Matches in Nanopublications for { ?s <http://schema.org/description> ?o ?g. }
- 2725.html description "Purpose of workflow: This workflow takes two concept ids as input and returns the top ranking "B" concepts according to Swanson's ABC model of discovery, where the relationships AB and BC are known and reported in the literature, and the implicit relationship AC is a putative new discovery. It might also be the case that AC is already known. In that case AC does not represent a new discovery but will still be returned (see workflow example values). The B concepts are returned sorted on the percentage of the contributions of the individual concepts to the coherence score (the average of the inner product scores of all possible concept pairs within the group)." assertion.
- 2725.html description "Purpose of workflow: This workflow takes two concept ids as input and returns the top ranking "B" concepts according to Swanson's ABC model of discovery, where the relationships AB and BC are known and reported in the literature, and the implicit relationship AC is a putative new discovery. It might also be the case that AC is already known. In that case AC does not represent a new discovery but will still be returned (see workflow example values). The B concepts are returned sorted on the percentage of the contributions of the individual concepts to the coherence score (the average of the inner product scores of all possible concept pairs within the group)." assertion.
- 2725.html description "Purpose of workflow: This workflow takes two concept ids as input and returns the top ranking "B" concepts according to Swanson's ABC model of discovery, where the relationships AB and BC are known and reported in the literature, and the implicit relationship AC is a putative new discovery. It might also be the case that AC is already known. In that case AC does not represent a new discovery but will still be returned (see workflow example values). The B concepts are returned sorted on the percentage of the contributions of the individual concepts to the coherence score (the average of the inner product scores of all possible concept pairs within the group)." assertion.
- 2725.html description "Purpose of workflow: This workflow takes two concept ids as input and returns the top ranking "B" concepts according to Swanson's ABC model of discovery, where the relationships AB and BC are known and reported in the literature, and the implicit relationship AC is a putative new discovery. It might also be the case that AC is already known. In that case AC does not represent a new discovery but will still be returned (see workflow example values). The B concepts are returned sorted on the percentage of the contributions of the individual concepts to the coherence score (the average of the inner product scores of all possible concept pairs within the group)." assertion.
- 95a9036b-bee9-48fb-81eb-7e9a90014293 description "This RO is an extension of the HD chromatin analysis to interpret the results and reveal missing links that can according to literature explain HD gene deregulation" assertion.
- 2328b548-0032-4dfb-97dd-2892668282c5 description "This workflow lists all IDs and descriptions of the predefined concept set" assertion.
- 574c5f85-a2ea-484f-92e6-f11fe184661d description "This workflow suggests concept ids that match the query term. The user can run this workflow with any term of interest as for example "human", "htt", "Transcription" etc, and will get suggestions for concept ids together with descriptions. Then can choose the concept id that matches the best to her/his needs and use it to the rest of the CPA workflows" assertion.
- 71f79523-cf5b-48fb-b7b9-92ec04636326 description "This workflow annotates a comma separated gene list with a predefined concept set as for example Biological processes or Disease/syndrome. To obtain the particular id for each concept set (e.g. "5" for Biological processes), the workflow listPredefinedConceptSets needs to run first. The workflow is using the anni web services" assertion.
- a220e0d8-7cdd-40ba-a8a5-6b264086dde3 description "Sketch of the workflows and their explanation, for data interpretation, plus the connection to the output from the RO for chromatin analysis" assertion.
- a8461986-76a4-49b2-8153-4c899df13854 description "This workflow can prioritize genes that are related to a specific concept, e.g. HTT. In order to obtain the concept id of the term that is going to be matched against the gene list, the workflow Get concept suggestions from term, needs to run first. matchConceptProfileList: the gene list we want to match (order) against a particular concept queryConceptProfileList: the concept (or gene list) we want to match the query against" assertion.
- d81accb2-84af-4fd1-8b84-1dfb453d6970 description "This RO is an extension of the HD chromatin analysis to interpret the results and reveal missing links that can according to literature explain HD gene deregulation" assertion.
- 2b72df47-8faa-48bf-b415-b63cd1df2d50 description "Purpose of workflow: This workflow takes two concept ids as input and returns the top ranking "B" concepts according to Swanson's ABC model of discovery, where the relationships AB and BC are known and reported in the literature, and the implicit relationship AC is a putative new discovery. It might also be the case that AC is already known. In that case AC does not represent a new discovery but will still be returned (see workflow example values). The B concepts are returned sorted on the percentage of the contributions of the individual concepts to the coherence score (the average of the inner product scores of all possible concept pairs within the group)." assertion.
- 39bae470-b4df-4340-8967-bf677ad04918 description "This workflow lists all IDs and descriptions of the predefined concept set" assertion.
- 525b7316-4b51-4c76-99f8-29c99846ee53 description "Sketch of the workflows and their explanation, for data interpretation, plus the connection to the output from the RO for chromatin analysis" assertion.
- dc093497-63fb-4022-b9b6-a9ec966bb384 description "This workflow can prioritize genes that are related to a specific concept, e.g. HTT. In order to obtain the concept id of the term that is going to be matched against the gene list, the workflow Get concept suggestions from term, needs to run first. matchConceptProfileList: the gene list we want to match (order) against a particular concept queryConceptProfileList: the concept (or gene list) we want to match the query against" assertion.
- ef2ee587-0615-4ab0-8b31-c355babf448d description "This workflow annotates a comma separated gene list with a predefined concept set as for example Biological processes or Disease/syndrome. To obtain the particular id for each concept set (e.g. "5" for Biological processes), the workflow listPredefinedConceptSets needs to run first. The workflow is using the anni web services" assertion.
- fccab2ac-33f2-48c6-86c6-b4789dcb5585 description "This workflow suggests concept ids that match the query term. The user can run this workflow with any term of interest as for example "human", "htt", "Transcription" etc, and will get suggestions for concept ids together with descriptions. Then can choose the concept id that matches the best to her/his needs and use it to the rest of the CPA workflows" assertion.
- cc288df3-b3fd-4622-b22d-0a5995a60182 description "This RO is an extension of the HD chromatin analysis to interpret the results and reveal missing links that can according to literature explain HD gene deregulation" assertion.
- 22f6a795-b434-4dab-9fd1-db2f70510a4f description "This workflow suggests concept ids that match the query term. The user can run this workflow with any term of interest as for example "human", "htt", "Transcription" etc, and will get suggestions for concept ids together with descriptions. Then can choose the concept id that matches the best to her/his needs and use it to the rest of the CPA workflows" assertion.
- 2d792031-89e3-48c9-8a8b-5d860fb1eddc description "This workflow can prioritize genes that are related to a specific concept, e.g. HTT. In order to obtain the concept id of the term that is going to be matched against the gene list, the workflow Get concept suggestions from term, needs to run first. matchConceptProfileList: the gene list we want to match (order) against a particular concept queryConceptProfileList: the concept (or gene list) we want to match the query against" assertion.
- b525b766-e586-4ffa-85f9-1c035a9d4910 description "Sketch of the workflows and their explanation, for data interpretation, plus the connection to the output from the RO for chromatin analysis" assertion.
- c3eabd9c-7b2b-44a9-a3bc-2a088ff7769a description "This workflow lists all IDs and descriptions of the predefined concept set" assertion.
- ff9e943b-ebf1-4ef2-be95-77a3aaf55b51 description "This workflow annotates a comma separated gene list with a predefined concept set as for example Biological processes or Disease/syndrome. To obtain the particular id for each concept set (e.g. "5" for Biological processes), the workflow listPredefinedConceptSets needs to run first. The workflow is using the anni web services" assertion.
- 3a129ea9-7d50-4d4a-bcce-499729c5f3e0 description "This RO is an extension of the HD chromatin analysis to interpret the results and reveal missing links that can according to literature explain HD gene deregulation" assertion.
- 4264530f-42e9-45f0-9255-d232a3a558ac description "Purpose of workflow: This workflow takes two concept ids as input and returns the top ranking "B" concepts according to Swanson's ABC model of discovery, where the relationships AB and BC are known and reported in the literature, and the implicit relationship AC is a putative new discovery. It might also be the case that AC is already known. In that case AC does not represent a new discovery but will still be returned (see workflow example values). The B concepts are returned sorted on the percentage of the contributions of the individual concepts to the coherence score (the average of the inner product scores of all possible concept pairs within the group)." assertion.
- 55c4a47f-eb4d-4461-aaf3-f718a38bc803 description "This workflow can prioritize genes that are related to a specific concept, e.g. HTT. In order to obtain the concept id of the term that is going to be matched against the gene list, the workflow Get concept suggestions from term, needs to run first. matchConceptProfileList: the gene list we want to match (order) against a particular concept queryConceptProfileList: the concept (or gene list) we want to match the query against" assertion.
- 5872d7d2-57d6-4b92-854a-815c2dc665b4 description "This workflow annotates a comma separated gene list with a predefined concept set as for example Biological processes or Disease/syndrome. To obtain the particular id for each concept set (e.g. "5" for Biological processes), the workflow listPredefinedConceptSets needs to run first. The workflow is using the anni web services" assertion.
- 7a77bf73-c2d0-41ca-8a13-b91c31de14d8 description "Sketch of the workflows and their explanation, for data interpretation, plus the connection to the output from the RO for chromatin analysis" assertion.
- ab98dfb6-be33-4c6d-bb69-1ecccdac03b8 description "This workflow lists all IDs and descriptions of the predefined concept set" assertion.
- f0c4d8f6-4ef6-43bd-806f-f6ee04fe6cbf description "This workflow suggests concept ids that match the query term. The user can run this workflow with any term of interest as for example "human", "htt", "Transcription" etc, and will get suggestions for concept ids together with descriptions. Then can choose the concept id that matches the best to her/his needs and use it to the rest of the CPA workflows" assertion.
- a6884707-644c-40e3-9b50-334b8e0f1445 description "This is a Galaxy workflow created by Peter Li for a GigaScience publication, SOAPdenovo2: an empirically improved memory-efficient short-read de novo assembler (http://www.gigasciencejournal.com/content/1/1/18)." assertion.
- 5d4b945d-1b5b-4240-8095-9f07284df2f2 description "The scientific experiment represented by this research object pertains to the multi-wavelength study for a sample of the most isolated galaxies in the local universe. This study characterizes each galaxy of this sample through both the measurement of basic astrophysical properties: - The equatorial coordinates in J2000 epoch - The velocities in km/s (v) - The dust extinction coefficient (ag) - The axis ratio of the isophote 25 mag/arcsec2 (logr25) - The apparent total B magnitude (BT) - The morphological type (t) and the calculation of the more complex properties: - The distance in Mega parsecs (D) - The corrected apparent B magnitude (btc) - The optical luminosity in B-band (LB) Specifically, this research object is focused on the calculation of the intrinsic luminosity in the Johnson B-band, in order to achieve it the measurement or calculation of all those astrophysical properties is needed. All the data involved in the characterization of the sample are stored in a local relational MySQL database. To maintain up to date this database and to register all the updates properly is part of this scientific experiment." assertion.
- b233fd79-0487-4ca4-85ed-c1f3d5fca33e description "Not working properly with break lines in linux formatted files" assertion.
- 12f54724-cd7f-4410-b788-3c062fc644f7 description "The scientific experiment represented by this research object pertains to the multi-wavelength study for a sample of the most isolated galaxies in the local universe. This study characterizes each galaxy of this sample through both the measurement of basic astrophysical properties: - The equatorial coordinates in J2000 epoch - The velocities in km/s (v) - The dust extinction coefficient (ag) - The axis ratio of the isophote 25 mag/arcsec2 (logr25) - The apparent total B magnitude (BT) - The morphological type (t) and the calculation of the more complex properties: - The distance in Mega parsecs (D) - The corrected apparent B magnitude (btc) - The optical luminosity in B-band (LB) Specifically, this research object is focused on the calculation of the intrinsic luminosity in the Johnson B-band, in order to achieve it the measurement or calculation of all those astrophysical properties is needed. All the data involved in the characterization of the sample are stored in a local relational MySQL database. To maintain up to date this database and to register all the updates properly is part of this scientific experiment." assertion.
- e4e89aac-4342-41c6-8b0a-ae7606dcfbd6 description "Not working properly with break lines in linux formatted files" assertion.
- 9faa4bd7-7c10-4a60-a418-b9dc338d966d description "The scientific experiment represented by this research object pertains to the multi-wavelength study for a sample of the most isolated galaxies in the local universe. This study characterizes each galaxy of this sample through both the measurement of basic astrophysical properties: - The equatorial coordinates in J2000 epoch - The velocities in km/s (v) - The dust extinction coefficient (ag) - The axis ratio of the isophote 25 mag/arcsec2 (logr25) - The apparent total B magnitude (BT) - The morphological type (t) and the calculation of the more complex properties: - The distance in Mega parsecs (D) - The corrected apparent B magnitude (btc) - The optical luminosity in B-band (LB) Specifically, this research object is focused on the calculation of the intrinsic luminosity in the Johnson B-band, in order to achieve it the measurement or calculation of all those astrophysical properties is needed. All the data involved in the characterization of the sample are stored in a local relational MySQL database. To maintain up to date this database and to register all the updates properly is part of this scientific experiment." assertion.
- 37eb901f-e7d0-4edf-8177-5d7f896f9fc1 description "Not working properly with break lines in linux formatted files" assertion.
- d1b1d427-2332-428e-a205-726ac7a0e951 description "<p>This research object, was created in order to further analyse and interpret the results from the research object http://sandbox.rohub.org/rodl/ROs/HD_chromatin_analysis/ (HD chromatin analysis). The workflows in this research object are using the anni web services, implemented by the Biosemantics group.</p>" assertion.
- 0390ff51-55a1-4af3-b99c-60ef059d0afc description "This workflow lists all IDs and descriptions of the predefined concept set" assertion.
- 45b81758-2d25-4c33-87c8-cb2968fbd849 description "This workflow can prioritize genes that are related to a specific concept, e.g. HTT. In order to obtain the concept id of the term that is going to be matched against the gene list, the workflow Get concept suggestions from term, needs to run first. matchConceptProfileList: the gene list we want to match (order) against a particular concept queryConceptProfileList: the concept (or gene list) we want to match the query against" assertion.
- 7aa50a5a-bc9a-4639-9e04-1fecc9bb5002 description "This workflow annotates a comma separated gene list with a predefined concept set as for example Biological processes or Disease/syndrome. To obtain the particular id for each concept set (e.g. "5" for Biological processes), the workflow listPredefinedConceptSets needs to run first. The workflow is using the anni web services" assertion.
- 99ba79b8-8172-4026-93b2-affd7320122f description "This workflow takes two concept ids as input and returns the top ranking "B" concepts according to Swanson's ABC model of discovery, where the relationships AB and BC are known and reported in the literature, and the implicit relationship AC is a putative new discovery. It might also be the case that AC is already known. In that case AC does not represent a new discovery but will still be returned (see workflow example values). The B concepts are returned sorted on the percentage of the contributions of the individual concepts to the coherence score (the average of the inner product scores of all possible concept pairs within the group). This workflow can be used together with other workflows in this pack: http://www.myexperiment.org/packs/282 for functional gene and SNP annotation and knowledge discovery." assertion.
- dcaecdee-b61a-4d22-9610-be3770345a8e description "This workflow suggests concept ids that match the query term. The user can run this workflow with any term of interest as for example "human", "htt", "Transcription" etc, and will get suggestions for concept ids together with descriptions. Then can choose the concept id that matches the best to her/his needs and use it to the rest of the CPA workflows" assertion.
- f34bc6b5-f6ab-41e7-b2fe-bd83df7041b6 description "Sketch of the workflows and their explanation, for data interpretation, plus the connection to the output from the RO for chromatin analysis" assertion.
- 0741085b-b411-4b53-b00e-1311fecc8410 description "Musical genre classification by ensembles of audio and lyrics features" assertion.
- 5992ef0f-d3b6-4330-9f5d-b96a6575ab36 description "Forskalea distribution" assertion.
- 740615ce-9681-4f18-9a39-6846812b8912 description "Porporita distribution" assertion.
- 912ce04f-efcc-4ed8-9e23-0f7319d38a47 description "Workflow RO for Jellyfish distribution" assertion.
- a548e2b3-da21-4bd9-a10f-68629f2d94d3 description "This RO contains the results of the geodetic inversion of the 2011-2013 InSAR data at Campi Flegrei (Italy) due to the action of a deep magmatic source. VSM performs geophysical inversion modeling of observation of ground deformation to retrieve the parameters of the causative magmatic source. The VSM tool carries out this task by minimizing the difference between the observed and the computed displacement field, through a process called data inversion.The VSM software tool is developed by INGV, in Fortran 90. The non-linear inversion core is by M. Sambridge. Please refer to documentation for further information. " assertion.
- a548e2b3-da21-4bd9-a10f-68629f2d94d3 description "This RO contains the results of the geodetic inversion of the 2011-2013 InSAR data at Campi Flegrei (Italy) due to the action of a deep magmatic source. The VSM (Volcano Source Modeling) workflow models ground deformation detected by the most common geodetic techniques (interferometric SAR, GPS, and leveling). VSM performs geophysical inversion modeling of observation of ground deformation to retrieve the parameters of the causative magmatic source. The VSM software tool is developed by INGV, in Fortran 90. The non-linear inversion core is by M. Sambridge. Please refer to documentation for further information." assertion.
- a548e2b3-da21-4bd9-a10f-68629f2d94d3 description "This RO contains the results of the geodetic inversion of the 2011-2013 InSAR data at Campi Flegrei (Italy) due to the action of a deep magmatic source. VSM performs geophysical inversion modeling of observation of ground deformation to retrieve the parameters of the causative magmatic source. The VSM tool carries out this task by minimizing the difference between the observed and the computed displacement field, through a process called data inversion.The VSM software tool is developed by INGV, in Fortran 90. The non-linear inversion core is by M. Sambridge. Please refer to documentation for further information." assertion.
- 02204bef-b3c3-448e-9d99-9685006f2ded description "This Research Object contains the InSAR data (ENVISAT ascending and descending orbits) at Campi Flegrei during 2004-2006. The dataset was processed with SBAS and is subsampled with step 100m-150m. Ascii file and png images are stored." assertion.
- 57294633-c17e-40d2-a2c4-408f81e4c72e description "This Research Object contains the InSAR data (COSMO-Skymed ascending and descending orbits) and GPS data from INGV related to the Campi Flegrei caldera during 2011-2013. The dataset was processed with GAMMA software and was subsampled with step 100m-150m. Ascii file and png images are stored." assertion.
- 3532daf6-403c-48bb-990e-57f897ce4628 description "A presentation to introduce the EVER-EST platform during the demonstration of the VRE at the 2017 AGU Fall Meeting in New Orleans, USA" assertion.
- 09eed9e6-cd5a-42a0-a622-3088e4c0ee29 description "This Research Object contains the InSAR data (ENVISAT ascending and descending orbits) at Campi Flegrei during 2004-2006. The dataset was processed with SBAS and is subsampled with step 100m-150m. Ascii file and png images are stored." assertion.
- 527ed734-0758-489f-877d-0c003a481c80 description "This Research Object contains the InSAR data (COSMO-Skymed ascending and descending orbits) and GPS data from INGV related to the Campi Flegrei caldera during 2011-2013. The dataset was processed with GAMMA software and was subsampled with step 100m-150m. Ascii file and png images are stored." assertion.
- df5810d0-0597-4c3f-b907-115d60b3685a description "This RO calculates the roughness of the seafloor, as RMS, starting from Multi Beam Bathymetry. It was applied with bathymetry files of the Venice Lagoon. It can work with both XYZ txt files and ARCAscii files." assertion.
- ?dl=1 description "Etna eruption example data containing also plumemasks and radiosounding profile VPR procedure needs" assertion.
- ?dl=1?raw=1 description "xs" assertion.
- caf995e7-78a2-4cb3-a295-28565a60cb61 description "This version (v.01032018) of Volcanic Plume Retrievals (VPR) procedure works only using MODIS data for Etna (Italy) and Eyjafjallajokull (Iceland) volcanoes. Others versions of procedure could use differents satellites platforms to retrieve differents volcanoes particles. VPR is a procedure developed to retrieve the ash optical depth, effective radius and mass, and sulfur dioxide mass contained in a volcanic cloud from the thermal radiance at 8.7, 11, and 12õm. ** RO contains: the abstract (documents folder), the Taverna Workflow (workflow folder), the example of data (dataset/input folder) and the bibliography (biblio folder)" assertion.
- 023d291a-da1d-4ace-9451-d19ef11c7b6f description "VPR MODIS version for Etna and Eyja test cases" assertion.
- 6a73241c-dce7-4026-81f1-78310d7ea783 description "Etna test case example data" assertion.
- 7e79dda4-2831-4d81-94d1-86b64008ee40 description "URL of VPR MATLAB code on Seafile" assertion.
- 89266d0d-6937-4fe2-be31-d66709473cdf description "URL of dataset on Seafile" assertion.
- 289fac63-cb7a-4198-a55a-786c3aeb61c6 description "The VSM (Volcano Source Modeling) workflow models ground deformation detected by the most common geodetic techniques (interferometric SAR, GPS, and leveling). VSM performs geophysical inversion modeling of observation of ground deformation to retrieve the parameters of the causative magmatic source. A magmatic source can be approximated (modeled) by a confined part of crust with a certain shape (e.g., a sphere, a sill, a dyke, a spheroid), which is inflating/deflating because of a change in the internal magma/gas pressure. Each shape is going to generate a certain surface deformation pattern, and comparing the modeled deformation with that actually observed at the surface, it is possible to estimate the best-fit source parameters. The VSM tool carries out this task by minimizing the difference between the observed and the computed displacement field, through a process called data inversion. The VSM software tool is developed by INGV, in Fortran 90. The non-linear inversion core is by M. Sambridge. More details can be found in the documentation included 'HOW_TO_USE' file. This RO contains the results of the geodetic inversion of the 2004-2006 InSAR data at Campi Flegrei (Italy) due to the action of a deep magmatic source. Data can be also found in the following Research Object Link: http://sandbox.rohub.org/rodl/ROs/InSAR_Campi_Flegrei_2004_2006-release/ DOI: 10.5072/ro-id.F95NIHF8QA The workflow included can be run in the Taverna Runner in the Virtual Research Environment provided by EVER-EST project https://vre.ever-est.eu/supersites/ Link to the executable VSM_exe_url: http://box.everest.psnc.pl/f/11ef876776/?raw=1" assertion.
- a5b1ec01-e479-4ee8-ba12-9f87d4560208 description "The VSM (Volcano Source Modeling) workflow models ground deformation detected by the most common geodetic techniques (interferometric SAR, GPS, and leveling). VSM performs geophysical inversion modeling of observation of ground deformation to retrieve the parameters of the causative magmatic source. A magmatic source can be approximated (modeled) by a confined part of crust with a certain shape (e.g., a sphere, a sill, a dyke, a spheroid), which is inflating/deflating because of a change in the internal magma/gas pressure. Each shape is going to generate a certain surface deformation pattern, and comparing the modeled deformation with that actually observed at the surface, it is possible to estimate the best-fit source parameters. The VSM tool carries out this task by minimizing the difference between the observed and the computed displacement field, through a process called data inversion. The VSM software tool is developed by INGV, in Fortran 90. The non-linear inversion core is by M. Sambridge. More details can be found in the documentation included 'HOW_TO_USE' file. This RO contains the results of the geodetic inversion of the 2004-2006 InSAR data at Campi Flegrei (Italy) due to the action of a deep magmatic source. Data can be also found in the following Research Object Link: http://sandbox.rohub.org/rodl/ROs/InSAR_Campi_Flegrei_2004_2006-release/ DOI: 10.5072/ro-id.F95NIHF8QA The workflow included can be run in the Taverna Runner in the Virtual Research Environment provided by EVER-EST project https://vre.ever-est.eu/supersites/ Link to the executable VSM_exe_url: http://box.everest.psnc.pl/f/11ef876776/?raw=1" assertion.
- 8792b637-44b7-4ca9-ac6d-9fb7d6fe4658 description "This Research Object contains the link to Sentinel-1 data of 22 December 2014 and 25 October 2017. " assertion.
- 8792b637-44b7-4ca9-ac6d-9fb7d6fe4658 description "This Research Object contains the link to Sentinel-1 data of 22 December 2014 and 25 October 2017." assertion.
- 104696e7-dcc8-429d-8a3b-23f18da1f484 description "Sentinel1 .zip file" assertion.
- 6ac11bae-ec1a-4341-9c5f-16c42cbe4f72 description "Sentinel1 .zip file" assertion.
- 4aa125c0-5c2c-4928-b268-93a157010ca1 description "Historical maps comprise a lot of inherent information on natural environmental and anthropogenic changes. They are commonly the most important database for various spatial analyses of the land use as well as historical landscapes, urban development, influences of the economy development, toponyms changes, etc." assertion.
- 4aa125c0-5c2c-4928-b268-93a157010ca1 description "Historical maps comprise a lot of inherent information on natural environmental and anthropogenic changes. They are commonly the most important database for various spatial analyses of the land use as well as historical landscapes, urban development, influences of the economy development, toponyms changes, etc. " assertion.
- 0170ceeb-5f19-46ff-800f-d8195153da4f description "original historical map digitalized" assertion.
- 2fc76b6a-c221-464a-beb7-9c76a583b7ea description "georeferred historical map" assertion.
- a5407028-e611-4199-9742-52d475c82cc2 description "The VSM (Volcano and Seismic source Modelling) tool is a Fortran code used to model ground deformation detected by the most common geodetic techniques (interferometric SAR, GPS, leveling and EDM - Electro-optical Distance Measuring). VSM performs geophysical inversion modeling of ground deformation to retrieve the parameters of the causative magmatic source, or to retrieve the seismic source parameters. A magmatic source can be approximated (modeled) by a confined part of crust with a certain shape (e.g., a sphere, a sill, a dyke, a spheroid), which is inflating/deflating because of a change in the internal magma/gas pressure. Each shape generates a specific surface deformation pattern, and comparing the modeled deformation with that actually observed at the surface, it is possible to estimate the best-fit source parameters. The same applies to the seismic source, that is commonly described ad a rectangular plane with dip and strike angles. The VSM tool carries out this task by minimizing the difference between the observed and the computed displacement field, through a global optimization process.The VSM tool allows the user to choose among several geometrical sources: sphere (Mogi, 1958), spheroid (Yang et al., 1988), ellipsoid (Davis, 1986), fault (Okada, 1992), sill-like source (Fialko et al., 2001) and retrieves the best-fit source parameters. More sources can be combined. The VSM software tool is developed by INGV, in Fortran 90. The non-linear inversion core is by M. Sambridge (1999). This Research Object contains the OSX and Linux executables, documentation and input/output if a real example applied to Campi Flegrei (Italy) with InSAR and GPS data. Please refer to documentation for further information. Contact: Elisa Trasatti elisa.trasatti@ingv.it." assertion.
- 757ab53e-617a-4760-a4fa-e20f95544af0 description "Workflow RO for sharing with HIM members to test case study scenarios" assertion.
- 7783a4c8-a849-4333-b275-e0d4e55eb56f description "A presentation to introduce the EVER-EST platform during the demonstration of the VRE at the GEOVOL in Pasto (Colombia), 7th March 2018. Authors E. Trasatti and S. Salvi." assertion.
- 13328119-31db-450e-b4be-abc7d8164bf0 description "Mauna Loa sin_eruptive displacement field retrieved by InSAR technique (S1 descending SAR data)." assertion.
- 0d5ea789-1f44-474f-a25a-954526ec7aff description "Sineruptive InSAR displacement" assertion.
- 7ba2745f-f3fc-4cef-8db2-ba91549b21dc description "Mauna Loa sin_eruptive displacement field retrieved by InSAR technique (S1 descending SAR data)." assertion.
- e15fb789-01e4-4d7f-bc07-10d6b8c5733f description "Sineruptive InSAR displacement" assertion.
- 8e6ec108-0fe7-491d-995f-8ba387fbe334 description "Descending data march-April 2018" assertion.
- 46d87c1f-d072-4c35-9d6c-618e699aed3b description "ciao" assertion.
- 2b710399-7abb-4979-a347-a80dfc87fa18 description "A research object is a semantically enriched information unit encapsulating all the materials and methods relevant to a scientific investigation, the associated annotations and the context where such resources were produced and came into play. In this talk we go through the journey that started from the research object concept to the current models, tooling and latest developments." assertion.
- 61b928a0-55cd-4ae5-841b-059710a97cd1 description "Descending s1 data" assertion.
- bd32974c-777b-46ca-a33f-49c7a4ea89ce description "displacement field" assertion.
- 44fc0b8a-04aa-420d-af15-2eeb016bd50b description "Descending s1 data" assertion.
- 96336d01-90a1-4353-b33f-a4c0abcbf605 description "displacement field" assertion.
- 07b4a06b-fb2d-49a3-9a8c-776bbfc801f3 description "This is the result of the SatCen Change Detection service of the EVER-EST VRC for Land Monitoring" assertion.
- c0993783-4879-4eb3-bbd1-a3a5f0d77f57 description "This is the result of the SatCen Change Detection service of the EVER-EST VRC for Land Monitoring" assertion.
- f5dd5f95-c76c-41a6-9825-c7667205d8e1 description "This is a bibliographic RO containing the collection of the reports of March 2018. Each report describes the weekly volcanic activity of Mt Etna from the multi-parametric monitoring stations." assertion.
- 1744300b-b766-4568-9590-c94f7a4cd3e0 description "This is the result of DIAPASON Service invoked via Jupyter" assertion.
- 04d48c88-8bb0-4b56-98ef-365cce1d135e description "This is the result of the SatCen Change Detection service of the EVER-EST VRC for Land Monitoring" assertion.
- 13eeda7a-4b25-441e-ab93-660250cde1dd description "This is the result of the SatCen Change Detection service of the EVER-EST VRC for Land Monitoring" assertion.
- c2cfd287-70b0-4550-b17f-ed98aa8cf6af description "This is the result of the SatCen Change Detection service of the EVER-EST VRC for Land Monitoring" assertion.
- 56f7eda7-4517-4e0c-ab4d-9471fdcd184d description "This is the result of the SatCen Change Detection service of the EVER-EST VRC for Land Monitoring" assertion.
- e487fcfd-cf14-4305-8358-6da8baa87063 description "Result of Change Detection performed on Sentinel-1 data between August and September 2017" assertion.
- AreaofInterest description "Area of Interest" assertion.
- AreaofInterest description "Area of Interest" assertion.
- AreaofInterest description "Area of Interest" assertion.