"I believe this team will change how society views youth in disasters": the EnRiCH Youth Research Team: a youth-led community-based disaster risk reduction program in Ottawa, Canada.

Setting: The Sendai Framework for Disaster Risk Reduction promotes an "all-of-society" approach to disaster risk reduction (DRR). Since 2013, the EnRiCH Research Lab has implemented a community-based, participatory program to promote youth development and engagement in DRR in Ottawa-Gatineau. The EnRiCH Youth Research Team used an existing community education program called the Enrichment Mini-Course Program as a framework to engage youth in DRR.

Understanding the decision-making environment for people in minimally conscious state.

Patients in minimally conscious state (MCS) show minimal, fluctuating but definitive signs of awareness of themselves and their environments. They may exhibit behaviours ranging from the ability to track objects or people with their eyes, to the making of simple choices which requires the ability to recognise objects and follow simple commands. While patients with MCS have higher chances of further recovery than people in vegetative states, this is not guaranteed and their prognosis is fundamentally uncertain.

Effects of landscape corridors on seed dispersal by birds.

Habitat fragmentation threatens biodiversity by disrupting dispersal. The mechanisms and consequences of this disruption are controversial, primarily because most organisms are difficult to track. We examined the effect of habitat corridors on long-distance dispersal of seeds by birds, and tested whether small-scale (<20 meters) movements of birds could be scaled up to predict dispersal of seeds across hundreds of meters in eight experimentally fragmented landscapes.

Cold temperature increases winter fruit removal rate of a bird-dispersed shrub.

We tested the hypothesis that winter removal rates of fruits of wax myrtle, Myrica cerifera, are higher in colder winters. Over a 9-year period, we monitored M. cerifera fruit crops in 13 0.

Corridors affect plants, animals, and their interactions in fragmented landscapes.

Among the most popular strategies for maintaining populations of both plants and animals in fragmented landscapes is to connect isolated patches with thin strips of habitat, called corridors. Corridors are thought to increase the exchange of individuals between habitat patches, promoting genetic exchange and reducing population fluctuations. Empirical studies addressing the effects of corridors have either been small in scale or have ignored confounding effects of increased habitat area created by the presence of a corridor.