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On October 22, 2024, 5:22:38 PM UTC, ckan_admin:

Changed title to Data from: “Space-time analyses of sediment composition reveals synchronized dynamics at all intertidal flats in the Dutch Wadden Sea” (previously Data from: Space-time analyses of sediment composition reveals synchronized dynamics at all intertidal flats in the Dutch Wadden Sea)

Updated description of Data from: “Space-time analyses of sediment composition reveals synchronized dynamics at all intertidal flats in the Dutch Wadden Sea” from
Here we present median grain size (micrometer) and mud content (%) data of the entire intertidal Dutch Wadden Sea that was sampled every year between 2009 and 2019. As can be read in the accompanying paper, the raw data were taken on a 500 m grid and on randomly located stations. Between 4,051 and 4,246 samples were collected and analyzed every year, which made a total of 45,808 over the study period. Most of the sampling took place in the months between June and August and the stations were not sampled at the same dates across years. Sampling stations were visited by foot during low tide and by boat during high tide. Sediment samples were taken with a small core with a diameter of 33 mm from the surface of the intertidal flats to a depth of 4 cm and then frozen at -20 degrees C. In the laboratory, the samples were freeze-dried for up to 96 h and then homogenized with a mortar and pestle. Homogenized samples were weighed and placed into 13 ml polypropylene auto-sampler tubes with degassed water that was purified by means of reverse osmosis. Grain size distributions were measured with a particle size analyzer which uses laser diffraction and Polarization Intensity Differential Scattering technology (Coulter LS 13 320, optical module 'grey'). It measures grain sizes from 0.04 to 2000 micrometer in 126 size classes. It is important to note that our samples were not treated with hydrogen chloride and hydrogen peroxide to remove calcium and organic material. For further details concerning sediment analysis we refer to the accompanying paper.
to
Here we present median grain size (μm) and mud content (%) data of the entire intertidal Dutch Wadden Sea that was sampled every year between 2009 and 2019. As can be read in the accompanying paper, the raw data were taken on a 500 m grid and on randomly located stations. Between 4,051 and 4,246 samples were collected and analyzed every year, which made a total of 45,808 over the study period. Most of the sampling took place in the months between June and August and the stations were not sampled at the same dates across years. Sampling stations were visited by foot during low tide and by boat during high tide. Sediment samples were taken with a small core with a diameter of 33 mm from the surface of the intertidal flats to a depth of 4 cm and then frozen at -20 °C. In the laboratory, the samples were freeze-dried for up to 96 h and then homogenized with a mortar and pestle. Homogenized samples were weighed and placed into 13 ml polypropylene auto-sampler tubes with degassed water that was purified by means of reverse osmosis. Grain size distributions were measured with a particle size analyzer which uses laser diffraction and Polarization Intensity Differential Scattering technology (Coulter LS 13 320, optical module ‘grey’). It measures grain sizes from 0.04 to 2000 μm in 126 size classes. It is important to note that our samples were not treated with hydrogen chloride and hydrogen peroxide to remove calcium and organic material. For further details concerning sediment analysis we refer to the accompanying paper.

Removed tag SIBES from Data from: “Space-time analyses of sediment composition reveals synchronized dynamics at all intertidal flats in the Dutch Wadden Sea”

Changed the source URL of Data from: “Space-time analyses of sediment composition reveals synchronized dynamics at all intertidal flats in the Dutch Wadden Sea” from https://dataportal.nioz.nl/doi/10.33591/nioz/7b.b.1d to https://dataportal.nioz.nl/doi/10.25850/nioz/7b.b.1d

Changed the version of Data from: “Space-time analyses of sediment composition reveals synchronized dynamics at all intertidal flats in the Dutch Wadden Sea” to 1 (previously 7)

Changed value of field dataset_persistent_id to DOI:10.25850/nioz/7b.b.1d in Data from: “Space-time analyses of sediment composition reveals synchronized dynamics at all intertidal flats in the Dutch Wadden Sea”

              
    
          
          
        
        
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            12 0000-0002-3159-8944 - Corresponding Author -  12 0000-0002-3159-8944 - Corresponding Author - 
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            31 \"},{\"firstname\":\"Jaap\",\"lastname\":\"van der  31 \"},{\"firstname\":\"Jaap\",\"lastname\":\"van der 
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            36 \"},{\"firstname\":\"Theunis  36 \"},{\"firstname\":\"Theunis 
            37 \",\"lastname\":\"Piersma\",\"orcid\":null,\"affiliation\":\"Royal  37 \",\"lastname\":\"Piersma\",\"orcid\":null,\"affiliation\":\"Royal 
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            48   "distribution_date": "2023-01-31", 48   "distribution_date": "2023-01-31",
            49   "distributor": "Research Data Management(NIOZ Royal Netherlands  49   "distributor": "Research Data Management(NIOZ Royal Netherlands 
            50 Institute for Sea Research)", 50 Institute for Sea Research)",
            51   "doi_date_published": "2023-04-04", 51   "doi_date_published": "2023-04-04",
            52   "funding_references": "[{\"name\":\"Royal Netherlands Institute for  52   "funding_references": "[{\"name\":\"Royal Netherlands Institute for 
            53 Sea Research  53 Sea Research 
            54 NIOZ)\",\"awardnumber\":null,\"awardtitle\":null,\"formatted\":\"Royal  54 NIOZ)\",\"awardnumber\":null,\"awardtitle\":null,\"formatted\":\"Royal 
            55 Netherlands Institute for Sea Research (NIOZ) -  55 Netherlands Institute for Sea Research (NIOZ) - 
            56 -\"},{\"name\":\"Nederlandse Aardolie Maatschappij  56 -\"},{\"name\":\"Nederlandse Aardolie Maatschappij 
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            60   "geographic_coverage": "[{\"place\":\"Dutch Wadden  60   "geographic_coverage": "[{\"place\":\"Dutch Wadden 
            61 null,\"longitude_1\":null,\"longitude_2\":null,\"latitude_1\":null}]", 61 null,\"longitude_1\":null,\"longitude_2\":null,\"latitude_1\":null}]",
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            68   "metadata_created": "2024-10-22T11:50:47.912833", 68   "metadata_created": "2024-10-22T11:50:47.912833",
            n 69   "metadata_modified": "2024-10-22T11:50:49.994084", n 69   "metadata_modified": "2024-10-22T17:22:38.727624",
            70   "name": "7bb1d", 70   "name": "7bb1d",
            n 71   "notes": "Here we present median grain size (micrometer) and mud  n 71   "notes": "Here we present median grain size (\u03bcm) and mud 
            72 content (%) data of the entire intertidal Dutch Wadden Sea that was  72 content (%) data of the entire intertidal Dutch Wadden Sea that was 
            73 sampled every year between 2009 and 2019. As can be read in the  73 sampled every year between 2009 and 2019. As can be read in the 
            74 accompanying paper, the raw data were taken on a 500 m grid and on  74 accompanying paper, the raw data were taken on a 500 m grid and on 
            75 randomly located stations. Between 4,051 and 4,246 samples were  75 randomly located stations. Between 4,051 and 4,246 samples were 
            76 collected and analyzed every year, which made a total of 45,808 over  76 collected and analyzed every year, which made a total of 45,808 over 
            77 the study period. Most of the sampling took place in the months  77 the study period. Most of the sampling took place in the months 
            78 between June and August and the stations were not sampled at the same  78 between June and August and the stations were not sampled at the same 
            79 dates across years. Sampling stations were visited by foot during low  79 dates across years. Sampling stations were visited by foot during low 
            80 tide and by boat during high tide. Sediment samples were taken with a  80 tide and by boat during high tide. Sediment samples were taken with a 
            81 small core with a diameter of 33 mm from the surface of the intertidal  81 small core with a diameter of 33 mm from the surface of the intertidal 
            n 82 flats to a depth of 4 cm and then frozen at -20 degrees C. In the  n 82 flats to a depth of 4 cm and then frozen at -20 \u00b0C. In the 
            83 laboratory, the samples were freeze-dried for up to 96 h and then  83 laboratory, the samples were freeze-dried for up to 96 h and then 
            84 homogenized with a mortar and pestle. Homogenized samples were weighed  84 homogenized with a mortar and pestle. Homogenized samples were weighed 
            85 and placed into 13 ml polypropylene auto-sampler tubes with degassed  85 and placed into 13 ml polypropylene auto-sampler tubes with degassed 
            86 water that was purified by means of reverse osmosis. Grain size  86 water that was purified by means of reverse osmosis. Grain size 
            87 distributions were measured with a particle size analyzer which uses  87 distributions were measured with a particle size analyzer which uses 
            88 laser diffraction and Polarization Intensity Differential Scattering  88 laser diffraction and Polarization Intensity Differential Scattering 
            n 89 technology (Coulter LS 13 320, optical module 'grey'). It measures  n 89 technology (Coulter LS 13 320, optical module \u2018grey\u2019). It 
            90 grain sizes from 0.04 to 2000 micrometer in 126 size classes. It is  90 measures grain sizes from 0.04 to 2000 \u03bcm in 126 size classes. It 
            91 important to note that our samples were not treated with hydrogen  91 is important to note that our samples were not treated with hydrogen 
            92 chloride and hydrogen peroxide to remove calcium and organic material.  92 chloride and hydrogen peroxide to remove calcium and organic material. 
            93 For further details concerning sediment analysis we refer to the  93 For further details concerning sediment analysis we refer to the 
            94 accompanying paper.", 94 accompanying paper.",
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            140   "subject": "Earth and Environmental Sciences", 140   "subject": "Earth and Environmental Sciences",
            141   "tags": [ 141   "tags": [
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            155     }, 148     },
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            162     }, 155     },
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            176     }, 169     },
            177     { 170     {
            178       "display_name": "median grain size", 171       "display_name": "median grain size",
            179       "id": "af7bff5c-e3bc-44d7-9660-8a49f38a820a", 172       "id": "af7bff5c-e3bc-44d7-9660-8a49f38a820a",
            180       "name": "median grain size", 173       "name": "median grain size",
            181       "state": "active", 174       "state": "active",
            182       "vocabulary_id": null 175       "vocabulary_id": null
            183     }, 176     },
            184     { 177     {
            185       "display_name": "mud fraction", 178       "display_name": "mud fraction",
            186       "id": "bd293320-3bb5-4725-abae-280bd14c8804", 179       "id": "bd293320-3bb5-4725-abae-280bd14c8804",
            187       "name": "mud fraction", 180       "name": "mud fraction",
            188       "state": "active", 181       "state": "active",
            189       "vocabulary_id": null 182       "vocabulary_id": null
            190     }, 183     },
            191     { 184     {
            192       "display_name": "mudflat", 185       "display_name": "mudflat",
            193       "id": "2806e529-9712-41db-bb9b-4d8f4d82f48e", 186       "id": "2806e529-9712-41db-bb9b-4d8f4d82f48e",
            194       "name": "mudflat", 187       "name": "mudflat",
            195       "state": "active", 188       "state": "active",
            196       "vocabulary_id": null 189       "vocabulary_id": null
            197     }, 190     },
            198     { 191     {
            199       "display_name": "sand", 192       "display_name": "sand",
            200       "id": "bc1b55ff-b7ad-4264-842e-52454762edaa", 193       "id": "bc1b55ff-b7ad-4264-842e-52454762edaa",
            201       "name": "sand", 194       "name": "sand",
            202       "state": "active", 195       "state": "active",
            203       "vocabulary_id": null 196       "vocabulary_id": null
            204     }, 197     },
            205     { 198     {
            206       "display_name": "silt content", 199       "display_name": "silt content",
            207       "id": "65a80e06-ba30-4301-8436-3a30b7bafad9", 200       "id": "65a80e06-ba30-4301-8436-3a30b7bafad9",
            208       "name": "silt content", 201       "name": "silt content",
            209       "state": "active", 202       "state": "active",
            210       "vocabulary_id": null 203       "vocabulary_id": null
            211     } 204     }
            212   ], 205   ],
            n 213   "title": "Data from: Space-time analyses of sediment composition  n 206   "title": "Data from: \u201cSpace-time analyses of sediment 
            214 reveals synchronized dynamics at all intertidal flats in the Dutch  207 composition reveals synchronized dynamics at all intertidal flats in 
            215 Wadden Sea", 208 the Dutch Wadden Sea\u201d",
            216   "type": "dataset", 209   "type": "dataset",
            t 217   "url": "https://dataportal.nioz.nl/doi/10.33591/nioz/7b.b.1d", t 210   "url": "https://dataportal.nioz.nl/doi/10.25850/nioz/7b.b.1d",
            218   "version": "7" 211   "version": "1"
            219 } 212 }