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Temperature monitoring of Swiss lakes
Last changed: 09.10.2024 Temperature monitoring of Swiss lakes In this pilot project, Eawag is testing various methods for continuous temperature monitoring in lakes and the evaluation of the observed data in collaboration wi
Research Departments

Department Surface Waters - Research and Management

Projects

Temperature monitoring of Swiss lakes
Ecology of food chain
Last changed: 07.10.2021 Entschuldigung. Diese Seite steht nur in Englisch zur Verfügung.
Research Departments

Department Surface Waters - Research and Management

Projects

Ecology of food chain
Gekoppelte physikalische und geochemische Modellierung von Seen
Last changed: 09.10.2024 Gekoppelte physikalische und geochemische Modellierung von Seen Wir führen numerische Simulationen der physikalischen und geochemischen Prozesse in Seen durch. Die numerischen Modelle nutzen wir, um:
Research Departments

Department Surface Waters - Research and Management

Projects

Coupled physical and geochemical modelling of lakes
Isochrysidales
Last changed: 10.10.2024 Dynamik der Isochrysidales Blüte in Schweizer Seen Seen sind empfindliche Aufzeichnungsgeräte für den Klimawandel und können hochwertige und hochauflösende Sedimentarchive des kontinentalen Paläoklima
Research Departments

Department Surface Waters - Research and Management

Projects

Isochrysidales
Isochrysidales
Last changed: 10.10.2024 Isochrysidales bloom dynamics in Swiss lakes Lakes are sensitive recorders of climate change and can provide high-quality and high-resolution sedimentary archives of continental paleoclimate. However,
Research Departments

Department Surface Waters - Research and Management

Projects

Isochrysidales
SCENE - Reducing N2O emissions from wastewater treatment
Last changed: 10.10.2024 SCENE - Reduktion von Treibhausgasemissionen aus der Abwasserbehandlung Der Schweizer Bundesrat hat sich das ehrgeizige Ziel gesetzt, bis 2050 die nationale Treibhausgasbilanz auszugleichen und somit
Research Departments

Department Process Engineering

Projects

SCENE - Reducing N2O emissions from wastewater treatment
SCENE - Reducing N2O emissions from wastewater treatment
Last changed: 10.10.2024 SCENE - Reducing N2O emissions from wastewater treatment The Swiss Federal Council set the ambitious goal to reach net-zero greenhouse gas emissions by 2050. There is an urgent need for action, as hig
Research Departments

Department Process Engineering

Projects

SCENE - Reducing N2O emissions from wastewater treatment
Biogeochemischer Kreislauf an oxisch-anoxischen Grenzen
Last changed: 10.10.2024 Biogeochemischer Kreislauf an oxisch-anoxischen Grenzen In Abwesenheit von Sauerstoff werden andere Elemente wie Eisen und Mangan für die mikrobielle Atmung verwendet. Damit ist der Kreislauf dieser M
Research Departments

Department Surface Waters - Research and Management

Projects

Biogeochemical cycling at oxic-anoxic boundaries
Biogeochemical cycling at oxic-anoxic boundaries
Last changed: 10.10.2024 Biogeochemical cycling at oxic-anoxic boundaries In the absence of oxygen, other elements such as iron and manganese are used in microbial respiration. This fundamentally ties the cycling of these met
Research Departments

Department Surface Waters - Research and Management

Projects

Biogeochemical cycling at oxic-anoxic boundaries
Abteilung Umweltsozialwissenschaften
Last changed: 09.10.2024 Umweltsozialwissenschaften Unser Ziel ist es, sozialen Wandel in den Bereichen Wasser, Abwasser und Ressourcenmanagement aus einer integrativen sozialwissenschaftlichen Perspektive zu verstehen. Erfah
Research Departments

Department Environmental Social Sciences
Bioaccumulation of organic pollutants
Last changed: 10.10.2024 Bioaccumulation of organic pollutants in freshwater organisms: Biotransformation and its significance Bioaccumulation, as a consequence of interaction between organism and contaminants, is an unfavora
Research Departments

Department Environmental Chemistry

Projects

Bioaccumulation of organic pollutants
Neurale ODEs
Last changed: 10.10.2024 Neurale ODEs Neurale ODEs Illustration Deep-Learning-Methoden haben herkömmliche konzeptionelle Modelle bei der Modellierung von Niederschlägen und Abflüssen oft übertroffen, aber das Verständnis der
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

Neurale ODEs
Neurale ODEs
Last changed: 10.10.2024 Neurale ODEs Neurale ODEs Illustration Deep-Learning-Methoden haben herkömmliche konzeptionelle Modelle bei der Modellierung von Niederschlägen und Abflüssen oft übertroffen, aber das Verständnis der
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

Neurale ODEs
Bioaccumulation of organic pollutants
Last changed: 27.07.2021
Research Departments

Department Environmental Chemistry

Projects

Bioaccumulation of organic pollutants
Natural Toxins
Last changed: 30.05.2022
Research Departments

Department Environmental Chemistry

Projects

Natural Toxins
Camels Switzerland
Last changed: 10.10.2024 Camels Switzerland Camels-CH Übersicht Wir präsentieren CAMELS-CH (Catchment Attributes and MEteorology for Large-sample Studies - Switzerland), einen groß angelegten hydro-meteorologischen Datensatz
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

Camels Switzerland
EStreams
Last changed: 10.10.2024 EStreams EStreams Große Datensätze zur Hydrologie haben die wissenschaftliche Forschung erheblich vorangebracht, aber in Europa gibt es nur wenige solcher Datensätze, so dass ein Großteil der verfügba
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

EStreams
CyanoBloom
Last changed: 20.06.2023 Blüten von Cyanobakterien (Blaualgen) Greifensee Modelsee, Schweiz Warum blühen giftige Cyanbakterien? Ein Ansatz über Genen bis zum Ökosystem. In diesem Projekt möchten wir die ökologischen und evolu
Research Departments

Department Environmental Chemistry

Projects

Natural Toxins Greifensee Model Lake, Switzerland
Empfindlichkeit des Einzugsgebiets gegenüber Veränderungen
Last changed: 10.10.2024 Empfindlichkeit des Einzugsgebiets gegenüber Veränderungen Skizze des Projekts Klima- und Landnutzungsänderungen wirken sich auf Flusseinzugsgebiete unterschiedlich aus, selbst in Regionen mit ähnlich
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

Empfindlichkeit des Einzugsgebiets gegenüber Veränderungen
Prozessbasierte Netzwerke in der Hydrologie
Last changed: 10.10.2024 Prozessbasierte Netzwerke in der Hydrologie Process Based Networks In der Einzugsgebietshydrologie kommen verschiedene Modelle zum Einsatz, von denen jedes seine eigenen Stärken und Schwächen hat, was
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

Process-based networks in hydrology
Empfindlichkeit des Einzugsgebiets gegenüber Veränderungen
Last changed: 10.10.2024 Catchment sensitivity to change Project outline Climate and land-use changes affect river basins differently, even in regions with similar climates. For example, flood events in Europe are increasing
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

Empfindlichkeit des Einzugsgebiets gegenüber Veränderungen
Process-based networks in hydrology
Last changed: 10.10.2024 Process-based networks in hydrology Process Based Networks Catchment hydrology relies on various models, each with its own strengths and weaknesses regarding how easy they are to use, the data they ne
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

Process-based networks in hydrology
SuperflexPy
Last changed: 10.10.2024 SuperflexPy SuperflexPy-Projektorganisation Catchment-scale hydrological models are essential for understanding water processes and managing water resources. Conceptual models, which simplify catchmen
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

SuperflexPy
Schwerpunkte
Last changed: 10.10.2024 Schwerpunkte Ziele und Aufgabenbereich von SURF Die Abteilung Oberflächengewässer (SURF) führt Forschung zu den bio-geo-chemischen und physikalischen Prozessen durch, welche die ökologische Gesundheit
Research Departments

Department Surface Waters - Research and Management

Main Focus
ChemEQL
Last changed: 18.07.2024 ChemEQL - a software for the calculation of chemical equilibria The program is a stand-alone version of ChemEQL, and different versions for Mac (.dmg) and Windows (.exe) are available. A Linux version
Research Departments

Department Surface Waters - Research and Management

Projects

ChemEQL
Spin-off
Last changed: 10.10.2024 Upwater Services for wastewater treatment plants, reduction of greenhouse gas emissions and energy consumption, off-gas monitoring technology, microbiome analyses to solve operational problems.
Research Departments

Department Surface Waters - Research and Management

Spin-off
Spin-off
Last changed: 18.07.2024 Upwater Services for wastewater treatment plants, reduction of greenhouse gas emissions and energy consumption, off-gas monitoring technology, microbiome analyses to solve operational problems.
Research Departments

Department Surface Waters - Research and Management

Spin-off
ChemEQL- Benutzerfreundliche Software zur Berechnung von chemischer Speziierung
Last changed: 10.10.2024
Research Departments

Department Surface Waters - Research and Management

Projects

ChemEQL
Consulenza per la pesca: nuova sede nella Svizzera francese
Last changed: 11.10.2024 Il servizio di consulenza sulla pesca FIBER, sostenuto congiuntamente dall'istituto di ricerca acquatica Eawag e dall'Ufficio federale dell'ambiente UFAM, da 20 anni funge da collegamento tra la ricer
Infoportal

Infoportal

News

Consulenza per la pesca: nuova sede nella Svizzera francese
Antibiotika
Last changed: 10.10.2024 Antibiotikaresistenzen als Umweltkontamination Antibiotikaresistenzen sind auf dem Vormarsch und stellen aktuell eines der größten Risiken für die öffentliche Gesundheit dar. Zunehmende Antibiotikares
Research Departments

Department Surface Waters - Research and Management

Projects

antibiotics
antibiotics
Last changed: 10.10.2024 Antibiotic resistance as an emerging environmental contaminant Antibiotic resistance is on the rise, and this represents one of the greatest risks to public health of our time, threatening to result i
Research Departments

Department Surface Waters - Research and Management

Projects

antibiotics
Safely managed drinking water Gambia
Last changed: 10.10.2024 Evaluate the impact of passive in-line chlorination and household water connections on drinking water quality and child health Recent large randomized international trials observed only limited effect
Research Departments

Department Sanitation, Water and Solid Waste for Development

Projects

swp

Safely managed drinking water Gambia
Water Flow Diagram (copy 2)
Last changed: 10.10.2024 Climate resilience of WASH & Water Flow Diagram Small towns in mountainous regions in low-income countries are increasingly struggling with climatic changes and unpredictable weather patterns. This po
Research Departments

Department Sanitation, Water and Solid Waste for Development

Projects

swp

Water Flow Diagram (copy 2)
In-line chlorination using electrolysis
Last changed: 10.10.2024 In-line chlorination using electrolysis in Sidama, Ethiopia - evaluating the impact on water quality and child health In 2020, 2 billion people still lacked safely managed drinking water particularly
Research Departments

Department Sanitation, Water and Solid Waste for Development

Projects

swp

In-line chlorination using electrolysis
Safely managed drinking water Gambia
Last changed: 10.10.2024
Research Departments

Department Sanitation, Water and Solid Waste for Development

Projects

swp

Safely managed drinking water Gambia
In-line chlorination using electrolysis
Last changed: 09.10.2024
Research Departments

Department Sanitation, Water and Solid Waste for Development

Projects

swp

In-line chlorination using electrolysis
WFD & Climate Resilience
Last changed: 09.10.2024
Research Departments

Department Sanitation, Water and Solid Waste for Development

Projects

swp

Water Flow Diagram (copy 2)
Safe Water Promotion
Last changed: 30.08.2024
Research Departments

Department Sanitation, Water and Solid Waste for Development

Main Focus

Safe Water Promotion
SuperflexPy
Last changed: 10.10.2024 SuperflexPy SuperflexPy-Projektorganisation Hydrologische Modelle auf Einzugsgebietsebene sind für das Verständnis von Wasserprozessen und die Bewirtschaftung von Wasserressourcen unerlässlich. Konzep
Research Departments

Department Systems Analysis, Integrated Assessment and Modelling

Projects

SuperflexPy
ETH4D Chlorination Guatemala
Last changed: 11.10.2024 Evaluation of a locally constructed in-line chlorination technology for piped water supplies in rural Guatemala Access to safe drinking water continues to be a challenge in low- and middle-income coun
Research Departments

Department Sanitation, Water and Solid Waste for Development

Projects

wst

ETH4D Chlorination Guatemala
Praxis
Last changed: 13.10.2024 Werkzeuge und Webseiten für die Praxis und die Öffentlichkeit ITD action guide PlaNet Tool for Stakeholder Management [in German] Value Decisions App Water Timeline Publikationen in Praxiszeitschrifte
Research Departments

Department Environmental Social Sciences

Outreach
Automated Quantum Chemical Reaction Network Exploration of Ozonation
Last changed: 14.10.2024 Automated Quantum Chemical Reaction Network Exploration of Ozonation Chemical oxidants such as ozone are key for eliminating waterborne diseases as well as for the abatement of micropollutants during
Research Departments

Department Environmental Chemistry

Projects

Automated Quantum Chemical Reaction Network Exploration of Ozonation
Automated Quantum Chemical Reaction Network Exploration of Ozonation
Last changed: 14.10.2024
Research Departments

Department Environmental Chemistry

Projects

Automated Quantum Chemical Reaction Network Exploration of Ozonation
ETH4D Chlorination Guatemala
Last changed: 30.08.2024
Research Departments

Department Sanitation, Water and Solid Waste for Development

Projects

wst

ETH4D Chlorination Guatemala
Migliorare la migrazione dei pesci in tempi di cambiamenti climatici
Last changed: 11.10.2024
Infoportal

Infoportal

News

Migliorare la migrazione dei pesci in tempi di cambiamenti climatici
nutriphenol
Last changed: 11.10.2024 Ernährungsphänologie im Zusammenhang mit Klimawandel photo by Cornelia Twining Der Klimawandel kann in vielen Ökosystemen zu einer schnellen Veränderung der verfügbaren Nahrung führen (Menge, Qualität
Research Departments

Department Fish Ecology & Evolution

Projects

nutriphenol
nutriphenol
Last changed: 11.10.2024 Nutritional phenology with climate change photo by Cornelia Twining Climate change has the potential to rapidly change the quantity, quality, and phenology (i.e., seasonal timing) of food sources acro
Research Departments

Department Fish Ecology & Evolution

Projects

nutriphenol
simulating tropical fish biodiversity
Last changed: 11.10.2024 Simulation der Artenvielfalt tropischer Fische Tropical Reef, Curaçao. Credit: Conor Waldock Unter den prognostizierten Klimawandelszenarien erwarten wir dramatische Veränderungen des Temperaturregime
Research Departments

Department Fish Ecology & Evolution

Projects

simulating tropical fish biodiversity
simulating response of red sea coral species
Last changed: 11.10.2024 Simulation der Reaktion von Korallenarten im Roten Meer auf steigende Temperaturen und Bereitstellung von KPIs für die unterstützte Evolution Einer der wichtigsten Faktoren für den Erfolg eines Korall
Research Departments

Department Fish Ecology & Evolution

Projects

simulating response of red sea coral species
simulating response of red sea coral species
Last changed: 11.10.2024 Simulating response of red sea coral species to rising temperatures and providing KPIs for assisted evolution One of the most important factors for the success of any coral reef gardening project is t
Research Departments

Department Fish Ecology & Evolution

Projects

simulating response of red sea coral species

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