Equilibrium and Stability of Bioeconomic Models of Renewable Reources Under Diverse Harvesting Regimes |
Contents
The Open Access Fishery | 6 |
Optimal Control Theory | 10 |
KolmogorovType Systems | 22 |
8 other sections not shown
Common terms and phrases
0-TH POWER 1-TH POWER 1TH ROOT 3TH ROOT FOUND asymptotically bioeconomic equilibrium bioeconomic model bioeconomic optimum biological CALCULATE THE PRISTINE characteristic equation COEFFICIENT OF 0-TH COEFFICIENT OF 3-TH competing species COMPLEX OR REAL COMPLEX POL considered corresponding D3 THEN PRINT defined DEGREE OF POLYNOMIAL dx/dt economic eigenvalues equilibrium point f₁ Figure fishery fishing effort growth rate Hamiltonian Hamiltonian function harvest rate Hurwitz IMAGINARY INITIAL GUESS integral curves interspecific competition isoclines Jacobian matrix JLIST JRUN K₁ K₂ level of effort LOOKS FOR REAL mathematical maximize maximum maximum principle necessary and sufficient Open Acc open access equilibrium optimal harvest P-P System parameter values predator Predator-Prey System PRINTER ON Y/N production function READ R1 REAL COEFFICIENTS-C/R REAL ROOTS revenue saddle point spiral sink stability analysis stability character sufficient conditions trajectory Transcritical Bifurcation type of stability vector x₁ Y=0 LOOKS yield effort curve ән эн