2018Effect of the landscape matrix condition for prioritizing multispecies connectivity conservation in a highly biodiverse landscape of Central Mexico (Correa Ayram, Camilo A.; Mendoza, Manuel E.; Etter, Andrés; Pérez-Salicrup, Diego R.), In Regional Environmental Change, 2018.
Participatory Mapping and Participatory GIS for Historical and Archaeological Landscape Studies: a Critical Review (Álvarez Larrain, Alina; McCall, Michael K.), In Journal of Archaeological Method and Theory, 2018.
Flood susceptibility in rural settlements in remote zones: The case of a mountainous basin in the Sierra-Costa region of Michoacán, Mexico ( González-Arqueros, M. Lourdes; Mendoza, Manuel E.; Bocco, Gerardo; Solís Castillo, Berenice), In Journal of Environmental Management, 2018.
Climatic response of Pinus cembroides Zucc. radial growth in Sierra del Cubo, Guanajuato, Mexico ( Carlón Allende, Teodoro; Mendoza, Manuel E.; Villanueva Díaz, José; Li, Yanmei), In Trees - Structure and Function, 2018.
Ch’ol nomenclature for soil classification in the ejido Oxolotán, Tacotalpa, Tabasco, México ( Sánchez-Hernández, Rufo; Méndez-De la Cruz, Lucero; Palma-López, David J.; Bautista-Zuñiga, Francisco), In Journal of Ethnobiology and Ethnomedicine, volume 14, 2018.
Has (even Marxist) political ecology really transcended the metabolic rift? ( ), In Geoforum, volume 92, 2018.
Community-Based Monitoring in Response to Local Concerns: Creating Usable Knowledge for Water Management in Rural Land ( ), In Water, volume 10, 2018.
Modeling biophysical and anthropogenic effects on soil erosion over the last 2,000 years in central Mexico ( ), In Land Degradation & Development, volume 29, 2018.
Erosion prediction models recreate past scenarios, assess future ones, and determine the best explanatory variables of the soil erosion process. They are widely used and contribute valuable data for landscape management. This paper presents an estimation of soil erosion in the Teotihuacan Valley Basin in central Mexico, assessing its response to biophysical and anthropogenic components during 4 periods within the past 2,000 years. The valley has undergone past and recent anthropogenic erosion and, during the past 2 millennia, has experienced a marked variation in precipitation, variations in land use, soil management, and to a lesser extent, variations in soil type. With the use of the Water Erosion Prediction Project model, we estimated how the above‐mentioned parameters affect soil losses under 4 scenarios: (a) humid conditions (900 mm yr−1) during the Teotihuacan Period (1–650 CE), (b) dry conditions (370 mm yr−1) during the Aztec Period (1325–1521 CE), (c) humid conditions (900 mm yr−1) during the Aztec Period, and (d) present conditions (after 1970 CE; 560 mm yr−1). Comparison of scenarios and a principal component analysis of soil loss according biophysical components showed topography to be the most closely related parameter to soil erosion. Land use and soil type also showed a relationship with soil erosion, particularly during the Aztec Period; climate change did not appear to be the most significant factor in soil loss. Estimation of soil erosion by means of models is an inexpensive way to find answers to future challenges concerning soil erosion in a changing environment.
Quantifying active and passive restoration in Central Mexico from 1986–2012: assessing the evidence of a forest transition ( ), In Restoration Ecology , volume 26, 2018.
Climatic Signal in Earlywood and Latewood in Conifer Forests in the Monarch Butterfly Biosphere Reserve, Mexico ( ), In BioOne Complete, volume 74, 2018.
Evidence of small ferrimagnetic concentrations in mice (Mus musculus) livers and kidneys exposed to the urban dust : A reconnaissance study ( ), In Geofísica Internacional, volume 57, 2018.
Application of multiple proxies in Mexican tropical coasts to prove evidence of tsunami deposits ( ), In Geofísica Internacional, volume 57, 2018.
Predicting above ground forest biomass with topographic variables in human-impacted tropical dry forest landscapes. ( ), In Ecosphere , volume 9 (1): 1-20, 2018.
2017Peri-urban local governance? Intra-government relationships and social capital in a peripheral municipality of Michoacán, Mexico ( ), In Progress in Development Studies, volume 17, 2017.
Percepción del cambio climático en comunidades campesinas de la Reserva de la Biosfera La Encrucijada, Chiapas, México ( ), In Cuadernos Geográficos, volume 56, 2017.
Clasificación y cartografía de suelos del estado de campeche, méxico ( ), In Agroproductividad, volume 10, 2017.
Actualización de la clasificación de suelos de tabasco, méxico ( ), In Agroproductividad, volume 10, 2017.
Magnetic and pedological characterisation of a paleosol under aridic conditions in Spain ( ), In Studia Geophysica et Geodaetica, volume 62, 2017.
Carbon emissions from dryland shifting cultivation: a case study of Mexican tropical dry forest ( ), In Silva Fennica, volume 51(1B):1553, 2017.
Propiedades magnéticas y color de polvo urbano como indicadores PROXY de contaminación por metales pesados ( ), In Latinmag Letters, volume 7, 2017.
El aumento magnético en los polvos urbanos de Murcia como Metodología PROXY en la identificación de las zonas contaminadas ( ), In Latinmag Letters, volume 7, 2017.
Propiedades magnéticas y concentración de Cd , Cu , Cr , Fe , Pb Y Zn (
Estudio magnético de material particulado de vialidades urbanas con diferente tipo de transporte ( ), In Latinmag Letters, volume 7, 2017.
The prospects of terrace agriculture as an adaptation to climate change in Latin America ( ), In Geography Compass, volume 11, 2017.
Hierarchical procedure for creating local typologies for riparian zone research and management based on biophysical features ( ), In Physical Geography, Taylor & Francis, 2017.
Agricultural Land Use Change after NAFTA in Central West Mexico ( ), In Land, Multidisciplinary Digital Publishing Institute, volume 6, 2017.
Potential Distribution of Mountain Cloud Forest in Michoacán, Mexico: Prioritization for Conservation in the Context of Landscape Connectivity ( ), In Environmental Management, volume 60, 2017.
Retrieving air humidity, global solar radiation, and reference evapotranspiration from daily temperatures: development and validation of new methods for Mexico. Part III: reference evapotranspiration ( ), In Theoretical and Applied Climatology, 2017.
Digital soil map of Quintana Roo, Mexico ( ), In Journal of Maps, Taylor \&\ Francis, volume 13, 2017.
How social capital enables or restricts the livelihoods of poor peri-urban farmers in Mexico ( ), In Development in Practice, Routledge, volume 27, 2017.
Cambio de cobertura y uso de suelo en cuencas tropicales costeras del Pacifico Central Mexicano ( ), In Investigaciones Geográficas, 2017.
Are changes in remotely sensed canopy cover associated to changes in vegetation structure, diversity, and composition in recovered tropical shrublands? ( ), In Plant Ecology, volume 218, 2017.
Índices de sorción de metales pesados en suelos urbanos : el caso de Morelia , Michoacán ( ), In Boletín de la Sociedad Geológica Mexicana, volume 69, 2017.
Magnetic and pedological characterisation of a paleosol under aridic conditions in Spain ( ), In Studia Geophysica et Geodaetica, 2017.