Efecto de las características de las plantas y rasgos funcionales de la copa de árboles del neotrópico seco, sobre la transferencia de la lluvia y la captura de nutrientes.
mag（2012）
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canopy,chemical composition,productivity,forests,precipitation,sustainability,water,crop rotation,crossbreeding,planting,wildlife,dispersions,traps,biodiversity,irrigation,daylight,relative humidity,plant ecology,species,drainage,pigment,rainwater,evaporation,logging,latin america,animal breeding,measurement,cartography,pupas,runoff,water conservation,rangelands,animal husbandry,water balance,water harvesting,climatology,pupae,seed dispersal,water resources,pest control,sea water,soil classification,dispersion,pheromone traps,solar radiation,water supply,selection,crop yield,perennials,disease resistance,flight,simulation,desertification,planning,soil density,population dynamics,soil fertility,temperature,ethanol,humidity,plant anatomy,height,reclamation,soil conservation,soil fauna,winds,cyclones,sol,data analysis,insolation,pigments,climatic change,dry season,larvae,plant breeding,data processing,erosion,valuation,genetic markers,light,cyclone,ecosystems,social consciousness,hydrological cycle,leaching,methanol,soil water retention,evapotranspiration,groundwater,leaf area index,air temperature,plant protection
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