In-person event.
| Syllabus | Speaker |
| Climate behavior in the Cauca River Valley and climate outlook. Rainfall behavior in the first quarter of 2025. Prediction verification for May precipitation in the Cauca River Valley. Rainfall map from the previous day and current alerts (IDEAM). Behavior of the Madden & Julian Wave. Conditions in the Pacific Ocean: El Niño/La Niña events. | Diana Guzman |
| Behavior of factors associated with performance 2025-I. Productivity indicators. Rainfall behavior, quarter 1, 2025. Performance factors, quarter 1, 2025. Productivity projections, 2025. | Hector Chica Cenicaña |
| Agroindustry Maturity Indicators 2025-I The ripened area increased in 2025-1 compared to previous years. In the first quarter of 2025, physiological regulators were applied to 77% of the total harvested area. The use of physiological regulators continues to benefit yield, with a 0.7% increase in marketable yield. In the first quarter of 2025-1, the CC 05-430 variety accounted for 32.1% of the harvested area. In 2025-1, Trinexapac-ethyl was the most widely used physiological regulator, applied to 84.6% of the area. | Aura Mercedes Cepeda Cenicaña |
| Effect of SugarMax application timing on TCH, TAH and sugar concentration in sugarcane crops. Trials in Guatemala. Application timing trials in Guatemala. TCH per untreated control trial. Δ sugar concentration (kg sugar/ton harvested). Δ harvested mass (ton/ha). Δ sugar yield (ton/ha). Conclusions – Application timing. | Max Villalobos. Sumitome Chemical |
| Field experience with alternative physiological regulator mixtures to enhance sucrose. Methodology. Effect of ripening agents on yield. Gain during the ripening period. Harvest results. Conclusions. | Diana Rodriguez. Carmelite |
| Technical progress: ABA response as a physiological regulator in sugarcane under conditions of the Cauca River Valley. At a dose of 64 g/ha, the active ingredient responded favorably to high rainfall, totaling 430.8 mm in 12.6 weeks. ABA at 80 g/ha did not generate a pre-ripening response under high rainfall conditions, totaling 473.4 mm in 15 weeks. ABA at 20 and 40 g/ha, in a single regimen, did not generate a ripening response 8 weeks after application under high rainfall, totaling 320 mm in 15 weeks. | Aura Mercedes Cepeda Cenicaña |
