Articulo Hidraulica presentacion esing e

Presentacion de un articulo sobre estructuras hidraulicas en ingles

1. ANALYSIS OF SCOPUS SCIENTIFIC ARTICLE AND SUPPORT. HYDRAULIC STRUCTURES …. STUDENTS : ANA MARÍA OSPINA GÓMEZ - COD: 0120181043 ALEXANDER QUINTERO RODRIGUEZ – COD: 0120202057 PAULA VANESSA GIL CUENCA – COD: 1069754623 IVAN DARIO CERON GONZALEZ - COD: 0120192 SUSANA LOPEZ TEACHER: LAURA KATHERINE GONZALEZ

2. Contents of this template 1 Search for a SCOPUS scientific article (in English) in the university databases or in an official source. 2 Selection of one of the articles of interest according to the information provided in the abstract. 3 Reading the text, main ideas and summary of it. 4 Analysis of the conclusions of the document. 5 Applicability of the topic read in the hydraulic structures course. 6 Support of the topic in English through a video of no more than 5 minutes. For more info: Slidesgo | Blog | FAQs You can visit our sister projects: Freepik | Flaticon | Storyset | Wepik | Videvo

3. Hydraulic Structures Atthe Heart of 21st Century Global Sustainable Development This document highlights the crucial role that hydraulic structures play in global sustainable development, providing clean drinking water, sanitation, renewable energy, and protection against environmental threats.

4. Table of contents 01 02 03 How do hydraulic structures contribute to global sustainable development? What are some of the key challenges faced by humankind in the 21st century in relation to water infrastructure? How can individuals and communities support the maintenance and development of hydraulic structures for a more sustainable future?

5. How do hydraulic structures contribute to global sustainable development? 01

6. Hydraulic structures play a vital role in global sustainable development in various ways: Environmental Restoration and Protection: Hydraulic structures help in restoring and protecting the environment against natural and human disturbances. They safeguard habitats and ecosystems from erosion, sea level rise, and floods, while also mitigating indirect effects like sediment transport .

7. Hydraulic structures play a vital role in global sustainable development in various ways: Flood and Coastal Defense: Hydraulic structures are essential for adapting flood and coastal protection measures to the impacts of climate change and urbanization. Strategies such as shoreline management plans with green-gray solutions help mitigate flooding risks while preserving environmental goals .

8. Hydraulic structures play a vital role in global sustainable development in various ways: Clean Water and Sanitation: Hydraulic structures are pivotal in providing clean water for consumption, industrial use, and irrigation, as well as in managing sanitation systems. They collect, store, and distribute water, ensuring efficient cleaning of wastewater before environmental discharge .

9. Hydraulic structures play a vital role in global sustainable development in various ways: Transport, Recreation, and Heritage: Hydraulic structures support valuable transport systems via sea and inland waterways, enabling economic activities. They also serve as recreational and heritage sites, requiring preservation efforts during project development .

10. Hydraulic structures play a vital role in global sustainable development in various ways: Energy Production: Hydraulic structures, such as dams and hydroelectric power plants, contribute significantly to renewable energy production, reducing reliance on fossil fuels and lowering greenhouse gas emissions .

11. Hydraulic structures play a vital role in global sustainable development in various ways: Collaboration and Knowledge Sharing: The hydraulic structures community promotes sustainability through collaboration with professionals from various fields, knowledge sharing, and participation in workshops and symposiums to address challenges collectively .

12. Hydraulic structures play a vital role in global sustainable development in various ways: By fulfilling these roles, hydraulic structures support sustainable development by ensuring access to essential resources, protecting the environment, promoting resilience against natural disasters, and fostering economic growth while considering societal needs and environmental conservation.

13. What are some of the key challenges faced by humankind in the 21st century in relation to water infrastructure? 02

14. In the 21st century, humankind faces several challenges related to water infrastructure: Population Growth: The increasing global population puts pressure on water resources, leading to higher demand for clean water supply, sanitation, and irrigation, necessitating efficient water infrastructure to meet these needs .

15. In the 21st century, humankind faces several challenges related to water infrastructure: Water Scarcity: Climate change and environmental degradation contribute to water scarcity in many regions, affecting water availability for various purposes, including agriculture, industry, and domestic use .

16. In the 21st century, humankind faces several challenges related to water infrastructure: Climate Change Impacts: Rising temperatures, changing precipitation patterns, and extreme weather events exacerbate water-related challenges, such as floods, droughts, and water quality issues, requiring adaptive water infrastructure solutions .

17. In the 21st century, humankind faces several challenges related to water infrastructure: Ecosystem Degradation: Human activities, such as pollution and habitat destruction, threaten ecosystems dependent on water resources, highlighting the importance of sustainable water infrastructure to protect biodiversity and ecosystem services .

18. In the 21st century, humankind faces several challenges related to water infrastructure: Infrastructure Aging: Many existing water infrastructure systems are aging and in need of maintenance, repair, or replacement to ensure continued functionality and resilience against evolving environmental conditions .

19. In the 21st century, humankind faces several challenges related to water infrastructure: Water Quality Concerns: Contamination from pollutants, chemicals, and untreated wastewater poses risks to water quality, necessitating effective water treatment and management practices within water infrastructure systems .