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Scientific Program Abstract
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- CS01 Human and Social Dimensions
- CS02 Management and Conservation of Aquatic Systems
- CS03 Restoration
- CS04 Urban Ecosystems
- CS05 Valuation of Aquatic Ecosystems and Resources
- CS06 Acidification
- CS07 Trace metals
- CS08 Hypoxia
- CS09 Stable Isotopes
- CS10 Gas Fluxes
- CS11 Nitrogen biogeochemistry and cycling
- CS12 Phosphorus biogeochemistry and cycling
- CS13 Carbon fluxes in FW & marine environment
- CS14 Dissolved organic matter - DOC, DON, DOP, fDOM, cDOM
- CS15 Sediment dynamics
- CS16 Environmental Change
- CS17 Extreme Events
- CS18 Harmful blooms
- CS19 Novel methods
- CS20 Regime shifts
- CS21 Success through science
- CS22 Fish and fisheries
- CS23 Aquatic food webs
- CS24 Biodiversity
- CS25 Community Ecology
- CS26 Microbial ecology and physiology
- CS27 Phytoplankton ecology and physiology
- CS28 Primary production
- CS29 Viruses
- CS30 Zooplankton ecology and physiology
- CS31 Aquatic Landscape Ecology
- CS32 Benthic and Littoral Ecology and Physiology
- CS33 River and Stream Ecology
- CS34 Aquatic Invasion Ecology
- CS36 Estuarine Ecosystems
- CS37 Antarctic Ecosystems
- CS38 Arctic Ecosystems
- CS39 Coastal Ecosystems
- CS40 Aquatic Education: K12 to Postgraduate
- CS41 Communicating Science to the Public
- CS43 Undergraduate Research Projects
- CS44 Big data in aquatic systems
- CS46 Models and modelling
- CS48 Physical-Biological Coupling
- CS49 River and Stream Ecology
- SS01 Instability of Aquatic Ecosystems in a Changing World
- SS02 Aquatic Ecosystem Management
- SS03 Opening Up Aquatic Science
- SS04 Environmental consequences of carbon fluxes and cycling: integrating organic matter quantity and quality
- SS05 Limnological Processes Beneath Ice Cover
- SS06 Biotransport in flux: Animal-mediated nutrient and contaminant fate in altered aquatic environments
- SS07 From meta-system theory to the sustainable, adaptive management of freshwaters in the Anthropocene
- SS08 Forecasting is the Future: Advancing Methods and Applications of Near-term, Iterative Ecological Forecasting in Aquatic Ecosystems
- SS09 Managing environmental flows to address water scarcity and natural resource conflicts
- SS10 Physical, chemical and biological connections in large lake ecosystems
- SS11 Exploring watersheds under a changing climate via storm-driven solute and sediment retention, transport, and export dynamics
- SS12 Feeling the burn: current research and emerging issues in fire, water quality, and aquatic ecosystems
- SS13 Getting to the Bottom of Freshwater Food Webs: A Global Perspective on the Role of Terrestrial Resource Subsidies
- SS14 Controls and limits on freshwater productivity
- SS15 The ecology of sewage: wastewater-associated bacteria, pharmaceuticals, and nutrients in aquatic ecosystems
- SS16 Potential impacts of future climate variability on Everglades restoration in Florida, USA
- SS17 Are ponds just little lakes? Pond carbon cycle, nutrient biogeochemistry, and mixing dynamics
- SS19 Biogeochemical and ecological change in Arctic lakes and rivers
- SS20 From Phosphorus to Fish: Celebrating the Free-ranging Career of Steve Carpenter
- SS21 Extreme events across the freshwater-marine continuum: implications for carbon transport and biogeochemical cycling
- SS22 A Report Card on the Sensor Revolution: contribution of high Frequency Sensors to fulfil knowledge gaps in Aquatic Ecosystem Science
- SS23 Linking hydrologic regimes to temporal dynamics of aquatic ecosystems
- SS24 How changing thermal regimes influence stream ecology and resilience
- SS25 Think positive: Exploring the consequence(s) of positive interspecific interactions from community structuring to ecosystem processes
- SS26 Salinization of Freshwater Ecosystems
- SS27 Aquatic greenhouse gas dynamics in the face of global change
- SS28 Social-Ecological Systems as a Framework for Freshwater Conservation
- SS29 From metabolites to management: Applying environmental metabolomics to bioassessment
- SS30 Trash talk: Ecology of anthropogenic materials in freshwaters
- SS31 Littoral Greening: Uncovering physical, chemical, and biological drivers of attached filamentous algal blooms (FABs) in pristine lakes
- SS33 Ecology of groundwater systems: Where do we go from here?
- SS34 Inequitable Waterscapes: Examining Environmental Justice in Aquatic Systems
- SS35 Drying in freshwater systems: merging lotic and lentic perspectives in an era of global change
- SS36 Tracing change in food webs: current and emergent methods to determine impacts of anthropogenic change on ecosystem structure and function
- SS37 Regulated reservoirs and rivers: How can we manage hydrology to meet society and ecosystem needs?
- SS38 Twenty-five years since The Freshwater Imperative: What have we accomplished and where do we go from here?
- SS39 Living on the edge: What can we learn from comparing waterbodies in remote locations?
- SS40 Challenges in Neotropical stream conservation
- SS41 Showering the Earth with carbon: The implications of CO2 as an unbalanced stoichiometric driver to organism, ecosystem and human health
- SS42 Strain level variation of cyanobacteria
- SS43 Physiological and Environmental Drivers of HAB Formation and Toxicity
- SS44 Emerging technologies for improved spatial and temporal observations of HAB and ecosystem change
- SS45 Brainstorming Beyond the Edge of Field: Mitigating the impacts of nutrient pollution on harmful algal blooms
- SS46 Open access sensor-based monitoring networks as foundations to water resources sustainability
- SS47 Open data in the era of global change: the role of networks in water resources sustainability science
- SS48 Data science for aquatic discovery and prediction: building a community of practice
- SS49 Beyond lentic or lotic: Integrating the science of inland waters
- SS50 The importance of long-term monitoring for detecting and understanding human impacts on aquatic systems from past and emerging environmental issues
- SS51 Contextualising abrupt change using computational limnology
- SS52 Synthesizing across time: Bridging the gap between long-term and high-frequency data
- SS53 Too much, not enough, or just right: Understanding productivity and eutrophication in large rivers
- SS54 Linking freshwaters across ecosystem boundaries
- SS55 It's Not Easy Being Green: The Ecology of Hypereutrophic Waterbodies
- SS56 Microbial Interfaces in the Urban Water Cycle
- SS57 The power of time series for unraveling aquatic microbial community interactions and functions
- SS58 Big data ecology: leveraging large scale data sets to understand aquatic ecosystem structure and dynamics at macrosystem scales
- SS59 Molecular Genetic Tools for Monitoring & Sustaining Aquatic Ecosystems
- SS60 Exploring the sources, fate, transport and impacts of plastics in the aquatic environment
- SS61 Beyond contaminant-specific effects: Interactions with global change drivers and cumulative effects of complex chemical mixtures.
- SS62 Linking microbes and biogeochemistry to understand change across the aquatic continuum
- SS63 Finding solutions to wicked problems in in urban stream management and rehabilitation
- SS64 Ecosystem-scale questions tackled by mesocosms approach in aquatic systems
- SS65 Macroscale stoichiometry: assessing elemental ratios from ecosystems to the globe
- SS66 Modelling aquatic ecosystems and food webs under global change
- SS67 Response to threat of loss of cold water habitats in lakes and streams
- SS68 Understanding reservoir function in a changing world
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