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Child Drowning

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3. EVIDENCE FOR PREVENTION<br />

It is often stated that the principles of prevention are the same among all population groups, whether in<br />

LMICs or HICs, and that it is only a matter of adapting what works in HICs to the context of LMICs.<br />

However, adaptation must be both thoughtful and extensive given the different societal contexts and<br />

norms. Given the many significant differences, it may not be possible. Examples of these differences are<br />

as follows:<br />

In LMICs, interventions that seek to reduce the scale of water hazard exposure by changing<br />

the external environment are likely to be unsuccessful. Because social and behavioural<br />

norms have evolved over time, water bodies are not viewed as hazards. They are seen as<br />

necessary and convenient water sources for daily activities such as bathing, drinking and<br />

cooking. The changes required both in terms of raising awareness of risk and in<br />

implementing drowning prevention measures such as teaching survival swimming 38 and<br />

safe rescue skills, will need to be on a societal scale, but the necessary human and financial<br />

resources are lacking.<br />

For the most part, LMICS do not have strong civil governance structures. Interventions that<br />

are dependent on these structures, which include laws, regulations and enforcement, will<br />

be unsuccessful. Examples of successful interventions in HICs are zoning residential areas to<br />

restrict access to water hazards; and removal of water hazards through declarations of<br />

public nuisance/hazard.<br />

Interventions that depend on emergency medical response to the drowning child are not<br />

possible as such systems do not exist in the rural areas where the vast majority of child<br />

drowning occurs. An adapted response could possibly entail providing emergency medical<br />

services outreach from hospitals, or other first response systems tied to health facilities in<br />

some middle income countries. However, the vast majority of the rural population lives far<br />

from available facilities. The need for very rapid responses to drowning means these<br />

adaptations will not provide significant coverage to the populations at risk of drowning.<br />

Rural communities lack sufficient capacity to provide resuscitation such as bystanderprovided<br />

CPR for drowning children. In low income countries, illiteracy is common and low<br />

educational attainment among the majority of the population presents major barriers to<br />

developing CPR skills. Additionally there are fundamental differences in the contexts of<br />

child drowning. <strong>Child</strong>ren are most often alone or with a peer who also lacks survival<br />

swimming and safe rescue skills. This differs markedly from HICs, where peers and<br />

bystanders are often trained in rescue and resuscitation of drowning victims.<br />

Much of the progress in reduction of drowning rates in HICs has resulted from a multisectoral approach<br />

that depends on established human and institutional capacity. This is not present in LMICs. The question<br />

then becomes whether drowning interventions that are effective in HICs can be adapted to be effective,<br />

low cost and sustainable while providing population coverage in LMICs and is addressed in the next<br />

section.<br />

38 Survival swimming as used in this paper means a minimum level of swimming ability, i.e. the ability to move through the water unassisted for a<br />

distance of 25 metres, float for 30 seconds.<br />

53

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