Search results for "olive yield"

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Olive Yield and Future Climate Forcings

2013

Abstract The rainfall reduction and the temperature increase forecasted for Mediterranean regions would likely increase the vegetation water stress and decrease productivity in rainfed agriculture. Olive trees, which have traditionally been grown under rainfed conditions, are one of the most characteristic tree crops from the Mediterranean not only for economical importance but also for minimizing erosion and desertification and for improving the carbon balance of these areas. In order to simulate how climatic change could alter soil moisture dynamics, biomass growth and fruit productivity, a water driven crop model is used in this study. The model quantitatively links olive yield to climat…

Mediterranean climateHydrologyOlive yield; climate change; crop modelmedia_common.quotation_subjectcrop modelSettore ICAR/02 - Costruzioni Idrauliche E Marittime E IdrologiaClimate changeOlive treesclimate changeDesertificationOlive yieldEvapotranspirationGeneral Earth and Planetary SciencesEnvironmental scienceClimate modelRainfed agricultureGeneral Environmental ScienceDownscalingmedia_commonProcedia Environmental Sciences
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Future Climate Forcings and Olive Yield in a Mediterranean Orchard

2014

The olive tree is one of the most characteristic rainfed trees in the Mediterranean region. Observed and forecasted climate modifications in this region, such as the CO2 concentration and temperature increase and the net radiation, rainfall and wind speed decrease, will likely alter vegetation water stress and modify productivity. In order to simulate how climatic change could alter soil moisture dynamic, biomass growth and fruit productivity, a water-driven crop model has been used in this study. The numerical model, previously calibrated on an olive orchard located in Sicily (Italy) with a satisfactory reproduction of historical olive yield data, has been forced with future climate scenar…

Mediterranean climatelcsh:TD201-500lcsh:Hydraulic engineeringcrop modelSettore ICAR/02 - Costruzioni Idrauliche E Marittime E IdrologiaGeography Planning and DevelopmentClimate changeVegetationAquatic ScienceBiochemistrystochastic downscalingclimate changelcsh:Water supply for domestic and industrial purposeslcsh:TC1-978EvapotranspirationClimatologyEnvironmental scienceClimate modelOrchardolive yieldWater contentWater Science and TechnologyDownscalingWater
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