4 research outputs found

    Television and environmental sustainability: Arguing a case for a code of standards in NZ

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    This article explores the portrayal of the environment and environmental sustainability by free-to-air network television in New Zealand. The results are based on a three-month survey of a) the portrayal of the use and treatment of the environment, and b) the reporting of environmental news. While television includes environmentally-oriented programmes (eg. some BBC Horizon documentaries), there are no regular programmes about the state of the environment, sustainable use of resources and energy, and there is no regular environmental slot in the news in New Zealand. Some programmes and advertisements are environmentally unfriendly and a few trivialise resource abuse. It is argued that the media has an ‘orchestrational’ influence on social norms and behaviours, and that to eliminate counter-messages requires the addition of a new ‘environmental standard’ to the Code of Broadcasting Practice. It is also argued that coverage of environmental news is quite narrow and, in the case of Television New Zealand, inconsistent with the stated aims of the Television Charter. New Zealand  television could and should make a valuable contribution to environmental sustainability

    Pilot testing of a sampling methodology for assessing seed attachment propensity and transport rate in a soil matrix carried on boot soles and bike tires

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    Land managers of natural areas are under pressure to balance demands for increased recreation access with protection of the natural resource. Unintended dispersal of seeds by visitors to natural areas has high potential for weedy plant invasions, with initial seed attachment an important step in the dispersal process. Although walking and mountain biking are popular nature-based recreation activities there are few studies quantifying propensity for seed attachment and transport rate on boot soles and none for bike tires. Attachment and transport rate can potentially be affected by a wide range of factors for which field testing can be time-consuming and expensive. We pilot tested a sampling methodology for measuring seed attachment and transport rate in a soil matrix carried on boot soles and bike tires traversing a known quantity and density of a seed analog (beads) over different distances and soil conditions. We found % attachment rate on boot soles was much lower overall than previously reported but that boot soles had a higher propensity for seed attachment than bike tires in almost all conditions. We believe our methodology offers a cost-effective option for researchers seeking to manipulate and test effects of different influencing factors on these two dispersal vectors
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