Characterization of the Chesapeake Bay impactor by determination of the PGE ratios in the impactite samples of the 2005-2006 ICDOP-USGS deep drilling project cores.

Search results

• Finished

  OZR1416: --Method development for interdisciplinary isotopic research using multi-collector ICP - mass spectrometry

  Claeys, P. & Claeys, P.

  1/01/07 → 31/12/07

  Project: Fundamental

  • platinum group element 100%
  • impactite 56%
  • impactor 51%
  • cratering 37%
  • deep drilling 37%

• IWT354: Projectile identification in impact craters

  Claeys, P. & Goderis, S.

  1/01/07 → 31/12/10

  Project: Fundamental

  • platinum group element 100%
  • chondrite 50%
  • impact melts 48%
  • impact structure 45%
  • projectiles 41%

• OZR1185-A: -High resolution Rb_Sr and Pb isotope geochemistry: applications in archeometry and geological research

  Claeys, P.

  1/01/06 → 31/12/06

  Project: Fundamental

  • platinum group element 100%
  • impactite 72%
  • isotope 62%
  • cratering 55%
  • deep drilling 55%

• OZR1185-B: -Method development for interdisciplinary isotopic research using multi-collector ICP - mass spectrometry

  Claeys, P.

  1/01/06 → 31/12/06

  Project: Fundamental

  • platinum group element 100%
  • chondrite 69%
  • projectiles 62%
  • chondrites 57%
  • impact melts 43%

• OZR1185-C: -Potential asteroid shower in the late Eocene (35 milllion years ago)

  Claeys, P.

  1/01/06 → 31/12/06

  Project: Fundamental

  • platinum group element 100%
  • asteroid 89%
  • Eocene 82%
  • impactite 64%
  • deep drilling 49%

• FWOAL365: High resolution Rb_Sr and Pb isotope geochemistry: applications in archeometry and geological research

  Claeys, P., Claeys, P., Goderis, S., Keppens, E., Renson, V., Kolo, K. & Mas, R.

  1/01/06 → 31/12/09

  Project: Fundamental

  • crater 100%
  • impactite 99%
  • mass extinction 90%
  • fossils 88%
  • extinction 87%

• FWOAL370: Development of stable isotope techniques for the study of biogeochemical cycles in aquatic ecosystems and the reconstruction of (paleo)-environmental conditions

  Claeys, P., Bouillon, S., Keppens, E., Baeyens, W. & Dehairs, F.

  1/01/06 → 31/12/09

  Project: Fundamental

  • stable isotope 100%
  • carbon isotope 75%
  • biogeochemical cycle 75%
  • bivalve 73%
  • calcite 70%

• FWOKN128: Geochemistry and petrology of the ICDP core drilled in the Chicxulub crater (Yucatan): A clue to the amounts, and types of gas and dust released in the atmosphere and their potential effects on the K/T boundary mass extinction.

  Claeys, P.

  1/01/04 → 31/12/06

  Project: Fundamental

  • crater 100%
  • platinum group element 70%
  • impact structure 69%
  • Eocene 52%
  • mass extinction 51%