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Table 1 List of selected works describing automated high-throughput analysis to study plant stress responses

From: Automated phenotyping of plant shoots using imaging methods for analysis of plant stress responses – a review

Study Plant species Type of stress Type of the study Type of automated analysis Platform name/origin
Granier et al. 2006; [58] Arabidopsis drought-stress methodology RGB (top view) PHENOPSIS
Skirycz et al. 2011; [59] Arabidopsis drought-stress applied RGB (top view) WIWAM
Clauw et al. 2015; [60] Arabidopsis drought-stress applied RGB (top view) WIWAM
Tisné et al. 2013; [61] Arabidopsis drought-stress applied RGB (top view) PHENOSCOPE
Neumann et al. 2015; [26] barley drought-stress methodology RGB (multiple views) LemnaTec
Pereyra-Irujo et al. 2012; [62] soybean drought-stress methodology RGB (two-views) GlyPh (self-construction)
Honsdorf et al. 2014; [16] barley, (wild species) drought-stress applied RGB (multiple views) LemnaTec
Coupel-Ledru et al. 2014; [63] grapevine drought-stress applied RGB (multiple views) LemnaTec
Petrozza et al. 2014; [66] tomato drought-stress applied RGB (multiple views), hyperspectral NIR, SLCFIM LemnaTec
Harshavardhan et al. 2014; [67] Arabidopsis drought-stress applied RGB (top view), hyperspectral NIR LemnaTec
Bresson et al. 2013; [68] Arabidopsis drought-stress applied RGB (top view) PHENOPSIS
Bresson et al. 2014; [69] Arabidopsis drought-stress applied RGB (top view), TLCFIM PHENOPSIS
Chen et al. 2014; [64] barley drought-stress methodology RGB (multiple-views), hyperspectral NIR, SLCFIM LemnaTec
Fehér-Juhász et al. 2014; [19] wheat drought-stress applied RGB (multiple views), thermoimaging self-construction, semi-automated
Cseri et al. 2013; [65] barley drought-stress methodology RGB (multiple views), thermoimaging self-construction, semi-automated
Vasseur et al. 2014 [71] Arabidopsis heat-stress, drought-stress applied RGB (top view) PHENOPSIS
Rajendran et al. 2009; [73] wheat salt-stress applied RGB (multiple views) LemnaTec
Harris et al. 2010; [74] wheat, barley salt-stress applied RGB (multiple views) LemnaTec
Golzarian et al. 2011; [18] barley salt-stress methodology RGB (multiple views) LemnaTec
Schilling et al. 2014; [75] barley salt-stress applied RGB (multiple views) LemnaTec
Hairmansis et al. 2014; [76] rice salt-stress applied RGB (multiple views) SLCFIM LemnaTec
Chaerle et al. 2006; [77] tobacco biotic-stress methodology thermoimaging, TLCFIM self-construction
Poiré et al. 2014; [79] Brachypodium nutrient-deficiency methodology RGB (multiple views ) LemnaTec
Neilson et al. 2015; [80] Sorghum nutrient-deficiency methodology RGB (multiple views ), hyperspectral NIR LemnaTec
Chaerle et al. 2007; [81] bean nutrient-deficiency, biotic-stress methodology RGB (top view), thermoimaging, TLCFIM self-construction
Jansen et al. 2009; [37] Arabidopsis, tobacco drought-stress, chilling-stress methodology RGB (top view), KCFIM GROWSCREEN (self-construction)
Humplík et al. 2015; [20] pea, field cultivars cold-stress methodology RGB (multiple views), KCFIM PlantScreen
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Plant Methods

ISSN: 1746-4811