Linking plant strategies and ecosystem function: an assessment of the contribution of biodiversity to neotropical grassland productivity.
mag(2011)
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plant breeding,agroforestry,burning,poaceae,environmental degradation,molecular biology,quality of life,weight,adaptation,soil compaction,biology,landscaping,scrublands,agroecosystems,cycling,data collection,desertification,population dynamics,root systems,nutritional requirements,water resources,lepidoptera,dry season,habitats,overgrazing,waterlogging,shifting cultivation,epidemiology,minimum tillage,saline soils,herbaceous plants,afforestation,evaluation,endangered species,habitat,hay,tropical zones,varieties,fire ecology,community development,hedges,nitrogen,forests,plant ecology,soil management,organic matter,computer applications,reclamation,simulation models,environment,fertilisation,groundwater,nitrogen cycle,rangelands,deforestation,ecosystems,halophyte,irrigation,plant anatomy,riparian vegetation,photosynthesis,plant litter,poverty,productivity,controlled burning,sowing,species,biomass,land use,selection,vegetation,nutrients,scrub,wetlands,growth,plant physiology,riparian zones,tropics,nitrogen fixation,plant communities,forage,population ecology,social welfare,sustainability,biodiversity,chemical composition,indigenous knowledge,forest management,natural resources,profit,seed,soil fertility,wildlife,photosynthese,weed control,primary productivity,production,biogeography,halophytes,seasonal variation,hydrology,sol,zero tillage,biological control,pest control,resource management,wet season,animal husbandry,degradation,temperate rain forests,ph,diversification,erosion,fisheries,regeneration,temperate forests
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