RESEARCH
Unique customized solutions are found through combination of science, engineering and technology.
Unique customized solutions are found through combination of science, engineering and technology.
ABOUT US
RED YAKU specializes in developing science-based research and engineering-based solutions for environmental and earth processes. Our methodologies range from field-, experimental-, remote sensing-, computational-, and theoretical-based applications of the state-of-the-art engineering concepts and technology.
RESEARCH
Our expert staff applies top-notch research to help understand natural processes and predict future impacts on water and the environment.
EDUCATION
We develop engineering-based courses for continuing education and academic tours for students from middle, high school, and universities. Customized courses and academic tours are also available for the general public.
INNOVATION
Our team not only uses state-of-the-art environmental technology but also develops customized solutions (i.e. lower costs and specific requirements for complex landscapes).
SERVICES
Our services include a physical description of environmental flows and hydraulic structures, science-based solutions to environmental issues, and the interaction of different disciplines to understand environmental and Earth surface processes.
News and events
Published article: Understanding the hydrogeomorphology of the Tigre River (Peru)
Cover figure: Bed morphology in the Tigre River, Peru. Figure from Abad et al. (2023) In our publication, “Hydrogeomorphology of Asymmetric Meandering Channels: Experiments and Field Evidence”, we described the three-dimensionality of the water flow and the bed morphology pattern of the Tigre River, very close to its confluence with the Marañon River, Peru. In […]
Read More
Published article: Modeling neck cutoff in the Ucayali River (Peru)
Cover figure: Extracted from Li et al. (2023) In our recent publication, “High-resolution modeling of meander neck cutoffs: laboratory and field scales”, we presented a morphodynamic model capable of simulating neck cutoffs for laboratory and large river systems. The model was applied to the neck cutoff (near Huáscar, Holland, and Cashiboya towns) along the Ucayali […]
Read More
Neck cutoffs may affect the town of Jenaro Herrera in the Ucayali River (Peru)
Cover figure: Potential neck cutoff mechanisms for the Ucayali River near Jenaro Herrera town. Figure from Abad et al. (2022) In our publication, “Planform Dynamics and Cut-Off Processes in the Lower Ucayali River, Peruvian Amazon”, we describe two potential mechanisms for the occurrence of neck cutoffs near the town of Jenaro Herrera in the Ucayali […]
Read More