Model integration – from simple to complex, from brain to cloud
AIMEN
End-to-End Modeling of Marine Ecosystems: can the people and data keep up with the computers?
Kenneth Rose
From the microscale to the macroscale
Alan Mc Kane
Connecting art and science to determine climate change effects on sea turtle nesting and oceanic distributions
Warren Porter
Linking traits and ecological niches to predict eco-‐evolutionary responses of phytoplankton to global change
Elena Lichtman
Food webs made simple: The role of body mass in structuring natural communities
Christian Guill
The relation between mental and computer models: some experiment in the management of natural resources
Fabio Boschetti
Detection and projection of climate change impacts on marine fisheries
William W. L. Cheung
Individual-based and structured population models based on dynamic energy budgets
Roger Nisbet
Some philosophical remarks on the use of complex modelling in biology
Pierre Alain Braillard
Optimality models of behaviour and life strategies
Øyvind Fiksen
The ecology and evolution of spatially extended systems: cellular automata and analytical approximations
Minus Van Baalen
Size‐ and trait‐based modelling of fish communities
Keith Haste Andersen
Modelling diverse communities. Trade‐offs and species diversity pull the strings
Jorn Bruggeman
Eco‐evolutionary dynamics in aquatic communities: From mathematical to organismal models
Gregor Fussman
Coupling across individuals, populations and human systems in marine ecosystem models
Eileen E. Hofmann
Trait-Based Approaches to Plankton Ecology
Christopher Klausmeier
The « paradox » of the plankton. Linking theory to global biodiversity, biogeography and ecosystem function