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Variants examined included the rate of input of water to the canopy, the potential evaporation rate from the canopy, the storage capacity of the canop...
Read moreThe biocomplexity approach refers to a fully integrated social-ecological systems (SES) simulation that represents bidirectional feedbacks between soc...
Read moreThe use of Trojan Y chromosomes (TYC) for controlling invasive species involves manipulating the sex chromosomes of captive-raised individuals. Follow...
Read moreThe relationships between the growth of individual plants and the availability of essential resources were explored using a spatially explicit simulat...
Read moreGrowth-stage optimization (GSO) offers a new approach to biodiversity conservation in fire-prone regions by estimating the optimal distribution of veg...
Read moreA simulation model was used to evaluate the effect of different levels of culling on 6 badger social groups in an attempt to reduce or eradicate tuber...
Read moreZoonotic disease control presents significant costs and challenges in human and wildlife populations. Although spatial variability and temporal variab...
Read moreSimulation and analytical models were developed for gorse Ulex europaeus. The simulation model incorporated spatially local density-dependent competit...
Read moreMonitoring the impacts of anthropogenic threats and interventions to mitigate these threats is key to understanding how to best conserve biodiversity....
Read moreAn individual-based stochastic simulation model was used to investigate the control of bovine tuberculosis (TB) in the European badger Meles meles by ...
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