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Introduction
Licensing information
Foreword
Jeffrey Polovina
Sheila JJ Heymans
How to access and use this textbook
1. On modelling and making predictions
Villy Christensen
2. Modelling predator-prey interactions
Tutorial: Predator-prey models
3. Your research question?
4. Defining the ecosystem
5. The energy balance of a box
6. Biomasses and units
7. Production/biomass
8. Consumption/biomass
9. Ecotrophic efficiency
Tutorial: Welcome to Anchovy Bay
10. Mass balance
Tutorial: Mass-balance
11. Multi-stanza life histories
Tutorial: Adding multi-stanza groups (edit to only add multi-stanza)
12. Uncertainty
13. Network analysis
14. Foraging arena theory
Robert NM Ahrens; Villy Christensen; and Carl J. Walters
15. A primer on dynamic modelling
16. An introduction to Ecosim
17. Predicting consumption
Tutorial: Food chain model
18. Age-structured dynamics
19. Recruitment and compensation
Tutorial: Stock-recruitment
20. Predator satiation and foraging time
Tutorial: Results Extractor
21. Holling functional response
22. Mediation and time forcing
Tutorial: Trawling cultivates for squid (mediation)
Tutorial: Mediation
23. Dynamic instability and multiple stable states
Tutorial: Group info
24. Hatchery production
25. Non-additive mortality rates
26. Shared foraging arenas
27. Bout feeding
28. Density-dependence, carrying capacity and vulnerability multipliers
29. Vulnerability and vulnerability multipliers
Jacob Bentley; David Chagaris; Marta Coll; Sheila JJ Heymans; Natalia Serpetti; Carl J. Walters; and Villy Christensen
30. Using ecology and history to derive vulnerability multipliers
31. Statistical approaches for estimating vulnerability multipliers
32. Case study: Fitting impact on vulnerability multipliers
33. Case study: How fitting impacts advice
34. Vulnerability multipliers: Discussion
Tutorial: Time series fitting
Tutorials: Monte Carlo runs
35. Stock reduction analysis
Tutorial: Uncertainty in time series data
Tutorial: Fitting time series with true values
Tutorial: Anchovy Bay Ecosampler
Tutorial: Maximum sustainable yield (MSY)
36. Constrained optimization of fishing effort
37. Management strategy evaluation
Tutorial: Management strategy evaluation (CEFAS plug-in)
Tutorial: Stock recovery scenarios
38. Fleet effort dynamics
Tutorial: Mediation and noise
Tutorial: Incorporating environmental forcing
39. Introduction
Santiago de la Puente
40. Revenue and profits
41. Value chain modelling
Tutorial: Value chain
Santiago de la Puente and Villy Christensen
42. Price elasticity
Tutorial: Price elasticity
43. Fishing policy exploration
Tutorial: Trade-offs between policy objectives
44. External bio-economic models
45. Introduction to Ecospace
46. Habitat capacity
Villy Christensen; Marta Coll; Jeroen Steenbeek; Joe Buszowski; David Chagaris; and Carl J. Walters
47. Spatial implementation of multi-stanza and IBM
Tutorial: Spatial model of Anchovy Bay
Tutorial: Getting bathymetry
48. Spatial fishery dynamics
49. Predicting spatial effort
Tutorial: AIS in Anchovy Bay
Tutorial: Ecospace maps
50. Migration and advection
51. Spatial planning: MSP Challenge
Jeroen Steenbeek
Tutorial: MPAs in Anchovy Bay
52. Spatial optimization
Tutorial: Spatial optimization
53. Coastal restoration
Kim de Mutsert
Application of spatial models
Food web effects of human-made structures
Marine renewable energy and aquaculture
Marine protected areas
Hypoxia and nutrient loading
Episodic mortality events
Noise impact
Impact of invasive species
Modeling invasive species in a data-poor context
Defining safe operating space
Environmental impact assessment
Climate change in the global ocean
Ecospace limitations (edit)
54. Introduction and dynamics
Shawn Booth; Jeroen Steenbeek; and Sabine Charmasson
55. Ecotracer applications
56. Modelling micro plastics
Chiara Piroddi; Natalia Serpetti; and William Walters
Tutorial: Ecotracer ZPD
William Walters
Tutorial: Caesium in Anchovy Bay
Five-day introductory course
Contributors
Versioning history
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Ecosystem Modelling with EwE Copyright © 2024 by Ecopath International Initiative is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License, except where otherwise noted.