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Dynamic Modelling
Models
These models and simulations have been tagged “Dynamic Modelling”.
Modell für den Kurs Dynamic Modelling zur Simulierung von Insulin-Glukagon Haushalt nach Saunders et. al.
©Michael Stühler
Blutzucker Regulierung durch Integral-Rein-Control + Setpoint-Verschiebung
Michael
Logistic growth of grass
Elsa Boogaard
5
Project wildlife populations (2)
Elsa Boogaard
with the carrying capacity instead of mortality rate.
K = Carrying capacity (g m-2)
Project wildlife populations (5)
Elsa Boogaard
Project wildlife populations (4)
Elsa Boogaard
Project wildlife populations
Elsa Boogaard
4
Lotka Volterra equations
(delta Grass / delta T) = [WUEg]*[Water]*[Grass]*(([Kg]-[Grass]-a*[Trees])/[Kg])
(delta Trees / delta T) = [WUEt] * [Water] * [Trees] * (([Kt]-[Trees]-b*[Grass])/[Kt])
Clone of Competition of growth of grass and trees with a ans b
Michel-Ruben
Grass Growing Exponentially
Elsa Boogaard
Competition of growth of grass and trees
Elsa Boogaard
4
water bucket
Dynamic modelling 26nov
N.S. Berkhout
Bucket modelling
Kahsu Berihu
3
(delta Grass / delta T) = [WUEg]*[Water]*[Grass]*(([Kg]-[Grass])/[Kg])
(delta H / delta T) = [FUEh]*[Herbivores]*[Grass]*[Grazing rate]*(([Kh]-[Herbivores])/[Kh])*.5*[Water]
System with grass and herbivores
Elsa Boogaard
Bucket Model
Elsa Boogaard
Project wildlife populations (3) shared
Elsa Boogaard
3
Clone of Bucket modelling
golnar
Clone of Bucket modelling
Ragnar Freudenthal
principe van het maken van een model
badkuip
Jeanette Bot
Clone of Bucket modelling
golnar
Lotka Volterra equations
(delta Grass / delta T) = [WUEg]*[Water]*[Grass]*(([Kg]-[Grass]-a*[Trees])/[Kg])
(delta Trees / delta T) = [WUEt] * [Water] * [Trees] * (([Kt]-[Trees]-b*[Grass])/[Kt])
Competition of growth of grass and trees with a ans b
Elsa Boogaard
3
