Matches in Nanopublications for { ?s ?p ?o <https://w3id.org/np/RArzQDsSUMOMkDzsxvbXlRKXIVq9rilBgyw5Bcp0oi9gk/assertion>. }
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c type BibliographyResearchObject assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c type BibliographyResearchObject assertion.
- 24342 type Concept assertion.
- 57904 type Concept assertion.
- -1376627360 type Expression assertion.
- 731618603 type Expression assertion.
- bibliographic-entry-136.txt type BibliographicResource assertion.
- generation_service type Person assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c type ResearchObject assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c type LiveRO assertion.
- -1383247163 type Domain assertion.
- 00fe4ac5-4e5c-43dd-b295-38f09e471c9b type Domain assertion.
- 8503d888-f728-41a2-8839-091aa8ab67c3 type Domain assertion.
- ab2c3527-87ab-406f-8e01-371c712ae6a3 type Domain assertion.
- abe1e396-202f-4832-bdd5-e38ecc058c47 type Domain assertion.
- ada35141-f6be-4606-a8a8-0387b951a247 type Domain assertion.
- d56df5b9-a736-46f8-ac92-22189d15693c type Domain assertion.
- 09d63e6b-6615-4c17-9c6d-7a58d12bfb6f type Lemma assertion.
- 0ae51c71-4995-4cc5-8723-ce50cec31acc type Lemma assertion.
- 0ddc9b83-be98-49df-bd3e-481260d34d3f type Lemma assertion.
- 12a096ff-d5e9-4d27-944d-42d893be5aa5 type Lemma assertion.
- 3f4f0b7f-7314-4652-95c5-7187997694bd type Lemma assertion.
- 50204921-5e0b-44f6-a84b-417a8ce79b01 type Lemma assertion.
- 63fe6092-7aac-4bdf-ab6a-92a64128d5e0 type Lemma assertion.
- 6d1f68f6-9bc7-45f8-b429-57d6c79f2456 type Lemma assertion.
- 80d4100b-d5a2-4051-9737-1008e0bcbed0 type Lemma assertion.
- 89f56612-efb1-4551-b131-b79b133a733f type Lemma assertion.
- 9ab92f73-3ace-4211-b38f-770875b761a0 type Lemma assertion.
- d930613d-d626-40cd-9ec6-0c48f62fd80f type Lemma assertion.
- db478d36-336d-419a-b403-fc0248bb3af4 type Lemma assertion.
- e7fef0fa-1d5e-4a55-96e6-b8e9e497a07a type Lemma assertion.
- 15ca2bbd-beaa-4933-8303-a18e97942cd8 type Concept assertion.
- 1e088448-f128-4e8d-afea-609eae1836ec type Concept assertion.
- 348bf5e9-b469-4222-b43b-1ac1102cc600 type Concept assertion.
- 3b4f9c8d-b7e5-49c5-aafe-4e6fa21e16a0 type Concept assertion.
- 3ba246e9-65bf-4518-99f8-3f59d279570e type Concept assertion.
- 3bb93441-7868-44ba-a716-da7cb88d30f6 type Concept assertion.
- 443ab087-fc54-42a0-8cad-55085131615e type Concept assertion.
- 62ce6467-59be-482d-9744-2c9f749e172c type Concept assertion.
- 688bbd34-4f14-49a9-8a4e-8931ceaf7144 type Concept assertion.
- 6bd7bbf2-8b68-4f52-a5ed-63c2981580d4 type Concept assertion.
- 6cb43e9e-6c66-4274-bf15-477cc1bc4ece type Concept assertion.
- 81b4cc1c-c1dd-4d7a-bbb0-e59f86ad1bcf type Concept assertion.
- 9ded0588-90d0-45fe-bf8d-e071563ba985 type Concept assertion.
- a79ccb0d-c0a5-4342-85e2-d80b1136892c type Concept assertion.
- b5575b58-3cb4-4e03-a870-988c7e829487 type Concept assertion.
- b56f6cb4-52e0-4e62-94d3-39338244bedb type Concept assertion.
- b5b7b971-6c68-4e10-9157-021e4be08a6f type Concept assertion.
- c542d7f5-3613-40e2-b57d-e8594b6fa557 type Concept assertion.
- d3437c87-fa50-4ab3-8ce3-b11a49ff7cfb type Concept assertion.
- 460f6d1b-483c-456f-971a-e5975ba1cadc type FieldOfResearch assertion.
- 641fca53-8d8c-4c2b-a883-e359846253ff type FieldOfResearch assertion.
- 6839fe01-5a67-4708-aee8-67cfbbcf1fcc type FieldOfResearch assertion.
- a461917f-bc1a-4104-8a7d-f7da686e0182 type FieldOfResearch assertion.
- 2d964175-fe27-4283-a682-5acbf2db868f type IPTC assertion.
- 8afe4c09-0330-4855-8be9-1f120ac4794c type IPTC assertion.
- 613572a1-1b60-4656-a57d-d645f2458e73 type NASA assertion.
- dd7818b8-a4cf-4226-80d6-c9385f997fca type NASA assertion.
- e0390360-d773-47b1-bc62-885e2b757800 type NASA assertion.
- ec93c468-afbb-4339-bbcb-5879c1f8d593 type NASA assertion.
- 00018b27-e4b3-40a8-b832-70aed3b3f7c9 type Phrase assertion.
- 04eaa436-0a8c-4277-a658-2990bab406b6 type Phrase assertion.
- 16da71fd-2f51-4f83-a611-d4de062b56d8 type Phrase assertion.
- 274a2b90-b09a-4523-a7f5-a2f4231c58d5 type Phrase assertion.
- 4183028e-de6c-435c-9d7d-e4056e9144d2 type Phrase assertion.
- 6a38dd8d-49bd-411f-9d7b-bba689bc8ad1 type Phrase assertion.
- 85e969c5-cbe7-4526-8a9d-d3562029fde2 type Phrase assertion.
- a5ffe31b-a0c9-4dba-bb66-be91f906349d type Phrase assertion.
- c30c3b52-92a5-43ad-abf6-ea6c60d91ecf type Phrase assertion.
- d5dfb53a-e7e2-454b-a953-03e89138778f type Phrase assertion.
- f15ee0b5-9b66-4ad1-ad1c-01fd84ddcdf2 type Phrase assertion.
- f2a3ab27-132c-40f3-ac6b-918464ed64a5 type Phrase assertion.
- 5d020fb0-e04c-4d4d-ba62-a7c0ba7c6b65 type Sentence assertion.
- 7bd4da32-f2a2-4ea1-aacf-e7c1be1dc4dc type Sentence assertion.
- 7fc35059-b065-4b74-8dbb-04f35dba6e66 type Sentence assertion.
- 8116014c-07da-43a1-9056-c4fe9a7d7a22 type Sentence assertion.
- ae5b30e5-6ab3-4a8d-b15b-1919c2ee0863 type Sentence assertion.
- bbc99e04-fffb-462e-9288-68ab21f84183 type Sentence assertion.
- 632 type DefinedTerm assertion.
- -1394687728 type Place assertion.
- 68499ad7-91e9-4ef2-96dc-5de3e30e0aa3 type Place assertion.
- 97354aa1-20f8-44d3-8b9c-1ae1d276857c type Place assertion.
- ebc851d3-1762-4df3-afa4-1a4780525fa2 type Place assertion.
- fdf4dfe2-a16d-41b6-8209-ab770c17c22a type Place assertion.
- ro-crate-metadata.json type CreativeWork assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c type Dataset assertion.
- c8b0c47adc91347dabce5f6d8555b07a type skos:Concept assertion.
- cbf3036d06193013875d7bd3b9956c89 type organization assertion.
- b5ea996d4bbc376ca0ed235340f2e9aa type organization assertion.
- 1646532665 type Organization assertion.
- mailto:service-account-generation-service type Agent assertion.
- generation_service type Agent assertion.
- enrichment_service-account-enrichment type Agent assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c importedBy mailto:service-account-generation-service assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c generatedAtTime "2016-02-01" assertion.
- 632 description "" assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c description "Evaluating the state of benthic communities has played an important role in water quality assessments. Indices incorporating species sensitivities, richness and densities are commonly applied. In Europe, the importance of benthic indices has increased in the last years with the implementation of the European Marine Strategy Framework Directive (MSFD) which at the same time demands the applicability of an index across regional scales. To date, environmental variability is rarely considered in benthic indices and most sensitivity rankings have the disadvantages of static values (i.e. the same value in all areas), expert judgement and a limited geographical range. This study presents species sensitivity values calculated along environmental gradients for the Baltic Sea. Sensitivities were calculated according to the procedure of the Benthic Quality Index (BQI). We created a matrix of subregions, classes of salinity, depth and gear to identify comparable subsets for data analysis. Altogether, 19 subsets were defined within the Baltic Sea basins. Sensitivity values were calculated for 329 species out of a total of 678 species that were recorded in this study. Sensitivity values of taxa vary between subsets as it was expected for different environmental conditions. Most sensitivity values can be assigned to species occurring in euhaline and polyhaline waters. Distribution of species with high and low sensitivity values differed along the salinity gradient. In euhaline waters more species with high sensitivity values occurred than species with low sensitivity values, while in mesohaline waters the ratio of high and low sensitivity values among species was almost equal. In oligohaline waters more species with lower sensitivity values were present. For the first time, sensitivity values were calculated for a large number of species using the same method for the entire Baltic Sea. This results in a Baltic-wide comprehensive set of sensitivity values based on a dataset across subregional borders, and divided along environmental gradients and gear type. The same principles can be applied to transient waters from rivers to coastal lagoons as well as to other environments with gradients of, e.g. hydrodynamic characteristics. Publicly available sensitivity values will increase transparency and support the improvement of state assessments under the MSFD. (C) 2015 Elsevier Ltd. All rights reserved." assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c contentSize "5773" assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c contributor generation_service assertion.
- 0a820d1b-6cc8-42d6-aa0a-54eaa8d3718c dateCreated "2018-06-20 11:30:31.244000+00:00" assertion.