Changes

              
    

          
          
        
        

            
f
1
{
f
1
{
            
2
  "author": null,
2
  "author": null,
            
3
  "author_email": null,
3
  "author_email": null,
            
4
  "contact_email": "[email protected]",
4
  "contact_email": "[email protected]",
            
5
  "contact_name": "Chad McKenna",
5
  "contact_name": "Chad McKenna",
            
6
  "contact_phone": "",
6
  "contact_phone": "",
            
7
  "coordinate_reference_system": "",
7
  "coordinate_reference_system": "",
            
8
  "creator_user_id": "d424835d-c3d1-49db-b5c2-d947a4adecf6",
8
  "creator_user_id": "d424835d-c3d1-49db-b5c2-d947a4adecf6",
            
9
  "data_collection_frequency": "as-needed",
9
  "data_collection_frequency": "as-needed",
            
10
  "data_collection_procedures": "The U.S. Geological Survey (USGS) 
10
  "data_collection_procedures": "The U.S. Geological Survey (USGS) 
            
11
maintains a network of streamflow monitoring stations throughout the 
11
maintains a network of streamflow monitoring stations throughout the 
            
12
MRG that publish real-time, provisional streamflow to the internet 
12
MRG that publish real-time, provisional streamflow to the internet 
            
13
(e.g., https://waterdata.usgs.gov/nm/nwis/current/?type=flow). Per the 
13
(e.g., https://waterdata.usgs.gov/nm/nwis/current/?type=flow). Per the 
            
14
contractual agreement with Reclamation, field reconnaissance within 
14
contractual agreement with Reclamation, field reconnaissance within 
            
15
specific high-risk segments of the MRG was conducted when streamflow 
15
specific high-risk segments of the MRG was conducted when streamflow 
            
16
was below 300 cubic feet per second (cfs) at USGS 08354900 Rio Grande 
16
was below 300 cubic feet per second (cfs) at USGS 08354900 Rio Grande 
            
17
Floodway at San Acacia, New Mexico (NM); below 80 cfs at USGS 08331160 
17
Floodway at San Acacia, New Mexico (NM); below 80 cfs at USGS 08331160 
            
18
Rio Grande Near Bosque Farms, NM; or below 100 cfs at USGS 08330000 
18
Rio Grande Near Bosque Farms, NM; or below 100 cfs at USGS 08330000 
            
19
Rio Grande at Albuquerque, NM\r\n\r\nWhile RiverEyes encompasses 
19
Rio Grande at Albuquerque, NM\r\n\r\nWhile RiverEyes encompasses 
            
20
potential monitoring that may occur anywhere between Cochiti Dam and 
20
potential monitoring that may occur anywhere between Cochiti Dam and 
            
21
Elephant Butte Reservoir, channel drying episodes have historically 
21
Elephant Butte Reservoir, channel drying episodes have historically 
            
22
concentrated in two MRG reaches \u2013 the Isleta and San Acacia. 
22
concentrated in two MRG reaches \u2013 the Isleta and San Acacia. 
            
23
RiverEyes crews also monitored through the Angostura Reach 
23
RiverEyes crews also monitored through the Angostura Reach 
            
24
periodically during 2020, 2021, and 2022, whenever flows at the 
24
periodically during 2020, 2021, and 2022, whenever flows at the 
            
25
Albuquerque gage fell below 100 cfs but the Angostura Reach only 
25
Albuquerque gage fell below 100 cfs but the Angostura Reach only 
            
26
experienced drying in 2022.",
26
experienced drying in 2022.",
            
27
  "data_publishing_frequency": "",
27
  "data_publishing_frequency": "",
            
n
28
  "data_publishing_method": "Webmap, Websites",
n
28
  "data_publishing_method": "Webmap, Websites, tabular data",
            
29
  "data_quality_procedures": "RiverEyes reports the extent of drying 
29
  "data_quality_procedures": "RiverEyes reports the extent of drying 
            
30
according to the nearest river mile (RM). RMs are segmented from 
30
according to the nearest river mile (RM). RMs are segmented from 
            
31
Reclamation\u2019s digitized channel centerline and Reclamation 
31
Reclamation\u2019s digitized channel centerline and Reclamation 
            
32
typically produces and circulates a new centerline every 10 years. 
32
typically produces and circulates a new centerline every 10 years. 
            
33
Since channel morphology changes over time, so do the relative RM 
33
Since channel morphology changes over time, so do the relative RM 
            
34
locations. We believe that most RiverEyes data are reported according 
34
locations. We believe that most RiverEyes data are reported according 
            
35
to either the 2002 or 2012 RMs, however, the specific year that the 
35
to either the 2002 or 2012 RMs, however, the specific year that the 
            
36
RiverEyes project transitioned from the 2002 to 2012 RMs is not 
36
RiverEyes project transitioned from the 2002 to 2012 RMs is not 
            
37
inherently clear.\r\n\r\nIt is also important to note that the 
37
inherently clear.\r\n\r\nIt is also important to note that the 
            
38
precision that the extent of drying was reported has increased over 
38
precision that the extent of drying was reported has increased over 
            
39
time, as has GPS accuracy. It is also not entirely clear how lat/long 
39
time, as has GPS accuracy. It is also not entirely clear how lat/long 
            
40
or UTM coordinate-based observations were transcribed into RMs during 
40
or UTM coordinate-based observations were transcribed into RMs during 
            
41
some of the earlier monitoring years. Regardless, all data distributed 
41
some of the earlier monitoring years. Regardless, all data distributed 
            
42
within this platform are reported according to 2012 RMs, and based on 
42
within this platform are reported according to 2012 RMs, and based on 
            
43
a nearest neighbor analysis, the 2002 and 2012 RMs are typically 
43
a nearest neighbor analysis, the 2002 and 2012 RMs are typically 
            
44
within +/- 0.2 RMs of each other, particularly within the channel 
44
within +/- 0.2 RMs of each other, particularly within the channel 
            
45
segments traditionally affected by drying.\r\n\r\nThe extent of drying 
45
segments traditionally affected by drying.\r\n\r\nThe extent of drying 
            
46
often changes throughout the day, depending on a variety of factors 
46
often changes throughout the day, depending on a variety of factors 
            
47
which include evapotranspiration, inflow fluctuations, interactions 
47
which include evapotranspiration, inflow fluctuations, interactions 
            
48
with groundwater, irrigation diversions and returns, and the 
48
with groundwater, irrigation diversions and returns, and the 
            
49
distribution of sometimes small but significant in-channel features 
49
distribution of sometimes small but significant in-channel features 
            
50
like scour holes, channel constrictions, and sediment deposition 
50
like scour holes, channel constrictions, and sediment deposition 
            
51
zones. During some years, dried extent was mapped multiple times 
51
zones. During some years, dried extent was mapped multiple times 
            
52
during the same day. When this occurred, we only ingested the earlies 
52
during the same day. When this occurred, we only ingested the earlies 
            
53
daily observation record, since early morning monitoring has become 
53
daily observation record, since early morning monitoring has become 
            
54
more customary.",
54
more customary.",
            
55
  "data_source": "SS Papadopulos, SWCA, AJAC Enterprises (AJAC), and 
55
  "data_source": "SS Papadopulos, SWCA, AJAC Enterprises (AJAC), and 
            
56
GeoSystems Analysis, Inc (GSA)",
56
GeoSystems Analysis, Inc (GSA)",
            
57
  "division": "",
57
  "division": "",
            
58
  "geographic_location": "Middle Rio Grande",
58
  "geographic_location": "Middle Rio Grande",
            
59
  "groups": [
59
  "groups": [
            
60
    {
60
    {
            
61
      "description": "Water data within the scope of ecosystems and 
61
      "description": "Water data within the scope of ecosystems and 
            
62
wildlife, such as aquatic life, watershed health, or land use.",
62
wildlife, such as aquatic life, watershed health, or land use.",
            
63
      "display_name": "Ecosystems & Wildlife",
63
      "display_name": "Ecosystems & Wildlife",
            
64
      "id": "e0de8847-5085-4759-9821-89ebf9b161d5",
64
      "id": "e0de8847-5085-4759-9821-89ebf9b161d5",
            
65
      "image_display_url": 
65
      "image_display_url": 
            
66
143337.0194682023-09-22-143848.7188292021-12-15-091339.239365eco.svg",
66
143337.0194682023-09-22-143848.7188292021-12-15-091339.239365eco.svg",
            
67
      "name": "ecosystems-wildlife",
67
      "name": "ecosystems-wildlife",
            
68
      "title": "Ecosystems & Wildlife"
68
      "title": "Ecosystems & Wildlife"
            
69
    },
69
    },
            
70
    {
70
    {
            
71
      "description": "Data describing how much water is available, 
71
      "description": "Data describing how much water is available, 
            
72
such as measurements of groundwater levels, reservoir levels, aquifer 
72
such as measurements of groundwater levels, reservoir levels, aquifer 
            
73
properties, or stream flow.",
73
properties, or stream flow.",
            
74
      "display_name": "Water Quantity ",
74
      "display_name": "Water Quantity ",
            
75
      "id": "e780403c-ed15-42cd-80a0-19457e4c73d2",
75
      "id": "e780403c-ed15-42cd-80a0-19457e4c73d2",
            
76
      "image_display_url": 
76
      "image_display_url": 
            
77
p/2023-10-25-143319.3807612021-12-15-091451.858559water-quantity.svg",
77
p/2023-10-25-143319.3807612021-12-15-091451.858559water-quantity.svg",
            
78
      "name": "water-quantity",
78
      "name": "water-quantity",
            
79
      "title": "Water Quantity "
79
      "title": "Water Quantity "
            
80
    }
80
    }
            
81
  ],
81
  ],
            
82
  "id": "35a6dfa1-a623-42da-a4da-545b8314b724",
82
  "id": "35a6dfa1-a623-42da-a4da-545b8314b724",
            
83
  "isopen": false,
83
  "isopen": false,
            
84
  "known_uses_of_data": "",
84
  "known_uses_of_data": "",
            
85
  "license_id": "notspecified",
85
  "license_id": "notspecified",
            
86
  "license_title": "License not specified",
86
  "license_title": "License not specified",
            
87
  "maintainer": null,
87
  "maintainer": null,
            
88
  "maintainer_email": null,
88
  "maintainer_email": null,
            
89
  "metadata_created": "2023-11-17T21:33:30.837228",
89
  "metadata_created": "2023-11-17T21:33:30.837228",
            
n
90
  "metadata_modified": "2023-11-28T20:57:19.301898",
n
90
  "metadata_modified": "2023-11-28T20:57:57.427239",
            
91
  "name": "rivereyes-monitoring-program-web-maps",
91
  "name": "rivereyes-monitoring-program-web-maps",
            
92
  "notes": "This web application was initially developed by GSA 
92
  "notes": "This web application was initially developed by GSA 
            
93
between Fall 2022 and Spring 2023. It is intended to be a platform to 
93
between Fall 2022 and Spring 2023. It is intended to be a platform to 
            
94
review, visualize, extract, and interact with all years of RiverEyes 
94
review, visualize, extract, and interact with all years of RiverEyes 
            
95
project data. To support development of this tool, reported dried 
95
project data. To support development of this tool, reported dried 
            
96
extents from 2002 through the most recent monitoring year were 
96
extents from 2002 through the most recent monitoring year were 
            
97
migrated into a custom-designed relational database. Prior to the 
97
migrated into a custom-designed relational database. Prior to the 
            
98
creation of this central database, it was more difficult to analyze 
98
creation of this central database, it was more difficult to analyze 
            
99
multi-temporal trends because data were stored in multiple 
99
multi-temporal trends because data were stored in multiple 
            
100
spreadsheets, often with inconsistent structures.",
100
spreadsheets, often with inconsistent structures.",
            
101
  "num_resources": 2,
101
  "num_resources": 2,
            
102
  "num_tags": 13,
102
  "num_tags": 13,
            
103
  "organization": {
103
  "organization": {
            
104
    "approval_status": "approved",
104
    "approval_status": "approved",
            
105
    "created": "2023-11-17T20:32:19.736983",
105
    "created": "2023-11-17T20:32:19.736983",
            
106
    "description": "Leaders in Soil, Water, and Ecological Sciences",
106
    "description": "Leaders in Soil, Water, and Ecological Sciences",
            
107
    "id": "8b7eb3f9-a46a-48c8-ae40-eb72e7031b03",
107
    "id": "8b7eb3f9-a46a-48c8-ae40-eb72e7031b03",
            
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    "image_url": "2023-11-17-203219.721941GSAlogo.jpg",
108
    "image_url": "2023-11-17-203219.721941GSAlogo.jpg",
            
109
    "is_organization": true,
109
    "is_organization": true,
            
110
    "name": "geosystems-analysis-inc",
110
    "name": "geosystems-analysis-inc",
            
111
    "state": "active",
111
    "state": "active",
            
112
    "title": "GeoSystems Analysis Inc. ",
112
    "title": "GeoSystems Analysis Inc. ",
            
113
    "type": "organization"
113
    "type": "organization"
            
114
  },
114
  },
            
115
  "owner_org": "8b7eb3f9-a46a-48c8-ae40-eb72e7031b03",
115
  "owner_org": "8b7eb3f9-a46a-48c8-ae40-eb72e7031b03",
            
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  "preparation_method": "",
116
  "preparation_method": "",
            
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  "private": false,
117
  "private": false,
            
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  "relationships_as_object": [],
118
  "relationships_as_object": [],
            
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  "relationships_as_subject": [],
119
  "relationships_as_subject": [],
            
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  "resources": [
120
  "resources": [
            
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    {
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    {
            
122
      "cache_last_updated": null,
122
      "cache_last_updated": null,
            
123
      "cache_url": null,
123
      "cache_url": null,
            
124
      "created": "2023-11-17T21:34:29.370845",
124
      "created": "2023-11-17T21:34:29.370845",
            
125
      "datastore_active": false,
125
      "datastore_active": false,
            
126
      "datastore_contains_all_records_of_source_file": false,
126
      "datastore_contains_all_records_of_source_file": false,
            
127
      "description": "Visualization of number of dry days along the 
127
      "description": "Visualization of number of dry days along the 
            
128
Middle Rio Grande as a heat map. Layers are included for individual 
128
Middle Rio Grande as a heat map. Layers are included for individual 
            
129
years, mean dry days and total dry days since 2002.",
129
years, mean dry days and total dry days since 2002.",
            
130
      "format": "HTML",
130
      "format": "HTML",
            
131
      "hash": "",
131
      "hash": "",
            
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      "id": "7b13c04e-5a3f-4ad8-80e8-fc80038f458b",
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      "id": "7b13c04e-5a3f-4ad8-80e8-fc80038f458b",
            
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      "last_modified": null,
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      "last_modified": null,
            
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      "metadata_modified": "2023-11-17T21:34:29.770020",
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      "metadata_modified": "2023-11-17T21:34:29.770020",
            
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      "mimetype": null,
135
      "mimetype": null,
            
136
      "mimetype_inner": null,
136
      "mimetype_inner": null,
            
137
      "name": "RiverEyes Drying Heatmap",
137
      "name": "RiverEyes Drying Heatmap",
            
138
      "package_id": "35a6dfa1-a623-42da-a4da-545b8314b724",
138
      "package_id": "35a6dfa1-a623-42da-a4da-545b8314b724",
            
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      "position": 0,
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      "position": 0,
            
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      "resource_type": null,
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      "resource_type": null,
            
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      "size": null,
141
      "size": null,
            
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      "state": "active",
142
      "state": "active",
            
143
      "url": "https://reyes.gsanalysis.com/heatmap/",
143
      "url": "https://reyes.gsanalysis.com/heatmap/",
            
144
      "url_type": null
144
      "url_type": null
            
145
    },
145
    },
            
146
    {
146
    {
            
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      "cache_last_updated": null,
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      "cache_last_updated": null,
            
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      "cache_url": null,
148
      "cache_url": null,
            
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      "created": "2023-11-17T21:36:19.183909",
149
      "created": "2023-11-17T21:36:19.183909",
            
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      "datastore_active": false,
150
      "datastore_active": false,
            
151
      "datastore_contains_all_records_of_source_file": false,
151
      "datastore_contains_all_records_of_source_file": false,
            
152
      "description": "Interactive web map with locations of features 
152
      "description": "Interactive web map with locations of features 
            
153
and landmarks, river mile hundredths along the centerline, stream 
153
and landmarks, river mile hundredths along the centerline, stream 
            
154
gages, conveyances and range lines.",
154
gages, conveyances and range lines.",
            
155
      "format": "HTML",
155
      "format": "HTML",
            
156
      "hash": "",
156
      "hash": "",
            
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      "id": "55c76ce7-4aa9-42a6-bbd2-179b59ff7770",
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      "id": "55c76ce7-4aa9-42a6-bbd2-179b59ff7770",
            
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      "last_modified": null,
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      "last_modified": null,
            
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      "metadata_modified": "2023-11-17T21:36:19.144645",
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      "metadata_modified": "2023-11-17T21:36:19.144645",
            
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      "mimetype": null,
160
      "mimetype": null,
            
161
      "mimetype_inner": null,
161
      "mimetype_inner": null,
            
162
      "name": "RiverEyes Features and Landmarks",
162
      "name": "RiverEyes Features and Landmarks",
            
163
      "package_id": "35a6dfa1-a623-42da-a4da-545b8314b724",
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      "package_id": "35a6dfa1-a623-42da-a4da-545b8314b724",
            
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}
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}