Search PubMed⌕ Search

PubMed · 3453170

Interpreting risks to the public.

Abstract

Human beings have always lived with risks and have coped as best they could, according to their perceptions of the relative dangers and the mechanisms available to them. Being conscious of risks helps us to confront and cope with them, but it also has negative effects. The multiplicity of threats and the urgency with which they are presented make it difficult to sort out those that we as individuals can control from those that we cannot. Consequently, we are in danger of surrendering to feelings of helplessness and apathy, which paralyze us in the act of coping even in situations in which personal action can make a difference. The challenge for those of us engaged in interpreting risks to the public is to do so in such a way that we convey a sense of relative risk; and, cumulatively over time, we need to "accentuate the positive" in the sense of communicating that it is well worth the effort for people to control those risks they can control. Risks over which individuals fell they have no control contrast with those related to daily lifestyle decisions. The public is aware of the risks associated with these decisions, but because of some overriding fears, the daily lifestyle choices receive lower priority than they deserve from the public. As health professionals, we can improve ways of presenting the most serious and most controllable threats and reach broader audiences with key messages.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

J O Mason, H G Ogden, D A Berreth, L Y Martin. Interpreting risks to the public.. https://pubmed.ncbi.nlm.nih.gov/3453170/

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

Natural radioactivity intake into wheat grown on fertilized farms in two districts of Pakistan.

The use of phosphate fertilizers on agricultural farms enhances gamma-ray activity concentration in the farms and therefore absorbed dose rates to the public. The most common natural radionuclides in fertilizer and soil are (40)K, (226)Ra and (232)Th. Agricultural farms at four locations in two districts in Pakistan consisting of saline and normal soils had been under fertilizer treatment for the past 30, 20, 10 and 0 y, therefore, natural radioactivity has been measured in soil samples from these sites to investigate the effect of fertilizers in soil and wheat grown in these sites. Radioactivity measured in soil of the sites under investigation was 550-644, 20-35 and 42-58 Bq kg(-1) for (40)K, (226)Ra and (232)Th, respectively. Wheat was grown in the farms and radioactivity transferred from soil to roots, shoots and grains was also measured. Relatively high natural radioactivity has been observed in the fertilized agricultural farms and in the wheat plants grown in these farms. From the total amount of an element uptaken in a plant, distribution of the element in different parts of the plant has been studied. The distribution of potassium was almost uniform in roots, shoots and grains of wheat; that of radium was different in the three parts of wheat; and that of thorium was almost equal in shoots and grains but quite large in the roots. Soils to grain transfer factors of the natural radionuclides have been determined as 3-4 x 10(-2) for (226)Ra, 2-3 x 10(-2) for (232)Th and 17-20 x 10(-2) for (40)K. Annual doses of (40)K and (226)Ra received by intake of grain products have been estimated to lie within range while the dose received from intake of (232)Th is larger than the range specified in UNSCEAR report 2000.

Environmental Exposure↗