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Projects in progress
        
The objective is to post a summary of your project so that you can showcase your innovations and achievements, and so that you can share your knowledge and experience with colleagues, including the opportunity for them to follow up on your summary with questions and comments via email.

These are applications in progress that have been posted by GISFish users. The aim is to facilitate and accelerate the exchange of current experience among practitioners on the use of GIS, remote sensing and mapping in inland fisheries and aquaculture.

 
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Web Resources  (1) Projects  (14)
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TitleReview of National Instruments for Aquaculture Development with a State level approach: Development of a GIS-based system for Michoacan, Mexico:
Key Personnel, disciplines, responsibilities and organizational affiliationsPh.D. student.Institute of Aquaculture. University of Stirling, Scotland, UK. - Principal Supervisor: Prof. Lindsay Ross: Professor of Aquatic Physiology. Head of GISAP group at the Institute of Aquaculture.
Contact personVictorPeredo Alvarez
Contact person's email
Entity responsible for the projectInstitute of Aquaculture. University of Stirling. Stirling. Stirlingshire. FK9 4LA. UK
Web page of the project or of sponsoring institution
Spatial Tool GIS
Aquaculture Issue Addressed Strategic planning for development
Main Environment Inland
Culture System Not specified
Organism Division (FAO ISSCAAP) Freshwater fishes
Water System All inland waters
Genera and SpeciesNot specified
Target Country MEXICO
Geographic scope of the projectMichoacan State, Mexico. Three major Basins of Central Mexico
Target AudienceAquaculturists, Goverment, Universities
Date of implementationMarch 2008
Expected date of completionMarch 2011
SummaryAquaculture development in Mexico requires robust and dynamic planning instruments for the future growth and regulation of the activity. There is considerable interest at national level in developing methodologies to manage aquatic resource use and there have been some attempts to implement this strategy at State level. The spatial context of decision making requires integration of tools into a GIS and this project sets out to establish and verify GIS models which are appropriate for the range of uses of Native fish species suitable for aquaculture, meeting with the CBD (Convention on Bio Diversity) and the UN Millennium goals.

Three major Basins of Central Mexico have being selected as Area of Study. The Basin of the Rio Balsas has the major drainage into the Pacific Ocean. Among other species, the Rio Balsas has one endemic specie of catfish (Ictalurus balsanus), which may have a very good potential for aquaculture. The basins of Rio Lerma and Santiago, are connected by the Lake of Chapala and historically they represent the most important water system in Mexico due to the grate amount of human settlements and native fish species.

GIS modelling tools will provide an excellent opportunity for developing a dynamic and realistic instrument for aquaculture planning in Mexico.

Keywords GIS; AQUACULTURE; PLANNING
  
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