Meteorites - Vortrag von Philip Bland

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Meteorites - unlocking the secrets of the solar system

Vortrag von Philip Bland  (25.5.2012)

http://www.youtube.com/watch?v=TTuNgoi0eDk

Professor Phillip Bland talks about his passion for meteorites, and what they can tell us about the solar system and our planet's past. This fascination has led him to meteorite 'hot spots' across the Earth -- from the extreme cold of Antarctica for collecting expeditions, to the dry desert heat of Australia's Nullarbor Plain to set up the Desert Fireball Network, a series of cameras capturing the descent of meteorites as they enter Earth's atmosphere and land. In 2006 Professor Bland had an asteroid named in his honour by the International Astronomical Union.

This seminar was recorded for the 2012 Australian Innovation Festival, on Friday 25th May 2012, at Curtin University

http://geology.curtin.edu.au/

 

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Kein unbeschriebenes Blatt bei den Profi-Meteoritikern:

P.A. Bland et al. (1992b) A new ureilite from the Sahara Acfer 277 (abs. Lunar Planet Sci. 23, 119-120).

P.A. Bland et al. (1992a) A unique type 4 chondrite from the Sahara - Acfer 217 (abs. Meteoritics 27-3, 1992, 204-205).

P.A. Bland et al. (1995) Weathering of ordinary chondrites from Algeria and Australia as a climatic indicator (abs. Meteoritics 30-5, 1995, 487).

P.A. Bland et al. (1995) Artificial weathering of the H5 ordinary chondrite Allegan (abs. Meteoritics 30-5, 1995, 486).

P.A. Bland et al. (1996) The flux of meteorites to the Earth over the last 50,000 years (Monthly Notices of the Royal Astronomical Society 283, 551-565).

P.A. Bland et al. (1996) The O isotopic compositions of weathered ordinary chondrites from the Nullarbor region (abs. Meteoritics 31, 1996, A016).

P.A. Bland et al. (1996) Chemical analyses of weathered ordinary chondrites (abs. Meteoritics 31, 1996, A016).

P.A. Bland et al. (1998) Rapid weathering in Holbrook: An iron-57 Mössbauer spectroscopy study (Meteoritics 33-1, 1998, 127).

P.A. Bland et al. (1999) Magnetite in oxidized and reduced CV chondrites (MAPS 34-4, 1999, A012).

P.A. Bland et al. (1999) A Nullarbor Camera Network (MAPS 34-4, 1999, A012).

P.A. Bland et al. (2000) Aqueous alteration without a pronounced oxygen-isotopic shift: lmplications for the asteroidal processing of chondritic materials (MAPS 35-6, 2000, pp. 1387-1395).

P.A. Bland et al. (2000) CV3 chondrites: How oxidized or reduced? (MAPS 35-5, 2000, Suppl., A028).

P.A. Bland et al. (2002) A continuum of aqueous alteration in the carbonaceous chondrites (MAPS 37-7, 2002, July, A018).

P.A. Bland et al. (2009) An anomalous basaltic meteorite from the innermost Main Belt (Science 325:1525–1527).


Bernd