Three main factors were considered for the diet optimization simulation: the decision variables (feed composition), the objective function (feed prices), and the model constraints (feed requirements).
Maximum and balance pH is important for normal digestibility of experimental diets in simulation apparatus.
Recently, a model diet was developed based on nutritional simulation of commonly consumed fast foods.
Constraints for simulation of Western diet, which was used for sensitivity analysis of coupling constraints, are listed in Table S9.
We ran our simulation through three treatment plans: No Diet Plan, Treat All Diet Plan and Treat Boundary Spanners Diet Plan.
Details on simulation constraints and the composition of the simulated diets are reported in Table S9.
More recently, other scientists have studied isotopes from turtle tissue to analyze their diet and past locations and created computer simulations of their journey.
When Hill and Bahr ran the simulation with this sort of staggered dieting, it worked: the virtual society began slimming down, and the obesity epidemic reversed itself.
Hence, we assumed in our simulations that cod proportion in seal diet increases linearly with cod recruit abundance up to a maximum of 30% of cod in seal diets.
