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  • Natural Space-Use Patterns and Hippocampal Size in Kangaroo Rats
    The size of the hippocampus, a forebrain structure that processes spatial information, correlates with the need to relocate food caches by passerine birds and with sex-specific patterns of space use in microtine rodents. The influences on hippocampal anatomy of sexual selection within species, and natural selection between species, have not yet been studied in concert, however. Here we report that ...
  • Disturbance and climate microrefugia mediate tree range shifts during climate change
    Context Many tree species will shift their distribution as the climate continues to change. To assess species’ range changes, modeling efforts often rely on climatic predictors, sometimes incorporating biotic interactions (e.g. competition or facilitation), but without integrating topographic complexity or the dynamics of disturbance and forest succession. Objectives We investigated the role of ‘safe islands’ of establishment (‘‘microrefugia’’) in ...
  • Mapping Tech Key to Data Apps That Bust Silos
    Effective HCPs rely on high quality conservation science and rapidly evolving mapping technologies. Advances in both fields have reached a point of potentially tranforming how HCPs are developed and implemented at any spatial extent. Government, academia, and conservation NGOs have led the way in creating and maintaining the most relevant spatial data and information needed for HCPs, but traditional social ...
  • Resistance and resilience: ten years of monitoring shrub and prairie communities in Orange County, CA, USA
    Mediterranean-climate natural systems have high ecological value, yet the extent of their cover has diminished greatly due to changes in land use. Other stressors, ranging from intense short- term disturbances such as wildfire to more gradual events such as extended drought and continuous pressures including competition with invasive species, test the resistance and resilience of community composition and structure. Data ...
  • Mapping future fire probability under climate change: Does vegetation matter?
    Understanding where and how fire patterns may change is critical for management and policy decision-making. To map future fire patterns, statistical correlative models are typically developed, which associate observed fire locations with recent climate maps, and are then applied to maps of future climate projections. A potential source of uncertainty is the common omission of static or dynamic vegetation as ...
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