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The Quick Count and Election Observation

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CHAPTER SEVEN: COLLECTING AND ANALYZING QUICK COUNT DATA<br />

106 ing the same number at the same time. Careful planning is required to reduce<br />

the chances of having information bottlenecks on single-number/single-line<br />

telephone systems.<br />

Alternative ways of<br />

delivering observer<br />

information to data<br />

collection centers<br />

should be considered.<br />

Installing large numbers of telephone lines in any one facility <strong>and</strong> doing so at<br />

short notice is often a challenge. For bureaucratic reasons, it may take a long<br />

time to order telephones <strong>and</strong> to have the lines installed. Or it may be just too<br />

expensive to buy, or rent, <strong>and</strong> install the needed number of lines. Even when<br />

it is possible to install the necessary number of l<strong>and</strong> lines, they may not be<br />

dependable. For these reasons, alternative ways of delivering observer information<br />

to data collection centers should be considered.<br />

Recall that a substantial proportion of the data reported early tends to come<br />

from observers who are located in the capital city region. If the data collection<br />

center is located in the capital city, then one alternative to consider is the<br />

possibility of h<strong>and</strong>-delivering observer data to the data collection center. For<br />

example, organizers might consider having volunteers on motorcycles pick up<br />

the data from observers at pre-arranged collection points <strong>and</strong> times throughout<br />

the city. If one third of a country’s voters (<strong>and</strong> so, about one third of the<br />

sample) live in the capital city, then using such an alternative data delivery<br />

system to complement direct phone calls can substantially reduce the information<br />

load on telephone lines <strong>and</strong> the number of required telephones.<br />

Strategies involving the h<strong>and</strong> delivery of data, of course, are manpower intensive<br />

<strong>and</strong> require careful coordination <strong>and</strong> supervision, but they can be effective.<br />

In Malawi’s 1999 quick count, 16 vehicles rode circuits from three locations,<br />

picked up observer reports <strong>and</strong> delivered them to these locations. <strong>The</strong> forms<br />

were then faxed to a central data collection center. 2<br />

<strong>The</strong>re are other alternatives to hard-wired telephones to consider. <strong>The</strong>se might<br />

include the use of cell phones, solar phones, satellite phones, <strong>and</strong> radio <strong>and</strong> fax<br />

systems. Each alternative has its own combination of advantages <strong>and</strong> drawbacks.<br />

In most developing countries, people do not have the luxury of entirely efficient<br />

<strong>and</strong> adequate telephone communications systems. For that reason it is<br />

important to evaluate the adequacy of the existing communications system<br />

well in advance. <strong>The</strong> next step is to calculate the load <strong>and</strong> distribution requirements<br />

for a quick count communications effort. And the final step is to<br />

strategically configure a quick count communications system around what is<br />

available, so that the system that can adequately manage the information load<br />

of the quick count. This may mean patching together a combination of communications<br />

avenues for the delivery of observation data.<br />

2<br />

See Appendix 10 for additional information on the Malawi data collection process.

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