Characterization of the aquatic environment
By planning and conducting field campaigns in which to take accurate information on the various components of the aquatic ecosystems: physical or hydromorphological component, whether of anthropogenic origin, water quality, defined as per its physical-chemical characteristics and structure and composition of the biological communities that are associated with these ecosystems.
High-resolution spatio-temporal hydrodynamic modeling
Of the interaction between the hydrological, hydraulic, meteorological and oceanic variables to define the physical behavior of a given body of water. Performing model nesting and coupling techniques and refinement techniques (downscaling), both dynamic and statistical.
High-resolution numerical water quality modeling
Of water transport and mixing for different physical, chemical and biological variables.
Diagnostics and Solutions in the aquatic environment
The combination of our extensive knowledge of natural processes, with a comprehensive understanding of our numerical models and the necessary data to configure, calibrate and verify them, allows us to issue a complete diagnosis of the water quality status of aquatic systems and to propose appropriate solutions that are environmentally responsible.
Evaluation of the physical, chemical, biological and/or ecological state in accordance with current regulations
Modeling of all types of dredging processes in real time during maritime construction
Determination of trophic status of water bodies
Analysis of the water quality of beaches and characterization of bathing water profiles
Quantification of greenhouse gases (GHG)
Identification of floating material build-up areas
Determination of water renewal time for typifying masses of water
Analysis of the effects of industrial discharges
Population dynamics of species
Implementation of a three-dimensional model of water quality in the Ituango hydroelectric project
An analysis of the future quality of the water in a reservoir and downstream of it will condition the various uses that can be carried out in its environment. In this project, an operating model was created that included the carbon, nitrogen and phosphorus cycles in the water body, allowing for the quantification of the associated GHG emissions during the lifespan of the reservoir.
Modeling of accumulative areas of “marine litter” in Place of Communitarian Interest (LICS) (CleanLICS)
Identifying areas where marine litter tends to accumulate is critical to efficiently mitigating this threat. The goal is to identify areas with a large build-up of marine debris in two sites of the Natura 2000 network on the Cantabrian coast (Spain) using numerical models for particle transport.
Study of the effects of sanitation on water quality from L´Albufera
Development of a hydrodynamic and eutrophication model of the lake and the coastal zone between Valencia and Cullera, including the definition of the hydrodynamic interrelationship of the lake and the outer sea, regulated by means of gates.
Shape of the environmental system and the public space with emphasis on the subsystem of the Laguna de los Patos, Cumaná, Venezuela
Develop an action plan to recover and environmentally protect the lagoon system of Laguna de Los Patos by taking into account social aspects and trying to generate public spaces by linking the urban drainage system to the lagoon to reduce the risk of flooding and preparing the area for use by residents and tourists.
Development of a spatial framework for integrated watershed management: 2010-2012. Ministry of Economy and Competitiveness.
Maintaining the network of gauges and ground stations and monitoring the preservation status of the fluvial ecosystems in the Picos de Europa National Park. 2015-2017. Inter-autonomic Consortium of the Picos de Europa National Park.
ANDRÉS GARCÍA GÓMEZ
Researcher || Water Quality Expert
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