1. DEB applications from eco- toxicity to fisheries and beyond Bas Kooijman Dept theoretical biology VU University Amsterdam Bas.Kooijman@vu.nl http://www.bio.vu.nl/thb Wageningen, 2015/03/11

2. Contents Introduction Waste – to – hurry Allocation to soma Supply-demand spectra 2004/04/18 SETAC workshop, Praha: Relating impacts on life history aspects to Energy Budget Models

3. Dynamic Energy Budget Dynamic: Full life cycle: embryo, juvenile, adult Energy: Feeding Digestion Storing Growth Maturation Maintenance Reproduction Product formation Aging Budget: Conservation: energy, mass, time

4. Waste to hurry 10.5.3a Exploiting blooming resources requires blooming yourself high numerical response short life cycle small body size fast reproduction fast growth high feeding rate resting stages between blooms  -rule explains why [p M ] needs to be high Ecosystem significance: flux through basis food pyramid Kooijman 2013 Oikos 122: 348-357

5. No Effect Conc ↔ spec som maint Baas & Kooijman 2015 Ecotoxicology, to appear

6. Allocation to soma 10.5.2 pop growth rate, d -1 max reprod rate, #d -1 Frequency distribution of κ among species in the add_my_pet collection: Mean κ = 0.81, but optimum is κ = 0.5 Lika et al 2011, Kooijman & Lika 2014 J. Sea Res, 22: 278-288, Biol Rev, 89: 849-859

7. Max reprod vs optimal max reprod 10.5.2a Radiata Bilateria Platyzoa Lophotrochozoa Ecdyspzoa Invert deuterostomes Ectothermic vert Endothermic vert Kooijman & Lika 2014 Biol Rev, 89: 849-859

8. Selection for reproduction 10.5.2b White Leghorn Red Jungle fowl Indian River broiler Kooijman & Lika 2014 Biol Rev, 89: 849-859 plofkip legkip wilde kip plofkip wilde kip legkip

9. Supply-demand spectrum 1.2.5

10. Supply-demand spectrum 10.5.5 Lika et al 2014 J. Theor. Biol., 354:35-47

11. Supply-demand spectrum 10.5.5a Lika et al 2014 J. Theor. Biol., 354:35-47

12. Ook voor U en bedankt voor de aandacht