20 research outputs found
Cliffs of Proprioception : Potential Foundational Parameters of Automation within the Socio-Technics of Contemporary Social Reality
As modern and contemporary society is in the beginnings of a transitional, transformational, trans-national and global phase of extending its collective mind and infrastructure into a newly automated, technological, and predominately digital sphere – it is of importance to attempt to define and question the technological parameters, processes, and power structures within the formation of this re-constituted existence. The proliferation of technological data extraction processes made possible by a relatively newfound reliance on social and cultural systems of communication have coincided with exponential improvements in data storage and raw computational power – the combinative effect of potentially creating a bedrock formation within the consolidation of layers, protocols, and ‘languages’ that have potential to act as foundational within this construct of reality. The term proprioception means to increase awareness of the position of one's body, is sometimes referred to as a sixth sense, and can also be defined as ‘ground feel’. In this technological context, it refers to the removal and shifting of the ground in the societal infrastructure of social technics. The realm of technics can be defined as technical terms, details and methods of technology and the study or theory of industry and industrial arts (i.e. technology). This paper serves as a speculative inquiry into some of the socio-technics that are potentially facilitating this formation – utilizing an interdisciplinary framework that intersects with my own experimental terminology
Desperate for a Diagnosis
What if we kissed at the intersection of the
frontiers of the science of prediction and the
decision-making institutions at the apex of
government
River Styles: Application of a biophysical framework for river management in New South Wales
1 page(s
Application of the River Styles framework to river management programs in New South Wales
4 page(s
Survival of cyanobacteria in rivers following their release in water from large headwater reservoirs
Application of the River Styles framework as a basis for river management in New South Wales, Australia
If strategies in natural resource management are to ‘work with nature’, reliable biophysical baseline data on ecosystem structure and function are required. The River Styles framework provides a geomorphic template upon which spatial and temporal linkages of biophysical processes are assessed within a catchment context. River Styles record river character and behaviour. As the capacity for a river reach to adjust varies for each style, so too do management issues and associated rehabilitation programmes. The framework also provides a basis for assessing geomorphic river condition and recovery potential, framed in terms of the evolutionary pathways of differing River Styles in the period since the European settlement of Australia. Within a catchment context, the River Styles framework provides a unified baseline upon which an array of additional information can be applied, thereby providing a consistent framework for management decision-making. The framework was developed as a research tool by geomorphologists working in collaboration with the New South Wales Department of Land and Water Conservation, which has used it for a range of river management applications. Target conditions for rehabilitation programmes are framed within a catchment vision that integrates understanding of the character, behaviour, condition and recovery potential of each reach. A prioritization procedure determines the most cost-effective and efficient strategies that should be implemented to work towards the catchment vision. In addition, the River Styles framework is being used to identify rare or unusual geomorphic features that should be preserved, assess riparian vegetation patterns and habitat availability along river courses, and derive water licensing, environmental flow and water quality policies that are relevant to river needs in each valley. Based on these principles, representative biomonitoring, benchmarking and auditing procedures are being developed to evaluate river health.32 page(s
Geomorphic and ecologic impacts of artificial in-channel and floodplain structures in inland Australian floodplain wetlands
Gravel bed river riffle restoration in New South Wales
Faculty of Environmental SciencesNo Full Tex
