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2. ENVIRONMENTAL ChEMISTRy & TEChNOLOGy 2.1. Lectures

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Chem. Listy, 102, s265–s1311 (2008) Environmental Chemistry & Technology<br />

L05 INFLuENCE OF CLIMATE CONDITIONS<br />

AND AIR CONTAMINATION ON VILLAGE<br />

INhAbITANTS hEALTh<br />

SLAVOMíRA KAŠIAROVá a and MELánIA<br />

FESZTEROVá b<br />

a Trenčín University of A. Dubček, Department of Public<br />

Management, Študentská 2, 911 50 Trenčín,<br />

b Constantine the Philosopher University, Faculty of Natural<br />

Sciences, Department of Chemistry, Tr. A. Hlinku 1, 949 74<br />

Nitra,<br />

kasiarovas@azet.sk<br />

Introduction<br />

The understanding of health as a main component of<br />

environment quality accrues from the Agenda 21 concerning<br />

the right of human beings to healthy and productive life 1 . Air,<br />

one of the components of environment, is polluted primarily<br />

by anthropogenic factors. Generally, the countryside is considered<br />

a healthy environment 2 . However, there are very few<br />

studies to prove this assumption since the air monitoring is<br />

a long-term and expensive method and therefore carried out<br />

only on a few monitoring points 3 .<br />

The aim of the study was to assess the state of climatic<br />

conditions and state of air quality in relation to the rate of<br />

diseases among the inhabitants of Královce-Krnišov village<br />

by a simple method, based on a comparison of potential conditions<br />

of contamination with real state of population health.<br />

The Southern Sitno micro region is important for tourism<br />

development and geographical conditions.<br />

Experiment and Methods<br />

Using the reconnaissance of the place was carried out<br />

terrain research. Information and sources of contaminants<br />

were observed together with the perception of problems<br />

related to air quality and environmental health. The obtained<br />

data were further processed by the statistical method of contingential<br />

tables, on the basis of which the individual mutual<br />

relations were evaluated, at the free scope degree of 1 and the<br />

level of importance 0.01 (χ quadrate). An assessment of the<br />

state and movement of air required the analysis of the relief<br />

as well as sunshine input as well as the regional state and<br />

movement of air for which GIS tools (geomedia) were used.<br />

Contamination was interpreted from the map of the secondary<br />

landscape structure and sources of contaminants. The<br />

relation between movement and quality of air and environmental<br />

health was worked out on the basis of the basic data<br />

parametric analysis with the subsequent table synthesis and<br />

mathematic statistics<br />

Results and Discussion<br />

On the territory of the Kráľovce–Krnišov village (the<br />

Štiavnické Mountains) cold, mild warm and warm mountain<br />

climate prevails. The average yearly temperature spans are<br />

from 5.5 °C to 8 °C. The average cloud amount is around<br />

62 %. The number of sunny days is around 48 a year and<br />

s300<br />

the number of cloudy days is around 125. The territory is<br />

characterized by regional northern, north-west air circulation<br />

with a low year and day amplitudes prevailing all the year<br />

round. There are frequent temperature inversions during the<br />

radiation weather with a depression circulation. There is also<br />

an intensive effect of a “temperature island” with a distinctive<br />

increase of day amplitudes supported by the effect of winds<br />

of low intensity. negative influences on environmental health<br />

are diseases caused by contamination from regional emissions<br />

resulting from the type of climate and skin diseases as a<br />

consequence of contamination of anthropogenic and natural<br />

factors – frequent and concentrated air circulation especially<br />

in winter time. Frequent skin diseases and flu are typical for<br />

inversion type of weather. Respiratory diseases and diseases<br />

related to increased stress conditions due to the amplitudes<br />

changes, such as blood pressure disorders, stress and cardiovascular<br />

diseases, were confirmed. The increase of the all<br />

above diseases was statistically confirmed.<br />

The territory of the Southern Sitno micro region is exposed<br />

to the influence of industry confirmed by the considerable<br />

damage of the environment by pollutants distributed in conditions<br />

of mesoclimate. The contamination of the regional<br />

type concerns mainly average annual nO2 and SO2 concentrations.<br />

The contamination in the settlement is therefore of<br />

integrated character from the following sources:<br />

• transport related emissions – the contamination intensity<br />

is lower in winter and spring season, no statistical<br />

importance with any disease was shown;<br />

• heating related emissions – at inversion type of weather<br />

there is an increased intensity of contamination especially<br />

during the winter season (most inhabitants use<br />

wood for heating, some of them waste and electricity),<br />

an influence on the occurrence of blood pressure disorders<br />

was confirmed;<br />

• radiation (high volume activity of radon from the geological<br />

background, radon is considered the carcinogenic<br />

element causing lung cancer and respiratory diseases);<br />

• emissions from rural zone (agriculture – a smell from<br />

the animal husbandry, excrements of animals, liquid<br />

manure).<br />

A demographic structure of Kráľovce – Krnišov village<br />

population represents a regressive type, lift the biggest age<br />

groups in the village between 20–40 and 40–60. Based on<br />

the analysis of microclimate, mesoclimate and macroclimate,<br />

contamination and illness rate considering the statistic importance,<br />

the population group and factors originating from the<br />

environment. The occurrence of health problems (Statistically<br />

important relations illustrated in Tables I, II, III, IV)<br />

could be specified as follow:<br />

•<br />

an increased occurrence of the blood pressure disorders<br />

in the local population: people using electricity for heating,<br />

people using electric appliances at home, women<br />

and children, age group over 60, inhabitants suffering<br />

from obesity, cardiovascular diseases, occupational<br />

diseases and people living mainly on the slopes exposed

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