Modelamiento de nicho potencial de anidación para Rhynchopsitta pachyrhyncha: maxent. Contribución a la conservación de la cotorra serrana occidental (Rhynchopsitta pachyrhyncha) mediante la caracterización y modelación de sitios potenciales de anidación en la Sierra Madre Occidental, México.

Cruz Maldonado N N,N N Cruz Maldonado,R Guillen,J Faustino,S Velasquez,Hortensia Solis,R I Guillen Zelaya,I Venegas Gamboa, J U Haufe,H Solis Bolanos,J A Cuevas Marin, Jose De Gracia Gabriela Cuevas, J A Goitia,L N Madrigal Obando,J M Goitia Antezana, H W Fassbender, G E Arguello Rodriguez, T Burgos, Ires Paula De Andrade Miranda,M De Los A Martinez,Moraima Suris,R Oreamuno Vega,W Murillo Montero,J J Chacon Solano

mag（2011）

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water resources,linear programming,runoff,forest management,fluid mechanics,fauna,sol,agroforestry,calcio,endangered species,simulation,crop yield,calcium,biomass,potassium,aluminium,magnesium,environmental protection,cycling,windbreaks,mineralization,hydrology,forecasting,height,natural resources,translocation,agroecosystems,organic matter,flood control,hydraulic structures,ecosystems,leaching,tropical crops,flooding,water balance,hedges,land use,magnesio,agriculture,shifting cultivation,water power,watershed management,mathematical models,precipitation,land management,nitrogen cycle,phosphorus,simulation models,nitrogen,biological competition,cout,plant litter,evapotranspiration,hydrological cycle,sustainability,growth,carbon dioxide

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