Examples of using Vector-borne in English and their translations into Arabic
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Ecclesiastic
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Computer
PAHO/WHO also supported vector-borne disease control, including providing health education and chlorine to improve access to safe water, thereby benefiting some 52,000 households.
Vector-borne diseases.
Risk to health from vector-borne diseases.
For the prevention of vector-borne diseases, the Government has adopted the following measures.
(e) Health, environment and poverty, in particular vector-borne diseases, air pollution and chemicals;
Climate change may also result in an expansion of vector-borne disease transmission zones and declines in fisheries.
(e) Studies on urban drainage, on household water use, and on sanitation in relation to vector-borne diseases.
Of major concern is the increasing incidence of vector-borne diseases such as dengue, malaria and respiratory ailments.
For example, measures to increase water availability through open water storage can lead to an increase in vector-borne disease.
In addressing this problem, in 1991 the Government launched a comprehensive programme to control malaria and other vector-borne diseases.
Specific dangers are Glacial Lake Outburst Floods(GLOFs), erratic weather patterns and rising cases of vector-borne diseases.
also increases the risk of allergic reactions and vector-borne diseases transmitted with bites.
pools where mosquitoes and other disease-carrying vectors breed, increasing the prevalence of vector-borne diseases.
There has been successful prevention of outbreaks of waterborne diseases, dengue haemorrhagic fever as well as other vector-borne diseases in the cyclone-affected areas;
At the fourth session, the contribution of space-based solutions to the fields of emergency and disaster medicine, telemedicine and vector-borne diseases was explored.
prevalence of vector-borne diseases: Warmer environments as well as altered temperature and rainfall patterns resulting from climate change are expected to increase incidences of vector-borne diseases in Africa.
Earth-observing satellites provide a transnational picture of vector-borne diseases and space-based data help scientists to combat infectious diseases and even to predict
leading to an increase in the potential for transmission of many vector-borne diseases, particularly tropical diseases.
Climate Change has highlighted, Africa is expected to be at risk primarily from increased incidences of vector-borne diseases and reduced nutritional status.
Conducive conditions are also created for effective regulation to minimize/prevent the private sector ' s role in creating conditions that support vector-borne disease transmission.