updated PACIFIC conf

conf/PACIFIC/doi_url_data_access.csv

 # DOI_suffix;data_access_url
-PACIFIC.CANADA=
+PACIFIC.MARATHON.AMBIENT_NOISE=
+

conf/PACIFIC/inputs/DOI_PACIFIC-marathon.csv

+"# Clé";"# Valeur";"# Clé (affiliation/rightsURI)";"# Valeur attribut";"# Clé (nameIdentifier:ORCID)";"# Valeur attribut"
+identifier:DOI;10.5072/PACIFIC.MARATHON.AMBIENT_NOISE;;;;
+subject:var;"Time series";;;;
+"resource type:dataset";"seismic data (continuous ground motion velocity)";;;;
+title;"Marathon dense array noise records";;;;
+geoLocationPlace;"Marathon (Ontario, Canada)";;;;
+geoLocationBox;"48.77 -86.38  48.81 -86.29";;;;
+description:Abstract;"Ambient noise records of 1013, Fairfield, 1-C, 9hz nodes, deployed during one month over the Marathon Cu/PGE deposits, Ontario, Canada
+Between September 17th and October 26th of 2018, at the Marathon test site(Ontario, Canada), a 1025 sensor passive seismic survey was completed. The sensors equipment was rented from SAExploration. 1025 sensors were successfully deployed; however, only 1013 were recovered. The loss of sensors was due to animal activity or being buried by a rock slide. 
+The grid design was composed of two overlapping grids, a 416-sensor array and a 609-sensor profile line. The array had a grid spacing of 150 m, while the profile line had a grid spacing of 50 m. Both grids designs were configured along the main noise source of Lake Superior in the direction of 250deg to the west.
+The sensors selected for the survey were ZLAND Fairfield vertical direction sensors with a 9 Hz range. Once the sensors were retrieved, they were shipped back to SAExploration for download. The data was successfully downloaded and shipped to Sisprobe for conversion to MSEED format. ";;;;

conf/PACIFIC/project.properties

@@ -7,7 +7,7 @@ use_template_country=false
 use_template_doi=false
 
 # general data access URL:
-dataAccessUrl=
+dataAccessUrl=https://www.pacific-h2020.eu/
 
 # enable / disable the generation of embeddedable fragments for landing pages:
 generate_embedded=false

conf/PACIFIC/metadata/DOI_PACIFIC-conv.csv → conf/PACIFIC/templates/DOI_PACIFIC-template.csv

 "# Clé";"# Valeur";"# Clé (affiliation/rightsURI)";"# Valeur attribut";"# Clé (nameIdentifier:ORCID)";"# Valeur attribut"
-identifier:DOI;10.5072/PACIFIC.CANADA;;;;
 creatorName;PACIFIC;;;;
-title;"PACIFIC Ambient noise …";;;;
-title:AlternativeTitle;…;;;;
 publisher;"DIAS, UGA, ISTERRE, SISPROBE, GENERATION MINING";;;;
 publicationYear;2021;;;;
 subject:main;"PACIFIC ambient noise data";;;;
@@ -18,17 +15,14 @@ contributorName:Sponsor;"PACIFIC H2020 Project";;;;
 contributorName:ResearchGroup;PACIFIC;;;;
 contributorName:DataCollector;SAExploration;affiliation;SAExploration;;
 funderName;"European Union's Horizon 2020 research and innovation programme under grant agreement No 7766222";awardNumber;7766222;awardTitle;"EU Horizon 2020 "
-date:Collected;2018-10-31/;;;;
+date:Collected;2018-10-31;;;;
 date:Available;2021-10-30;;;;
 language;en;;;;
 resourceType:Dataset;"seismic data (continuous ground motion velocity)";;;;
 relatedIdentifier:Cites:URL;https://isterre.fr;;;;
+relatedIdentifier:Cites:URL;https://www.pacific-h2020.eu/about/conceptandapproach/;;;;
+relatedIdentifier:Cites:URL;https://www.pacific-h2020.eu/media/;;;;
 format;MSEED;;;;
 rights;"License: CC-BY 4.0";rightsURI;https://creativecommons.org/licenses/by/4.0;;
 rights;"Data access and use are ruled by the OSUG data policy.";;;;
 rights;"The following acknowledging sentence should appear in publications using PACIFIC ambient noise: ""This dataset is part of a project that has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 7766222""";;;;
-geoLocationPlace;"Marathon (Ontario, Canada)";;;;
-geoLocationBox;"48.77 -86.38  48.81 -86.29";;;;
-description:Abstract;"Between September 17th and October 26th of 2018, at the Marathon test site(Ontario, Canada), a 1025 sensor passive seismic survey was completed. The sensors equipment was rented from SAExploration. 1025 sensors were successfully deployed; however, only 1013 were recovered. The loss of sensors was due to animal activity or being buried by a rock slide. 
-The grid design was composed of two overlapping grids, a 416-sensor array and a 609-sensor profile line. The array had a grid spacing of 150 m, while the profile line had a grid spacing of 50 m. Both grids designs were configured along the main noise source of Lake Superior in the direction of 250deg to the west.
-The sensors selected for the survey were ZLAND Fairfield vertical direction sensors with a 9 Hz range. Once the sensors were retrieved, they were shipped back to SAExploration for download. The data was successfully downloaded and shipped to Sisprobe for conversion to MSEED format. ";;;;