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Mangroves in Ecuador: An application and comparison of ecosystem service models

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Burgess Qin Li MP.pdf
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Burgess Qin Li MP.docx
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Date
2015-04-21
Authors
Burgess, Paul
Li, Xiangyi
Qin, Siyu
Advisor
Vincent, Jeffrey R.
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Abstract
Mangroves provide an abundant supply of ecosystem services such as coastal protection, fish nursery, recreation, and carbon sequestration. After a severe loss of mangroves predominately due to shrimp farming from 1969 to 2000, Ecuador realized the importance of mangroves and their related ecosystem services. In response, the government’s interest grew to understand ecosystem services valuation (ESV) models that provide robust valuation for the ecosystem services(ES). Working with the Conservation Strategy Fund (CSF), this report identified and evaluated applicable ESV models, valued and mapped the ecosystem services values of Ecuadorian mangrove with ESV models. This report aims to calculate the value of ecosystem services of mangroves with the existing modeling tools. The following models were initially considered: InVEST, AIRES, MIMES, Co$ting Nature, EcoServ, LUCI, and SolVES. Each model is different, and therefore likely to generate a different valuation of ecosystem services for the same area. In addition, the report compared the variance within models for four different scenarios: status-quo, lose-all, reforestation, full-recovery. Results include both numerical information and highlight the usefulness of each different modeling tool. Based on results and analyses, suggestions are made on suitable ESV models for mangrove ecosystems, and decision support information are provided to Socio Manglar program of Ministry of Environment of Ecuador.
Type
Master's project
Department
Nicholas School of the Environment and Earth Sciences
Subject
Mangroves
Ecosystem Services
Ecosystem Service Valuation
Ecuador
Ecosystem Service Valuation Models
Ecuadorian Mangroves
Permalink
https://hdl.handle.net/10161/9597
Citation
Burgess, Paul; Li, Xiangyi; & Qin, Siyu (2015). Mangroves in Ecuador: An application and comparison of ecosystem service models. Master's project, Duke University. Retrieved from https://hdl.handle.net/10161/9597.
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This work is licensed under a Creative Commons Attribution-Noncommercial-No Derivative Works 3.0 United States License.

Rights for Collection: Nicholas School of the Environment


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