Abstract

Objective: This research was to formulate the Environmental Action Plan (PAA), as a strategy for the ecological restoration that describes the programs and projects on the basis of the ecosystem goods and services provided to communities living in the area of study; especially the Wayuu indigenous population. Materials and Methods: The identification of the stressors, constraints, goods and services, was established through secondary information; which was organized in a matrix of Excel. With the above, it identified and prioritized the issues that affect the estuarine ecosystem of the River Rancheria. The tool implemented for the analysis of causality was the array of Vester. With this we identified the critical issues that present a high level of causality. These include problems: Passive, indifferent, total liabilities and assets. Findings: The estuarine system of the river Rancheria is a natural resource that has a variety of living organisms on which they depend as a source of food and shelter. Presents numerous habitats such as mangroves, mudflats, wetlands and permanent and temporary lagoons; which give protection to the coastal areas and shelter for wildlife. Application: As a strategy for ecological restoration is proposed programs within the PAA are: Water quality, wildlife management, scientific research, biological monitoring and management and follow-up. In the ecoregion identified the main problems, pressures and threats that are intimately related to the nature of the wetland, and their environments. Palabras claves: Ecological Restoration, Environmental Action Plan, Estuary of the River Rancheria, The Wayuu Indigenous Community

Highlights

  • The relationship between humans and the environment introduces changes in the coverage and watersheds; the man is a transforming agent of such ecosystems and has strongly influenced the change of the global environment[1,2]

  • There are actions aimed at the management and control of pollution of its waters by mineralization and organic matter; control and monitoring of physical-chemical variables in the delta; biological monitoring; scientific research, knowledge generation and dissemination; and management and follow-up (Table 6)

  • At the present time the indices used as indicators of water quality presented as a viable option for the interpretation of the ecological quality based on variables physical, chemical and biological monitoring programs, due to the different variables are combined to generate a value that can be interpreted by both experts and the community in general

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Summary

Introduction

The relationship between humans and the environment introduces changes in the coverage and watersheds; the man is a transforming agent of such ecosystems and has strongly influenced the change of the global environment[1,2]. In accordance with the problems that affect ecosystem stability identified are the natural origin (herbivory, infestation by parasites natural origin, coastal erosion, storms, strong winds, a shortage of fresh water sources and water deficit), removal (selective logging and intensive), change the hidroperiodo (variation in the hydric dynamics), pollution (solid waste, dumping of sewage, agricultural and livestock products, land-use changes (expansion border unplanned urban and tourism, social conflict: social conflicts and land tenure, deforestation (watersheds, fragmentation and destruction of forests and salinization (increase of the sub-saline and hipersalinizacion)[3,4,5,6] These problems as identified make the possibilities of development and evolution of the estuarine ecosystem of the river Rancheria are low due to the limitations of natural character, anthropogenic as that in the study area live 2500 people of low economic resources and live in precarious conditions and possibly increase the pollution due to the lack of an efficient system of basic sanitation[7]. Mangrove forests as functional structure of the coastal areas give answers of accommodation to the variability, due to the fact that they develop a key role in the stability of the coast line, persistence of habitats, biodiversity, ecosystem metabolism, reduction of risk and uncertainty for the sustainable development of resources[1]

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