| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 4478982 | Agricultural Water Management | 2013 | 7 Pages |
Abstract
⺠Higher irrigation regimes resulted in higher LAI and more photosynthetically active leaves. ⺠Harvest index and leaf-level WUE (A/E) were higher at the higher irrigation regimes. ⺠Early flowering cultivar showed higher yield than the late flowering cultivar. ⺠No difference was found at the physiological traits between the two cultivars. ⺠Tleaf â Tair can be used as a threshold indicator of water stress conditions in bean.
Keywords
A/gsPDBδtIrrigation levelsSPADPhaseolus vulgaris L.HSWδ13CWUEA/EIrrigationWater useWater use efficiencyinstantaneous water use efficiencyPhotosynthetically active radiationEvaporationPan evaporationcarbon isotope discriminationanalysis of varianceANOVAParDroughtIntrinsic water use efficiencyHarvest indexLeaf area indexLAISeed yieldintercellular CO2 concentrationNet assimilation ratetranspiration rateCarbon isotope ratioStomatal conductance
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Authors
E. Ninou, J.T. Tsialtas, C.A. Dordas, D.K. Papakosta,