GEO Haiti 2010
GEO Haiti 2010
GEO Haiti 2010
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State of the Environment Report <strong>2010</strong><br />
2.3.3 Coastal Occupation<br />
The urban fabric of <strong>Haiti</strong> has expanded at a<br />
sustained pace over the last decades as a result<br />
of the acceleration of demographic growth<br />
and rural exodus. Nevertheless, this expansion<br />
occurred without the adequate planning or the<br />
implementation of essential urban services. The<br />
figures below show the distribution of dwellings<br />
(in grey), in particular the shantytowns which<br />
constitute large agglomerations along the coastline<br />
of Port-au-Prince. These areas are severely degraded<br />
and bereft of vegetation, unlike others (in red),<br />
which still are covered by vegetation. It should be<br />
pointed out that, prior to the 1980’s, shantytowns<br />
were almost nonexistent in coastal areas (As in the<br />
case of Cité de l’Eternel in Annex 3).<br />
Figure 44: Distribution of Dwellings on the Port-au-<br />
Prince Coastal Strip in 2007<br />
Cité de l’Eternel Shantytown<br />
Source: CATHALAC (2008)<br />
Waste management and illegal occupation<br />
of the coastal-marine environment by human<br />
settlements have rapidly created major problems<br />
in the urban areas of <strong>Haiti</strong>. Most cities in <strong>Haiti</strong><br />
are located on the coast and this worsens the<br />
anthropogenic pressures on it.<br />
2.3.4 Sedimentation<br />
Over the last decades, soil erosion caused by<br />
deforestation has intensified. All kinds of sediments<br />
carried down by rainfall end up on the coast. A<br />
study carried out by UNDP in 1995 estimated that<br />
since 1958, 7.9 million m 3 of sediment load has<br />
ended up in the Port-au-Prince bay alone (<strong>Haiti</strong><br />
Eco-Net, 1995).<br />
The presence of these sediments in the coastal<br />
ecosystems contributes to the imbalance in the<br />
marine biological diversity. Some researchers<br />
attribute to this “coastal hyper-sedimentation,<br />
the necrosis of the coral platura, the progressive<br />
fossilization of the sea grass, and the scarcity of<br />
filtering organisms which migrate to less turbid<br />
areas (Saffache, 2006)”.<br />
2.3.5 Emptying of Fuel Tanks<br />
The problem of the emptying of fuel tanks into the<br />
territorial waters of <strong>Haiti</strong> is little-known and not<br />
well-documented. Some state that the situation<br />
is serious however without providing concrete<br />
evidence (Holly, op. cit.; Wargny 2004). In fact,<br />
the territorial waters of <strong>Haiti</strong> have been poorly<br />
monitored during the past decade, because the<br />
relevant authorities, responsible of the issue, have<br />
been dismantled.<br />
2.4 Impact on Ecosystems<br />
The coastal and marine areas of <strong>Haiti</strong>, which are<br />
receptacles for all land-based waste and under all<br />
kinds of pressures, particularly from fishermen and<br />
other poachers, suffer greatly from human activities.<br />
These areas, thus modified, become unsanitary.<br />
The “sewer” management pattern and the collective<br />
representation of the sea as a vast sewer, encourage<br />
the increasing contamination of the coastal and<br />
marine areas of <strong>Haiti</strong>. Information on the subject is<br />
lacking, as mentioned, and little research has been<br />
done<br />
However, the few existing investigations on the<br />
issue show a worrisome situation. Le Brun (2000)<br />
emphasized that these studies showed the presence<br />
of faecal bacteria such as coliforms in sea water and<br />
that close to the coasts. Others have pointed to<br />
the existence of all types of waste, mainly plastics<br />
(UNESCO, 1998) and to the presence of used oil<br />
residue (MOE-MPCE, 2004).<br />
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