River herring—a collective name for the Alewife Alosa pseudoharengus and Blueback
Herring A. aestivalis—play a crucial role in freshwater and marine ecosystems along the …

Lampreys worldwide face multiple anthropogenic stressors. Several species are 'at-
risk'listed, yet abundance data for most remain insufficient to adequately assess …

Diadromous species are particularly vulnerable to climate change because they utilize both
marine and freshwater habitat to complete their life cycles. Dispersal plays an important role …

Bycatch of mid-trophic-level anadromous fishes that connect marine and freshwater
ecosystems is a growing conservation concern. Anadromous alewife (Alosa …

Most research on anadromous fishes has been invested in their freshwater life‐phases,
resulting in a relatively sparse understanding of their spatial ecology during marine life …

Anadromous fish challenge human jurisdictions and are exposed to cumulative pressures
originating in the marine, freshwater, and terrestrial realms. Here, a detailed questionnaire …

Species can respond to climate change by tracking appropriate environmental conditions in
space, resulting in a range shift. Species Distribution Models (SDMs) can help forecast such …

Diadromous allis shad A. alosa is a fish species of high socio-economic and cultural value
along the Minho River, and is also susceptible to multiple anthropogenic threats. This study …

Marine organisms show population structure at a relatively fine spatial scale, even in open
habitats. The tools commonly used to assess subtle patterns of connectivity have diverse …

Available information on diadromous fish species historical occurrences is generally biased
and incomplete across species distribution range and spatial scales. This work aims to …