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Physical Sciences and Mathematics Commons™
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Articles 1 - 3 of 3
Full-Text Articles in Physical Sciences and Mathematics
Living In A Land Of Fire, R. J. Whelan, P. Kanowski, M. Gill, A. Andersen
Living In A Land Of Fire, R. J. Whelan, P. Kanowski, M. Gill, A. Andersen
Faculty of Science - Papers (Archive)
Fires are an inherent part of the Australian environment. They cannot be prevented, but the risks they pose — to life, health, property and infrastructure, production systems, and to environment values — can be minimised through systematic evaluation and strategic planning and management. Fires have a fundamental and irreplaceable role in sustaining many of Australia’s natural ecosystems and ecological processes, and they are a valuable tool for achieving many land management objectives. However, if they are too frequent or too infrequent, too severe or too mild, or mistimed, they can erode ecosystem ‘health’ and biodiversity and compromise other land management …
Slides: Adapting To Climate And To Climate Change, Roger S. Pulwarty
Slides: Adapting To Climate And To Climate Change, Roger S. Pulwarty
Climate Change and the Future of the American West: Exploring the Legal and Policy Dimensions (Summer Conference, June 7-9)
Presenter: Roger S. Pulwarty, Research Scientist, National Oceanic and Atmospheric Administration/CIRES, Boulder.
50 slides.
Microcosm: A Lost Cost 3-D Wireless Sensor Test-Bed Within A Controllable Environment, David Marsh, Richard Tynan, Stephen T. Beirne, Roderick L. Shepherd, Gregory O'Hare, Dermot Diamond, Brian Corcoran
Microcosm: A Lost Cost 3-D Wireless Sensor Test-Bed Within A Controllable Environment, David Marsh, Richard Tynan, Stephen T. Beirne, Roderick L. Shepherd, Gregory O'Hare, Dermot Diamond, Brian Corcoran
Faculty of Science - Papers (Archive)
This paper describes the creation of Microcosm, a low cost wireless sensor network test-bed within a controlled environment to facilitate WSN experiments in three dimensions, with an emphasis on executing sensing-related experiments. The design of the sensing hardware, software, support tools and the experimental environment itself are given. Issues related to the design of this configuration are discussed, with the potential pitfalls and eventual solutions alike given. Finally, current and future uses for the test-bed are listed.