Increasing bee diversity promotes pollination services on farms. Yet, given the high turnover in pollinator communities, without knowledge of how pollinator communities assemble, it is difficult to conserve or increase bee diversity. Thus, a …
Pressing environmental research questions demand the integration of increasingly diverse and large-scale ecological datasets as well as complex analytical methods, which require specialized tools and resources. Computational training for ecological …
At broad spatial scales, primary productivity in lakes is known to increase in concert with nutrients, and variables that may disrupt or modify the tight coupling of nutrients and algae are of increasing interest, particularly for those shifting with …
Mountain lakes experience interannual variability in spring snowpack and ice cover that can lead to differences in physical, chemical, and biological properties in the succeeding summer. Lake studies that capture extreme years of snow and ice would …
Crop-associated microbiota are a key factor affecting host health and productivity. Most crops are grown within heterogeneous landscapes, and interactions between management practices and landscape context often affect plant and animal biodiversity …
Arthropods are responsible for pollinating the majority of food and fuel crops worldwide. However, global declines in bee populations threaten the delivery of pollination services in both managed and natural ecosystems. Alternative pollinators such …
This bulletin piece describes potential applications for the Global Lake area, Climate, and Population (GLCP) dataset. We use three case studies to show different uses for the GLCP at local, regional, and national scales.
This study describes drivers of freshwater lake ice, methods for the study of lake ice, and avenues for multidisciplinary research to fill existing gaps in this body of research.
This paper discusses plant-pollinator interactions on Lysichiton americanus in a western Washington (USA) riparian forest.