Browsing by Subject "Storage"

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    Open Access
    An overview of international and national law issues arising from the development of Carbon Capture & Storage (CCS) in South Africa
    (2007) Herbstein, Tom; Glazewski, Jan
    If the growth in greenhouse gas (GHG)1 emissions continues unabated, the atmosphere is heading towards trebling its stock of GHGs by the end of the century.2 This is the view of the 2006 British government commissioned Stern Report. Amongst many other equally serious changes to the climate, there is a 50% risk that temperatures will rise by up to 5 o C around the planet. At the current rate, according to the Stern Report, a rise of 2-3 o C is foreseeable within the ‘next fifty years or so'. This would lead to increased flooding, decreased water supplies, increased pressure on coastal areas, hundreds of millions of people displaced and unable to produce or purchase sufficient food, and an estimated 15 – 40 % of the world's flora and fauna would be wiped out.3
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    Open Access
    The challenges in the capture and storage of digital information by rural clinics in Hammarsdale, KwaZulu-Natal Province
    (2025) Mchunu, Mbali; Higgs, Richard
    The study examined the capture and storage of patient information by rural health care clinics in Hammarsdale in KwaZulu-Natal. The study was supported by the Digital Curation Centre Life Cycle model and the primary aim of the study was to identify the nature and scale of the challenges faced in the capture and storage of patient medical records. A mixed-method approach was adopted to the collection of data that was relevant to addressing the research objectives. The study used convenience, self-selection, and expert sampling to select participants for the questionnaires and interviews. Interviews were carried out with selected staff in the records office at the clinics with a target sample of at least one staff in each clinic. Data collection methods included interviews and questionnaires. Triangulation was also adopted for cross­sectional analysis of the data collected. The study revealed that the rural clinics operated a duplicate system for the capture and storage of patient medical information. Furthermore, the systems did not complement each other as both the paper and electronic records systems had their own weaknesses. However, the use of the paper records systems was predominant. The conclusion from the findings was that there was a need to institute policy measures to guide the capture and storage of patient medical records. The recommendations are that the DCC Life Cycle can be used as a guide in developing policies and guidelines on how both paper and electronic records can be captured and stored.