f
1
{
f
1
{
            
2
  "additional_informations": "",
2
  "additional_informations": "",
            
3
  "author": null,
3
  "author": null,
            
4
  "author_email": null,
4
  "author_email": null,
            
5
  "autonotes": "",
5
  "autonotes": "",
            
6
  "category": "pressures_impacts",
6
  "category": "pressures_impacts",
            
7
  "child_of_string": "",
7
  "child_of_string": "",
            
8
  "children": "",
8
  "children": "",
            
9
  "coastal-land-use-and-planning": [],
9
  "coastal-land-use-and-planning": [],
            
10
  "conservation-types": [],
10
  "conservation-types": [],
            
11
  "creator_user_id": "1ae9c86d-9e1e-426b-9456-f69e06f3aac2",
11
  "creator_user_id": "1ae9c86d-9e1e-426b-9456-f69e06f3aac2",
            
12
  "crs": [
12
  "crs": [
            
13
    "3035"
13
    "3035"
            
14
  ],
14
  ],
            
15
  "crs_other": "",
15
  "crs_other": "",
            
16
  "data_accessibility": "",
16
  "data_accessibility": "",
            
17
  "data_portal": "helcom",
17
  "data_portal": "helcom",
            
18
  "derived": "",
18
  "derived": "",
            
19
  "derives_from_string": "",
19
  "derives_from_string": "",
            
20
  "domain_area": "",
20
  "domain_area": "",
            
21
  "ecosystem-services": [],
21
  "ecosystem-services": [],
            
n
22
  "environment-msfd-classes": [],
n
22
  "environment-msfd-classes": [
            
23
    
            
24
put-of-nutrients-diffuse-sources-point-sources-atmospheric-deposition"
            
25
  ],
            
23
  "environment-msfd-descriptors-criteria": [],
26
  "environment-msfd-descriptors-criteria": [
            
27
    "d5-eutrophication"
            
28
  ],
            
24
  "environment-non-msfd-classes": [],
29
  "environment-non-msfd-classes": [],
            
25
  "environment-wfd": [],
30
  "environment-wfd": [],
            
26
  "groups": [],
31
  "groups": [],
            
27
  "id": "a9984a59-3618-4f1c-828d-5ddde7cf4266",
32
  "id": "a9984a59-3618-4f1c-828d-5ddde7cf4266",
            
28
  "isopen": true,
33
  "isopen": true,
            
29
  "language": "eng",
34
  "language": "eng",
            
30
  "legal-governance-planning-function": [],
35
  "legal-governance-planning-function": [],
            
31
  "legal-governance-planning-theme": [],
36
  "legal-governance-planning-theme": [],
            
32
  "license_id": "cc-by",
37
  "license_id": "cc-by",
            
33
  "license_title": "Creative Commons Attribution",
38
  "license_title": "Creative Commons Attribution",
            
34
  "license_url": "http://www.opendefinition.org/licenses/cc-by",
39
  "license_url": "http://www.opendefinition.org/licenses/cc-by",
            
35
  "maintainer": null,
40
  "maintainer": null,
            
36
  "maintainer_email": null,
41
  "maintainer_email": null,
            
37
  "maritime-activities": [],
42
  "maritime-activities": [],
            
38
  "metadata_completeness": "complete",
43
  "metadata_completeness": "complete",
            
39
  "metadata_created": "2024-07-22T15:11:05.192071",
44
  "metadata_created": "2024-07-22T15:11:05.192071",
            
t
40
  "metadata_modified": "2024-07-22T15:11:05.192084",
t
45
  "metadata_modified": "2024-07-22T15:11:39.683049",
            
41
  "name": "eutrophication-holas-3-baltic-sea",
46
  "name": "eutrophication-holas-3-baltic-sea",
            
42
  "notes": "This dataset contains the integrated eutrophication status 
47
  "notes": "This dataset contains the integrated eutrophication status 
            
43
assessment 2016-2021 for the HELCOM Third Holistic Assessment of the 
48
assessment 2016-2021 for the HELCOM Third Holistic Assessment of the 
            
44
Ecosystem Health of the Baltic Sea (HOLAS 3). The assessment is done 
49
Ecosystem Health of the Baltic Sea (HOLAS 3). The assessment is done 
            
45
using the HELCOM Eutrophication Assessment Tool: HEAT by combining 
50
using the HELCOM Eutrophication Assessment Tool: HEAT by combining 
            
46
assessment unit-specific results from various indicators by three MSFD 
51
assessment unit-specific results from various indicators by three MSFD 
            
47
criteria groups (C1: Nutrient levels, C2: Direct effect, C3: Indirect 
52
criteria groups (C1: Nutrient levels, C2: Direct effect, C3: Indirect 
            
48
effect). The assessment is done on HELCOM Assessment Unit level 4: 
53
effect). The assessment is done on HELCOM Assessment Unit level 4: 
            
49
HELCOM Subbasins with coastal WFD water type or water bodies. 
54
HELCOM Subbasins with coastal WFD water type or water bodies. 
            
50
\r\n\r\nThe HEAT has been applied for open sea assessment units using 
55
\r\n\r\nThe HEAT has been applied for open sea assessment units using 
            
51
HELCOM core indicators and for coastal areas using national WFD 
56
HELCOM core indicators and for coastal areas using national WFD 
            
52
indicators. The confidence values have been extracted from HEAT and 
57
indicators. The confidence values have been extracted from HEAT and 
            
53
weighed manually by contracting parties for more accurate estimations 
58
weighed manually by contracting parties for more accurate estimations 
            
54
for the confidence of the EQRS values presented. \r\n\r\nThe intervals 
59
for the confidence of the EQRS values presented. \r\n\r\nThe intervals 
            
55
used to classify the Status are the following:\r\nStatus class (based 
60
used to classify the Status are the following:\r\nStatus class (based 
            
56
on EQRS)\r\nHigh: >= 0.8 to < 1.0\r\nGood: >= 0.6 to < 
61
on EQRS)\r\nHigh: >= 0.8 to < 1.0\r\nGood: >= 0.6 to < 
            
57
0.8\r\nModerate: >= 0.4 to < 0.6\r\nPoor: >= 0.2 to < 0.4\r\nBad: < 
62
0.8\r\nModerate: >= 0.4 to < 0.6\r\nPoor: >= 0.2 to < 0.4\r\nBad: < 
            
58
0.2\r\n\r\nConfidence class (based on confidence %)\r\nHigh: >= 
63
0.2\r\n\r\nConfidence class (based on confidence %)\r\nHigh: >= 
            
59
75\r\nModerate: >= 50 to < 75\r\nLow: < 50\r\n\r\nAttribute 
64
75\r\nModerate: >= 50 to < 75\r\nLow: < 50\r\n\r\nAttribute 
            
60
specifications:\r\n\"HELCOM_ID\" = Code of the HELCOM scale 4 
65
specifications:\r\n\"HELCOM_ID\" = Code of the HELCOM scale 4 
            
61
assessment unit\r\n\"country\": country in which the HELCOM assessment 
66
assessment unit\r\n\"country\": country in which the HELCOM assessment 
            
62
unit is located or a mention to an open sea area\r\n\"level_2\" = Name 
67
unit is located or a mention to an open sea area\r\n\"level_2\" = Name 
            
63
of the HELCOM assessment unit in scale 2\r\n\"Name\" = Name of the 
68
of the HELCOM assessment unit in scale 2\r\n\"Name\" = Name of the 
            
64
HELCOM assessment unit in scale 4b\r\n\"Open_sea\" = Name of the 
69
HELCOM assessment unit in scale 4b\r\n\"Open_sea\" = Name of the 
            
65
HELCOM assessment unit in the open sea\r\n\"F2_Name\" = Name of the 
70
HELCOM assessment unit in the open sea\r\n\"F2_Name\" = Name of the 
            
66
HELCOM assessment unit\r\n\"ER\" = Overall Eutrophication 
71
HELCOM assessment unit\r\n\"ER\" = Overall Eutrophication 
            
67
ratio\r\n\"ER_1\" = Eutrophication ratio for Nutrients\r\n\"ER_2\" = 
72
ratio\r\n\"ER_1\" = Eutrophication ratio for Nutrients\r\n\"ER_2\" = 
            
68
Eutrophication ratio for Direct effects\r\n\"ER_3\" = Eutrophication 
73
Eutrophication ratio for Direct effects\r\n\"ER_3\" = Eutrophication 
            
69
ratio for Indirect effects\r\n\"EQR\" = Overall Ecological Quality 
74
ratio for Indirect effects\r\n\"EQR\" = Overall Ecological Quality 
            
70
Ratio for\r\n\"EQR_1\" = Ecological Quality Ratio for 
75
Ratio for\r\n\"EQR_1\" = Ecological Quality Ratio for 
            
71
Nutrients\r\n\"EQR_2\" = Ecological Quality Ratio for Direct 
76
Nutrients\r\n\"EQR_2\" = Ecological Quality Ratio for Direct 
            
72
effect\r\n\"EQR_3\" = Ecological Quality Ratio for Indirect 
77
effect\r\n\"EQR_3\" = Ecological Quality Ratio for Indirect 
            
73
effects\r\n\"EQRS\" = Overall Ecological Quality Ratio 
78
effects\r\n\"EQRS\" = Overall Ecological Quality Ratio 
            
74
scaled\r\n\"EQRS_1\" = Ecological Quality Ratio scaled for 
79
scaled\r\n\"EQRS_1\" = Ecological Quality Ratio scaled for 
            
75
Nutrients\r\n\"EQRS_2\" = Ecological Quality Ratio scaled for Direct 
80
Nutrients\r\n\"EQRS_2\" = Ecological Quality Ratio scaled for Direct 
            
76
effect\r\n\"EQRS_3\" = Ecological Quality Ratio scaled for Indirect 
81
effect\r\n\"EQRS_3\" = Ecological Quality Ratio scaled for Indirect 
            
77
effects\r\n\"EQRS_Class\" = Overall effect\r\n\"EQRS_1_Class\" = 
82
effects\r\n\"EQRS_Class\" = Overall effect\r\n\"EQRS_1_Class\" = 
            
78
Nutrient effect\r\n\"EQRS_2_Class\" = Direct 
83
Nutrient effect\r\n\"EQRS_2_Class\" = Direct 
            
79
effect\r\n\"EQRS_3_Class\" = Indirect 
84
effect\r\n\"EQRS_3_Class\" = Indirect 
            
80
effect\r\n\"Confidence.Overall_confidence\" = Overall 
85
effect\r\n\"Confidence.Overall_confidence\" = Overall 
            
81
confidence\r\n\"Confidence.C1__from_HEAT_\" = Confidence for nutrient 
86
confidence\r\n\"Confidence.C1__from_HEAT_\" = Confidence for nutrient 
            
82
effect\r\n\"Confidence.C2__from_HEAT_\" = Confidence for direct 
87
effect\r\n\"Confidence.C2__from_HEAT_\" = Confidence for direct 
            
83
effect\r\n\"Confidence.C3__from_HEAT_\" = Confidence for indirect 
88
effect\r\n\"Confidence.C3__from_HEAT_\" = Confidence for indirect 
            
84
effect\r\n\"Confidence.C_Class\" = Confidence class for overall 
89
effect\r\n\"Confidence.C_Class\" = Confidence class for overall 
            
85
confidence\r\n\"Confidence.C_1_class\" = Confidence class for 
90
confidence\r\n\"Confidence.C_1_class\" = Confidence class for 
            
86
confidence for nutrient effect\r\n\"Confidence.C_2_class\" = 
91
confidence for nutrient effect\r\n\"Confidence.C_2_class\" = 
            
87
Confidence class for confidence for direct 
92
Confidence class for confidence for direct 
            
88
effect\r\n\"Confidence.C_3_class\" = Confidence class for confidence 
93
effect\r\n\"Confidence.C_3_class\" = Confidence class for confidence 
            
89
for indirect effect",
94
for indirect effect",
            
90
  "num_resources": 0,
95
  "num_resources": 0,
            
91
  "num_tags": 3,
96
  "num_tags": 3,
            
92
  "oceanographic-variables": [],
97
  "oceanographic-variables": [],
            
93
  "organization": {
98
  "organization": {
            
94
    "approval_status": "approved",
99
    "approval_status": "approved",
            
95
    "created": "2024-07-18T07:58:37.958674",
100
    "created": "2024-07-18T07:58:37.958674",
            
96
    "description": "",
101
    "description": "",
            
97
    "id": "cd9e980b-856d-4006-9493-2e6a450b2a63",
102
    "id": "cd9e980b-856d-4006-9493-2e6a450b2a63",
            
98
    "image_url": "2024-07-18-075954.019722LogoReMAP-4.png",
103
    "image_url": "2024-07-18-075954.019722LogoReMAP-4.png",
            
99
    "is_organization": true,
104
    "is_organization": true,
            
100
    "name": "remap-project",
105
    "name": "remap-project",
            
101
    "state": "active",
106
    "state": "active",
            
102
    "title": "ReMAP Project",
107
    "title": "ReMAP Project",
            
103
    "type": "organization"
108
    "type": "organization"
            
104
  },
109
  },
            
105
  "original-abstract": "",
110
  "original-abstract": "",
            
106
  "original-title": "Integrated Eutrophication Status Assessment HOLAS 
111
  "original-title": "Integrated Eutrophication Status Assessment HOLAS 
            
107
3",
112
3",
            
108
  "owner": "HELCOM",
113
  "owner": "HELCOM",
            
109
  "owner_org": "cd9e980b-856d-4006-9493-2e6a450b2a63",
114
  "owner_org": "cd9e980b-856d-4006-9493-2e6a450b2a63",
            
110
  "pdm_modules_relevance": [],
115
  "pdm_modules_relevance": [],
            
111
  "pdm_testing_relevance": [],
116
  "pdm_testing_relevance": [],
            
112
  "presentation_form": "map",
117
  "presentation_form": "map",
            
113
  "private": false,
118
  "private": false,
            
114
  "provider": "HELCOM",
119
  "provider": "HELCOM",
            
115
  "relationships_as_object": [],
120
  "relationships_as_object": [],
            
116
  "relationships_as_subject": [],
121
  "relationships_as_subject": [],
            
117
  "relevance-spatial-and-temporal": [],
122
  "relevance-spatial-and-temporal": [],
            
118
  "resources": [],
123
  "resources": [],
            
119
  "socio-economic-activities": [],
124
  "socio-economic-activities": [],
            
120
  "socio-economic-demography": [],
125
  "socio-economic-demography": [],
            
121
  "socio-economic-values": [],
126
  "socio-economic-values": [],
            
122
  "spatial_geojson": "",
127
  "spatial_geojson": "",
            
123
  "spatial_representation": "vector_polygon",
128
  "spatial_representation": "vector_polygon",
            
124
  "state": "draft",
129
  "state": "draft",
            
125
  "sub_category": "",
130
  "sub_category": "",
            
126
  "tags": [
131
  "tags": [
            
127
    {
132
    {
            
128
      "display_name": "HELCOM",
133
      "display_name": "HELCOM",
            
129
      "id": "9ca374a5-c0c4-4d66-896e-3e5428468afa",
134
      "id": "9ca374a5-c0c4-4d66-896e-3e5428468afa",
            
130
      "name": "HELCOM",
135
      "name": "HELCOM",
            
131
      "state": "active",
136
      "state": "active",
            
132
      "vocabulary_id": null
137
      "vocabulary_id": null
            
133
    },
138
    },
            
134
    {
139
    {
            
135
      "display_name": "helcom",
140
      "display_name": "helcom",
            
136
      "id": "1e633e2f-1fef-49e5-955f-f7a14318d798",
141
      "id": "1e633e2f-1fef-49e5-955f-f7a14318d798",
            
137
      "name": "helcom",
142
      "name": "helcom",
            
138
      "state": "active",
143
      "state": "active",
            
139
      "vocabulary_id": null
144
      "vocabulary_id": null
            
140
    },
145
    },
            
141
    {
146
    {
            
142
      "display_name": "pressures_impacts",
147
      "display_name": "pressures_impacts",
            
143
      "id": "c9864847-a9ea-4606-ac83-5149c5e0bc63",
148
      "id": "c9864847-a9ea-4606-ac83-5149c5e0bc63",
            
144
      "name": "pressures_impacts",
149
      "name": "pressures_impacts",
            
145
      "state": "active",
150
      "state": "active",
            
146
      "vocabulary_id": null
151
      "vocabulary_id": null
            
147
    }
152
    }
            
148
  ],
153
  ],
            
149
  "temporal_extent": "2022-11-01",
154
  "temporal_extent": "2022-11-01",
            
150
  "temporal_extent_end": "2025-10-31",
155
  "temporal_extent_end": "2025-10-31",
            
151
  "title": "Eutrophication HOLAS 3 (Baltic sea)",
156
  "title": "Eutrophication HOLAS 3 (Baltic sea)",
            
152
  "type": "msp-data",
157
  "type": "msp-data",
            
153
  "url": null,
158
  "url": null,
            
154
  "validation_level": "official",
159
  "validation_level": "official",
            
155
  "version": null,
160
  "version": null,
            
156
  "web_services": [],
161
  "web_services": [],
            
157
  "web_services_other": ""
162
  "web_services_other": ""
            
158
}
163
}