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DIFFERENTIAL EQUATION MODEL FOR SENSITIVITY
FINAL SIMULATION MODEL
COMPARISON OF THE MODELS
2 other sections not shown
accurate adult schistosomes aquatic assumed average number Biomphalaria constant de-infection death rate decreases detailed determined diapause difference equations differential equations Eckblad effects of fly estimated expected number Figure first-instar larvae fly eggs fly release fraction of snails hatch human host human infection human population human worm load immature snails infected snails infection class infection level instar Leslie matrices life-table matrix multiplication mean human worm mean worm load mid-year dry season miracidium molluscicide number of adult number of cercariae number of fly number of infected number of miracidia number of snails number of worm ovipositing adults parameters Poisson distribution predation prey pupae pupation rates realistic released per week reproduction sciomyzid flies sciomyzid larvae second model second-instar larvae sensitivity analysis simulated snail and fly snail control snail density snail eggs snail infection snail mortality snails/m sporocysts surviving third model three models total number total snails Transcendental Meditation uninfected week old worm pairs