Understanding crop development at scale, without the constraints of fieldwork.

Find out how Agroscope, Switzerland’s federal agricultural research institute, transformed the way it studies wheat senescence and phenology by deploying Tikee-based PhenoCams across multi-environment trials.

Between 2020 and 2023, researchers compared traditional on-site visual assessments, multispectral drone imagery, and automated Tikee cameras to evaluate how each method performs when monitoring complex biological processes such as aging, stress response, and growth stages.

Their goal? To build a reliable, reproducible, and cost-effective workflow for monitoring crop development across numerous locations simultaneously — a crucial challenge as climate variability increases and phenological events become harder to predict.

⮕ Download the case study to explore how Tikee enables continuous high-resolution monitoring, reduces the need for repeated site visits, and provides scientifically robust data across entire seasons.

A foretaste of what you're about to discover:

• Why traditional field observations are increasingly insufficient for large-scale, multi-site agronomic research.

• How Tikee automates image capture with high temporal resolution while operating fully off-grid.

• How Agroscope validated the scientific reliability of Tikee as PhenoCams, with good correlations compared to reference methods

• How automated monitoring reduces operational costs and logistical complexity over multi-year studies