Here are research papers that have used the MIC-100 high-speed photosynthesis rate measuring device. Click a title to open the paper PDF.
- Waterlogging Priming at Tillering Stage Confers Stronger Tolerance to Wheat Plants Waterlogged During Anthesis Prof. Wataru Tsuji et al., Faculty of Agriculture, Tottori University →
- Large-Scale Photosynthesis Measurement of Rice Leaves Throughout the Growing Season Successfully Achieved (PDF in Japanese) Tokyo University of Agriculture and Technology, Ibaraki University →
- Genome-Wide Association Study of Leaf Photosynthetic Rate Using a Japonica Rice Variety Panel (PDF in Japanese) Crop Science Society of Japan, 254th Meeting Abstracts →
- Leaf-Level Photosynthesis Measurement of Tropical and Subtropical Fruit Trees Using a Closed, Rapid Photosynthesis Measuring Device (PDF in Japanese) Tropical Agriculture Research, Vol. 15, Extra Issue 2 →
- Improvement and Validation of a Rice Leaf Photosynthetic Rate Prediction Model Using Field Transcriptome Data (PDF in Japanese) Crop Science Society of Japan, 254th Meeting Abstracts →
- Development of a Device for Rapidly Measuring Leaf Photosynthetic Activity (PDF in Japanese) Kyoto University et al. →
- BUCKWHEAT GROWTH AND PHYSIOLOGY AS AFFECTED BY SOWING Assoc. Prof. Tomohiro Kondo et al., Graduate School of Agriculture, Kyoto University →
- Effects of Drought Stress on Flower Number in 'Summer Queen' Passion Fruit Assoc. Prof. Tomohiro Kondo et al., Graduate School of Agriculture, Kyoto University →
- EFFECTS OF SODIUM HYDROSULFIDE ON PHYSIOLOGICAL RESPONSES IN A SALT-TOLERANT SOYBEAN GENOTYPE 'AGS313' UNDER SALINE CONDITIONS Assoc. Prof. Tomohiro Kondo et al., Graduate School of Agriculture, Kyoto University →
- Soil Drying Can Reduce Yield and Cause Delayed Leaf Senescence ("Green Stem Syndrome") in Tamba Dainagon Adzuki Beans (PDF in Japanese) Japanese Journal of Crop Science, Vol. 92, No. 2 →