Changes
On April 28, 2022 at 11:32:20 AM UTC, Administrator:
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Deleted resource https://www.envidat.ch/dataset/c093641a-874e-4f8e-a04d-62a07d3855e1/resource/800d8399-ebfd-4bba-aeaf-efab8f58bfb8?activity_id=bb8c6e77-6a89-49b6-92d2-5d3d2fbbb7aa from Impulse response functions for nonlinear nonstationary and heterogeneous systems
f | 1 | { | f | 1 | { |
2 | "author": "[{\"affiliation\": \"ETHZ\", \"affiliation_02\": \"WSL\", | 2 | "author": "[{\"affiliation\": \"ETHZ\", \"affiliation_02\": \"WSL\", | ||
3 | \"affiliation_03\": \"University of California, Berkeley\", | 3 | \"affiliation_03\": \"University of California, Berkeley\", | ||
4 | \"data_credit\": [\"software\", \"publication\"], \"email\": | 4 | \"data_credit\": [\"software\", \"publication\"], \"email\": | ||
5 | \"kirchner@ethz.ch\", \"given_name\": \"James W.\", \"identifier\": | 5 | \"kirchner@ethz.ch\", \"given_name\": \"James W.\", \"identifier\": | ||
6 | \"0000-0001-6577-3619\", \"name\": \"Kirchner\"}]", | 6 | \"0000-0001-6577-3619\", \"name\": \"Kirchner\"}]", | ||
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9 | "date": "[{\"date\": \"2024-04-24\", \"date_type\": \"created\", | 9 | "date": "[{\"date\": \"2024-04-24\", \"date_type\": \"created\", | ||
10 | \"end_date\": \"\"}]", | 10 | \"end_date\": \"\"}]", | ||
11 | "doi": "10.16904/envidat.312", | 11 | "doi": "10.16904/envidat.312", | ||
12 | "funding": "[{\"grant_number\": \"\", \"institution\": \"ETH | 12 | "funding": "[{\"grant_number\": \"\", \"institution\": \"ETH | ||
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19 | "license_title": "Creative Commons Attribution Share-Alike | 19 | "license_title": "Creative Commons Attribution Share-Alike | ||
20 | (CC-BY-SA)", | 20 | (CC-BY-SA)", | ||
21 | "license_url": "https://creativecommons.org/licenses/by-sa/4.0/", | 21 | "license_url": "https://creativecommons.org/licenses/by-sa/4.0/", | ||
22 | "maintainer": "{\"affiliation\": \"ETHZ\", \"email\": | 22 | "maintainer": "{\"affiliation\": \"ETHZ\", \"email\": | ||
23 | \"kirchner@ethz.ch\", \"given_name\": \"James W.\", \"identifier\": | 23 | \"kirchner@ethz.ch\", \"given_name\": \"James W.\", \"identifier\": | ||
24 | \"0000-0001-6577-3619\", \"name\": \"Kirchner\"}", | 24 | \"0000-0001-6577-3619\", \"name\": \"Kirchner\"}", | ||
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26 | "metadata_created": "2022-04-24T18:43:57.475435", | 26 | "metadata_created": "2022-04-24T18:43:57.475435", | ||
n | 27 | "metadata_modified": "2022-04-25T16:06:57.091015", | n | 27 | "metadata_modified": "2022-04-28T11:32:20.164253", |
28 | "name": "impulse_response_function_script", | 28 | "name": "impulse_response_function_script", | ||
29 | "notes": "The R script IRFnnhs.R, which efficiently estimates | 29 | "notes": "The R script IRFnnhs.R, which efficiently estimates | ||
30 | impulse response functions for environmental systems that are | 30 | impulse response functions for environmental systems that are | ||
31 | nonlinear, nonstationary, or heterogeneous, based on their input and | 31 | nonlinear, nonstationary, or heterogeneous, based on their input and | ||
32 | output time series. \r\n\r\nScripts and results for a series of | 32 | output time series. \r\n\r\nScripts and results for a series of | ||
33 | benchmark tests are also provided, to accompany Kirchner, J.W., | 33 | benchmark tests are also provided, to accompany Kirchner, J.W., | ||
34 | Impulse response functions for heterogeneous, nonstationary, and | 34 | Impulse response functions for heterogeneous, nonstationary, and | ||
35 | nonlinear systems, estimated by deconvolution and demixing of noisy | 35 | nonlinear systems, estimated by deconvolution and demixing of noisy | ||
36 | time series, _Sensors_, 22(9), 3291, | 36 | time series, _Sensors_, 22(9), 3291, | ||
37 | https://doi.org/10.3390/s22093291, 2022. ", | 37 | https://doi.org/10.3390/s22093291, 2022. ", | ||
n | 38 | "num_resources": 4, | n | 38 | "num_resources": 3, |
39 | "num_tags": 11, | 39 | "num_tags": 11, | ||
40 | "organization": { | 40 | "organization": { | ||
41 | "approval_status": "approved", | 41 | "approval_status": "approved", | ||
42 | "created": "2019-08-21T09:46:01.602326", | 42 | "created": "2019-08-21T09:46:01.602326", | ||
43 | "description": "Our research explores environmental systems, often | 43 | "description": "Our research explores environmental systems, often | ||
44 | using approaches developed in physics. Environmental systems often | 44 | using approaches developed in physics. Environmental systems often | ||
45 | encompass physical processes and material properties that are complex, | 45 | encompass physical processes and material properties that are complex, | ||
46 | heterogeneous on all scales, and poorly characterized by direct | 46 | heterogeneous on all scales, and poorly characterized by direct | ||
47 | measurement. Thus we often need to try to understand these systems by | 47 | measurement. Thus we often need to try to understand these systems by | ||
48 | cleverly analyzing how they behave, and by probing their inner | 48 | cleverly analyzing how they behave, and by probing their inner | ||
49 | workings using carefully designed experiments. The spatial | 49 | workings using carefully designed experiments. The spatial | ||
50 | heterogeneity and process complexity of environmental systems imply | 50 | heterogeneity and process complexity of environmental systems imply | ||
51 | that any feasible theory will inevitably involve substantial | 51 | that any feasible theory will inevitably involve substantial | ||
52 | simplifications and generalizations. The essential question in | 52 | simplifications and generalizations. The essential question in | ||
53 | environmental science is which simplifications and generalizations are | 53 | environmental science is which simplifications and generalizations are | ||
54 | the right ones. We seek to answer questions such as:\r\n\r\n- How | 54 | the right ones. We seek to answer questions such as:\r\n\r\n- How | ||
55 | does rainfall become runoff?\r\n- How is the chemistry of natural | 55 | does rainfall become runoff?\r\n- How is the chemistry of natural | ||
56 | waters shaped by subsurface transport and mixing, by chemical | 56 | waters shaped by subsurface transport and mixing, by chemical | ||
57 | reactions with soils and rocks, and by biological processes?\r\n- | 57 | reactions with soils and rocks, and by biological processes?\r\n- | ||
58 | Conversely, what can we learn about these processes at the scale of | 58 | Conversely, what can we learn about these processes at the scale of | ||
59 | the whole landscape, by observing the signals that they impart to | 59 | the whole landscape, by observing the signals that they impart to | ||
60 | streams?\r\n- What processes control rates and patterns of physical | 60 | streams?\r\n- What processes control rates and patterns of physical | ||
61 | erosion and chemical weathering? And how do they, in turn, regulate | 61 | erosion and chemical weathering? And how do they, in turn, regulate | ||
62 | the topographic evolution of mountains and valleys, as well as the | 62 | the topographic evolution of mountains and valleys, as well as the | ||
63 | physical and chemical environment in which we (and all other | 63 | physical and chemical environment in which we (and all other | ||
64 | organisms) live?\r\n\r\nWe explore connections between terrestrial and | 64 | organisms) live?\r\n\r\nWe explore connections between terrestrial and | ||
65 | aquatic environments, and linkages between physical, chemical, and | 65 | aquatic environments, and linkages between physical, chemical, and | ||
66 | biological processes. Our work typically combines field observations, | 66 | biological processes. Our work typically combines field observations, | ||
67 | simple mathematical models, and novel analyses of environmental data. | 67 | simple mathematical models, and novel analyses of environmental data. | ||
68 | ", | 68 | ", | ||
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83 | "related_datasets": "", | 83 | "related_datasets": "", | ||
84 | "related_publications": "*Kirchner, J.W., Impulse response functions | 84 | "related_publications": "*Kirchner, J.W., Impulse response functions | ||
85 | for heterogeneous, nonstationary, and nonlinear systems, estimated by | 85 | for heterogeneous, nonstationary, and nonlinear systems, estimated by | ||
86 | deconvolution and demixing of noisy time series, _Sensors_, 22(9), | 86 | deconvolution and demixing of noisy time series, _Sensors_, 22(9), | ||
87 | 3291, https://doi.org/10.3390/s22093291, 2022. ", | 87 | 3291, https://doi.org/10.3390/s22093291, 2022. ", | ||
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259 | "name": "IRFNNHS.R", | 232 | "name": "IRFNNHS.R", | ||
260 | "state": "active", | 233 | "state": "active", | ||
261 | "vocabulary_id": null | 234 | "vocabulary_id": null | ||
262 | }, | 235 | }, | ||
263 | { | 236 | { | ||
264 | "display_name": "NONLINEAR DECONVOLUTION", | 237 | "display_name": "NONLINEAR DECONVOLUTION", | ||
265 | "id": "cecdaa4b-e0c8-49fd-b278-2a7ff2cabb00", | 238 | "id": "cecdaa4b-e0c8-49fd-b278-2a7ff2cabb00", | ||
266 | "name": "NONLINEAR DECONVOLUTION", | 239 | "name": "NONLINEAR DECONVOLUTION", | ||
267 | "state": "active", | 240 | "state": "active", | ||
268 | "vocabulary_id": null | 241 | "vocabulary_id": null | ||
269 | }, | 242 | }, | ||
270 | { | 243 | { | ||
271 | "display_name": "SYSTEM IDENTIFICATION", | 244 | "display_name": "SYSTEM IDENTIFICATION", | ||
272 | "id": "ab89feda-eec6-47da-b068-29c783a78d4a", | 245 | "id": "ab89feda-eec6-47da-b068-29c783a78d4a", | ||
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274 | "state": "active", | 247 | "state": "active", | ||
275 | "vocabulary_id": null | 248 | "vocabulary_id": null | ||
276 | }, | 249 | }, | ||
277 | { | 250 | { | ||
278 | "display_name": "TIME SERIES ANALYSIS", | 251 | "display_name": "TIME SERIES ANALYSIS", | ||
279 | "id": "28f69c3a-b99b-4f48-94ab-87db62b7620a", | 252 | "id": "28f69c3a-b99b-4f48-94ab-87db62b7620a", | ||
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281 | "state": "active", | 254 | "state": "active", | ||
282 | "vocabulary_id": null | 255 | "vocabulary_id": null | ||
283 | }, | 256 | }, | ||
284 | { | 257 | { | ||
285 | "display_name": "TRANSFER FUNCTION", | 258 | "display_name": "TRANSFER FUNCTION", | ||
286 | "id": "c2f16a29-9a63-46b5-897e-6671abae10da", | 259 | "id": "c2f16a29-9a63-46b5-897e-6671abae10da", | ||
287 | "name": "TRANSFER FUNCTION", | 260 | "name": "TRANSFER FUNCTION", | ||
288 | "state": "active", | 261 | "state": "active", | ||
289 | "vocabulary_id": null | 262 | "vocabulary_id": null | ||
290 | } | 263 | } | ||
291 | ], | 264 | ], | ||
292 | "title": "Impulse response functions for nonlinear nonstationary and | 265 | "title": "Impulse response functions for nonlinear nonstationary and | ||
293 | heterogeneous systems", | 266 | heterogeneous systems", | ||
294 | "type": "dataset", | 267 | "type": "dataset", | ||
295 | "url": null, | 268 | "url": null, | ||
296 | "version": "1.2" | 269 | "version": "1.2" | ||
297 | } | 270 | } |