J. L. Awange
Birth: Death: Burial:M, Berman
• J. Was listed as co-author in the review of B. Palancz: Cylinder prediction gives general value for geoscience. 1
Birth: Death: Burial:Tristram P. Besterman
• M, was listed as co-author in the review of Martin C. Schodlok 2016: HyLogger-3, a visible to shortwave and thermal infrared reflectance spectrometer system for drill core logging: functional description. 2
Birth: Death: Burial:C. Howard C. Brunton
• Tristram was listed as co-author in the review of C. Howard C. Brunton 8 Dec 2016 Corinda, , QLD, AUS: Curation of Geological Materials. 3
Birth: Death: Burial:
• Has had a review of "Curation of Geological Materials" 3:
BRUNTON C. H. C.; BESTERMAN T.P. ; COOPER J. A. 1984 Guidelines for the Curation of Geological Materials Geological Curators Group, Geological Society Miscellaneous Paper No. 17 London
The Geological Curators Group, which is affiliated to the Geological Society, was founded in May 1974 by geologists concerned about the poor standard of geological curation and consequent plight of geological collections in many of the museums in Britain. The situation was documented and reported upon by Doughty (1981), who illuminated the extent of the problem and provided impetus towards achieving one of the Group's initial aims - the improvement of geological curatorial standards by the 'preparation of a code of practice for curation and development of collections'. While the need for such a code has been recognised for several years, it has been difficult for the Group, with widely scattered members and no permanent address, to start gathering the necessary scripts. However, when I became Chairman of the Group, I saw this objective as a priority in which the Group could make a significant contribution, and that the time was opportune to push ahead with 'Guidelines for the Curation of Geological Materials'. What follows is an imperfect first edition; it should be read as such and constructive comments are welcome.
C.H. C. Brunton
ACQUISITION Contents Summaries General principles Acquisition methods
Marking and labelling, Entry documentation, Acquisition documentation, Specimen cataloguing, Movement of material within a museum, Material leaving the museum.
Field material in temporary storage, Specimen conservation, Permanent storage
Museum safety, Hazards from specimens
Information retrieval, Scientific uses, Exhibition and design
APPENDICES Adhesives; types, names, manufacturers and comments Products and suppliers; names and addresses Geological site documentation scheme
Acquisition flow chart, Field documentation while excavating fossils, Cataloguing specimens, Examples of Examination labels, Part of a MDA Geology Specimen Card, Example of a Specimen History File, Examples of Removal slips, Example of a Conservation card, Representation of the documentation of a complex laboratory operation, Baryte crystals on a dolomite groundmass, Table of materials which may give off corrosive volatiles., Purpose-built palaeontological storage., Vertebrate specimens supported on shelving, The use of a brachiopod specimen in publications, Example of a Specimen Object Sheet
1. B. Palancz and J. L. Awange et. al., A robust cylindrical fitting to point cloud data, volume 63 (Parkville, Victoria: Australian Journal of Earth Sciences, 2016), number 5, July 2016: page 665.
2. Martin C, Schodlok and L. Whitbourn et. al., HyLogger-3, a visible to shortwave and thermal infrared reflectance spectrometer system for drill core logging: functional description (Sydney, New South Wales: Australian Journal of Earth Sciences, 2016), 63: 929-940.
3. C. H. C. Brunton and et. al., editors, Guidelines for the curation of geological materials; PDF download, Geological Curators' Group (http://www.geocurator.org/pubs/images%20and%20docs/Guidelines.pdf : downloaded 8 Dec 2016).