Scarcity and Surfeit
production. For example, a new water-drilling machine provided by the gov-
ernment for the Afar was forcibly taken by the local army to drill watering
points near to the Ethiopian border. During this time the machine was broken
and no attempts were made to mend or replace it."'
In many areas of the basin far from the river, the provision of water
remains a great problem. Access to clean water is especially low. During
drought, water must be imported from outside at considerable expense. For
example in Buxe, in 1996, water was being sold at a cost of Ethiopian Birr
800 (approximately US$ 120) per tanker.l18
The main water supplies are hand-dug wells, deep/shallow drilled wells,
springs, ponds and rivers. In rural areas, people may travel 15 to 20 kilome-
tres to collect water for human and livestock consumption. Before 1993,
along the Assab-Bati road and in the Tendaho Farm Development, 751 shal-
low and deep wells were drilled. Of these wells, 34 were unproductive and
salty, and thus were not used, six wells did not have pumps installed, and 35
of the remaining ones had different pumps installed in them. When the
Tendaho Farm stopped functioning and the military camps in the area were
removed, 29 wells fell into disrepair. In general, by 1993, most of the water
supply systems that existed prior to 1985 were not functioning due to lack of
maintenance. After the formation of the regional administration, the water
development bureau, with assistance from neighbouring regional adminis-
trations, ESRDF (Ethiopian Social Rehabilitation and Development Fund),
non-governmental organisations, UN agencies, and the European Economic
Commission built and rehabilitated 125 water systems (see Table 7). Today,
the water supply coverage for the entire region is only 16.45%, and only
14.33% in outlying rural areas.'19
Table 7: Water supply systems in the Afar
Number of Ru
I Zones I towns I vilies I
ral I
Sources of wafer SIJDD~V I
I I - I
Deep
wells
Hand-dug
wells Rivers Springs Total