Inter-relationships among mosquito vectors, Plasmodium parasites, human ecology, and
biotic and abiotic factors, drive malaria risk. Specifically, rural landscapes shaped by human …

Information about population connectivity, including the rates and routes of larval transport
as well as source-sink dynamics, is important for the sustainable management of harvested …

Seabirds are considered bioindicators of bottom-up ecosystem processes, owing to
seabirds' dependence on marine prey. However, ground-nesting seabirds are susceptible to …

Local population dynamics are driven by local processes such as temporal variation of
productivity, survival, emigration and population stage structure, and by processes …

The emergence of high resolution population genetic techniques, such as genotyping-by-
sequencing (GBS), in combination with recent advances in particle modelling of larval …

Species decline and community structure disruption of urban forest patches have been
widely considered, but their mechanisms underlying rapid urbanization have not been fully …

Objective A central challenge in applied ecology is understanding how organisms are
spatially and temporally distributed and how management might be tailored to maintain or …

Fur trapping is an important source of mortality for wolverine (Gulo gulo) in northern Canada.
However, few populations are monitored for harvest sustainability. An examination of …

Understanding the demography of local populations within ephemeral habitat patches is
crucial for effective local (site-based) conservation management in spatially and temporally …

Source–sink dynamics investigates species dispersal, mainly at the landscape scale,
providing outcomes for conservation problem-solving. Designing conservation plans …