| f | { | f | { |
| n | "author": null, | n | "author": "Alexander Lubsch (Royal Netherlands Institute for Sea |
| "author_email": null, | | Research)", |
| | | "author_email": "alex.lubsch@gmail.com", |
| "code": "7b.b.gb", | | "code": "7b.b.gb", |
| n | "contributor": "NIOZ Royal Netherlands Institute for Sea Research", | n | "contributor": "Royal Netherlands Institute for Sea Research |
| | | (NIOZ)", |
| "creator_user_id": "2c6f917c-52b6-45e0-9a2e-1464049fc055", | | "creator_user_id": "2c6f917c-52b6-45e0-9a2e-1464049fc055", |
| "creators": | | "creators": |
| stname\":\"Alexander\",\"lastname\":\"Lubsch\",\"affiliation\":\"Royal | | stname\":\"Alexander\",\"lastname\":\"Lubsch\",\"affiliation\":\"Royal |
| Netherlands Institute for Sea | | Netherlands Institute for Sea |
| stname\":\"Klaas\",\"lastname\":\"Timmermans\",\"affiliation\":\"Royal | | stname\":\"Klaas\",\"lastname\":\"Timmermans\",\"affiliation\":\"Royal |
| Netherlands Institute for Sea | | Netherlands Institute for Sea |
| :\"\",\"contactemailaddress\":\"\",\"iscorrespondingauthor\":false}]", | | :\"\",\"contactemailaddress\":\"\",\"iscorrespondingauthor\":false}]", |
| "dataset_persistent_id": "DOI:10.25850/nioz/7b.b.gb", | | "dataset_persistent_id": "DOI:10.25850/nioz/7b.b.gb", |
| "deposit_date": "2020-11-16", | | "deposit_date": "2020-11-16", |
| n | "depositor": "Leonne van der Weegen", | n | "depositor": "Leonne van der Weegen |
| | | (leonne.van.der.weegen@nioz.nl)", |
| "distribution_date": "2020-11-16", | | "distribution_date": "2020-11-16", |
| "distributor": "Research Data Management(NIOZ Royal Netherlands | | "distributor": "Research Data Management(NIOZ Royal Netherlands |
| Institute for Sea Research)", | | Institute for Sea Research)", |
| n | "doi_date_published": "2020-11-16", | n | "doi_date_published": "2020-11-16T15:31:27.6932413", |
| "groups": [], | | "groups": [], |
| "id": "00c7c088-6691-4a18-822f-ee7f061e975c", | | "id": "00c7c088-6691-4a18-822f-ee7f061e975c", |
| "isopen": true, | | "isopen": true, |
| "license_id": "CC0-1.0", | | "license_id": "CC0-1.0", |
| "license_title": "CC0 1.0", | | "license_title": "CC0 1.0", |
| "license_url": "https://creativecommons.org/publicdomain/zero/1.0/", | | "license_url": "https://creativecommons.org/publicdomain/zero/1.0/", |
| n | "maintainer": null, | n | "maintainer": "Leonne", |
| "maintainer_email": null, | | "maintainer_email": "leonne.van.der.weegen@nioz.nl", |
| "metadata_created": "2024-10-22T09:44:06.478055", | | "metadata_created": "2024-10-22T09:44:06.478055", |
| n | "metadata_modified": "2024-10-22T20:35:07.337128", | n | "metadata_modified": "2026-07-21T13:31:38.222815", |
| "name": "7bbgb", | | "name": |
| | | -and-nitrate-uptake-dynamics-in-palmaria-palmata-rhodophyceae-ecolog", |
| "notes": "Uptake dynamics of dissolved inorganic phosphate (DIP) and | | "notes": "Uptake dynamics of dissolved inorganic phosphate (DIP) and |
| dissolved inorganic nitrate (DIN) in young <i>Palmaria palmata</i> (n | | dissolved inorganic nitrate (DIN) in young <i>Palmaria palmata</i> (n |
| = 49), cultivated in a range of DIP concentrations (0.0 6.0 mol | | = 49), cultivated in a range of DIP concentrations (0.0 6.0 mol |
| L<sup>1</sup>) and nonlimiting DIN concentration (50 mol | | L<sup>1</sup>) and nonlimiting DIN concentration (50 mol |
| L<sup>1</sup>) under fully controlled laboratory conditions, were | | L<sup>1</sup>) under fully controlled laboratory conditions, were |
| quantified in a pulse-and-chase approach over 5 weeks. Two different | | quantified in a pulse-and-chase approach over 5 weeks. Two different |
| uptake rates were specified: (1) surge uptake (VS) after starvation | | uptake rates were specified: (1) surge uptake (VS) after starvation |
| and (2) maintenance uptake with filled nutrient pools (V<SUB>M</SUB>). | | and (2) maintenance uptake with filled nutrient pools (V<SUB>M</SUB>). |
| V<SUB>S</SUB> for DIP of 1.57 0.29 mol cm<sup>2</sup> d<sup>1</sup> | | V<SUB>S</SUB> for DIP of 1.57 0.29 mol cm<sup>2</sup> d<sup>1</sup> |
| and DIN of 15.6 4.3 mol cm<sup>2</sup> d<sup></sup> , as well as | | and DIN of 15.6 4.3 mol cm<sup>2</sup> d<sup></sup> , as well as |
| V<SUB>M</SUB> for DIP of 0.57 0.22 mol cm<sup>2</sup> d<sup>1</sup> | | V<SUB>M</SUB> for DIP of 0.57 0.22 mol cm<sup>2</sup> d<sup>1</sup> |
| and DIN of 5.6 2.1 mol cm<sup>2</sup> d<sup>1</sup> were | | and DIN of 5.6 2.1 mol cm<sup>2</sup> d<sup>1</sup> were |
| calculated. In addition, an absolute size of the internal storage | | calculated. In addition, an absolute size of the internal storage |
| capacity (ISC) for DIP of 22 mol cm<sup>2</sup> and DIN of 222 mol | | capacity (ISC) for DIP of 22 mol cm<sup>2</sup> and DIN of 222 mol |
| cm2 was determined. A DIPtoDIN uptake ratio of 1:10 under | | cm2 was determined. A DIPtoDIN uptake ratio of 1:10 under |
| V<SUB>M</SUB> showed a weekly rhythmic uptake pattern, highlighted by | | V<SUB>M</SUB> showed a weekly rhythmic uptake pattern, highlighted by |
| a high correlation between DIP and DIN uptake (R = 0.943). | | a high correlation between DIP and DIN uptake (R = 0.943). |
| V<sub>S</SUB> for DIN did not occur under DIP depletion, but uptake | | V<sub>S</SUB> for DIN did not occur under DIP depletion, but uptake |
| rates increased with increasing DIP availability. Hence, DIP | | rates increased with increasing DIP availability. Hence, DIP |
| availability limited access to DIN, which was also reflected by total | | availability limited access to DIN, which was also reflected by total |
| dissolvable protein concentrations in sporophytes, which ranged from | | dissolvable protein concentrations in sporophytes, which ranged from |
| 10.2 2.5% to 24.6 8.0% dry weight depending on DIP availability. | | 10.2 2.5% to 24.6 8.0% dry weight depending on DIP availability. |
| Similarly, total dissolvable carbohydrate concentration ranged from | | Similarly, total dissolvable carbohydrate concentration ranged from |
| 22.1 3.6% to 54.3 12.3% dry weight. The data presented in this study | | 22.1 3.6% to 54.3 12.3% dry weight. The data presented in this study |
| open further insight into ecological and physiological aspects of | | open further insight into ecological and physiological aspects of |
| nutrient availability in <i>P. palmata</i> and allow for an | | nutrient availability in <i>P. palmata</i> and allow for an |
| optimization in cultivation.", | | optimization in cultivation.", |
| "num_resources": 0, | | "num_resources": 0, |
| "num_tags": 1, | | "num_tags": 1, |
| "organization": { | | "organization": { |
| "approval_status": "approved", | | "approval_status": "approved", |
| "created": "2024-10-22T06:06:56.074257", | | "created": "2024-10-22T06:06:56.074257", |
| "description": "", | | "description": "", |
| "id": "bed2a893-3895-450b-bf4b-c74318003b1b", | | "id": "bed2a893-3895-450b-bf4b-c74318003b1b", |
| n | "image_url": | n | "image_url": "https://ckan.nioz.nl/NIOZ.svg", |
| z.nl/application/files/1216/8924/5333/NIOZ-logo_witte_randi-2023.svg", | | |
| "is_organization": true, | | "is_organization": true, |
| "name": "nioz", | | "name": "nioz", |
| "state": "active", | | "state": "active", |
| "title": "Royal Netherlands Institute for Sea Research", | | "title": "Royal Netherlands Institute for Sea Research", |
| "type": "organization" | | "type": "organization" |
| }, | | }, |
| "owner_org": "bed2a893-3895-450b-bf4b-c74318003b1b", | | "owner_org": "bed2a893-3895-450b-bf4b-c74318003b1b", |
| "private": false, | | "private": false, |
| "production_date": "2020-11-16", | | "production_date": "2020-11-16", |
| n | | n | "related_identifier": "https://doi.org/10.1111/jpy.13018", |
| "relationships_as_object": [], | | "relationships_as_object": [], |
| "relationships_as_subject": [], | | "relationships_as_subject": [], |
| "resources": [], | | "resources": [], |
| "state": "active", | | "state": "active", |
| "subject": "Earth and Environmental Sciences", | | "subject": "Earth and Environmental Sciences", |
| "tags": [ | | "tags": [ |
| { | | { |
| "display_name": "carbohydrate content circadian rhythm coupled | | "display_name": "carbohydrate content circadian rhythm coupled |
| uptake nitrate uptake Palmariapalmata phosphate uptak", | | uptake nitrate uptake Palmariapalmata phosphate uptak", |
| "id": "39c69da3-ae6a-4997-b677-f7fc4a9386f9", | | "id": "39c69da3-ae6a-4997-b677-f7fc4a9386f9", |
| "name": "carbohydrate content circadian rhythm coupled uptake | | "name": "carbohydrate content circadian rhythm coupled uptake |
| nitrate uptake Palmariapalmata phosphate uptak", | | nitrate uptake Palmariapalmata phosphate uptak", |
| "state": "active", | | "state": "active", |
| "vocabulary_id": null | | "vocabulary_id": null |
| } | | } |
| ], | | ], |
| "title": "Data-set for the paper \"Phosphate and Nitrate Uptake | | "title": "Data-set for the paper \"Phosphate and Nitrate Uptake |
| Dynamics in Palmaria palmata (Rhodophyceae): Ecological and | | Dynamics in Palmaria palmata (Rhodophyceae): Ecological and |
| Physiological Aspects of Nutrient Availability\"", | | Physiological Aspects of Nutrient Availability\"", |
| "type": "dataset", | | "type": "dataset", |
| t | "url": "https://dataportal.nioz.nl/doi/10.25850/nioz/7b.b.gb", | t | "url": "https://doi.org/10.25850/nioz/7b.b.gb", |
| "version": "4" | | "version": "1" |
| } | | } |