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Communal Land Titling and Tenure Systems in Mexico

     The Mexican Real property regime, in the eyes of the World Bank and many other governments and multilateral institutions, offers enormous potential as a model for other countries that confront the transition of from traditional and historic land tenure systems to one that is more individualized. It is believe that the example of Mexico, in particular, through its PROCEDE program offers enormous potential to reduce social conflict on the ground, and to open land markets and development possibilities that did not exist before. And as such, offering new economic possibilities to local populations in distinct jurisdictions and reducing the amount of rural-to-urban and transnational migration. Preliminary observations suggest, however, that this is not the case. The research proposed here will evaluate Mexico’s real property regime to determine the strength of the contract between society and owners that recognizes the preferential rights and correlated duties associated with the legal land tenure.

     Today, lands under these tenure systems are being privatized under the neoliberal reforms to the constitution and agrarian law, allowing private property rights to be incorporated into these social ownership systems, especially through the PROCEDE program.


Situating our analysis at the título (title) level, we will sample a diverse group of communal land titling practices combining geography and anthropology with participatory research mapping, GPS and GIS applications, and a comparative approach to understanding communal land titling practices.

Our primary research objective is to demonstrate the extent to which communal land titling practices influence tenure stability, social conflict, and the conservation in Mexico. We hypothesize that modern applications of communal land titling practices most often exacerbate social conflict and the destruction of natural resources. While these practices certainly protect some lands, they may open the rest of a given community’s land use or geographical area for exploitation, resulting in resource degradation and land conflict.

We will test our hypothesis by determining how communal land titling practices actually influence natural resource use and tenure stability. Our specific research objectives are to:

map
Community produced sketch maps
a.       Produce an inventory and overview of communal land titling practices used among indigenous/peasant communities in Mexico and the          Huasteca region.
b.      Document and evaluate how communal land titles are defined, delimited, and demarcated in the study area.
c.       Map and determine how the actual land use relates spatially to the titled area (titulo) for 20-40 sample communities.
d.      Assess how the titled areas (titulos) relate to other outside forces of land cover change and to the conservation of natural resources.
e.       Map and determine the relationships among the communal land title, land conflict, and land tenure stability of the sample communities.

Examine existing state policies concerning the communal titling of indigenous land and make future recommendations through the dissemination of our research results.
field
Local and student investigators locate parcels and other important geographic and land tenure features with GPS. And Student investigators conduct parcel/household questionnaires
land map
Property title map from a county cadastral office

Mexican Open Source Geographic Information Systems


Our specific research objectives are:

1) Construct a detailed metadata base concerning the information used and collected during the MOS-GIS project that will describe the content and quality of the unclassified FIS and digital spatial and statistical information in Mexico.
 
2) Identify and acquire the best available open source spatial and statistical georeferenced digital information, or in some cases build the relevant layers, to construct GIS base maps to show the interrelationships between indigenous settlement areas and topography, hydrology, climate, winds, geomorphology, soils, vegetation, protected areas, and land cover for display at community, multi-community, municipal, state, regional, and national levels.
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Georeferenced community maps,
converted to shapefiles


3) Construct a GIS inventory and overview of how communal land titles are defined, delimited, and demarcated the study area and how communal land titling and it privatization under PROCEDE is occurring among indigenous communities in Mexico with statistical and spatially specific examples at the local, regional, state, and national levels.
 
4) While Mexican public policy officials and administration pundits exclaim the benefits of neoliberal land privatization through the government PROCEDE program, we hypothesize that the recognition of individual land rights in indigenous communities exacerbates social conflict, out-migration, land transfer, and natural resource degradation, having broader potential consequences related to international security and defense issues. To test this hypothesis, we will use unclassified spatial and statistical information, together with results from the MPDS and participatory research projects mentioned above, to build the relevant layers for examining the interrelationship between PROCEDE privatization of land rights in indigenous communities and distinct social, economic, and environmental variables using GIS analysis by moving from a very large scale to a very small scale, from individual parcel polygons to the community, multi-community, state, regional, and national levels. The specific variables will be related to the privatization of indigenous communities’ lands will include, but not be limited to, land transfer, population size, migration, ethnicity, land use/land cover (forest, secondary regrowth, pasture, settled area), and other variables related to security and defense issues.

5) Examine existing state policies concerning the legalization of communal lands in indigenous areas of Mexico and make future recommendations through the dissemination of the MOS-GIS Project results