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A model of disease transmission was formulated which assumed that vector feeding behaviour is cyclical rather than continuous. This model led to equat...
Read moreDespite a rich history of theoretical and empirical work showing that increasing biodiversity results in higher ecosystem function, this research has ...
Read moreUnderstanding the causes of population variation in host response to disease, and the mechanisms of persistence, can serve as vital information for sp...
Read moreEcosystem change is predicted to become more prevalent with climate change. Widespread dieback of cushion plants and bryophytes in alpine fellfield on...
Read moreEstimates of seed bank depletion rates are essential for modelling and management of plant populations. The seed bag burial method is often used to me...
Read moreCorrelative species distribution models can be used to produce spatially explicit estimates of environmental suitability for organisms. This process c...
Read moreThe potential for infectious pathogens to spillover and emerge from managed populations to wildlife communities is poorly understood, but ecological, ...
Read moreEmerging infectious diseases are one of the greatest threats to global biodiversity. Chytridiomycosis in amphibians is perhaps the most extreme exampl...
Read more1. Given the public health, economic and conservation implications of zoonotic diseases, their effective surveillance is of paramount importance. The ...
Read morePathogens can cause host extinction, affect population dynamics and influence natural selection. Host susceptibility to pathogens can vary by species,...
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