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Our ongoing research in Tanzania’s Dodoma region (Kishade project, see more info here) aims to evaluate how trees can protect agricultural workers from heat-related illnesses. For this, microclimate level data is important.
Therefore, we have developed a set of microclimate loggers to capture small changes over a set of small-holder farms. The loggers are positioned in different spots and distributed in a way that can describe the effect of agroforestry on the local climate. The loggers are built using consumer grade microcontrollers (similar to Arduino) and sensors (thermometers, hygrometers). We are testing different temperature sensors to explore what is the best option for microclimate monitoring, but also to allow us to carry out some cross-check and validations.
This data will help create detailed temperature maps of the study area, enabling us to understand how agroforestry practices influence local climate conditions. By understanding heat risks and local adaptation practices, the project will provide practical, evidence-based solutions for creating more resilient agricultural systems.
Read the full article here.
New Blog from Kishade Project: Zooming in, Monitoring Local Climates
04-02-2025
Our ongoing research in Tanzania’s Dodoma region (Kishade project, see more info here) aims to evaluate how trees can protect agricultural workers from heat-related illnesses. For this, microclimate level data is important.
Therefore, we have developed a set of microclimate loggers to capture small changes over a set of small-holder farms. The loggers are positioned in different spots and distributed in a way that can describe the effect of agroforestry on the local climate. The loggers are built using consumer grade microcontrollers (similar to Arduino) and sensors (thermometers, hygrometers). We are testing different temperature sensors to explore what is the best option for microclimate monitoring, but also to allow us to carry out some cross-check and validations.
This data will help create detailed temperature maps of the study area, enabling us to understand how agroforestry practices influence local climate conditions. By understanding heat risks and local adaptation practices, the project will provide practical, evidence-based solutions for creating more resilient agricultural systems.
Read the full article here.