Open Data Journal for Agricultural Research · 2017 · 15 citations · 27 references
AgricultureCrop SciencesPlant SciencesCrop ModelingCrop PhysiologySoil ScienceCarbon Dioxide EnrichmentCereal Crop PhysiologyCrop-environment InteractionsNitrogen NutritionSoil-plant-atmosphere InteractionsYield PredictionCo2 Fertilization EffectCrop Response PredictionMicroclimatic ChangeNitrogen Effects On YieldNitrogen Fertilizer ManagementSpecific Leaf AreaWheat CultivationYield Response To Carbon Dioxide Enrichment
Four free-air CO2 enrichment (FACE) experiments were conducted on wheat (Triticum aestivum L. cv. Yecora Rojo) at Maricopa, Arizona, U.S.A. from December, 1992 through May, 1997. The first two were conducted at ample and limited (50% of ample) supplies of water, and second two at ample (350 kg N ha-1) and limited (70 and 15 kg N ha-1) supplies of fertilizer nitrogen. More than 50 scientists participated, and they collected a large and varied set of data on plant, soil, and microclimatic responses to the elevated CO2 and its interactions with the water and N treatments. The dataset has been popular with wheat growth modelers who have utilized the growth, yield, and other data to validate their models, which get used to predict likely future wheat productivity with projected global change. The dataset assembled herein contains many of these data, including management, soils, weather, physiology, phenology, biomass growth, leaf area, yield, quality, canopy temperatures, energy balance, soil moisture, nitrogen assimilation, and other data. Data access via DOI 10.7910/DVN/YRTQ3Z.
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Measuring Wheat Senescence with a Digital Camera
F. J. Adamsen, Paul J. Pinter, Edward M. Barnes et al. · Crop Science · 1999 · 248 citations
Nitrate assimilation is inhibited by elevated CO2 in field-grown wheat
Arnold J. Bloom, Martin Burger, Bruce A. Kimball et al. · Nature Climate Change · 2014 · 218 citations