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Chinese Football – From a State-Led Past to a Digital Future
David Cockayne,Simon Chadwick,Jonathan Sullivan 글로벌지식마케팅경영학회 2022 Journal of Global Sport Management Vol.7 No.3
Following the 2014 announcement of Xi Jingping’s vision for China to create a domestic sport economy worth $800+ million by 2025, discussion has arisen around how this might be achieved, who the key players in this industry are, and what the broader geo-politic effects might be for China, and the rest of the World. Of particular focus has been the investment and efforts levied specifically toward football. This special issue brings together a selection of the more recent empirical and conceptual studies concerned with China and football. This initial paper is presented as a contextual precursor to the five papers representing our special issue. Collectively, these papers draw on a variety of methodologies, and consider debates around China and football from micro, meso and more macro perspectives. We believe the research presented in this issue provides a rich and diverse source of learning for researchers and practitioners interested in the nature and effect of China’s footballing vision.
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Abbott, Simon,Chadwick, David,Street, Greg Korean Society of Earth and Exploration Geophysici 2007 지구물리와 물리탐사 Vol.10 No.1
Over the last twenty years, farmers in Western Australia have begun to change land management practices to minimise the effects of salinity to agricultural land. A farm plan is often used as a guide to implement changes. Most plans are based on minimal data and an understanding of only surface water flow. Thus farm plans do not effectively address the processes that lead to land salinisation. A project at Broomehill in the south-west of Western Australia applied an approach using a large suite of geospatial data that measured surface and subsurface characteristics of the regolith. In addition, other data were acquired, such as information about the climate and the agricultural history. Fundamental to the approach was the collection of airborne geophysical data over the study area. This included radiometric data reflecting soils, magnetic data reflecting bedrock geology, and SALTMAP electromagnetic data reflecting regolith thickness and conductivity. When interpreted, these datasets added paddock-scale information of geology and hydrogeology to the other datasets, in order to make on-farm and in-paddock decisions relating directly to the mechanisms driving the salinising process. The location and design of surface-water management structures such as grade banks and seepage interceptor banks was significantly influenced by the information derived from the airborne geophysical data. To evaluate the effectiveness ofthis planning., one whole-farm plan has been monitored by the Department of Agriculture and the farmer since 1996. The implemented plan shows a positive cost-benefit ratio, and the farm is now in the top 5% of farms in its regional productivity benchmarking group. The main influence of the airborne geophysical data on the farm plan was on the location of earthworks and revegetation proposals. There had to be a hydrological or hydrogeological justification, based on the site-specific data, for any infrastructure proposal. This approach reduced the spatial density of proposed works compared to other farm plans not guided by site-specific hydrogeological information.
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