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How can our relationship to water become more meaningful? How might water imbue our lives with meaning, and what would a more intimate connection with water imply for our use and management of water and natural water ecosystems? This topic will explore issues such as:. Our relationship to local waters informs our identity and frames our understanding of both nature and society.

Designing for water awareness and behavioral change within cityscapes, including daylighting urban streams, incorporating water features into parks and green spaces; fountains; water-oriented architecture green walls, etc ;. Restoring rivers, lakes and waterscapes both rural and urban examples as a social and ecological renewal including cases in Bangaluru and other Indian cities?

Cases of using art to raise public awareness about water;. Human-water relationships in various art forms folklore, painting, music, dance, etc.

Water shortages worsened by reservoir effects

Respecting Indigenous cultural water rights through processes of "decolonizing water. New concepts of water museums and other ways to convey historical and creative understandings of water to the public. Role of indigenous people, traditional water governance structures and their interactions with formal mechanisms. Toggle navigation. Climate Change and Water.

The thematic scope includes the following topics and subtopics 1. Association of extremes Floods, droughts, forest fires with Climate Change Non-stationary intro in extremes Attributions of extremes to Climate Change Interconnections between fires, droughts, floods 3. Climate change and the global water cycle 5. Mountains and climate change 6.

Deltas and Climate Change Effects of anthropogenic intervention vis-a-vis Climate Change Green Bonds and Climate Change Transboundary Conflicts - Large-scale water allocation, the impact of Irrigation and hydropower projects Water in the Carbon Cycle Ecological Management of Water. The confluence of freshwater biodiversity and cultural diversity Nexus of freshwater biodiversity and cultural diversity. Global status and trends.

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Impacts of flow regime alteration. Knowledge gained from history — Civilizations around great rivers 2. Implementation of Environmental flows: Role of Science, Culture and Values Cultural environmental water allocations Novel tools and applications — e. Freshwater conservation planning — novel integrative approaches and Big Data. Understanding freshwater Conservation Priorities - integrated data sets, global models mapping freshwater ecosystem services Protected areas and coverage of freshwater ecosystems River classification for understanding priorities Classifying wetland ecosystems for prioritizing restoration of ecosystems 4.

Freshwater ecosystems, biodiversity, and meeting targets for the SDGs Tracking SDGs for freshwater biodiversity, ecosystems and water Ecosystem degradation and human water security Ecosystem services and livelihoods. WASH and biodiversity Invasive species 5. How vulnerable is fresh water in the coastal zone of deltas and estuaries?

How can we increase catchment resilience under climate change?

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Socio-Eco hydrological shifts — managing moving boundaries with climate change. The hydrological regime, Ecological and Social shifts. Solutions for resilience Sustainable Himalayas Revival of springs. Urban resilience Focus on ecosystems and natural infrastructure.

Lake and Reservoir Management: Volume 54 : S. E. Jorgensen :

Measure Sustainability in Water Space. The thematic scope includes the following topics Global sustainability assessment to track SDG 6— How can we move forward with knowns and unknowns? Global hydrological models: The new imperatives and challenges in the era of growing uncertainties.

Integrated assessment system toward improvement in understanding energy and water cycles The role of global thresholds in global assessments-How can we create a Science-based target for WATER? Role of a new generation of integrated world water scenarios and Intergenerational models Role of Earth Observation and Artificial Intelligence in measuring sustainability. Resilience in the urban water system. How do we develop and promote resilience in the urban water system? Reliability of systems Cyberattacks, Natural impacts Water Tariffs reliability analysis Urban planning and design of urban water systems Risk and vulnerability analysis Impact of different environments of urban areas — Hilly, plains, coastal etc Impact of Migration How can we improve social resilience in the urban setting to extreme events?


  • UNESCO Launches a Pioneering Tool to Monitor Water Quality?
  • Drape the Couches;
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  • Where God Hides Holiness: Thoughts on Grief, Joy, and the Search for Fabulous Heels?
  • Water Future Conference!
  • Redox Biocatalysis: Fundamentals and Applications?
  • References.

How do we track urban water challenges in near real time? Techniques to identify leakages, cross-contamination Identification and forecasting of events Smart solutions — real-time flood forecasting, Monitoring technologies Artificial Intelligence and Blockchain analysis 3. How do we assess and improve urban water governance functional performance Near real-time data Citizen Data Smart technology Earth Observation 4.

How to shape multi-stakeholder interactions in order to enable good water governance, innovative urban ecosystem Management of supply and demand separately Capacity development skills Role of stakeholders Methodologies to facilitate interactions Co-design and Co-development 5. Understanding the missing links for improved public health and hygiene?

Role of environmental sustainability to achieving health targets through the improved water supply, sanitation and hygiene. Reuse, resource recovery — recovery of energy and nutrients Different type of technologies — membrane technology, Nature-based solutions Irrigation return flow — pesticides — How do we monitor? SDG implementation. The thematic scope includes the following topics and subtopics Demonstration of innovation in water engineering technology that jointly addresses human as well as environmental water security.

Upscaling and downscaling of indicators in SDG monitoring. Water Ethics. Ethics of Water Allocation The allocation of water across sectors, and among competing users is a central concern of water governance and entails judgements about core values and ethics. Water Ethics and Social Justice The UN designation of access to safe water and sanitation as a human right raised awareness about water and social justice.

Examples of extending legal rights to include access to healthy water ecosystems wetlands, springs, rivers, lakes, aquifers ; Social justice in access to water-related information e. Ethics of Water Governance The various norms that have emerged as "best practice" in water governance constitute a set of tacit ethical principles which this session will seek to render more explicit.

Memory, place and identity What has been, and would could and should be the role of water in our lives? Designing for water awareness and behavioral change within cityscapes, including daylighting urban streams, incorporating water features into parks and green spaces; fountains; water-oriented architecture green walls, etc ; Restoring rivers, lakes and waterscapes both rural and urban examples as a social and ecological renewal including cases in Bangaluru and other Indian cities? River restoration links to flood management Cases of using art to raise public awareness about water; Human-water relationships in various art forms folklore, painting, music, dance, etc.

Water Governance. Climate - Water governance Role of Climate negotiations on the water landscape 2. How do we bring in the political economy dimension in the water governance narrative? Water reforms, tariffs, rights, laws, regulatory structures, administrative, bureaucratic side, informal structures 3.

Lake and Reservoir Management, Volume 54

New published:. C, Environments , 6, Environmental impact of large reservoirs in Northeastern Brazil — Development of an adapted water management. To realize this it is necessary to carry out basic research concerning the turnover processes of nutrients as well of the biodiversity. The knowledge of limnological processes of reservoirs is of high significance, in particular because the occurrence of undesired species e.

The mass development of macrophytes Egeria densa is linked to the occurrence of schistosomiasis bilharziosis , which leads to human-pathogenic effects. Focus of research cooperation with Northeastern Brazilian universities. Innovative concepts for a sustainable management of reservoirs are.

Siegmund-Schultze, M. Reg Environ Change 18 7 , Eutrophication - Oligotrophication of reservoirs. Reservoirs— Water basin — Management. Focus of research cooperation with Northeastern Brazilian universities Environmental impact of hydropower use , analysis of environmental effects caused by 20 to 30 years old reservoirs. Hydro-dynamic modelling as a contribution to reservoir management Quantification of water exchange processes of reservoirs and their bays. Occurrence of undesired species HAB, harmful algae blooms , mainly cyanobacteria Microcystis, Cylindrospermopsis. Mass development of undesired submerged macrophyte water pest, Egeria densa and possibilities for regulation.

Use of satellite images for water quality monitoring remote sensing , especially to detect algae and submerged macrophytes. Oligotrophication of reservoirs as a basis for sustainable and multiple water use.

Use of deposited sediments for soil melioration for agriculture and sylviculture. Innovative concepts for a sustainable management of reservoirs are Oligotrophication amongst others management of water basin, buffer systems for drainage water, excavation of sediments to reduce greenhouse gas emissions and guarantee ecosystem services.

Blue aquaculture as an alternative concept for cultivation techniques of Tilapia in net cages.

The presently used fish production in net cages leads to severe ecological impact eutrophication, accumulation of sediments mud beneath the net cages, introduction of toxic substances heavy metals, antibiotic, fungicides, among others and impact on natural fish population and does not fulfill guidelines of animal welfare.

The hydropower energy production needs to be linked to the availability of water, this means that periodic water level fluctuations must be minimized. Water level fluctuations lead to severe impact on aquatic ecosystems disintegration of lake shore vegetation, mobilization of nutrients from desiccated sediments, die off of submerged vegetation and their fauna. ISBN DOI ISBN print. ISBN , pp.