The structure and function of Alaska's forests have changed significantly in response to a
changing climate, including alterations in species composition and climate feedbacks (eg …

The establishment of abundantly flowered, highly rewarding non-native plant species is
expected to have strong consequences for native plants through altered pollination services …

Climate change is expected to increase the extent and severity of wildfires throughout the
boreal forest. Historically, black spruce (Picea mariana (Mill.) BSP) forests in interior Alaska …

Quantifying the potential threat posed by non-native plant species to the natural areas of
Alaska aids land managers in effectively prioritizing problematic species and applying …

Wildfire has increased in frequency, severity, and extent throughout Alaska's boreal forest
regions over the past century (Balshi et al., 2009, Johnstone et al., 2010). Over the same …

While boreal forest habitats have historically been relatively free from invasive plants, there
have been recent increases in the diversity and range of invasive plants in Alaska. It is …

Abstract In 2008 the Alaska Natural Heritage Program conducted non-native plant surveys
along the Delta and Gulkana River corridors. The Heritage Program revisited some of the …

Invasive plants may have long-term impacts on plant-pollinator networks following their
establishment. The plant-pollinator network in boreal Alaska was examined in response to …

Abstract The Alaska Natural Heritage Program conducted surveys and control trials for the
invasive tree species Prunus padus (European bird cherry) along the Chester and Campbell …