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Automated Author Profile

Pecher, Ingo

pecher_i

Current S-Index

11.8

Sum of Dataset Indices for all datasets

Average Dataset Index per Dataset

2.0

Average Dataset Index per dataset

Total Datasets

6

Total datasets for this author

Average FAIR Score

88.5%

Average FAIR Score per dataset

Total Citations

16

Total citations to the author's datasets

Total Mentions

0

Total mentions of the author's datasets

S-Index Interpretation

S-Index Over Time

Cumulative Citations Over Time

Cumulative Mentions Over Time

Datasets

Processed 3D volume of multichannel seismic data on the Blake Ridge, acquired during R/V Maurice Ewing expedition EW0008 (2008) (Version: 1)

This R/V Ewing cruise was proposed to obtain two related seismic data sets: 1) 3D image of the hydrate deposits and 2) a study of the P to S converted waves in the hydrate province. The obtained information, when combined with chemical, sedimentological and downhole logging information from Leg 164 would constitute a rare opportunity to establish benchmarck linkages between seismic signature (reflectivity, P-velocity, S-velocity) and amounts and distribution of hydrate and free gas. The data would also provide basic 3D geometries of stratigraphy, structures, hydrate concentration, and gas accumulations over the study area. This 3D seismic survey over the gas-hydrate field on Blake Ridge was planned with the objective to extend information from ODP sites drilled during Leg 164 over a part of the hydrate province. Funded by NSF grant OCE99-10966 and the U.S. Dept of Energy.

Authors

  • Hornbach, Matt ;
  • Holbrook, W. Steven ;
  • Lizarralde, Daniel ;
  • Pecher, Ingo ;
  • Gorman, Andrew ;
  • Saffer, Demian ;
  • Van Avendonk, Harm
3 Citations0 Mentions88% FAIR2.1 Dataset Index
10.1594/ieda/500090January 2018

Processed multichannel seismic data across the Caribbean-northeastern South America arc-continent collision zone, acquired during the R/V Maurice Ewing survey EW0404 (2004) (Version: 1)

Three teams were involved in the active-source seismic field program: 1) A science party aboard the R/V Maurice Ewing (co-chief scientists P. Mann and D. Sawyer) acquired approximately 6000 km of seismic reflection data. 2) A science party aboard the R/V Seward Johnson II (chief scientist G. Christeson, cruise report) deployed and recovered ocean bottom seismometers (OBSs) along 5 transects; the Ewing provided the seismic source for these instruments. 3) A science party in Venezuela and the ABC islands deployed and recovered seismographs along 4 transects and the island arc; the Ewing and 8 land shots provided the seismic source for these instruments. The purpose was to carry out a geologic-geophysical investigation to test hypotheses related to arc-continent collision and accretion, HP/LT rock exhumation and development of folded belts. Funded by NSF grant OCE0003588.

Authors

  • Escalona, Alejandro ;
  • Christeson, Gail L. ;
  • Mann, Paul ;
  • Ave Lallemant, Hans ;
  • Lenardic, Adrian ;
  • Levander, Alan ;
  • Pecher, Ingo ;
  • Sawyer, Dale S. ;
  • Zelt, Colin
6 Citations0 Mentions88% FAIR3.0 Dataset Index
10.1594/ieda/500102January 2018

Processed multichannel seismic data across the Caribbean-northeastern South America arc-continent collision zone, acquired during the R/V Maurice Ewing survey EW0404 (2004) (Version: 1)

Three teams were involved in the active-source seismic field program: 1) A science party aboard the R/V Maurice Ewing (co-chief scientists P. Mann and D. Sawyer) acquired approximately 6000 km of seismic reflection data. 2) A science party aboard the R/V Seward Johnson II (chief scientist G. Christeson, cruise report) deployed and recovered ocean bottom seismometers (OBSs) along 5 transects; the Ewing provided the seismic source for these instruments. 3) A science party in Venezuela and the ABC islands deployed and recovered seismographs along 4 transects and the island arc; the Ewing and 8 land shots provided the seismic source for these instruments. The purpose was to carry out a geologic-geophysical investigation to test hypotheses related to arc-continent collision and accretion, HP/LT rock exhumation and development of folded belts. Funded by NSF grant OCE0003588.

Authors

  • Magnani, M. Beatrice ;
  • Zelt, Colin ;
  • Levander, Alan ;
  • Christeson, Gail L. ;
  • Mann, Paul ;
  • Sawyer, Dale S. ;
  • Ave Lallemant, Hans ;
  • Lenardic, Adrian ;
  • Pecher, Ingo
1 Citation0 Mentions88% FAIR1.3 Dataset Index
10.1594/ieda/500103January 2018

Ocean bottom seismometer (OBS) data across the Caribbean-northeastern South America arc-continent collision zone, acquired during the R/V Maurice Ewing survey EW0404 (2004) (Version: 1)

Three teams were involved in the active-source seismic field program: 1) A science party aboard the R/V Maurice Ewing (co-chief scientists P. Mann and D. Sawyer) acquired approximately 6000 km of seismic reflection data. 2) A science party aboard the R/V Seward Johnson II (chief scientist G. Christeson, cruise report) deployed and recovered ocean bottom seismometers (OBSs) along 5 transects; the Ewing provided the seismic source for these instruments. 3) A science party in Venezuela and the ABC islands deployed and recovered seismographs along 4 transects and the island arc; the Ewing and 8 land shots provided the seismic source for these instruments. The purpose was to carry out a geologic-geophysical investigation to test hypotheses related to arc-continent collision and accretion, HP/LT rock exhumation and development of folded belts. Funded by NSF grant OCE0003588.

Authors

  • Christeson, Gail L. ;
  • Levander, Alan ;
  • Mann, Paul ;
  • Sawyer, Dale S. ;
  • Ave Lallemant, Hans ;
  • Lenardic, Adrian ;
  • Pecher, Ingo ;
  • Zelt, Colin
2 Citations0 Mentions88% FAIR1.6 Dataset Index
10.1594/ieda/500104January 2018

Processed multichannel seismic data across Hydrate Ridge, Cascadia convergent margin, northwest Pacific, acquired during the R/V Maurice Ewing survey EW0203 (2002) (Version: 1)

This 3-D survey was conducted at the Hydrate Ridge, Cascadia convergent margin, northwest Pacific. The seismic experiment used the R/V Maurice Ewing and the Joides Resolution to collect multichannel seismic (MCS) data, vertical seismic profile (VSP) data, and ocean-bottom seismometer (OBS) data. This cruise was designed to acquire three sets of seismic data to map the elastic properties of gas hydrates. This was a three-part project to examine gas hydrate properties in the vicinity of an Ocean Drilling Program set of wells. Funded by NSF grant OCE0002487.

Authors

  • Bangs, Nathan L. ;
  • Pecher, Ingo ;
  • Sen, Mrinal ;
  • Kumar, Dananjay
2 Citations0 Mentions88% FAIR2.9 Dataset Index
10.1594/ieda/500099January 2018

Ocean Bottom Seismometer (OBS) data across Hydrate Ridge, Cascadia convergent margin, northwest Pacific, acquired during the R/V Maurice Ewing survey EW0203 (2002) (Version: 1)

This 3-D survey was conducted at the Hydrate Ridge, Cascadia convergent margin, northwest Pacific. The seismic experiment used the R/V Maurice Ewing and the Joides Resolution to collect multichannel seismic (MCS) data, vertical seismic profile (VSP) data, and ocean-bottom seismometer (OBS) data. This cruise was designed to acquire three sets of seismic data to map the elastic properties of gas hydrates. This was a three-part project to examine gas hydrate properties in the vicinity of an Ocean Drilling Program set of wells. Funded by NSF grant OCE0002487.

Authors

  • Bangs, Nathan L. ;
  • Pecher, Ingo ;
  • Sen, Mrinal ;
  • Kumar, Dananjay
2 Citations0 Mentions88% FAIR1.6 Dataset Index
10.1594/ieda/500100January 2018