|Buckingham Palace Road||Victoria Square||George Street||Parkes Place||Queens Square|
This is a mock up of a decision support system for law relevant to excavation in mining, construction and building. In principle it reflects a structure of legal defeasibility. In this gateway there are links to sites where you can read reviews, download electronic copies (most suitable for digital searching) of the acts or regulations or material safety data sheets, or where you can buy paper copies of guidelines including national standards.
The proper archiving of these facts may be difficult for individuals. As an indicator, in the State of Queensland, records of radiation monitoring or other industrial disease issues must be kept for 30 years, otherwise the records such as a mine manager's journal must be kept for 7 years. This is longer than the 25 years for commercial capital gains records, but the protocols recommended in the Grimoire of Geological Computing are suitable for this problem. See the Downloads section on the Features page for the latest revision of grimoire.pdf file. Resource companies are now developing websites to maintain the records for the community as part of their social licence to operate, and I have included this new category in revising the table.
For this series I to VIII, in the table below, the more defeasible, the greater the index. Explanation is in the sections following with:
To recognise the concept of depth being critical, consider the consequences of the depth option "50.01 to 100 metres" and how that would affect the order of the Acts presented. In a way similar to using Acts from another jurisdiction the Acts principally concerned with surface activities would be promoted (in defeasibility and so less critical) over those concerning minerals (don't forget groundwater is a mineral). Like geological uncertainty, defeasibility of surface-focussed regulation increases with depth. When automated into an app you would:
In the previous version of the table above, necessarily divided by columns into jursidiction, for the rows it was still: the more defeasible, the greater the index; but with the series I to IX. The listing of the rows was as below when I tested the table against the Geographical Names Act 1991 and the Strata Titles Act 1988 of the State of South Australia. On that reading I realised I had left out the enforcement branches of government which do inspections and issue specific direction with expiation, or infringement notices. These instruments are less defeasible than the general guidelines, but more than the regulations. So a further row of the table was required as well as one for the new social responsibility websites. where -
The depth indicator in the 'King James version' was more intended for the automated version with the precise values shown here rather than accurate measuremenT. The equivalent values for the 'New Revised Version' are not linear as shown in the key and I have yet to design how to make these have an effect.
|depth indicator (King James version)|
|zone||correlation 1||correlation 2||correlation 2|
Within the sections the links to websites may also show a decreasing order of responsibility with:
While the author has had training in risk management, most recently 'Site safety and health representative course (S1)', this system should not be used for legal proceedings. For informed advice I look to Dr Malcom McK Park; PhD, LLM, MSc. A civil engineer who was called to the Victorian Bar, former researcher in the Library of the High Court of Australia, and A.K.A. Brien Briefless of the Victorian Bar News. His masters research was about using statistical evidence in court (DNA matching) and his PhD discussed contested land title and encroachment. Rather relevant topics for the mining, construction and building industries. If you can't find him, please e-mail me at CompsInGeology@bigpond.com and I will hunt him down. He claims that he "changed careers because his Mum would not stop describing him as 'the least civil person she knew.'" I would be grateful for donations of any other myths or half truths concerning Mal, and I will use them next time we have a beer.
This section demonstrates a Web2.0/HTML5 technique, the use of the DOM (Document Object Model) to select and prepare bibliographic references from the legal.xml file, using the XSL(T) file matthew.xsl to reformat the references in the order of defeasibility specified above in the mockup of a Matthew 7:26 table. Unfortunately, this is implemented using Microsoft Windows extensions, limiting it to the Internet Explorer browser, as Web2.0/HTML5 functionality is being slowly standardised in the different browsers.
Thompson EndNote also provides a Microsoft Mobile 5 utility which allows you to use a personal organiser in the library when making notes, and then upload them, via Microsoft Active Sync, to your observatory computer. I used an HP iPAQ, but found that the EndNote instance crashed when I made the changes. Later in in the Windows 7 version of EndNote, I added the notes (shown above under the document column heading) as XHTML entries in the "Notes" section. This gave me opportunity to make tables, do bolding and underlining which matched the emphasis in the Building Code of Australia and convey an extra level of understanding.
Similarly in the research-notes field of the Thompson EndNote I have used XML elements to decide the jurisdictions to which the particular legislation applies. These are extracted in the codes column of the table above. This also demonstrates the CGI_Term element from GeoSciML, which allows for ordered lists, like jurisdictions used here, that are so typical for curating geological collections. To learn more about GeoSciML please consider these sites:
To ameliorate the risks above, I have personally obtained the following, and can advise of equivalent training.
• Air conditioner assembly and maintenance, RapidAir, Regency Park, South Australia (January 1984). • Current techniques in physical and chemical hydrogeology: A focus on contamination in the shallow environment, short course at the 11th Australian Geological Convention (1992). • Drilling Muds, half-day course Baroid Australia, Adelaide (1986). • First aid; Level 2: workplace first aid certificate (1996, July 2001). • Risk management/auditor course, NSCSA Five Star, Leigh Creek Coalfield (1991). • Geostatistics - Theory and Practice, Department of Civil and Mining Engineering, The University of Wollongong, Adelaide (1987). • “How to handle difficult people”, S. A. Employers’ Chamber of Commerce & Industry (22nd August 1994). • Mine induction, open cut: Kambalda Nickel Operation (Au/Ni 1990), Leigh Creek Coalfield (1984,1988,1991), Lochiel Trial Pit (coal, 1986), Nabarlek (U/Rn, 1983), Ok Tedi (Cu, 1985). • Mine induction, underground: Kambalda Nickel Operation (Au/Ni 1990). • Mine worker’s health certificate, class A mine annotation, Western Australia (1990-1991) • Motor boat licence, Department of Transport, South Australia (current). • National (Australia) Heavy Vehicle Drivers Licence with motorbike endorsement. (current). • Quality Management Auditing, MGS Debenham & Associates, Adelaide, (11th-13th October 1995). • Radiation licence, geophysical logging AmBe/Cs, South Australian Department of Health, (1983-1985). • “Running a Consultancy” Advanced Leadership & Professional Skills module, The Uni. of Melb., (2001). • Scuba diver, NQS/CMAS 2 star, Adelaide Skin Diving Centre (May 1985). • A short course on the design and formation of slopes in open pit mines, Dames & Moore, (1990). • 4WD driving course, Motor School, Mt Samson, Queensland (24 May 2005). • Site safety and health representative course (S1), Simtars, Wacol, Qld (26 May 2005).