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f | 1 | { | f | 1 | { |
2 | "author": "[{\"affiliation\": \"CRYOS, ENAC, EPFL\", | 2 | "author": "[{\"affiliation\": \"CRYOS, ENAC, EPFL\", | ||
3 | \"affiliation_02\": \"\", \"affiliation_03\": \"\", \"data_credit\": | 3 | \"affiliation_02\": \"\", \"affiliation_03\": \"\", \"data_credit\": | ||
4 | [\"collection\", \"validation\", \"curation\", \"software\", | 4 | [\"collection\", \"validation\", \"curation\", \"software\", | ||
5 | \"publication\"], \"email\": \"armin.sigmund@epfl.ch\", | 5 | \"publication\"], \"email\": \"armin.sigmund@epfl.ch\", | ||
6 | \"given_name\": \"Armin\", \"identifier\": \"0000-0003-3587-1132\", | 6 | \"given_name\": \"Armin\", \"identifier\": \"0000-0003-3587-1132\", | ||
7 | \"name\": \"Sigmund\"}, {\"affiliation\": \"CRYOS, ENAC, EPFL\", | 7 | \"name\": \"Sigmund\"}, {\"affiliation\": \"CRYOS, ENAC, EPFL\", | ||
8 | \"affiliation_02\": \"\", \"affiliation_03\": \"\", \"data_credit\": | 8 | \"affiliation_02\": \"\", \"affiliation_03\": \"\", \"data_credit\": | ||
9 | [\"collection\", \"validation\", \"curation\", \"software\", | 9 | [\"collection\", \"validation\", \"curation\", \"software\", | ||
10 | \"publication\"], \"email\": \"riqo@hotmail.co.uk\", \"given_name\": | 10 | \"publication\"], \"email\": \"riqo@hotmail.co.uk\", \"given_name\": | ||
11 | \"Riqo\", \"identifier\": \"\", \"name\": \"Chaar\"}, | 11 | \"Riqo\", \"identifier\": \"\", \"name\": \"Chaar\"}, | ||
12 | {\"affiliation\": \"SLF\", \"affiliation_02\": \"\", | 12 | {\"affiliation\": \"SLF\", \"affiliation_02\": \"\", | ||
13 | \"affiliation_03\": \"\", \"data_credit\": [\"publication\", | 13 | \"affiliation_03\": \"\", \"data_credit\": [\"publication\", | ||
14 | \"supervision\"], \"email\": \"lehning@slf.ch\", \"given_name\": | 14 | \"supervision\"], \"email\": \"lehning@slf.ch\", \"given_name\": | ||
15 | \"Michael\", \"identifier\": \"0000-0002-8442-0875\", \"name\": | 15 | \"Michael\", \"identifier\": \"0000-0002-8442-0875\", \"name\": | ||
16 | \"Lehning\"}]", | 16 | \"Lehning\"}]", | ||
17 | "author_email": null, | 17 | "author_email": null, | ||
18 | "creator_user_id": "134e5fef-56c9-4342-9b38-4982c3df5e09", | 18 | "creator_user_id": "134e5fef-56c9-4342-9b38-4982c3df5e09", | ||
19 | "date": "[{\"date\": \"2019-08-01\", \"date_type\": \"collected\", | 19 | "date": "[{\"date\": \"2019-08-01\", \"date_type\": \"collected\", | ||
20 | \"end_date\": \"2023-06-22\"}]", | 20 | \"end_date\": \"2023-06-22\"}]", | ||
21 | "doi": "10.16904/envidat.417", | 21 | "doi": "10.16904/envidat.417", | ||
22 | "funding": "[{\"grant_number\": \"200020-179130\", \"institution\": | 22 | "funding": "[{\"grant_number\": \"200020-179130\", \"institution\": | ||
23 | \"SNSF\", \"institution_url\": | 23 | \"SNSF\", \"institution_url\": | ||
24 | \"https://data.snf.ch/grants/grant/179130\"}, {\"grant_number\": \"\", | 24 | \"https://data.snf.ch/grants/grant/179130\"}, {\"grant_number\": \"\", | ||
25 | \"institution\": \"Swiss-European Mobility Programme\", | 25 | \"institution\": \"Swiss-European Mobility Programme\", | ||
26 | \"institution_url\": \"\"}]", | 26 | \"institution_url\": \"\"}]", | ||
27 | "groups": [], | 27 | "groups": [], | ||
28 | "id": "99ad307f-be6f-48d3-ac80-387bcb0aded7", | 28 | "id": "99ad307f-be6f-48d3-ac80-387bcb0aded7", | ||
29 | "isopen": true, | 29 | "isopen": true, | ||
30 | "language": "en", | 30 | "language": "en", | ||
31 | "license_id": "cc-by-sa", | 31 | "license_id": "cc-by-sa", | ||
32 | "license_title": "Creative Commons Attribution Share-Alike | 32 | "license_title": "Creative Commons Attribution Share-Alike | ||
33 | (CC-BY-SA)", | 33 | (CC-BY-SA)", | ||
34 | "license_url": "https://creativecommons.org/licenses/by-sa/4.0/", | 34 | "license_url": "https://creativecommons.org/licenses/by-sa/4.0/", | ||
35 | "maintainer": "{\"affiliation\": \"\", \"email\": | 35 | "maintainer": "{\"affiliation\": \"\", \"email\": | ||
36 | \"armin.sigmund@epfl.ch\", \"given_name\": \"Armin\", \"identifier\": | 36 | \"armin.sigmund@epfl.ch\", \"given_name\": \"Armin\", \"identifier\": | ||
37 | \"\", \"name\": \"Sigmund\"}", | 37 | \"\", \"name\": \"Sigmund\"}", | ||
38 | "maintainer_email": null, | 38 | "maintainer_email": null, | ||
39 | "metadata_created": "2023-04-25T17:09:46.487914", | 39 | "metadata_created": "2023-04-25T17:09:46.487914", | ||
t | 40 | "metadata_modified": "2023-07-14T07:49:09.934845", | t | 40 | "metadata_modified": "2023-07-14T14:07:14.097849", |
41 | "name": | 41 | "name": | ||
42 | pour-isotopic-composition-along-air-parcel-trajectories-in-antarctic", | 42 | pour-isotopic-composition-along-air-parcel-trajectories-in-antarctic", | ||
43 | "notes": "# Summary\r\n\r\nThis data set contains Python programming | 43 | "notes": "# Summary\r\n\r\nThis data set contains Python programming | ||
44 | code and modeled data discussed in a related research article. We | 44 | code and modeled data discussed in a related research article. We | ||
45 | developed a simple isotope model to study the drivers of the | 45 | developed a simple isotope model to study the drivers of the | ||
46 | particularly depleted vapour isotopic composition measured on the ship | 46 | particularly depleted vapour isotopic composition measured on the ship | ||
47 | of the Antarctic Circumnavigation Expedition close to the outlet of | 47 | of the Antarctic Circumnavigation Expedition close to the outlet of | ||
48 | the Mertz glacier, East Antarctica, in the 6-day period from 27 | 48 | the Mertz glacier, East Antarctica, in the 6-day period from 27 | ||
49 | January 2017 to 1 February 2017. The model considers the stable water | 49 | January 2017 to 1 February 2017. The model considers the stable water | ||
50 | isotopologues H2(16O), H2(18O), and HD(16O). It uses data from the | 50 | isotopologues H2(16O), H2(18O), and HD(16O). It uses data from the | ||
51 | ERA5 reanalysis product with a spatial resolution of 0.25\u00b0 x | 51 | ERA5 reanalysis product with a spatial resolution of 0.25\u00b0 x | ||
52 | 0.25\u00b0 (Hersbach et al., 2018) and 10-day backward trajectories | 52 | 0.25\u00b0 (Hersbach et al., 2018) and 10-day backward trajectories | ||
53 | for the location of the ship, published by Thurnherr et al. (2020a). | 53 | for the location of the ship, published by Thurnherr et al. (2020a). | ||
54 | Our data set includes the model code, Python scripts for visualizing | 54 | Our data set includes the model code, Python scripts for visualizing | ||
55 | the results, and data produced by the model including the results | 55 | the results, and data produced by the model including the results | ||
56 | shown in the figures of the related research article. Here, we | 56 | shown in the figures of the related research article. Here, we | ||
57 | summarize the most important model characteristics while further | 57 | summarize the most important model characteristics while further | ||
58 | details can be found in the readme.txt file and the related research | 58 | details can be found in the readme.txt file and the related research | ||
59 | article including its supporting information.\r\n\r\n# Main model | 59 | article including its supporting information.\r\n\r\n# Main model | ||
60 | characteristics\r\n\r\nThe modeling approach consists of two steps | 60 | characteristics\r\n\r\nThe modeling approach consists of two steps | ||
61 | called *Model Sublimation* and *Model Air Parcel*. The former | 61 | called *Model Sublimation* and *Model Air Parcel*. The former | ||
62 | estimates the isotopic compositions of the snow and sublimation flux | 62 | estimates the isotopic compositions of the snow and sublimation flux | ||
63 | across the Antarctic Ice Sheet using an Eulerian frame of reference | 63 | across the Antarctic Ice Sheet using an Eulerian frame of reference | ||
64 | while the latter models the vapour isotopic composition and specific | 64 | while the latter models the vapour isotopic composition and specific | ||
65 | humidity along air parcel trajectories using a Lagrangian frame of | 65 | humidity along air parcel trajectories using a Lagrangian frame of | ||
66 | reference. The isotope effects of most phase changes are represented | 66 | reference. The isotope effects of most phase changes are represented | ||
67 | by equilibrium fractionation. Only for ocean evaporation, kinetic | 67 | by equilibrium fractionation. Only for ocean evaporation, kinetic | ||
68 | fractionation is additionally taken into account (original | 68 | fractionation is additionally taken into account (original | ||
69 | Craig-Gordon formula). For snow sublimation, two assumptions are | 69 | Craig-Gordon formula). For snow sublimation, two assumptions are | ||
70 | tested: *Run E* assumes that sublimation is associated with | 70 | tested: *Run E* assumes that sublimation is associated with | ||
71 | equilibrium fractionation while *Run N* assumes that sublimation | 71 | equilibrium fractionation while *Run N* assumes that sublimation | ||
72 | occurs without isotopic fractionation.\r\n\r\n### Model | 72 | occurs without isotopic fractionation.\r\n\r\n### Model | ||
73 | Sublimation\r\nModel Sublimation uses a simple one-dimensional | 73 | Sublimation\r\nModel Sublimation uses a simple one-dimensional | ||
74 | mass-balance approach in each grid cell, considering snow accumulation | 74 | mass-balance approach in each grid cell, considering snow accumulation | ||
75 | due to snowfall and vapour deposition and snow ablation due to | 75 | due to snowfall and vapour deposition and snow ablation due to | ||
76 | sublimation. The snowpack is represented by 100 layers of equal | 76 | sublimation. The snowpack is represented by 100 layers of equal | ||
77 | thickness (e.g., 1 cm) and density (350 kg m-3). The isotopic | 77 | thickness (e.g., 1 cm) and density (350 kg m-3). The isotopic | ||
78 | composition of snowfall is parameterized by generalizing a | 78 | composition of snowfall is parameterized by generalizing a | ||
79 | site-specific, empirical relationship between the daily mean air | 79 | site-specific, empirical relationship between the daily mean air | ||
80 | temperature and snowfall isotopic composition. In the case of vapour | 80 | temperature and snowfall isotopic composition. In the case of vapour | ||
81 | deposition, Model Sublimation assumes equilibrium fractionation and | 81 | deposition, Model Sublimation assumes equilibrium fractionation and | ||
82 | estimates the isotopic composition of the atmospheric vapour as the | 82 | estimates the isotopic composition of the atmospheric vapour as the | ||
83 | average value for two idealized situations: (i) locally sourced vapour | 83 | average value for two idealized situations: (i) locally sourced vapour | ||
84 | which has the same isotopic composition as the sublimation flux; (ii) | 84 | which has the same isotopic composition as the sublimation flux; (ii) | ||
85 | non-locally sourced vapour in isotopic equilibrium with snowfall. | 85 | non-locally sourced vapour in isotopic equilibrium with snowfall. | ||
86 | Model Sublimation is run with a time step of 1 h, independently of | 86 | Model Sublimation is run with a time step of 1 h, independently of | ||
87 | Model Air Parcel.\r\n\r\n### Model Air Parcel\r\nEvery hour, an | 87 | Model Air Parcel.\r\n\r\n### Model Air Parcel\r\nEvery hour, an | ||
88 | ensemble of trajectories arrives at different heights in the ABL above | 88 | ensemble of trajectories arrives at different heights in the ABL above | ||
89 | the ship. For each of these trajectories, we consider an air parcel | 89 | the ship. For each of these trajectories, we consider an air parcel | ||
90 | with a constant volume of 1 x 1 x 1 m3. The air parcels are | 90 | with a constant volume of 1 x 1 x 1 m3. The air parcels are | ||
91 | initialized at the first suitable time when the trajectories are | 91 | initialized at the first suitable time when the trajectories are | ||
92 | located in the ABL, either over the ice-free ocean in conditions of | 92 | located in the ABL, either over the ice-free ocean in conditions of | ||
93 | evaporation or over snow (Antarctic Ice Sheet or sea ice). | 93 | evaporation or over snow (Antarctic Ice Sheet or sea ice). | ||
94 | Subsequently, the masses of the water isotopologues in the air parcels | 94 | Subsequently, the masses of the water isotopologues in the air parcels | ||
95 | are simulated with a time step of 3 h, considering vapour uptake or | 95 | are simulated with a time step of 3 h, considering vapour uptake or | ||
96 | removal due to the moisture flux at the snow or liquid ocean surface | 96 | removal due to the moisture flux at the snow or liquid ocean surface | ||
97 | (only if the parcel is in the ABL) and cloud/precipitation formation | 97 | (only if the parcel is in the ABL) and cloud/precipitation formation | ||
98 | (if the saturation specific humidity is reached). Sea ice is taken | 98 | (if the saturation specific humidity is reached). Sea ice is taken | ||
99 | into account in a very simplified way. We represent the sea ice by | 99 | into account in a very simplified way. We represent the sea ice by | ||
100 | grid cells with a sea-ice cover of more than 90% and assume the | 100 | grid cells with a sea-ice cover of more than 90% and assume the | ||
101 | isotopic composition of the sublimation flux to be identical to that | 101 | isotopic composition of the sublimation flux to be identical to that | ||
102 | in the nearest grid cell of the Antarctic Ice Sheet. The isotopic | 102 | in the nearest grid cell of the Antarctic Ice Sheet. The isotopic | ||
103 | composition of the sublimation flux is taken from Model Sublimation | 103 | composition of the sublimation flux is taken from Model Sublimation | ||
104 | whereas the isotopic composition of the vapour deposition flux (over | 104 | whereas the isotopic composition of the vapour deposition flux (over | ||
105 | snow) and condensation flux (over ice-free ocean) is simulated | 105 | snow) and condensation flux (over ice-free ocean) is simulated | ||
106 | assuming an isotopic equilibrium with the air parcel. Isotope effects | 106 | assuming an isotopic equilibrium with the air parcel. Isotope effects | ||
107 | of cloud/precipitation formation are represented using the classic | 107 | of cloud/precipitation formation are represented using the classic | ||
108 | Rayleigh distillation model with equilibrium fractionation, where the | 108 | Rayleigh distillation model with equilibrium fractionation, where the | ||
109 | cloud water is assumed to precipitate immediately after | 109 | cloud water is assumed to precipitate immediately after | ||
110 | formation.\r\n\r\n# References\r\n\r\nHersbach, H., Bell, B., | 110 | formation.\r\n\r\n# References\r\n\r\nHersbach, H., Bell, B., | ||
111 | Berrisford, P., Biavati, G., Horanyi, A., Munoz Sabater, J.,... others | 111 | Berrisford, P., Biavati, G., Horanyi, A., Munoz Sabater, J.,... others | ||
112 | (2018). *ERA5 hourly data on single levels from 1979 to present. | 112 | (2018). *ERA5 hourly data on single levels from 1979 to present. | ||
113 | Copernicus Climate Change Service (C3S) Climate Data Store (CDS)*. | 113 | Copernicus Climate Change Service (C3S) Climate Data Store (CDS)*. | ||
114 | doi: 10.24381/cds.bd0915c6\r\n\r\nThurnherr, I., Wernli, H., & | 114 | doi: 10.24381/cds.bd0915c6\r\n\r\nThurnherr, I., Wernli, H., & | ||
115 | Aemisegger, F. (2020a). *10-day backward trajectories from ECMWF | 115 | Aemisegger, F. (2020a). *10-day backward trajectories from ECMWF | ||
116 | analysis data along the ship track of the Antarctic Circumnavigation | 116 | analysis data along the ship track of the Antarctic Circumnavigation | ||
117 | Expedition in austral summer 2016/2017*. Zenodo. doi: | 117 | Expedition in austral summer 2016/2017*. Zenodo. doi: | ||
118 | 10.5281/zenodo.4031705\r\n", | 118 | 10.5281/zenodo.4031705\r\n", | ||
119 | "num_resources": 4, | 119 | "num_resources": 4, | ||
120 | "num_tags": 7, | 120 | "num_tags": 7, | ||
121 | "organization": { | 121 | "organization": { | ||
122 | "approval_status": "approved", | 122 | "approval_status": "approved", | ||
123 | "created": "2016-11-17T12:24:20.447699", | 123 | "created": "2016-11-17T12:24:20.447699", | ||
124 | "description": "CRYOS is the EPFL laboratory of the WSL/SLF - EPFL | 124 | "description": "CRYOS is the EPFL laboratory of the WSL/SLF - EPFL | ||
125 | joint appointment for Prof. Michael Lehning. At his WSL side, Prof. | 125 | joint appointment for Prof. Michael Lehning. At his WSL side, Prof. | ||
126 | Michael Lehning is head of the research unit \"Snow and Permafrost\" | 126 | Michael Lehning is head of the research unit \"Snow and Permafrost\" | ||
127 | at SLF in Davos.\r\n \r\n###General Mission\r\nThe laboratory of | 127 | at SLF in Davos.\r\n \r\n###General Mission\r\nThe laboratory of | ||
128 | cryospheric sciences investigates the processes that shape snow and | 128 | cryospheric sciences investigates the processes that shape snow and | ||
129 | ice in mountains and polar regions. In particular, snow cover | 129 | ice in mountains and polar regions. In particular, snow cover | ||
130 | processes, snow-atmosphere interactions and mountain hydrology are in | 130 | processes, snow-atmosphere interactions and mountain hydrology are in | ||
131 | the focus of current research. This includes a strive for deeper | 131 | the focus of current research. This includes a strive for deeper | ||
132 | understanding of the complicated mass and energy exchange processes | 132 | understanding of the complicated mass and energy exchange processes | ||
133 | within, above and below a snow cover but also predictions of future | 133 | within, above and below a snow cover but also predictions of future | ||
134 | snow and ice in mountains and high latitudes. A newer work area is the | 134 | snow and ice in mountains and high latitudes. A newer work area is the | ||
135 | risk management and optimization in the field of renewable energy | 135 | risk management and optimization in the field of renewable energy | ||
136 | production based on our detailed understanding of water, wind and | 136 | production based on our detailed understanding of water, wind and | ||
137 | radiation processes in mountains.\r\n\r\nMore information: | 137 | radiation processes in mountains.\r\n\r\nMore information: | ||
138 | http://cryos.epfl.ch/", | 138 | http://cryos.epfl.ch/", | ||
139 | "id": "b2ef52fe-c56a-4973-8309-24837f3848ed", | 139 | "id": "b2ef52fe-c56a-4973-8309-24837f3848ed", | ||
140 | "image_url": "2019-03-26-151807.125593CRYOSLogoFinal.jpg", | 140 | "image_url": "2019-03-26-151807.125593CRYOSLogoFinal.jpg", | ||
141 | "is_organization": true, | 141 | "is_organization": true, | ||
142 | "name": "cryos", | 142 | "name": "cryos", | ||
143 | "state": "active", | 143 | "state": "active", | ||
144 | "title": "CRYOS", | 144 | "title": "CRYOS", | ||
145 | "type": "organization" | 145 | "type": "organization" | ||
146 | }, | 146 | }, | ||
147 | "owner_org": "b2ef52fe-c56a-4973-8309-24837f3848ed", | 147 | "owner_org": "b2ef52fe-c56a-4973-8309-24837f3848ed", | ||
148 | "private": false, | 148 | "private": false, | ||
149 | "publication": "{\"publication_year\": \"2023\", \"publisher\": | 149 | "publication": "{\"publication_year\": \"2023\", \"publisher\": | ||
150 | \"EnviDat\"}", | 150 | \"EnviDat\"}", | ||
151 | "publication_state": "approved", | 151 | "publication_state": "approved", | ||
152 | "related_datasets": "", | 152 | "related_datasets": "", | ||
153 | "related_publications": "Sigmund, A., Chaar, R., Ebner, P. P., | 153 | "related_publications": "Sigmund, A., Chaar, R., Ebner, P. P., | ||
154 | Lehning, M. (2023). A case study on drivers of the isotopic | 154 | Lehning, M. (2023). A case study on drivers of the isotopic | ||
155 | composition of water vapor at the coast of East Antarctica. *Journal | 155 | composition of water vapor at the coast of East Antarctica. *Journal | ||
156 | of Geophysical Research: Earth Surface*, 128, e2023JF007062. | 156 | of Geophysical Research: Earth Surface*, 128, e2023JF007062. | ||
157 | https://doi. org/10.1029/2023JF007062", | 157 | https://doi. org/10.1029/2023JF007062", | ||
158 | "relationships_as_object": [], | 158 | "relationships_as_object": [], | ||
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281 | "state": "active", | 281 | "state": "active", | ||
282 | "subtitle": "", | 282 | "subtitle": "", | ||
283 | "tags": [ | 283 | "tags": [ | ||
284 | { | 284 | { | ||
285 | "display_name": "ANTARCTICA", | 285 | "display_name": "ANTARCTICA", | ||
286 | "id": "7e2647cf-cb96-44bb-800e-e4468384ebe7", | 286 | "id": "7e2647cf-cb96-44bb-800e-e4468384ebe7", | ||
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290 | }, | 290 | }, | ||
291 | { | 291 | { | ||
292 | "display_name": "BACKWARD TRAJECTORIES", | 292 | "display_name": "BACKWARD TRAJECTORIES", | ||
293 | "id": "9dec0815-98c5-4e27-825f-4415e7b9882b", | 293 | "id": "9dec0815-98c5-4e27-825f-4415e7b9882b", | ||
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300 | "id": "485b25b5-2db8-4d5d-955e-c84193e7e11c", | 300 | "id": "485b25b5-2db8-4d5d-955e-c84193e7e11c", | ||
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302 | "state": "active", | 302 | "state": "active", | ||
303 | "vocabulary_id": null | 303 | "vocabulary_id": null | ||
304 | }, | 304 | }, | ||
305 | { | 305 | { | ||
306 | "display_name": "ISOTOPIC DISTILLATION", | 306 | "display_name": "ISOTOPIC DISTILLATION", | ||
307 | "id": "e8342cd6-0f51-4a43-8877-e414268f1ba9", | 307 | "id": "e8342cd6-0f51-4a43-8877-e414268f1ba9", | ||
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309 | "state": "active", | 309 | "state": "active", | ||
310 | "vocabulary_id": null | 310 | "vocabulary_id": null | ||
311 | }, | 311 | }, | ||
312 | { | 312 | { | ||
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314 | "id": "5b51237b-f52d-4ac6-b745-dbd87a51a82e", | 314 | "id": "5b51237b-f52d-4ac6-b745-dbd87a51a82e", | ||
315 | "name": "LAGRANGIAN ANALYSIS", | 315 | "name": "LAGRANGIAN ANALYSIS", | ||
316 | "state": "active", | 316 | "state": "active", | ||
317 | "vocabulary_id": null | 317 | "vocabulary_id": null | ||
318 | }, | 318 | }, | ||
319 | { | 319 | { | ||
320 | "display_name": "SNOW SUBLIMATION", | 320 | "display_name": "SNOW SUBLIMATION", | ||
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322 | "name": "SNOW SUBLIMATION", | 322 | "name": "SNOW SUBLIMATION", | ||
323 | "state": "active", | 323 | "state": "active", | ||
324 | "vocabulary_id": null | 324 | "vocabulary_id": null | ||
325 | }, | 325 | }, | ||
326 | { | 326 | { | ||
327 | "display_name": "STABLE WATER ISOTOPES", | 327 | "display_name": "STABLE WATER ISOTOPES", | ||
328 | "id": "45ad5d3c-b586-4cc3-b37e-31e2ca55b1cb", | 328 | "id": "45ad5d3c-b586-4cc3-b37e-31e2ca55b1cb", | ||
329 | "name": "STABLE WATER ISOTOPES", | 329 | "name": "STABLE WATER ISOTOPES", | ||
330 | "state": "active", | 330 | "state": "active", | ||
331 | "vocabulary_id": null | 331 | "vocabulary_id": null | ||
332 | } | 332 | } | ||
333 | ], | 333 | ], | ||
334 | "title": "Modeled Isotopic Composition of Water Vapour Along Air | 334 | "title": "Modeled Isotopic Composition of Water Vapour Along Air | ||
335 | Parcel Trajectories in the Antarctic", | 335 | Parcel Trajectories in the Antarctic", | ||
336 | "type": "dataset", | 336 | "type": "dataset", | ||
337 | "url": null, | 337 | "url": null, | ||
338 | "version": "1.0" | 338 | "version": "1.0" | ||
339 | } | 339 | } |