A Review of the Environmental and Health Effects of Termiticides under Australian Conditions


Autoria(s): Boyd, A.; Noller, B. N.; White, P; Gilbert, D; Smith, D.; Mortimer, P; Langford, P; Martinkovic, J; Sadler, R.; Hodge, M.; Moore, M.R.; Murray, J; Cristaldi, C; Zalucki, M. P.; Francis, I; Brown, M. A.; Connell, D.
Data(s)

01/01/2003

Resumo

There exists a major cost issue as regards termite damage to wooden structures. A factor in this cost has been the increasing trend towards slab-on-ground construction. Current literature has been reviewed in relation to concerns about the possible public/environmental health consequences of the repeated use of termiticides in large quantities. The previous, current and projected future use patterns of termiticides are reviewed in the context of techniques appropriate for termite control and treatment priorities. The phasing out of organochlorine termiticides in Australia was undertaken to minimise impact of these substances on the environment and to a lesser extent on public health. These persistent chemicals were replaced by substances with high activity but relatively low persistence in the soil. There has also been an increase in the use of alternative methods (e.g. physical barriers) for the control of termites. The transition away from organochlorine termiticides has led to a realisation that significant information gaps exist with regard to replacement chemicals and other technologies. Although relatively persistent, the organochlorine chemicals have a limited lifespan in soils. Their concentrations are gradually attenuated by processes such as transport away from the point of application and biodegradation. Wooden structures originally treated with these substances will, with the passing of time, be at risk of termite infestation. The only available option is re-treatment with chemicals currently registered for termite control. Thus, there are likely to be substantial future increases associated with the cost of re-treatment and repairs of older slab-on-ground dwellings. More information is required on Australian termite biology, taxonomy and ecology. The risks of termite infestation need to be evaluated, both locally and nationally so that susceptible or high risk areas, structures and building types can be identified and preventive measures taken in terms of design and construction. Building regulations and designs need to be able to reduce or eliminate high-risk housing; and eliminate or reduce conditions that are attractive to termites and/or facilitate termite infestation.

Identificador

http://espace.library.uq.edu.au/view/UQ:66469

Idioma(s)

eng

Publicador

Australian Institute of Environmental Health

Palavras-Chave #Termite #Termiticide #Organochlorine #Organophosphate #Pesticides #C1 #321299 Public Health and Health Services not elsewhere classified #730210 Environmental health #300899 Environmental Sciences not elsewhere classified #770504 Control of pests and exotic species #1117 Public Health and Health Services
Tipo

Journal Article