Nanopublications LDF server

Matches in Nanopublications for { ?s ?p ?o <https://w3id.org/np/RA_tDw1g6Q6wNjwXaYe9SdEdgzdpO0LQVBp-NuhTMrcPU/assertion>. }

• mailto:rpalma@man.poznan.pl type Agent assertion.
• 01xtthb56 type Organization assertion.
• 01xtthb56 type Agent assertion.
• e0b33a67-1558-4c9d-bd52-ee545f896a7f type Place assertion.
• 0794b11e-f889-4aba-8a1d-90e58f689256 type Place assertion.
• 3a96c15c-50cc-4552-b59b-abc0b82c6251 type GeoShape assertion.
• 76d5071b-ad31-49a3-8667-6dfd57c5cb48 type Place assertion.
• 7f7dcf80-0c80-4c4b-9313-6756100f3dc1 type GeoShape assertion.
• 8ed46f5c-ebac-4701-bc3c-ec39d99b3630 type GeoShape assertion.
• enrichment_service-account-enrichment type Agent assertion.
• 075e9430-5949-4a09-8622-d20916994eaa type DataResearchObject assertion.
• 075e9430-5949-4a09-8622-d20916994eaa type ResearchObject assertion.
• 075e9430-5949-4a09-8622-d20916994eaa type LiveRO assertion.
• 075e9430-5949-4a09-8622-d20916994eaa type Dataset assertion.
• 1f8e4367-9ab1-4d3b-a8e8-b75f867673a0 type Geometry assertion.
• 1f8e4367-9ab1-4d3b-a8e8-b75f867673a0 type Polygon assertion.
• cc09d317-4868-42ca-8599-bea7cd3fb5e0 type Geometry assertion.
• cc09d317-4868-42ca-8599-bea7cd3fb5e0 type Polygon assertion.
• b7ea3b23-5650-42b3-bd1a-84f2fa8d7f5b type Geometry assertion.
• b7ea3b23-5650-42b3-bd1a-84f2fa8d7f5b type Polygon assertion.
• c019b3ba-6789-4d37-9e1a-66cf2c50662c type community assertion.
• 00d5f1f5-e931-4c9d-b916-fbfca090680c type Geometry assertion.
• 00d5f1f5-e931-4c9d-b916-fbfca090680c type Polygon assertion.
• 2bf44493-f6bd-4e42-b0d3-4caa53b0dd21 type Geometry assertion.
• 2bf44493-f6bd-4e42-b0d3-4caa53b0dd21 type Polygon assertion.
• 40b69c64-3ce9-4f35-8147-c41aec5f2eff type Geometry assertion.
• 40b69c64-3ce9-4f35-8147-c41aec5f2eff type Polygon assertion.
• 58d6504e-ec8f-4b65-80d7-1e8dfb379dca type Geometry assertion.
• 58d6504e-ec8f-4b65-80d7-1e8dfb379dca type Polygon assertion.
• cdeb8514-8f2d-4865-ad14-1c2dea65855b type Geometry assertion.
• cdeb8514-8f2d-4865-ad14-1c2dea65855b type Polygon assertion.
• 016d61d3-b7cb-4330-9fa1-ed59c97d8b24 type Folder assertion.
• 016d61d3-b7cb-4330-9fa1-ed59c97d8b24 type Dataset assertion.
• 0af4cc1f-e3ec-4a08-8698-dbabcaa85c86 type Folder assertion.
• 0af4cc1f-e3ec-4a08-8698-dbabcaa85c86 type Dataset assertion.
• 39c8c0cf-db39-4fc4-82d7-952a72233958 type Folder assertion.
• 39c8c0cf-db39-4fc4-82d7-952a72233958 type Dataset assertion.
• 6f1862de-ef10-404a-92de-029c04c204be type Folder assertion.
• 6f1862de-ef10-404a-92de-029c04c204be type Dataset assertion.
• 373f5793-4997-4854-a0c3-4ef89e0d554d type WebService assertion.
• 373f5793-4997-4854-a0c3-4ef89e0d554d type Resource assertion.
• 373f5793-4997-4854-a0c3-4ef89e0d554d type MediaObject assertion.
• 3a4680dd-67ef-438f-bd0c-3ef031bbec0a type Diagram assertion.
• 3a4680dd-67ef-438f-bd0c-3ef031bbec0a type Resource assertion.
• 3a4680dd-67ef-438f-bd0c-3ef031bbec0a type MediaObject assertion.
• 5d873985-fdd4-4ac0-9249-53290fa3c8f5 type Report assertion.
• 5d873985-fdd4-4ac0-9249-53290fa3c8f5 type Resource assertion.
• 5d873985-fdd4-4ac0-9249-53290fa3c8f5 type MediaObject assertion.
• a219dc91-cd87-455d-a2d6-3f5b83f0892c type DataCubeProduct assertion.
• a219dc91-cd87-455d-a2d6-3f5b83f0892c type Resource assertion.
• a219dc91-cd87-455d-a2d6-3f5b83f0892c type MediaObject assertion.
• ca3936e2-7b25-4776-ae9b-d1f9f5225bb1 type DataCubeProduct assertion.
• ca3936e2-7b25-4776-ae9b-d1f9f5225bb1 type Resource assertion.
• ca3936e2-7b25-4776-ae9b-d1f9f5225bb1 type MediaObject assertion.
• de7d67ed-dd70-41c1-b725-a8f1de4412af type Sketch assertion.
• de7d67ed-dd70-41c1-b725-a8f1de4412af type Resource assertion.
• de7d67ed-dd70-41c1-b725-a8f1de4412af type MediaObject assertion.
• e8752e1f-7c59-4b99-b1db-9e3e31e2a45c type BibliographicResource assertion.
• e8752e1f-7c59-4b99-b1db-9e3e31e2a45c type Resource assertion.
• e8752e1f-7c59-4b99-b1db-9e3e31e2a45c type MediaObject assertion.
• f5198e8a-882a-4755-ad2c-b41bf79eda37 type Sketch assertion.
• f5198e8a-882a-4755-ad2c-b41bf79eda37 type Resource assertion.
• f5198e8a-882a-4755-ad2c-b41bf79eda37 type MediaObject assertion.
• ro-crate-metadata.json type CreativeWork assertion.
• 501100000780::101017501 type Grant assertion.
• b021cb50-9d2c-4f65-958f-785aa7bc445e type Organization assertion.
• 00vn06n10 type Organization assertion.
• 00vn06n10 type Agent assertion.
• 3949 type DefinedTerm assertion.
• 0000-0002-1784-2920 type Agent assertion.
• 0000-0002-8763-1643 type Agent assertion.
• 075e9430-5949-4a09-8622-d20916994eaa mainEntity "Data Cube Product" assertion.
• a219dc91-cd87-455d-a2d6-3f5b83f0892c status "Online" assertion.
• ca3936e2-7b25-4776-ae9b-d1f9f5225bb1 status "Online" assertion.
• 075e9430-5949-4a09-8622-d20916994eaa description "## Rationale From 1st January 2020 the global upper limit on the sulphur content of ships' fuel oil was reduced from 3.50% to 0.50%, which represents an ~86% cut (from [https://www.imo.org/en/MediaCentre/PressBriefings/pages/34-IMO-2020-sulphur-limit-.aspx](https://www.imo.org/en/MediaCentre/PressBriefings/pages/34-IMO-2020-sulphur-limit-.aspx)).  *Image from [IMO 2020 - cleaner shipping for cleaner air, 20 December 2019](https://www.imo.org/en/MediaCentre/PressBriefings/pages/34-IMO-2020-sulphur-limit-.aspx)* According to the [International Maritime Organization (IMO)](https://www.imo.org/) the new limit should lead to a 77% drop in overall SOx emissions from ships. The Figure below shows the 5 key beneficial changes from IMO's **Sulphur Limit** for Ships' fuel oil:  *Five beneficial changes from IMO’s Sulphur Limit for ships’ fuel oil* ## This Research Object's purpose In this work we look as the **actual impact of these measures on air pollution along shipping routes in Europe** based on Copernicus air quality data. [Copernicus Atmosphere Monitoring Service (CAMS)](https://ads.atmosphere.copernicus.eu/cdsapp#!/home) uses satellite data and other observations, together with computer models, to track the accumulation and movement of air pollutants around the planet (see [https://atmosphere.copernicus.eu/air-quality](https://atmosphere.copernicus.eu/air-quality)). ### Rohub - Adam plateform integration Some of this CAMS data is available from the [Adam platform](https://adamplatform.eu) and can be imported into a [Research Object](https://www.researchobject.org).  *Example of data (here daily temperatures) displayed on the Adam plateform* It is also possible, from the Research Object, to open the resource in the Adam platform, then interactively zoom into a particular geographical area (say to the right of the Strait of Gibraltar, along the track presumably followed by cargo ships to/from the Suez Canal) and change the date (for example between 2018-07-19 and 2023-07-19) to appreciate the change. #### To go further Obviously **a more detailed statistical analysis** would be required to minimize the effect of external factors (meteorological condition, level of cargo traffic, etc.) over a longer period of time to derive meaningful conclusions, however it does not seem that the high level of sulfur dioxide concentration from the pre-IMO regulation was reached after. ##### Looking at other pollutants Besides SOx the new regulation also contributed to decrease atmospheric concentrations in nitric oxides (NOx) as well as particulate matter (PM). ### References - [IMO 2020 - cleaner shipping for cleaner air, 20 December 2019](https://www.imo.org/en/MediaCentre/PressBriefings/pages/34-IMO-2020-sulphur-limit-.aspx)" assertion.
• 075e9430-5949-4a09-8622-d20916994eaa description "## Rationale From 1st January 2020 the global upper limit on the sulphur content of ships' fuel oil was reduced from 3.50% to 0.50%, which represents an ~86% cut (from [https://www.imo.org/en/MediaCentre/PressBriefings/pages/34-IMO-2020-sulphur-limit-.aspx](https://www.imo.org/en/MediaCentre/PressBriefings/pages/34-IMO-2020-sulphur-limit-.aspx)).  *Image from [IMO 2020 - cleaner shipping for cleaner air, 20 December 2019](https://www.imo.org/en/MediaCentre/PressBriefings/pages/34-IMO-2020-sulphur-limit-.aspx)* According to the [International Maritime Organization (IMO)](https://www.imo.org/) the new limit should lead to a 77% drop in overall SOx emissions from ships. The Figure below shows the 5 key beneficial changes from IMO's **Sulphur Limit** for Ships' fuel oil:  *Five beneficial changes from IMO’s Sulphur Limit for ships’ fuel oil* ## This Research Object's purpose In this work we look as the **actual impact of these measures on air pollution along shipping routes in Europe** based on Copernicus air quality data. [Copernicus Atmosphere Monitoring Service (CAMS)](https://ads.atmosphere.copernicus.eu/cdsapp#!/home) uses satellite data and other observations, together with computer models, to track the accumulation and movement of air pollutants around the planet (see [https://atmosphere.copernicus.eu/air-quality](https://atmosphere.copernicus.eu/air-quality)). ### Rohub - Adam plateform integration Some of this CAMS data is available from the [Adam platform](https://adamplatform.eu) and can be imported into a [Research Object](https://www.researchobject.org).  *Example of data (here daily temperatures) displayed on the Adam plateform* It is also possible, from the Research Object, to open the resource in the Adam platform, then interactively zoom into a particular geographical area (say to the right of the Strait of Gibraltar, along the track presumably followed by cargo ships to/from the Suez Canal) and change the date (for example between 2018-07-19 and 2023-07-19) to appreciate the change. #### To go further Obviously **a more detailed statistical analysis** would be required to minimize the effect of external factors (meteorological condition, level of cargo traffic, etc.) over a longer period of time to derive meaningful conclusions, however it does not seem that the high level of sulfur dioxide concentration from the pre-IMO regulation was reached after. ##### Looking at other pollutants Besides SOx the new regulation also contributed to decrease atmospheric concentrations in nitric oxides (NOx) as well as particulate matter (PM). ### References - [IMO 2020 - cleaner shipping for cleaner air, 20 December 2019](https://www.imo.org/en/MediaCentre/PressBriefings/pages/34-IMO-2020-sulphur-limit-.aspx)" assertion.
• 373f5793-4997-4854-a0c3-4ef89e0d554d description "The quality of the air we breathe can significantly impact our health and the environment. CAMS monitors and forecasts European air quality and worldwide long-range transport of pollutants." assertion.
• 3a4680dd-67ef-438f-bd0c-3ef031bbec0a description "Five beneficial changes from IMO's Sulphur Limit for ships' fuel oil" assertion.
• 5d873985-fdd4-4ac0-9249-53290fa3c8f5 description "This report examines the potential of electrofuels (e-fuels) to decarbonise long-haul aviation and maritime shipping. E-fuels like hydrogen, ammonia, e-methanol or e-kerosene can be produced from renewable energy and feedstocks and are more economical to deploy in these two modes than direct electrification. The analysis evaluates the challenges and opportunities related to e-fuel production technologies and feedstock options to identify priorities for making e-fuels cheaper and maximising emissions cuts. The research also explores operational requirements for the two sectors to deploy e-fuels and how governments can assist in adopting low-carbon fuels" assertion.
• a219dc91-cd87-455d-a2d6-3f5b83f0892c description "Nitrogen Oxide" assertion.
• ca3936e2-7b25-4776-ae9b-d1f9f5225bb1 description "Sulphur dioxide (SO2) from Copernicus Atmosphere Monitoring Service" assertion.
• e8752e1f-7c59-4b99-b1db-9e3e31e2a45c description "IMI news: Global limit on sulphur in ships' fuel oil reduced from 01 January 2020." assertion.
• 3949 description "" assertion.
• 075e9430-5949-4a09-8622-d20916994eaa contentLocation 76d5071b-ad31-49a3-8667-6dfd57c5cb48 assertion.
• a219dc91-cd87-455d-a2d6-3f5b83f0892c contentLocation e0b33a67-1558-4c9d-bd52-ee545f896a7f assertion.
• ca3936e2-7b25-4776-ae9b-d1f9f5225bb1 contentLocation 0794b11e-f889-4aba-8a1d-90e58f689256 assertion.
• 075e9430-5949-4a09-8622-d20916994eaa contentSize "1304843" assertion.
• de7d67ed-dd70-41c1-b725-a8f1de4412af contentSize "596840" assertion.
• f5198e8a-882a-4755-ad2c-b41bf79eda37 contentSize "670064" assertion.
• 075e9430-5949-4a09-8622-d20916994eaa contributor mailto:rpalma@man.poznan.pl assertion.
• 075e9430-5949-4a09-8622-d20916994eaa dateCreated "2023-09-11 08:38:38.270595+00:00" assertion.
• 373f5793-4997-4854-a0c3-4ef89e0d554d dateCreated "2023-09-12 07:25:07.996127+00:00" assertion.
• 3a4680dd-67ef-438f-bd0c-3ef031bbec0a dateCreated "2023-09-12 07:52:45.389481+00:00" assertion.
• 5d873985-fdd4-4ac0-9249-53290fa3c8f5 dateCreated "2023-09-19 10:42:29.889446+00:00" assertion.
• a219dc91-cd87-455d-a2d6-3f5b83f0892c dateCreated "2023-09-27 09:48:55.471034+00:00" assertion.
• ca3936e2-7b25-4776-ae9b-d1f9f5225bb1 dateCreated "2023-09-11 08:46:27.967031+00:00" assertion.
• de7d67ed-dd70-41c1-b725-a8f1de4412af dateCreated "2023-09-12 07:48:26.089614+00:00" assertion.
• e8752e1f-7c59-4b99-b1db-9e3e31e2a45c dateCreated "2023-09-11 11:52:22.814459+00:00" assertion.
• f5198e8a-882a-4755-ad2c-b41bf79eda37 dateCreated "2023-09-12 07:48:39.010378+00:00" assertion.
• e0b33a67-1558-4c9d-bd52-ee545f896a7f geo 7f7dcf80-0c80-4c4b-9313-6756100f3dc1 assertion.

• next