s a b ∫ ∫ ∫ M(ij)p(t) = Mabp(t) χab nab dsdadb (2) o o o where: Mabp(t) is the biomass of herbivorous organisms synthe sized per unit of — time upon a unit of surface. is the BEF of the herbivorous animals showing that part of the consumed χab — vegetable biomass transformed into the biomass of an herbivorous organism (a) of each species (b). nab is the number of herbivorous animals (a) of a given species (b) supported — by a unit of surface. Please, note: 0 < < а nао 0 < b < nоb where: is the optimum number of herbivorous animals of each species (b) living nао — on a unit of surface satisfying the requirements of ecological balance. is the optimal quantity of species of herbivorous animals living on a unit nоb — of surface meeting the requirements for ecological balance. Some of the herbivorous animals are devoured by carnivores. After disintegration and transformation the biomass of carnivorous animals is synthesized from herbivores. s c g ∫ ∫ ∫ Mabp(t) = Mcgp(t) χcg ncg dsdcdg (3) o o o where: Mcgp(t) is the biomass of carnivorous animals synthesized per unit of time — upon a unit of surface. is the BEF of animals showing which fraction of the consumed biomass χcg — of herbivorous animals becomes transformed into the biomass of carnivores (c) of each carnivorous species (g). is the number of carnivorous organisms (c) of a given species (g) χcg — dwelling upon a unit of surface. It should be noted that: 0 < < с nсо 0< g <nog
s a b ∫ ∫ ∫ M(ij)p(t) χab nab dsdadb = Mabp(t) (2) o o o where: Mabp(t) — is the biomass of herbivorous organisms synthe sized per unit of time upon a unit of surface. χab — is the BEF of the herbivorous animals showing that part of the consumed vegetable biomass transformed into the biomass of an herbivorous organism (a) of each species (b). nab — is the number of herbivorous animals (a) of a given species (b) supported by a unit of surface. Please, note: 0 < а < nао 0 < b < nоb where: nао — is the optimum number of herbivorous animals of each species (b) living on a unit of surface satisfying the requirements of ecological balance. nоb — is the optimal quantity of species of herbivorous animals living on a unit of surface meeting the requirements for ecological balance. Some of the herbivorous animals are devoured by carnivores. After disintegration and transformation the biomass of carnivorous animals is synthesized from herbivores. s c g ∫ ∫ ∫ Mabp(t) χcg ncg dsdcdg = Mcgp(t) (3) o o o where: Mcgp(t) — is the biomass of carnivorous animals synthesized per unit of time upon a unit of surface. χcg — is the BEF of animals showing which fraction of the consumed biomass of herbivorous animals becomes transformed into the biomass of carnivores (c) of each carnivorous species (g). χcg — is the number of carnivorous organisms (c) of a given species (g) dwelling upon a unit of surface. It should be noted that: 0 < с < nсо 0< g <nog
Final%20Appeal-1.docx