Embedded Files
EGU 2021
EGU 2021
1.A Machine Learning Sustainable Development Goals Model for Water Resources Serious Gaming. Case Study: Combeima River, Colombia. Laura Viviana Garzon Useche , Karel Aldrin Sánchez Hernández , Gerald Augusto Corzo Pérez , and German Ricardo Santos Granados. EGU21-13929
2.Natural Language Processing In Integrated Water Resources Management. Case Study: Three Bolivian River Basins Camilo Andres Gonzalez Ayala , Santiago Duarte Prieto , Ana Escalera , Gerald Corzo Perez , Hector Angarita , and German Santos Granados. EGU21-13198
3.Spatiotemporal and Synchronous Monitoring of Drought in the Dry Corridor of Central America Karel Aldrin Sanchez Hernandez , Gerald Augusto Corzo Perez , and German Ricardo Santos Granados.EGU21-13870
EGU2020
EGU2020
1.Evaluation of the spatio-temporal development of hydrological droughts and its sensitivity to the choice of different parameters of the hydrological model. Case study: Magdalena-Cauca River basin - Colombia” Gerald Corzo , Juan Manuel Cotrino, Fabio Aguilar y Germán Santos EGU2020-22037.
2. Determination of particle transport patterns in a high mountain river influenced by the construction of reservoirs, using particle tracking techniques and hydrodynamic modeling, case study: Río La Miel”. German Santos, Jordi Palacios, Gerald Corzo, Jorge Escobar EGU2020-11729.
3. Forecasting landslides using a spatiotemporal analysis of remote sensing data Carlos Alfredo Mesa, Germán Santos, Gerald Corzo EGU2020-17972.
4. Modelling the responses of extreme events hydrometeorological events in the landslides and floods of the Combeima river basin Laura Viviana Garzon Germán Santos, Gerald Corzo EGU2020-12287.
5.Determination of The Optimal Guide Curve For A Reservoir, Case Study Copa Dam, Boyacá. Felipe Sierra, Jorge Sanabria, Germán Santos, Gerald Corzo EGU2020-12572
6.Evaluation of the retention capacity of Pb and Cu in technosoils of Sustainable Urban Drainage Systems (SUDs) in Bogota, Colombia. Karel Aldrin Sanchez Hernandez, Rafael Angulo, Catalina Lozada y Germán Santos. EGU2020-1056
Día del Ingeniero Universidad Cooperativa de Colombia - Sede Ibagué-Espinal
Día del Ingeniero Universidad Cooperativa de Colombia - Sede Ibagué-Espinal
The School and the IHE Delft Institute in the Netherlands will update professionals from eight countries on information and communication technologies (ICT) for water resources and invites them to participate in the open seminar "Hydroinformatics for water resources sustainability: a future perspective with the reality of Covid 2021".
Data science competition
In recent years, the development of Hydroinformatics technologies has grown around the world, in parallel with the great challenges in the management of water resources. Therefore, it is necessary to start promoting the development of technologies focused on improving the sustainable management of our water resources and motivate the realization of activities focused on this topic. For this reason, the Colombian School of Engineering Julio Garavito with the collaboration of the IHE Delft Institute for Water Education (IHE Delft), The Nature Conservancy (TNC), and the Stockholm Environment Institute (SEI), present the competition "Connect with the Magdalena River". This activity aims to promote the participation of people with ingenuity in the creation of technological tools, articulated to the environmental reality and sustainability of our watersheds.In this way, and through this space, the generation of solutions that may include new technologies for measurement, modeling, analysis, and/or development of free software that help improve the management of the Magdalena River in any of its problems is promoted.
Workshop en Recursos Hidráulicos e Hidrosistemas
Workshop en Recursos Hidráulicos e Hidrosistemas
AGUA 2018
AGUA 2018
1.HiWEB Herramienta informática en línea, para la evaluación de la asignación de agua en cuenca. Ximena Lemaitre, Germán Santos, Gerald Corzo
2. :Comparación cualitativa entre dos metodologías holísticas para la cuantificación de caudales ambientales en Colombia . Yesica Rodriguez Blasquez, Germán Santos, Gerald Corzo.
3. Actualización y validación de un modelo hidrológico distribuido en la cuenca del río Brugga mediante PCRASTER python framework. Nicolás López, Germán Santos, Gerald Corzo.
4. Construcción de un modelo numérico hidrodinámico implementando soluciones basadas en la naturaleza con el software delft3d para la parte alta de la cuenca del río Bogotá (Villapinzón). Gerald Corz, Jordi Palacios, Germán Santos.
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