Field measurements
We are introducing KaRaL, a portative gas exhange measuring device, that enables you to measure momentary stomatal conductance and photosynthesis in field conditions. It is built with the purpose of measuring multiple leaves in sequence within a short time span to acquire the average for a certain plot. This method allows for increased throughput in large-scale field gas exchange experiments. The next goal is to develop a new generation gas analyzer for KaRaL to further improve its portability. The device is being developed in collaboration with the University of Tartu and its patent is pending.
We are introducing KaRaL, a portative gas exhange measuring device, that enables you to measure momentary stomatal conductance and photosynthesis in field conditions. It is built with the purpose of measuring multiple leaves in sequence within a short time span to acquire the average for a certain plot. This method allows for increased throughput in large-scale field gas exchange experiments. The next goal is to develop a new generation gas analyzer for KaRaL to further improve its portability. The device is being developed in collaboration with the University of Tartu and its patent is pending.
We are introducing KaRaL, a portative gas exhange measuring device, that enables you to measure momentary stomatal conductance and photosynthesis in field conditions. It is built with the purpose of measuring multiple leaves in sequence within a short time span to acquire the average for a certain plot. This method allows for increased throughput in large-scale field gas exchange experiments. The next goal is to develop a new generation gas analyzer for KaRaL to further improve its portability. The device is being developed in collaboration with the University of Tartu and its patent is pending.
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