Determining food web architecture and its seasonal cycles is a precondition for making
predictions about Antarctic marine biodiversity under varying climate change scenarios …

Antarctic biodiversity is affected by seasonal sea-ice dynamics driving basal resource
availability. To (1) determine the role of intraspecific dietary variability in structuring benthic …

This study used a novel approach combining stable isotope data and condensed
multivariate fatty acid data to define comparative niche space and overlap of six sympatric …

Reconstructing predator-prey interactions in a biological community provides a better
understanding of species' ecological roles and helps predict how changes in one …

Arctic lowland tundra is often dominated by wetlands. As numbers and types of these
wetlands change with climate warming, their invertebrate biomass and assemblages may …

ABSTRACT The whelk Neptunea arthritica (Buccinidae) is a common fishery species in
Hokkaido, northern Japan. Although ecological information is needed for fisheries …

Spatial and temporal variations in stable isotope values of the coastal communities in the
Caspian Sea remain poorly understood. We followed carbon stable isotope ratios (δ 13 C) …

Stomach Contents of the Deep-Water Whelks Buccinum kashimanum and Neptunea sp. (Caenogastropoda:
Buccinidae) off the Coast of Ca Page 1 VENUS 80 (1–2), 2022 40 Buccinid whelks (family …

Introduction: Echinoderms, an integral component of marine ecosystems worldwide, have
captivated scientific interest for centuries. Despite this longstanding attention …

Aquatic and riparian food webs are inextricably linked. In deserts, they provide critical
energy subsidies to surrounding terrestrial food webs, but these vital subsidies are not …