AMEP activities include host mapping, population monitoring and suppression followed by weekly releases of sterile flies.
Remote pest population monitoring is of major importance within the context of precision agriculture.
Population monitoring traditionally relies on population counts, accounting or not for the issue of detectability.
This type of sampling procedure is being used in several wildlife population monitoring studies.
Its causes and effects must be addressed on a number of fronts, including disease biology, imaging and diagnostics, drug discovery, treatment administration, population monitoring, and research methodology.
Those examples range from mobile health, assisted living, e-medicine, implants, early warning systems, to population monitoring in smart cities.
The key factor for a successful pest management is the on-time, accurate, valid and unbiased pest population monitoring.
These digital traces can be further used, apart from billing and resource management, for large-scale population monitoring using mobile traffic analysis.
Species of conservation responsibility require long-term conservation planning and population monitoring to ensure that adequate habitat will be maintained and long-term threats eliminated.
A case example reviewing recent efforts to save the endangered Formosan landlocked salmon and results of fish population monitoring are described.
Population monitoring programs for threatened species are rarely designed to disentangle the effects of movements from changes in birth and death rates on estimated trends in abundance.
