Use patterns and stomatal dynamics in response to terminal drought

HIGHLIGHTS

SUMMARY

    As in most plants, drought leads to reduced photosynthetic rates in beans, thereby slowing or hindering the accumulation of biomass and plant growth (Farooq et_al, 2016; Mathobo et_al, 2017; Nadeem et_al, 2019). Because leaf temperature also affects transpiration rate, stomatal opening, and therefore water use (Lopes and Reynolds, 2010; Pinto and Reynolds, 2015; Rao et_al, 2017), and consequently WUE (Cornic and Ghashghaie, 1991; Lin et_al, 2012; Dusenge et_al, 2019), there are other WUE determination techniques at plant level that consider 13C discrimination and plant infrared thermography (Merlot et_al, 2002; Easlon et_al, 2014; Polania et_al . . .

     

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