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conference magazine - Caribbean Environmental Health Institute

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the importance of the vision of IWCAM for the formal education<br />

(through the ICZM masters programme) of specialists, functionaries<br />

and decision-makers; making them more conscious of the environment-society<br />

relationship and educating them for active participation<br />

in the decision-making process and 2) - to define how this process<br />

was executed through modifications to the original ICZM Masters<br />

Programme. The IWCAM vision and approach has also spread<br />

to the Villa Clara and Matanzas provinces. The success of the<br />

masters programme paved the way for an IWCAM diploma course<br />

in 2008 catering to specialists and functionaries of Cienfuegos province.<br />

The was implemented in CEAC with the graduation of 26 students<br />

from 12 different enterprises, 7 of these graduated are now<br />

pursuing the Master’s in ICZM.<br />

A Model for Sustainable Watershed Management: The Case of<br />

Drivers River, Portland, Jamaica by Lisa Kirkland<br />

Jamaica is divided into twenty-six Watershed Management Units<br />

(WMUs). Over the years it has been a challenge to sustainably<br />

manage these watersheds. A Watershed Model was developed<br />

under the Global Environment Facility funded Project, “Integrating<br />

Watershed and Coastal Areas Management (GEF - IWCAM), implemented<br />

by National Environment and Planning Agency (NEPA),<br />

using an integrated approach in the Drivers River Watershed Management<br />

Unit of Portland. The aim of the model is to provide watershed<br />

practitioners, government agencies, NGOs, funding agencies<br />

and the ordinary citizens a simple, practical and flexible method of<br />

achieving sustainable watershed management using lessons<br />

learned from previous projects as well as other local and regional<br />

watershed initiatives. Hence, the Model is intrinsically <strong>Caribbean</strong> in<br />

nature.<br />

It is envisioned that this Model will be implemented on a wide scale,<br />

as it calls for the involvement of all stakeholders “pooling” together<br />

their limited resources to bring about the much needed rehabilitation<br />

of watersheds and this is definitely needed in these trying economic<br />

times. The strength of the model therefore lies in the ability<br />

of state agencies and communities to collaborate and deliver improvement<br />

in watersheds as seen in the case of the Drivers Watershed.<br />

It also provides a means of replication which eliminates overlapping<br />

or duplication of efforts. Further the Model is practical allowing<br />

an implementer to deliver initiatives on a phased basis until<br />

resources are available to implement the Model in its entirety.<br />

This paper outlines and examines the ten components of the GEF-<br />

IWCAM/NEPA Watershed Model which are as follows:<br />

1. Engaging the Community<br />

2. Governance Approach<br />

3. Reconnaissance of Resources<br />

4. Capacity Building through Training<br />

5. Established Indicators for Assessment and Evaluation<br />

6. <strong>Environmental</strong> Monitoring, Mitigation and Evaluation<br />

7. Capacity Building to Access External Funds for<br />

Community Project<br />

8. Developing Sustainable Livelihoods<br />

9. Capturing Lessons Learnt<br />

10. Broadcasting the Experience<br />

The mechanism by which the Model is to be implemented is by the<br />

use of a memorandum of understanding (MOU). The Secretariat<br />

for the Model would be the NEPA and the progress and use of the<br />

Model will be tracked and made available to all partner agencies<br />

as well as other interested parties. To date after the engagement<br />

of twelve (12) agencies, ten (10) have signed the MOU.<br />

Watershed Modeling in the <strong>Caribbean</strong>: Application of Geographic<br />

Information Systems in the Assessment and Management<br />

of Land-Based Sources of Marine Pollution by Marko<br />

Tosic<br />

Considerable documentation has been produced showing the<br />

degradation of marine environments caused by land-based<br />

sources (LBS) of pollution, the mitigation of which constitutes the<br />

mandate of the LBS Protocol of the Cartagena Convention. Effective<br />

management of these pollutants requires assessment of the<br />

various terrestrial sources of pollution and the overall loads of<br />

pollutants discharged to the marine environment. However, estimating<br />

pollutant loads may present a significant challenge without<br />

sufficient technical and financial resources, which is commonly the<br />

case in the Wider <strong>Caribbean</strong> Region (WCR). The application of<br />

geographic information systems (GIS) presents an efficient and<br />

cost-effective means for both managing an inventory of LBS of<br />

pollution and calculating estimates of effluent pollutant loads. GISbased<br />

watershed models allow users to predict the discharge of<br />

surface water runoff and the pollutants carried with it based on<br />

hydrological monitoring data and a GIS database of watershed<br />

characteristics. This paper reviews examples of watershed<br />

modeling done in the WCR and compares the models, data, and<br />

resources needed in the case of each example. This paper also<br />

presents the past and future GIS capacity building efforts of the<br />

Assessment and Management of <strong>Environmental</strong> Pollution (AMEP)<br />

Sub-Programme of the UNEP’s <strong>Caribbean</strong> Environment Programme<br />

and its GEF-funded Integrating Watershed and Coastal<br />

Areas Management in <strong>Caribbean</strong> Small Island Developing States<br />

(IWCAM) Project.<br />

Developing Integrated Water Resource Management in the<br />

Republic of Palau by Metiek Kimie Ngirchechol and Lynna Thomas<br />

Watershed management in the Republic of Palau has been constrained<br />

by the lack of effective mechanisms to integrate the diverse<br />

range of community interests in decision making. This is<br />

largely due to overlapping and fragmented efforts from numerous<br />

government agencies with responsibilities for land and water management.<br />

A burgeoning coastal tourism sector, overloaded wastewater<br />

and treatment infrastructure, and coastal water quality problems<br />

are driving demand for more streamlined delivery of water<br />

related services in Palau. This paper outlines initiatives to address<br />

this need through the adoption of Integrated Water Resources<br />

Management approaches in Palau which focus on “ridge to reef”<br />

and “community to cabinet” principles. The first step in this process<br />

has involved actions aimed at establishing effective crosssectorial<br />

collaboration at the national level, and the creation of<br />

efficient inter-linkages and feed back loops between national and<br />

community priorities and actions. These include the review and<br />

design of the policy and legal settings to facilitate<br />

FIFTH BIENNIAL CARIBBEAN ENVIRONMENTAL FORUM AND EXHIBITION<br />

27<br />

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