Highlights•Digital phenotyping technologies support characterization of crop resistance
against plant pathogens.•Recent studies investigated specific resistance reaction or disease …

Plant phenotyping enables noninvasive quantification of plant structure and function and
interactions with environments. High-capacity phenotyping reaches hitherto inaccessible …

Automated high-throughput plant phenotyping (HTPP) enables non-invasive, fast and
standardized evaluations of a large number of plants for size, development, and certain …

Plant phenomics bridges the gap between traits of agricultural importance and genomic
information. Limitations of current field-based phenotyping solutions include mobility …

Field phenomics has been identified as a promising enabling technology to assist plant
breeders with the development of improved cultivars for farmers. Yet, despite much …

Understanding the interaction of plant growth with environmental conditions is crucial to
increase the resilience of current cropping systems to a changing climate. Here, we …

The impact of drought on wheat (Triticum aestivum L.) production is shown, using an
example data set of almost 60 yr from six climate‐specific regions in Poland. Drought was …

Reflected light carries ample information about the biochemical composition, tissue
architecture, and physiological condition of plants. Recent technical progress has paved the …

Accurately identifying the phenology of summer maize is crucial for both cultivar breeding
and fertilizer controlling in precision agriculture. In this study, daily RGB images covering the …

Chlorophyll fluorescence (ChlF) is a powerful non‐invasive technique for probing
photosynthesis. Although proposed as a method for drought tolerance screening, ChlF has …