ECLAC:
An Assessment of the Drought that Hit
Central America in 2001
The United Nations
Economic Commission for Latin America and the Caribbean (ECLAC) and the
Central American Commission on Environment and Development (CCAD) carried
out an assessment of the drought that hit the Isthmus in 2001, as requested
by the Central American authorities. The following is a summary of this
assessment, based on the figures compiled during a field trip and their
analysis based on an internationally accepted assessment methodology.1
An estimate is produced of the damage and losses caused by the drought
as well as those sectors and geographical areas that were most affected.
Finally, a proposal for future action is presented.
Between
May and August 2001, an abnormal hydrometeorological phenomenon hit Central
America, causing precipitation levels to drop well below historic averages
and severely affecting both the population as a whole and the production
and provision of sometimes vital goods and services.
Normally, the trade winds in the area begin to fall off around April,
making it possible for the winds from the Pacific to bring in increased
humidity and precipitation. In 2001, this did not happen. The anomaly
was linked to planet-wide atmospheric events that were, in spite of initial
fears, unrelated to the El Niño phenomenon.
Growing vulnerability
The drought affected
the Central American population in different ways and to varying degrees.
- Those who suffered
the most, lost their very sustenance: subsistence farmers who required
food assistance, as well as commercial farmers who lost their source
of income.
- The second most
severely affected group comprised those whose access to basic services
such as drinking water was curtailed or entirely interrupted, not only
causing them considerable inconvenience but, far more importantly, increasing
the threat of falling prey to communicable diseases.
- In third place
were thoseessentially, close to the entire population of the subregionwho
were forced to pay higher electric bills as a result of the need to
supplement insufficient hydroelectric power with petroleum-based electric
generation.
The total number of
people affected in one way or another by the drought was estimated at
23.6 million, or 70% of the inhabitants of the subregion.
The largest impact
was on agriculture, as anyone could have foreseen given the ominous links
between drought, desertification, soil erosion, and lower crop outputs.
Since agriculture tends to provide employment for the most vulnerable
sectors of societythose with the lowest levels of education, income,
and access to other vital servicesit was precisely those who could
least afford it who were the hardest hit.
The Damage
The Great Central
American Drought of 2001, as it will no doubt be remembered, compounded
two pre-existing situations, magnifying their impact and that of the drought
itself. One was the economic crisis caused by the international drop in
coffee prices; the other, the increased vulnerability as a result of a
succession of adverse climate phenomena over the previous five years.
Total losses in the subregion were estimated at US$189 million: 125.5
million (or 66%) in agricultural and industrial losses, 50.1 million (26.5%)
in higher costs for all productive sectors as well as lost revenue by
the water and electricity utilities. The remaining 7%13.4 millionaccounts
for the costs of responding to the emergency.
Tables 1. and 2. illustrate
the economic impact on each of the countries in the subregion.
Table
1. – Variation in the GDP as a result of the drought in Central America
|
Costa
Rica
|
El
Salvador
|
Guatemala
|
|
|
With
drought
|
Without
drought
|
|
With
drought
|
Without
drought
|
|
With
drought
|
Without
drought
|
|
2000
a/
|
2001
b/
|
2001
b/
|
2000
a/
|
2001
b/
|
2001
b/
|
2000
a/
|
2001
b/
|
2001
b/
|
GDP
growth rate (at current prices) |
8,9
|
9,5
|
9,5
|
6
|
5,7
|
5,8
|
9,5
|
10,8
|
10,9
|
GDP
growth rate (at current prices) |
2,2
|
0,3
|
0,3
|
2
|
2
|
2
|
3,3
|
2,4
|
2,5
|
Growth
of the agricultural sector |
0,6
|
-0,4
|
-0,4
|
-3
|
-1,6
|
0,3
|
2,4
|
1,3
|
1,6
|
Growth
of the industrial sector |
-4,3
|
-8
|
-8
|
4,5
|
4,3
|
4,3
|
2
|
1,7
|
1,8
|
Growth
of basic services |
5,1
|
3,1
|
1,2
|
2,4
|
1,3
|
-6,5
|
4,9
|
3
|
3,8
|
|
Honduras
|
Nicaragua
|
Panama
|
|
|
With
drought
|
Without
drought
|
|
With
drought
|
Without
drought
|
|
With
drought
|
Without
drought
|
|
2000
a/
|
2001
b/
|
2001
b/
|
2000
a/
|
2001
b/
|
2001
b/
|
2000
a/
|
2001
b/
|
2001
b/
|
GDP
growth rate (at current prices) |
13,5
|
14,8
|
15,3
|
16,3
|
11,5
|
12,6
|
4
|
1
|
1,9
|
GDP
growth rate (at current prices) |
6,2
|
2,7
|
3,2
|
5,5
|
3
|
4
|
2,5
|
0,5
|
2
|
Growth
of the agricultural sector |
9,8
|
1
|
2,9
|
11,5
|
3,4
|
6,8
|
1,6
|
0,6
|
1,2
|
Growth
of the industrial sector |
4,9
|
4,2
|
4,3
|
2,9
|
3
|
4,1
|
-5,3
|
-5
|
-3,7
|
Growth
of basic services |
5,2
|
3,7
|
3,8
|
3
|
2,7
|
21,3
|
3,4
|
2
|
2,2
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Source: ECLAC, based
on official figures.
a/ Preliminary figures
b/ Estimated figures
For the subregion as a whole, the implications on GDP and the external
sector can be appreciated in Table 2.
|
CACM
|
Panama
|
Central
American Isthmus
|
|
With
drought
|
Without
drought
|
|
With
drought
|
Without
drought
|
|
With
drought
|
Without
drought
|
(All
figures in US$ millions ) |
2000
a/
|
|
2001
b/
|
2000
a/
|
2001
b/
|
2001
b/
|
2000
a/
|
2001
b/
|
2001
b/
|
GDP
at current prices |
56.577
|
59.939
|
60.016
|
10.190
|
10.119
|
10.417
|
66.767
|
70.058
|
70.433
|
Agricultural
sector – value added |
9.908
|
10.422
|
10.521
|
673
|
685
|
688
|
10.581
|
11.107
|
11.209
|
Industrial
sector – value added |
13.560
|
14.238
|
14.252
|
759
|
779
|
776
|
14.319
|
15.017
|
15.028
|
Basic
services – value added (Electricity, gas and water) |
16.917
|
18.894
|
18.902
|
1.949
|
1.985
|
1.992
|
18.866
|
20.879
|
20.894
|
|
|
|
|
|
|
|
|
|
|
|
In short, when the
losses are viewed in the context of the economy of each country and the
subregion as a whole, they do not appear to be high. One might even assert
that, in normal vulnerability conditions, the subregion would have been
able to absorb these losses without too much difficulty. This can be seen
in Table 3.
Table
3.
Comparison of total losses caused by the drought,
with some macroeconomic variables
Country
|
Losses
(millions of dollars)
|
Losses
in comparison with 2000 export, %
|
Losses
in comparison with GDP 2000, %
|
Costa
Rica |
8,8
|
0,2
|
0,06
|
El
Salvador |
31,4
|
1,1
|
0,24
|
Guatemala |
22,4
|
0,7
|
0,12
|
Honduras |
51,5
|
2,5
|
0,91
|
Nicaragua |
48,7
|
6,7
|
2,15
|
Panama |
26,3
|
0,5
|
0,26
|
Total
or Average |
189
|
0,6
|
0,3
|
|
|
|
|
Source: ECLAC
(2001), Balance preliminary de las economías de América
Latina y el Caribe, Santiago de Chile, December
Strategic Framework
for Drought Mitigation and Prevention
The effects of the
2001 drought cannot be understood systemicallyholistically, as some
might saywithout taking into account the feedback loops linking
negative environmental and socio-economic developments in the subregion,
and their impact on vulnerability. (See Flow Chart 1.) Vulnerability leads
to disasters, but disasters also increase vulnerabilityand the Central
American Isthmus has suffered from a highly unfortunate streak of disasters
in recent years, including El Niño, Hurricane Mitch, and other
storms, earthquakes, and volcanic eruptions. From this point of view,
drought is the result of the interactions between climatic variations
and human activities.
A strategic framework
for drought mitigation and prevention is clearly needed to help Central
America respond to future extreme natural events and reduce their socio-economic
and environmental impact. This calls for a SWOT approach.2 What are the
strengths, weaknesses, opportunities and threats facing the subregion
in this area?
Such a strategic framework
must be cross-sectoral and interdisciplinary if it is going to deal effectively
with the full complexity of the phenomenon. A purely environmental, say,
or socioeconomic approach would hardly meet current needsmuch less
an approach that focused entirely on responding to unfolding events. The
framework should be comprehensive and serve as a guide for the further
development of sectoral strategiesrather, sub-strategiesby
specialized institutions. Even this, however, will not be enough unless
civil society is vigorously encouraged to participate in the effort.

From Analysis to
Action
The ECLAC/CCAD Assessment
proposes a series of actions that might prove useful for decision-makers,
both in the technical and policy fields. In fact, the study stresses the
advisability of building on the foundations of previous expressions of
political will by subregional leaders who agreed to promote a development
model that is socially, economically and environmentally sustainable.
The frame of reference,
in this case, would be the Central American Alliance for Sustainable Development
(ALIDES), established in 1994.Any mitigation and prevention strategy must
also be linked to the various international and regional initiatives aimed
at vulnerability reduction, such as the United Nations Convention on Climate
Change and Desertification.3
Other efforts include the Strategic Framework for Vulnerability and Disaster
Reduction agreed during the 1999 Central American Presidential Summit,4
the Central American Five-Year Plan for Vulnerability and Disaster Impact
Reduction spearheaded by the Center for Natural Disaster Prevention in
Central America and Panama (CEPREDENAC), and the environmental commitments
by subregional leaders such as the Environmental Plan for the Central
American Region (PARCA).
For more information
please contact:
Ricardo Zapata
United Nations Economic Commission for Latin America and the Caribbean
(ECLAC), Mexico
rzapata@un.org.mx
- This methodology
can be reviewed at ECLAC’s Mexican Website (http://cepal.org.mx/) and
the following World Bank Web site:http://www.proventionconsortium.org/toolkit.htm.
While the methodology is under constant review and improvement —an updated
version will be published this year —it is considered effective in providing
a prompt, comprehensive and impartial view of the socio-economic and
environmental consequences of any given disaster. It employs internationally
recognized criteria and can help countries perfect their own more detailed
assessments as well as formulate reconstruction strategies and disaster
prevention, mitigation and reduction policies.
- Strengths, Weaknesses,
Opportunities and Threats. Also known as SWOC (Strengths, Weaknesses,
Opportunities and Challenges—or Constraints).
- The Sixth Regional
Meeting on the implementation of the United Nations Convention to Combat
Desertification (UNCCD) was held in San Salvador on 16-19 October 2000.
An assessment was then presented of the social, economic and environmental
impact of desertification and drought in Central America. This meeting
was not the only one at the international and regional level to underscore
the need to take advantage of existing synergies between the Desertification,
Climate Change and Biodiversity Conventions in order to sharpen the
focus of current efforts and available resources.
- Presidents of
Central America (1999), Guatemala II Declaration, 19 October.
|