClF6N2O\", \"Fluoxastrobin\\tC21H16ClFN4O5\", | 131 | \"Fluopyram\\tC16H11ClF6N2O\", \"Fluoxastrobin\\tC21H16ClFN4O5\", | ||
132 | \"Fluroxypyr\\tC7H5Cl2FN2O3\", \"Flusilazole\\tC16H15F2N3Si\", | 132 | \"Fluroxypyr\\tC7H5Cl2FN2O3\", \"Flusilazole\\tC16H15F2N3Si\", | ||
133 | \"Flutolanil\\tC17H16F3NO2\", \"Fluvalinate\\tC26H22ClF3N2O3\", | 133 | \"Flutolanil\\tC17H16F3NO2\", \"Fluvalinate\\tC26H22ClF3N2O3\", | ||
134 | \"Folpet\\tC9H4Cl3NO2S\", \"Foramsulfuron\\tC17H20N6O7S\", | 134 | \"Folpet\\tC9H4Cl3NO2S\", \"Foramsulfuron\\tC17H20N6O7S\", | ||
135 | \"Fosthiazate\\tC9H18NO3PS2\", \"Haloxyfop\\tC15H11ClF3NO4\", | 135 | \"Fosthiazate\\tC9H18NO3PS2\", \"Haloxyfop\\tC15H11ClF3NO4\", | ||
136 | \"Hexazinone\\tC12H20N4O2\", \"Imazalil\\tC14H14Cl2N2O\", | 136 | \"Hexazinone\\tC12H20N4O2\", \"Imazalil\\tC14H14Cl2N2O\", | ||
137 | \"Imazamox\\tC15H19N3O4\", \"Imidacloprid\\tC9H10ClN5O2\", | 137 | \"Imazamox\\tC15H19N3O4\", \"Imidacloprid\\tC9H10ClN5O2\", | ||
138 | \"Imidacloprid-desnitro\\tC9H11ClN4\", | 138 | \"Imidacloprid-desnitro\\tC9H11ClN4\", | ||
139 | \"Imidacloprid-urea\\tC9H10ClN3O\", \"Imiprothrin\\tC17H22N2O4\", | 139 | \"Imidacloprid-urea\\tC9H10ClN3O\", \"Imiprothrin\\tC17H22N2O4\", | ||
140 | \"Indoxacarb\\tC22H17ClF3N3O7\", \"Iodopropynyl butyl-carbamate | 140 | \"Indoxacarb\\tC22H17ClF3N3O7\", \"Iodopropynyl butyl-carbamate | ||
141 | (IPBC)\\tC8H12I1N1O2\", \"Iodosulfuron-methyl\\tC14H14IN5O6S\", | 141 | (IPBC)\\tC8H12I1N1O2\", \"Iodosulfuron-methyl\\tC14H14IN5O6S\", | ||
142 | \"Ioxynil\\tC7H3I2NO\", \"Iprodione\\tC13H13Cl2N3O3\", | 142 | \"Ioxynil\\tC7H3I2NO\", \"Iprodione\\tC13H13Cl2N3O3\", | ||
143 | \"Iprovalicarb\\tC18H28N2O3\", \"Irgarol\\tC11H19N5S1\", | 143 | \"Iprovalicarb\\tC18H28N2O3\", \"Irgarol\\tC11H19N5S1\", | ||
144 | \"Irgarol-descyclopropyl\\tC8H15N5S\", \"Isoproturon\\tC12H18N2O1\", | 144 | \"Irgarol-descyclopropyl\\tC8H15N5S\", \"Isoproturon\\tC12H18N2O1\", | ||
145 | \"Isoproturon-desmethyl\\tC10H14N2O\", | 145 | \"Isoproturon-desmethyl\\tC10H14N2O\", | ||
146 | \"Isoproturon-N-monodemethyl\\tC11H16N2O\", | 146 | \"Isoproturon-N-monodemethyl\\tC11H16N2O\", | ||
147 | \"Isoxadifen-ethyl\\tC18H17NO3\", \"Isoxaflutole\\tC15H12F3NO4S\", | 147 | \"Isoxadifen-ethyl\\tC18H17NO3\", \"Isoxaflutole\\tC15H12F3NO4S\", | ||
148 | \"Kresoxim-methyl\\tC18H19NO4\", \"Lenacil\\tC13H18N2O2\", | 148 | \"Kresoxim-methyl\\tC18H19NO4\", \"Lenacil\\tC13H18N2O2\", | ||
149 | \"Linuron\\tC9H10Cl2N2O2\", \"Lufenuron\\tC17H8Cl2F8N2O3\", | 149 | \"Linuron\\tC9H10Cl2N2O2\", \"Lufenuron\\tC17H8Cl2F8N2O3\", | ||
150 | \"Malathion\\tC10H19O6PS2\", \"Maleic hydrazide\\tC4H4N2O2\", \"Maleic | 150 | \"Malathion\\tC10H19O6PS2\", \"Maleic hydrazide\\tC4H4N2O2\", \"Maleic | ||
151 | hydrazide\\tC4H4N2O2\", \"Mandipropamid\\tC23H22ClNO4\", | 151 | hydrazide\\tC4H4N2O2\", \"Mandipropamid\\tC23H22ClNO4\", | ||
152 | \"MCPA\\tC9H9ClO3\", \"MCPB\\tC11H13ClO3\", \"Mecoprop\\tC10H11ClO3\", | 152 | \"MCPA\\tC9H9ClO3\", \"MCPB\\tC11H13ClO3\", \"Mecoprop\\tC10H11ClO3\", | ||
153 | \"Medazepam\\tC16H15ClN2\", \"Mefenpyr-diethyl\\tC16H18Cl2N2O4\", | 153 | \"Medazepam\\tC16H15ClN2\", \"Mefenpyr-diethyl\\tC16H18Cl2N2O4\", | ||
154 | \"Mepanipyrim\\tC14H13N3\", \"Mesosulfuron-methyl\\tC17H21N5O9S2\", | 154 | \"Mepanipyrim\\tC14H13N3\", \"Mesosulfuron-methyl\\tC17H21N5O9S2\", | ||
155 | \"Mesotrione\\tC14H13NO7S\", \"Mesotrione MNBA\\tC8H7NO6S\", | 155 | \"Mesotrione\\tC14H13NO7S\", \"Mesotrione MNBA\\tC8H7NO6S\", | ||
156 | \"Metalaxyl\\tC15H21NO4\", \"Metaldehyde\\tC8H16O4\", | 156 | \"Metalaxyl\\tC15H21NO4\", \"Metaldehyde\\tC8H16O4\", | ||
157 | \"Metamitron\\tC10H10N4O1\", \"Metamitron-desamino\\tC10H9N3O1\", | 157 | \"Metamitron\\tC10H10N4O1\", \"Metamitron-desamino\\tC10H9N3O1\", | ||
158 | \"Metazachlor\\tC14H16ClN3O\", \"Metazachlor ESA\\tC14H17N3O4S\", | 158 | \"Metazachlor\\tC14H16ClN3O\", \"Metazachlor ESA\\tC14H17N3O4S\", | ||
159 | \"Metazachlor OXA\\tC14H15N3O3\", \"Metconazole\\tC17H22ClN3O\", | 159 | \"Metazachlor OXA\\tC14H15N3O3\", \"Metconazole\\tC17H22ClN3O\", | ||
160 | \"Methidathion\\tC6H11N2O4PS3\", \"Methiocarb\\tC11H15NO2S\", | 160 | \"Methidathion\\tC6H11N2O4PS3\", \"Methiocarb\\tC11H15NO2S\", | ||
161 | \"Methiocarb-sulfoxide\\tC11H15NO3S\", \"Methomyl\\tC5H10N2O2S\", | 161 | \"Methiocarb-sulfoxide\\tC11H15NO3S\", \"Methomyl\\tC5H10N2O2S\", | ||
162 | \"Methoxyfenozide\\tC22H28N2O3\", \"Methyl | 162 | \"Methoxyfenozide\\tC22H28N2O3\", \"Methyl | ||
163 | 2-(amino-sulfonyl)benzoate\\tC8H9NO4S\", | 163 | 2-(amino-sulfonyl)benzoate\\tC8H9NO4S\", | ||
164 | \"Metolachlor\\tC15H22ClNO2\", \"Metolachlor ESA\\tC15H23N1O5S1\", | 164 | \"Metolachlor\\tC15H22ClNO2\", \"Metolachlor ESA\\tC15H23N1O5S1\", | ||
165 | \"Metolachlor OXA\\tC15H21N1O4\", | 165 | \"Metolachlor OXA\\tC15H21N1O4\", | ||
166 | \"Metolachlor-Morpholinon\\tC14H19N1O2\", \"Metoprolol\\tC15H25NO3\", | 166 | \"Metolachlor-Morpholinon\\tC14H19N1O2\", \"Metoprolol\\tC15H25NO3\", | ||
167 | \"Metosulam\\tC14H13Cl2N5O4S\", \"Metoxuron\\tC10H13ClN2O2\", | 167 | \"Metosulam\\tC14H13Cl2N5O4S\", \"Metoxuron\\tC10H13ClN2O2\", | ||
168 | \"Metrafenone\\tC19H21BrO5\", \"Metribuzin\\tC8H14N4O1S1\", | 168 | \"Metrafenone\\tC19H21BrO5\", \"Metribuzin\\tC8H14N4O1S1\", | ||
169 | \"Metribuzin-deamino (DA)\\tC8H13N3OS\", \"Metribuzin-diketo | 169 | \"Metribuzin-deamino (DA)\\tC8H13N3OS\", \"Metribuzin-diketo | ||
170 | (DK)\\tC7H12N4O2\", \"Metsulfuron-methyl\\tC14H15N5O6S\", | 170 | (DK)\\tC7H12N4O2\", \"Metsulfuron-methyl\\tC14H15N5O6S\", | ||
171 | \"Monocrotophos\\tC7H14NO5P\", \"Monolinuron\\tC9H11ClN2O2\", | 171 | \"Monocrotophos\\tC7H14NO5P\", \"Monolinuron\\tC9H11ClN2O2\", | ||
172 | \"Monuron\\tC9H11ClN2O\", \"Myclobutanil\\tC15H17ClN4\", | 172 | \"Monuron\\tC9H11ClN2O\", \"Myclobutanil\\tC15H17ClN4\", | ||
173 | \"N-(2,4-Dimethyl-phenyl)-formamide\\tC9H11NO\", | 173 | \"N-(2,4-Dimethyl-phenyl)-formamide\\tC9H11NO\", | ||
174 | \"N'-(2,4-Dimethyl-phenyl)-N-methyl-formamidine\\tC10H14N2\", | 174 | \"N'-(2,4-Dimethyl-phenyl)-N-methyl-formamidine\\tC10H14N2\", | ||
175 | \"N,N-Dimethyl-N'-phenylsulphamide (DMSA)\\tC8H12N2O2S\", | 175 | \"N,N-Dimethyl-N'-phenylsulphamide (DMSA)\\tC8H12N2O2S\", | ||
176 | \"N,N-Dimethyl-N'-p-tolylsulphamide\\tC9H14N2O2S\", | 176 | \"N,N-Dimethyl-N'-p-tolylsulphamide\\tC9H14N2O2S\", | ||
177 | \"N,N-Dimethyl-sulfamide\\tC2H8N2O2S\", \"Napropamide\\tC17H21NO2\", | 177 | \"N,N-Dimethyl-sulfamide\\tC2H8N2O2S\", \"Napropamide\\tC17H21NO2\", | ||
178 | \"Nicosulfuron\\tC15H18N6O6S\", \"Norfloxacin\\tC16H18F1N3O3\", | 178 | \"Nicosulfuron\\tC15H18N6O6S\", \"Norfloxacin\\tC16H18F1N3O3\", | ||
179 | \"Orbencarb\\tC12H16ClNOS\", \"Oryzalin\\tC12H18N4O6S\", | 179 | \"Orbencarb\\tC12H16ClNOS\", \"Oryzalin\\tC12H18N4O6S\", | ||
180 | \"Oxamyl\\tC7H13N3O3S\", \"Oxasulfuron\\tC17H18N4O6S\", | 180 | \"Oxamyl\\tC7H13N3O3S\", \"Oxasulfuron\\tC17H18N4O6S\", | ||
181 | \"Oxyfluorfen\\tC15H11ClF3NO4\", \"Penconazol\\tC13H15Cl2N3\", | 181 | \"Oxyfluorfen\\tC15H11ClF3NO4\", \"Penconazol\\tC13H15Cl2N3\", | ||
182 | \"Pencycuron\\tC19H21ClN2O\", \"Pendimethalin\\tC13H19N3O4\", | 182 | \"Pencycuron\\tC19H21ClN2O\", \"Pendimethalin\\tC13H19N3O4\", | ||
183 | \"Permethrin\\tC21H20Cl2O3\", \"Pethoxamid\\tC16H22ClNO2\", | 183 | \"Permethrin\\tC21H20Cl2O3\", \"Pethoxamid\\tC16H22ClNO2\", | ||
184 | \"Phenmedipham\\tC16H16N2O4\", \"Phenothrin\\tC23H26O3\", \"Picaridin | 184 | \"Phenmedipham\\tC16H16N2O4\", \"Phenothrin\\tC23H26O3\", \"Picaridin | ||
185 | (Icaridin)\\tC12H23NO3\", \"Pinoxaden\\tC23H32N2O4\", \"Piperonyl | 185 | (Icaridin)\\tC12H23NO3\", \"Pinoxaden\\tC23H32N2O4\", \"Piperonyl | ||
186 | butoxide\\tC19H30O5\", \"Pirimicarb\\tC11H18N4O2\", | 186 | butoxide\\tC19H30O5\", \"Pirimicarb\\tC11H18N4O2\", | ||
187 | \"Prochloraz\\tC15H16Cl3N3O2\", \"Procymidone\\tC13H11Cl2NO2\", | 187 | \"Prochloraz\\tC15H16Cl3N3O2\", \"Procymidone\\tC13H11Cl2NO2\", | ||
188 | \"Profenofos\\tC11H15BrClO3PS\", \"Prometon\\tC10H19N5O\", \"Prometryn | 188 | \"Profenofos\\tC11H15BrClO3PS\", \"Prometon\\tC10H19N5O\", \"Prometryn | ||
189 | + Terbutryn\\tC10H19N5S\", \"Prometryn + Terbutryn\\tC10H19N5S1\", | 189 | + Terbutryn\\tC10H19N5S\", \"Prometryn + Terbutryn\\tC10H19N5S1\", | ||
190 | \"Propachlor\\tC11H14ClNO\", \"Propachlor ESA\\tC11H15N1O4S1\", | 190 | \"Propachlor\\tC11H14ClNO\", \"Propachlor ESA\\tC11H15N1O4S1\", | ||
191 | \"Propachlor OXA\\tC11H13N1O3\", \"Propamocarb\\tC9H20N2O2\", | 191 | \"Propachlor OXA\\tC11H13N1O3\", \"Propamocarb\\tC9H20N2O2\", | ||
192 | \"Propanil\\tC9H9Cl2NO\", \"Propaquizafop\\tC22H22ClN3O5\", | 192 | \"Propanil\\tC9H9Cl2NO\", \"Propaquizafop\\tC22H22ClN3O5\", | ||
193 | \"Propazine-2-hydroxy + Terbuthylazine-2-hydroxy\\tC9H17N5O\", | 193 | \"Propazine-2-hydroxy + Terbuthylazine-2-hydroxy\\tC9H17N5O\", | ||
194 | \"Propiconazole\\tC15H17Cl2N3O2\", \"Propoxur\\tC11H15NO3\", | 194 | \"Propiconazole\\tC15H17Cl2N3O2\", \"Propoxur\\tC11H15NO3\", | ||
195 | \"Propyzamide\\tC12H11Cl2NO\", \"Proquinazid\\tC14H17IN2O2\", | 195 | \"Propyzamide\\tC12H11Cl2NO\", \"Proquinazid\\tC14H17IN2O2\", | ||
196 | \"Prosulfocarb\\tC14H21NOS\", \"Prosulfuron\\tC15H16F3N5O4S\", | 196 | \"Prosulfocarb\\tC14H21NOS\", \"Prosulfuron\\tC15H16F3N5O4S\", | ||
197 | \"Prothioconazole-desthio\\tC14H15Cl2N3O\", | 197 | \"Prothioconazole-desthio\\tC14H15Cl2N3O\", | ||
198 | \"Prothiophos\\tC11H15Cl2O2PS2\", \"Pymetrozine\\tC10H11N5O\", | 198 | \"Prothiophos\\tC11H15Cl2O2PS2\", \"Pymetrozine\\tC10H11N5O\", | ||
199 | \"Pyraclostrobin\\tC19H18ClN3O4\", \"Pyridate\\tC19H23ClN2O2S\", | 199 | \"Pyraclostrobin\\tC19H18ClN3O4\", \"Pyridate\\tC19H23ClN2O2S\", | ||
200 | \"Pyrimethanil\\tC12H13N3\", \"Pyrimidinol\\tC8H12N2O1\", | 200 | \"Pyrimethanil\\tC12H13N3\", \"Pyrimidinol\\tC8H12N2O1\", | ||
201 | \"Pyroxsulam\\tC14H13F3N6O5S\", \"Quinoclamine\\tC10H6ClNO2\", | 201 | \"Pyroxsulam\\tC14H13F3N6O5S\", \"Quinoclamine\\tC10H6ClNO2\", | ||
202 | \"Quizalifop-p\\tC17H13ClN2O4\", \"Rimsulfuron\\tC14H17N5O7S2\", | 202 | \"Quizalifop-p\\tC17H13ClN2O4\", \"Rimsulfuron\\tC14H17N5O7S2\", | ||
203 | \"Simazin-2-hydroxy + Terbuthylazine-desethyl-2-hydroxy\\tC7H13N5O1\", | 203 | \"Simazin-2-hydroxy + Terbuthylazine-desethyl-2-hydroxy\\tC7H13N5O1\", | ||
204 | \"Simazine\\tC7H12ClN5\", \"Simeton\\tC8H15N5O1\", | 204 | \"Simazine\\tC7H12ClN5\", \"Simeton\\tC8H15N5O1\", | ||
205 | \"Spirotetramat\\tC21H27NO5\", \"Spiroxamine\\tC18H35N1O2\", | 205 | \"Spirotetramat\\tC21H27NO5\", \"Spiroxamine\\tC18H35N1O2\", | ||
206 | \"Sulcotrione\\tC14H13Cl1O5S1\", \"Sulcotrione CMBA\\tC8H7Cl1O4S1\", | 206 | \"Sulcotrione\\tC14H13Cl1O5S1\", \"Sulcotrione CMBA\\tC8H7Cl1O4S1\", | ||
207 | \"Sulfentrazone\\tC11H10Cl2F2N4O3S\", | 207 | \"Sulfentrazone\\tC11H10Cl2F2N4O3S\", | ||
208 | \"Sulfosulfuron\\tC16H18N6O7S2\", \"Tebuconazole\\tC16H22ClN3O\", | 208 | \"Sulfosulfuron\\tC16H18N6O7S2\", \"Tebuconazole\\tC16H22ClN3O\", | ||
209 | \"Tebufenozide\\tC22H28N2O2\", \"Tebutam\\tC15H23NO\", | 209 | \"Tebufenozide\\tC22H28N2O2\", \"Tebutam\\tC15H23NO\", | ||
210 | \"Teflubenzuron\\tC14H6Cl2F4N2O2\", \"Tefluthrin\\tC17H14ClF7O2\", | 210 | \"Teflubenzuron\\tC14H6Cl2F4N2O2\", \"Tefluthrin\\tC17H14ClF7O2\", | ||
211 | \"Tembotrione\\tC17H16ClF3O6S\", \"Tepraloxydim\\tC17H24ClNO4\", | 211 | \"Tembotrione\\tC17H16ClF3O6S\", \"Tepraloxydim\\tC17H24ClNO4\", | ||
212 | \"Terbacil\\tC9H13ClN2O2\", \"Terbumeton\\tC10H19N5O\", | 212 | \"Terbacil\\tC9H13ClN2O2\", \"Terbumeton\\tC10H19N5O\", | ||
213 | \"Terbuthylazine + Sebuthylazine\\tC9H16ClN5\", \"Terbuthylazine + | 213 | \"Terbuthylazine + Sebuthylazine\\tC9H16ClN5\", \"Terbuthylazine + | ||
214 | Sebuthylazine\\tC9H16ClN5\", \"Terbuthylazine-desethyl\\tC7H12Cl1N5\", | 214 | Sebuthylazine\\tC9H16ClN5\", \"Terbuthylazine-desethyl\\tC7H12Cl1N5\", | ||
215 | \"Tetramethrin\\tC19H25NO4\", \"Thiabendazol\\tC10H7N3S\", | 215 | \"Tetramethrin\\tC19H25NO4\", \"Thiabendazol\\tC10H7N3S\", | ||
216 | \"Thiacloprid\\tC10H9ClN4S\", \"Thiacloprid-amide\\tC10H11ClN4OS\", | 216 | \"Thiacloprid\\tC10H9ClN4S\", \"Thiacloprid-amide\\tC10H11ClN4OS\", | ||
217 | \"Thiamethoxam\\tC8H10ClN5O3S\", \"Thiencarbazone\\tC12H14N4O7S2\", | 217 | \"Thiamethoxam\\tC8H10ClN5O3S\", \"Thiencarbazone\\tC12H14N4O7S2\", | ||
218 | \"Thifensulfuron-methyl\\tC12H13N5O6S2\", | 218 | \"Thifensulfuron-methyl\\tC12H13N5O6S2\", | ||
219 | \"Triadimenol\\tC14H18ClN3O2\", \"Triazophos\\tC12H16N3O3PS\", | 219 | \"Triadimenol\\tC14H18ClN3O2\", \"Triazophos\\tC12H16N3O3PS\", | ||
220 | \"Triazoxide\\tC10H6ClN5O\", \"Tribenuron-methyl\\tC15H17N5O6S\", | 220 | \"Triazoxide\\tC10H6ClN5O\", \"Tribenuron-methyl\\tC15H17N5O6S\", | ||
221 | \"Triclocarban\\tC13H9Cl3N2O\", \"Triclopyr\\tC7H4Cl3NO3\", | 221 | \"Triclocarban\\tC13H9Cl3N2O\", \"Triclopyr\\tC7H4Cl3NO3\", | ||
222 | \"Triclosan\\tC12H7Cl3O2\", \"Trifloxystrobin\\tC20H19F3N2O4\", | 222 | \"Triclosan\\tC12H7Cl3O2\", \"Trifloxystrobin\\tC20H19F3N2O4\", | ||
223 | \"Triflusulfuron-methyl\\tC17H19F3N6O6S\", | 223 | \"Triflusulfuron-methyl\\tC17H19F3N6O6S\", | ||
224 | \"Trinexapac-ethyl\\tC13H16O5\", \"Tritosulfuron\\tC13H9F6N5O4S\"]" | 224 | \"Trinexapac-ethyl\\tC13H16O5\", \"Tritosulfuron\\tC13H9F6N5O4S\"]" | ||
225 | }, | 225 | }, | ||
226 | { | 226 | { | ||
227 | "key": "substances_generic", | 227 | "key": "substances_generic", | ||
228 | "value": "[\"herbicide\", \"insecticide\", \"fungicide\", | 228 | "value": "[\"herbicide\", \"insecticide\", \"fungicide\", | ||
229 | \"transformation products\", \"metabolite\"]" | 229 | \"transformation products\", \"metabolite\"]" | ||
230 | }, | 230 | }, | ||
231 | { | 231 | { | ||
232 | "key": "systems", | 232 | "key": "systems", | ||
233 | "value": "[\"river\", \"stream\"]" | 233 | "value": "[\"river\", \"stream\"]" | ||
234 | }, | 234 | }, | ||
235 | { | 235 | { | ||
236 | "key": "tags_string", | 236 | "key": "tags_string", | ||
237 | "value": "high resolution mass | 237 | "value": "high resolution mass | ||
238 | spectrometry,LC-MS,GC-MS,Chlorpyrifos,Water level proportional | 238 | spectrometry,LC-MS,GC-MS,Chlorpyrifos,Water level proportional | ||
239 | sampling,Time proportional sampling,pyrethroids,horticulture" | 239 | sampling,Time proportional sampling,pyrethroids,horticulture" | ||
240 | }, | 240 | }, | ||
241 | { | 241 | { | ||
242 | "key": "taxa", | 242 | "key": "taxa", | ||
243 | "value": "[]" | 243 | "value": "[]" | ||
244 | }, | 244 | }, | ||
245 | { | 245 | { | ||
246 | "key": "taxa_generic", | 246 | "key": "taxa_generic", | ||
247 | "value": "[]" | 247 | "value": "[]" | ||
248 | }, | 248 | }, | ||
249 | { | 249 | { | ||
250 | "key": "timerange", | 250 | "key": "timerange", | ||
251 | "value": "[\"[2015-07 TO 2015-10]\", \"[2016-05 TO 2016-10]\"]" | 251 | "value": "[\"[2015-07 TO 2015-10]\", \"[2016-05 TO 2016-10]\"]" | ||
252 | }, | 252 | }, | ||
253 | { | 253 | { | ||
254 | "key": "variables", | 254 | "key": "variables", | ||
255 | "value": "[\"concentration\"]" | 255 | "value": "[\"concentration\"]" | ||
256 | } | 256 | } | ||
257 | ], | 257 | ], | ||
258 | "groups": [], | 258 | "groups": [], | ||
259 | "id": "149f3595-8557-45e6-9643-be30475f75d6", | 259 | "id": "149f3595-8557-45e6-9643-be30475f75d6", | ||
260 | "isopen": false, | 260 | "isopen": false, | ||
261 | "license_id": null, | 261 | "license_id": null, | ||
262 | "license_title": null, | 262 | "license_title": null, | ||
263 | "maintainer": "Weiss, Frederik", | 263 | "maintainer": "Weiss, Frederik", | ||
264 | "maintainer_email": "Stamm, Christian <Christian.Stamm@eawag.ch>", | 264 | "maintainer_email": "Stamm, Christian <Christian.Stamm@eawag.ch>", | ||
265 | "metadata_created": "2022-06-03T13:34:03.944565", | 265 | "metadata_created": "2022-06-03T13:34:03.944565", | ||
266 | "metadata_modified": "2022-06-03T13:34:03.944571", | 266 | "metadata_modified": "2022-06-03T13:34:03.944571", | ||
267 | "name": | 267 | "name": | ||
268 | ampling-approaches-for-sampling-of-pesticides-in-tropical-streams-v2", | 268 | ampling-approaches-for-sampling-of-pesticides-in-tropical-streams-v2", | ||
269 | "notes": "This package contains the supplementary information (SI) | 269 | "notes": "This package contains the supplementary information (SI) | ||
270 | of chapter 2 of the dissertation of Frederik T. Weiss with the | 270 | of chapter 2 of the dissertation of Frederik T. Weiss with the | ||
271 | Dissertation No. ETH 27434 (defended: 24th February, 2021), entitled: | 271 | Dissertation No. ETH 27434 (defended: 24th February, 2021), entitled: | ||
272 | \"Pesticides in a tropical Costa Rican stream catchment: from | 272 | \"Pesticides in a tropical Costa Rican stream catchment: from | ||
273 | monitoring and risk assessment to the identification of possible | 273 | monitoring and risk assessment to the identification of possible | ||
274 | mitigation options\".\r\nGenerally within this thesis the | 274 | mitigation options\".\r\nGenerally within this thesis the | ||
275 | supplementary information (SI) is divided into three parts (SI A, SI | 275 | supplementary information (SI) is divided into three parts (SI A, SI | ||
276 | B, SI C). For each chapter, SI A section contains background | 276 | B, SI C). For each chapter, SI A section contains background | ||
277 | information/data for the reader with quick and easy access added | 277 | information/data for the reader with quick and easy access added | ||
278 | directly after each main chapter. SI B contains raw data, further | 278 | directly after each main chapter. SI B contains raw data, further | ||
279 | processed data for analysis, and figures of processed data presented | 279 | processed data for analysis, and figures of processed data presented | ||
280 | as Excel files. SI C combines the R scripts with information and | 280 | as Excel files. SI C combines the R scripts with information and | ||
281 | commands utilized for the statistical analysis.\r\n\r\nThe abstract of | 281 | commands utilized for the statistical analysis.\r\n\r\nThe abstract of | ||
282 | chapter 2 reads as follows:\r\n\r\n\"For monitoring of pesticides in | 282 | chapter 2 reads as follows:\r\n\r\n\"For monitoring of pesticides in | ||
283 | tropical streams, cost-efficient and easily applicable approaches are | 283 | tropical streams, cost-efficient and easily applicable approaches are | ||
284 | needed. Moreover, to capture short pesticide concentration peaks, a | 284 | needed. Moreover, to capture short pesticide concentration peaks, a | ||
285 | time-integrated sampling is preferable to conventional snapshot grab | 285 | time-integrated sampling is preferable to conventional snapshot grab | ||
286 | sampling. Passive sampling approaches fulfil these criteria. | 286 | sampling. Passive sampling approaches fulfil these criteria. | ||
287 | Therefore, this chapter focusses on the application of three passive | 287 | Therefore, this chapter focusses on the application of three passive | ||
288 | sampling devices to monitor 275 pesticides and pesticide | 288 | sampling devices to monitor 275 pesticides and pesticide | ||
289 | transformation products (PPTP) in the horticultural Tapezco river | 289 | transformation products (PPTP) in the horticultural Tapezco river | ||
290 | catchment over several months in two consecutive years. Two of the | 290 | catchment over several months in two consecutive years. Two of the | ||
291 | samplers were sorbent-based: reverse phase sulfonated | 291 | samplers were sorbent-based: reverse phase sulfonated | ||
292 | styrene-divinylbenzene (SDB) disks and polydimethylsiloxane (PDMS) | 292 | styrene-divinylbenzene (SDB) disks and polydimethylsiloxane (PDMS) | ||
293 | sheets, yielding biweekly integrated averaged PPTP concentrations. The | 293 | sheets, yielding biweekly integrated averaged PPTP concentrations. The | ||
294 | third sampler was a low-cost, non-sorbent-based, water level | 294 | third sampler was a low-cost, non-sorbent-based, water level | ||
295 | proportional sampling system (WLPSS), yielding water level-weighted, | 295 | proportional sampling system (WLPSS), yielding water level-weighted, | ||
296 | biweekly integrated PPTP concentrations. The objectives were to (1) | 296 | biweekly integrated PPTP concentrations. The objectives were to (1) | ||
297 | test the performance and robustness of these samplers (2) obtain | 297 | test the performance and robustness of these samplers (2) obtain | ||
298 | comprehensive quantitative pesticide concentration data and (3) | 298 | comprehensive quantitative pesticide concentration data and (3) | ||
299 | provide recommendations for their field application in future | 299 | provide recommendations for their field application in future | ||
300 | monitoring campaigns.\r\nOf the 275 targeted PPTP, 87 polar and | 300 | monitoring campaigns.\r\nOf the 275 targeted PPTP, 87 polar and | ||
301 | semi-polar PPTP were detected with the SDB method and 99 with the | 301 | semi-polar PPTP were detected with the SDB method and 99 with the | ||
302 | WLPSS, of which 77 were found with both systems. In several cases (10 | 302 | WLPSS, of which 77 were found with both systems. In several cases (10 | ||
303 | with SDB, 22 with WLPSS), a pesticide was only detected by one of the | 303 | with SDB, 22 with WLPSS), a pesticide was only detected by one of the | ||
304 | set-ups; this exclusive detection could be due to the respective | 304 | set-ups; this exclusive detection could be due to the respective | ||
305 | substance concentrations being close to or below the method limit of | 305 | substance concentrations being close to or below the method limit of | ||
306 | quantification (MLOQ) for the sampler where it was not detected. | 306 | quantification (MLOQ) for the sampler where it was not detected. | ||
307 | Despite the different sampling principles for SDB and WLPSS, the same | 307 | Despite the different sampling principles for SDB and WLPSS, the same | ||
308 | pesticides (carbendazim and flutolanil) were found with the highest | 308 | pesticides (carbendazim and flutolanil) were found with the highest | ||
309 | median water concentrations (> 100 ng/L) with both samplers. The | 309 | median water concentrations (> 100 ng/L) with both samplers. The | ||
310 | complementary PDMS system allowed detection of 11 non-polar | 310 | complementary PDMS system allowed detection of 11 non-polar | ||
311 | pesticides. Among these, cypermethrin, chlorpyrifos and permethrin | 311 | pesticides. Among these, cypermethrin, chlorpyrifos and permethrin | ||
312 | showed the highest concentrations (> 2 ng/L).\r\nChlorpyrifos was the | 312 | showed the highest concentrations (> 2 ng/L).\r\nChlorpyrifos was the | ||
313 | only pesticide detected with all three sampling techniques. Standard | 313 | only pesticide detected with all three sampling techniques. Standard | ||
314 | deviations for detected chlorpyrifos concentrations were the highest | 314 | deviations for detected chlorpyrifos concentrations were the highest | ||
315 | for SDB sampling, likely due to a lag-phase in sampling across the | 315 | for SDB sampling, likely due to a lag-phase in sampling across the | ||
316 | membrane covering the sampler due to the chemical\u2019s high | 316 | membrane covering the sampler due to the chemical\u2019s high | ||
317 | hydrophobicity. Moreover, derived chlorpyrifos water concentrations | 317 | hydrophobicity. Moreover, derived chlorpyrifos water concentrations | ||
318 | were significantly higher using the WLPSS compared to SDB and PDMS | 318 | were significantly higher using the WLPSS compared to SDB and PDMS | ||
319 | sampling. This was also seen for another six pesticides sampled with | 319 | sampling. This was also seen for another six pesticides sampled with | ||
320 | the WLPSS compared to SDB sampling. Higher concentrations detected via | 320 | the WLPSS compared to SDB sampling. Higher concentrations detected via | ||
321 | WLPSS can be explained by the ability of the WLPSS to collect | 321 | WLPSS can be explained by the ability of the WLPSS to collect | ||
322 | pesticide peaks associated with heavy rainfall events and linked to | 322 | pesticide peaks associated with heavy rainfall events and linked to | ||
323 | rise of water levels in a more pronounced fashion as compared to the | 323 | rise of water levels in a more pronounced fashion as compared to the | ||
324 | time-integrated sampling manner of the SDB and PDMS samplers. Yet, | 324 | time-integrated sampling manner of the SDB and PDMS samplers. Yet, | ||
325 | only a small portion, 15%, of the WLPSS samples collected, could be | 325 | only a small portion, 15%, of the WLPSS samples collected, could be | ||
326 | used to yield water level-weighted, time-integrated concentration | 326 | used to yield water level-weighted, time-integrated concentration | ||
327 | (CWLW) data, calling for a need to further optimize and standardize | 327 | (CWLW) data, calling for a need to further optimize and standardize | ||
328 | the application of this device.\r\nOf the devices tested, the SDB | 328 | the application of this device.\r\nOf the devices tested, the SDB | ||
329 | disks were the easiest to apply and the most cost-efficient for | 329 | disks were the easiest to apply and the most cost-efficient for | ||
330 | short-term monitoring campaigns. The SDB sampling can be conducted in | 330 | short-term monitoring campaigns. The SDB sampling can be conducted in | ||
331 | sparsely equipped laboratory facilities, while for the PDMS sheets and | 331 | sparsely equipped laboratory facilities, while for the PDMS sheets and | ||
332 | the WLPSS, sample preparation and extraction are technically more | 332 | the WLPSS, sample preparation and extraction are technically more | ||
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448 | comprehensive and time-integrated sampling of pesticides in tropical | 475 | comprehensive and time-integrated sampling of pesticides in tropical | ||
449 | streams in a vegetable growing area", | 476 | streams in a vegetable growing area", | ||
450 | "type": "dataset", | 477 | "type": "dataset", | ||
451 | "url": "https://doi.org/10.25678/0006DM/", | 478 | "url": "https://doi.org/10.25678/0006DM/", | ||
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453 | } | 480 | } |