# data[].attributes.body
The objective of this work is to develop a model capable of simulating the interaction and influence of tributaries in a drainage basin over the main river with respect to water quality parameters.

# data[].attributes.body
- Optimization of tools in water quality modeling.
- Monitoring of water quality in hydrographic basins.
- Generation of knowledge to assist in decision making.

# data[].attributes.body
Modeling the influence of tributaries water quality on the main river.

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Different soil uses have the potential to interfere in the hydrological regime of hydrographic basin. An increase in forest cover implies greater water infiltration into the soil and also greater water interception by tree leaves. Therefore, the runoff tends to decrease, as well as the flows observed in the rivers.

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- Use and soil occupation;
- Forest cover;
- Hydrographic basin;
- Flow in rivers.

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Influence of the change in forest cover about flows observed in rivers

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The study aims to development a tool to provide gain in a predictability and accuracy in water resources management decision making. In this sense modeling is an important tool to improve reliability in process whom involve many variables. In addition, can to contribute to reduce an empiricism degree in governance.

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- Modeling flooding phenomena;
- Optimal hydrological system operation;
- Decision making;
- Water resources participative management.

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Development of computational tools to support decision making in water resources management: case study of Feia lagoon, Brazil.

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The objective of this research is to identify the relationship between pasture restore and water yield in the context of IX Hydrographic Region.

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Groundwater recharge
Pasture recovery (restore)
water balance
land cover intervention

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In order to achieve urban water sustainability, it is essential that urban planning is linked to the management of water resources. Therefore, in the process of construction and territorial management, water management must be integrated with local planning, occurring in conjunction with environmental ethics.

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Nature-based solution for water production. Case Study: Pasture Recovery

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- Urban planning
- Water resources management
- Housing in protected areas
- Urban waters

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The interrelationship between urban planning and water resources management.

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This study aims to identify which methodologies are able to contribute to water security assessment. In systematic literature review about the topic was identified that the studies can be developed for to identify zones potential of groundwater recharge, the verification of extreme drought events through evapotranspiration variation and the analysis of water quality.

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- Remote Sensing
- Water Security
- Groundwater recharge
- Evapotranspiration
- Water quality

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Remote Sensing applied to Water Security assessment

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The general objective of the work is to carry out a study of the water quality parameters of rivers in the region, such as: water temperature, dissolved oxygen, turbidity, and Ph of rivers in the region and, together with the help of computer modeling, to verify which ones would be the best species of fish for reproduction and also survival, in case of environmental disasters in the water bodies of the region.

# data[].attributes.body
- Carry out a study of the water quality parameters of rivers in the region.

- Analyze the fish species in the region.

- Use computer modeling.

- Environmental disaster analysis.

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Computational Modeling Applied to Monitoring Water Quality in Endangered Fish Breeding Sites.

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The gestion of residues of coffe  possibility of ejoyment generation of energy and biomass.Therefore the integration of gestion of waste is essential..

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In order to improve the quality of life of Itaperuna's population, analysis and simulations of rainfall are needed to help mitigate the problems caused by floods in the city.

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Computational simulation for impact's analysis in Itaperuna's city.
Estimate of parameters of rain's equation by optimization methods.

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Computational modeling to risk analysis of flooding.

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Urban drainage problems are common in cities with growing urbanization. In order to solve this problem can be used flood mitigation techniques. Low Impact Development (LID) is a concept that includes this sustainable techniques like green garden, infiltration trenchs and permeable paviment. Computational modeling are used to assess the aplication effect of this techniques by scenario simulation.

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- Low Impact Development (LID)
- Mitigation techniques
- Urban drainage
- Flood
- Computational modeling

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Computational modeling to assessment of Low Impact Development (LID) techniques

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An important step in water resources management is measuring variables. The parameters of interest are investigated with the purpose to obtain accurate models of the studied phenomenon. In this study the following variables will be measured: water depth, turbidity besides print the geometry of the water body. The technology used to measure them will be through GNSS reflectometry and LIDAR.
Those sensors will be integrated to the UAV and the algorithms will be developed by an AI. This technology allows the monitoring of floods, water quality in small water bodies and other phenomena.

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-Measure reflected signs from GNSS
-Measure signs from LIDAR
-Integrated sensor by artificial intelligence (IA)

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Fixed- wing UAV monitoring in water bodies using GNSS reflectometry and LIDAR.

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1- Utilization in biodgest and prodution of biogas.
2- Enjoyment in energy of biomass
3- Measure the composition of nutrients of biofertilizer.

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Jefferson Brito       1-coffee wastewater                      

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Jefferson Brito       1-coffee wastewater                      

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2- Coffe waste

3- Biofertilizer