La degradación del suelo por erosión hídrica en cultivos de granos básicos y café en la microcuenca Torjá, cuenca del río Grande de Zacapa, Guatemala.
mag(2012)
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hedges,plant protection,soil fertility,genetic variation,economic growth,inoculation,soil types,tourism,agroecosystems,botany,shifting cultivation,vegetation,environmental degradation,flora,weed control,erosion,water resources,appropriate technology,precipitation,climatic change,ecosystems,mutation,productivity,soil degradation,subsistence farming,biodiversity,forage,indigenous knowledge,natural resources,poverty,reforestation,crop rotation,pesticide,varieties,crops,diversification,dominant species,trace elements,ethnobotany,economic development,poaceae,agricultural economics,landscape,soil analysis,plant breeding,crop yield,landslides,organic matter,pest control,rain forests,watershed management,exportation,pollination,population density,seed,ornamental plants,soil organic matter,nature reserves,adaptation,biological competition,demand,irrigation,strip cropping,carbon,pollinators,degradation,domestication,fertilisation,greenhouse gases,planting,crossbreeding,ethnic groups,agriculture,food security,marketing,agroforestry,nutrients,profitability,cash crops,biotechnology,identification,symbiosis,root systems,animal husbandry,pesticides,sustainable development,land use,plant physiology,soil management,technology,sol,organic agriculture,plant ecology,quality controls,simbiosis,plant anatomy,temperature,forests
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