Climate-driven shifts in the natural flow regime can threaten species persistence in stream
systems, and anticipating such shifts before they occur is critical for conservation. We can …

Climate change is expected to alter precipitation patterns worldwide, which will affect
streamflow in riverine ecosystems. It is vital to understand the impacts of projected flow …

Functional ecosystems depend on biotic and abiotic connections among different
environmental realms, including terrestrial, freshwater, and marine habitats. Accounting for …

Regional frameworks enable bioassessment methods to detect anthropogenic effects on
ecosystems amid natural variability. Conventional approaches to regionalization have used …

Hawaiʻi is home to ʻoʻopu nākea (Awaous stamineus), a culturally significant, endemic,
goby that exhibits an amphidromous life cycle characterized by a marine larval stage …

Stream classification frameworks are important tools for conserving aquatic resources. Yet
despite their utility, most classification frameworks have not incorporated network …

Tropical island streams are heavily impacted by water withdrawals to the detriment of native
ecosystems. Freshwater fauna in the tropics often exhibit diadromous life‐history strategies …

Most tropical islands have limited water supply due to the small size of their watersheds and
aquifers, unique geology, and distribution of rainfall; each affecting the reliability of water …

Hawaiʻi is home to ʻoʻopu nākea, a culturally significant, endemic, freshwater goby that
exhibits an amphidromous life history. Despite their importance in Hawaiian traditions and …

Bioindicators, organisms which reflect an ecosystem's health or condition, are frequently
used in natural resource management and monitoring as an early warning sign for …